FRENIC-Ace(E3)
Specifications | Common Specifications

Common Specifications
Standard Specifications Three-phase 200V
Standard Specifications Three-phase 400V
Standard Specifications Single-phas 200V

Item			Description		Remarks
Output	Maximum output frequency		5 to 599 Hz (If the output frequency exceeds 599 Hz, the inverter will stop with overspeed protection.) If Vector control with speed sensor, this is determined by the maximum PG option card input frequency, number of motor poles, and number of encoder poles.
	Base frequency		5 to 599 Hz variable
	Number of motor poles setting		2 to 128 poles
	Starting frequency		0.1 to 60.0 Hz variable (0.0 Hz under vector control)
	Carrier frequency		[FRN0.1 to 22E3S/N/T/E-2J/4J] ・0.75 to 16 kHz variable setting (HHD specification: 0.1 to 22 kW, HND specification: 0.1 to 1.5, 5.5 to 18.5 kW) ・0.75 to 10 kHz variable setting (HND specification: 2.2 kW, 3.7 kW, 22 kW) [FRN0.1 to 2.2E3S/N/T/E-7J] ・0.75 to 16 kHz variable setting (HHD specification: 0.1 to 2.2 kW) ・0.75 to 10 kHz variable setting (HND specification: 0.1 to 2.2 kW)
	Carrier frequency		(Note) The carrier frequency will be automatically decreased according to the ambient temperature and output current in order to protect the inverter. (Automatic decrease function can be canceled.)
	Frequency setting resolution		• Analog setting: 1/3000 of maximum output frequency • Digital setting: 0.01 Hz (99.99 Hz or less), 0.1 Hz (100.0 to 599.0 Hz) • Link setting: 0.005% of maximum frequency or 0.01 Hz (fixed)
	Induction motors	During sensor-equipped V/f control(Note 1) During sensor-equipped dynamic torque vector control(Note 2)	Speed control range	・1：20(Note 1)・1：200(Note 2) (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
			Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
		During sensorless vector control	Speed control range	・1：200 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.5% of the maximum output frequency (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
	Synchronous motors	During sensorless vector control	Speed control range	・1：10 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the Base speed (25 ±10°C) ・Digital settings : Within ±0.5% of the Base speed (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
Control	Speed control accuracy Output frequency accuracy	Analog setting : ±0.2% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			VF IMPG-VF IMPG-DTV IMPG-VC PMPG-VC
		Digital setting : ±0.01% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)
		Analog setting : ±0.5% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			IM-SVC PM-SVC
		Digital setting : ±0.5% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Control method	V/f control	VF
		Dynamic torque vector control	DTV
		V/f control with speed sensor (PG option card required）	IMPG-VF (Note 2)
		Dynamic torque vector control with speed sensor (PG option card required）	IMPG-DTV (Note 2)
		Vector control with speed sensor (PG option card required）	IMPG-VC (Note 2)
		Vector control without speed sensor	IM-SVC
		Vector control with magnetic pole position sensor (PG option card required）	PMPG-VC (Note 2)
		Vector control without magnetic pole position sensor	PM-SVC
	Voltage / frequency characteristics	- The base frequency and maximum output frequency are common, and the voltage can be set between 80 and 240 V (200V series) and 160 and 500 V (400V series).
		- Linear V/f setting (3 points) : The voltage can be set freely from 0 to 240 V (200V series) and 0 to 500 V (400V series), and the frequency can be set from 0 to 599 Hz.
		- AVR control can be turned ON or OFF.
	Torque boost	- Auto torque boost (for constant torque load) - Manual torque boost: The torque boost value can be set between 0.0 and 20.0%. - The applicable load can be selected. (for constant torque load, quadratic-torque load)
	Starting torque (HHD specifications)	At 200% or higher/Setting frequency 0.5 Hz or higher, V/f control (base frequency 50 Hz, slip compensation, automatic torque boost)
	Running operation	- Key operation : Run/stop with RUN and STOP keys (standard keypad) Run/stop with FWD/REV and STOP keys (multi-function keypad: option)	(Note 2)
		- External signals : Forward (reverse) rotation run/stop commands [2-wire/3-wire operation], (digital input “HLD”, “DIR”, “FWD”, “REV”) coast to stop command, external alarm, alarm reset, etc.	(Note 2)
		- Link setting : Setting by RS-485 communication (E3S), Setting by field bus communication (Option : E3S / Built-in : E3N)
		- Run command switching : Remote/local switching, link switching	(Note 2)
	Frequency settings	- Keypad : Setting possible with ▲/▼ keys	(Note 2)
		- External potentiometer : Using external frequency command potentiometer (external resistor of 1 to 5 kΩ, 1/2 W)
		- Analog input : -10 to +10 VDC (-5 to +5 VDC) / -100 to +100% (terminal [12]) 0 to +10 VDC (0 to +5 VDC)/0 to +100% (terminal [12], [C1] (V2 function)) 0 to +10 VDC (0 to +5 VDC)/-100 to +100% (terminal [12], [C1] (V2 function)) 4 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 4 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) [C1 function] and [V2 function] of terminal [C1] cannot be used at the same time. (exclusive)
		- UP/DOWN operation: Frequency can be increased or decreased while the digital “UP” or “DOWN” signals are ON. It is possible to select whether to record or clear the current frequency when the power is turned OFF. The frequency recorded with digital input “STZ” can be cleared.
		- Multistep frequency selection : Selectable from 16 different frequencies (step 0 to 15)
		- Pattern operation : The inverter can be run automatically according to the previously specified run time, rotation direction, acceleration / deceleration time and reference frequency. Up to 7 stages can be set.
		- Link setting1 Setting is possible with RS-485 communication (built-in as standard). Setting is possible with field bus communication (option:E3S / Built-in:E3N).
		- Frequency setting switching : The frequency setting can be switched between two types with an external signal (digital input “Hz2/Hz1”). Remote/local switching (“LOC”) and link switching (“LE”) are also possible.	(Note 2)
		- Auxiliary frequency setting : Terminal [12] and [C1] inputs can be selected as the auxiliary frequency setting and added to the main settings.
		- Operation at specified ratio : A ratio value can be set with analog input signals (terminal [12] and [C1]). 0 to 10 VDC/4(0) to 20 mA/0 to 200% (variable)
		Inverse operation : The following settings can be specified with external commands (terminals) : - Can be switched from “0 to +10 VDC/0 to 100%” to “+10 to 0 VDC/0 to 100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “4 to 20 mA DC / 0 to 100%” to “20 to 4 mA DC / 0 to 100%” (terminal [C1] (C1 function)). - Can be switched from “0 to 20 mA DC / 0 to 100%” to “20 to 0 mA DC / 0 to 100%” (terminal [C1] (C1 function)).
		- Pulse train input (standard) : Pulse input “PIN” = Terminal [X5], rotational direction “SIGN” = input terminal other than [X5]. - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Frequency settings	Pulse train input (option): A PG option is required. CW / CCW pulse, pulse + rotation direction - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)
	Acceleration / deceleration time	- Setting range : 0.00 to 6000 seconds - Switching : The four types of acceleration/deceleration time can be set or selected individually (switchable during operation). - Acceleration/deceleration pattern : Linear acceleration/deceleration, S-curve acceleration/deceleration (week, Arbitrary), Curvilinear acceleration/deceleration (max. acceleration/deceleration at rated output) - Deceleration mode (coast to stop) : Coast to stop when run command turned OFF. - Deceleration time for forced stop : Deceleration stop in exclusive deceleration time by forced stop (STOP). During forced stop operation, S-curve acceleration/deceleration is disabled. - Dedicated acceleration/deceleration time for jogging - It is possible to switch between acceleration/deceleration time = 0 with acceleration/deceleration operation cancel “BPS”.
	Frequency limiter (upper limit, lower limit frequency)	- Both the upper limit frequency and lower limit frequency are set in Hz values. - “Continue to run” or “Decelerate to a stop” selectable when the reference frequency drops below the lower limit. (disabled under vector control) - Setting is possible with analog input (terminal [12], [C1]).
	Frequency/ PID command bias	The frequency setting and PID command bias can be set independently. Frequency setting: (setting range: 0 to ±100%) PID command (setting range: 0 to ±100%)
	Analog input	- Gain: Setting range: 0 to 400% - Offset: Setting range from -5.0 to +5.0% - Filter: Setting range: 0.00 s to 5.00 s - Polarity selection (selection possible from ± or +)
	Jump frequency	Six points and their common jump width (0 to 30.0 Hz) can be set.
	Timed operation	The inverter runs and stops for only the operating time set with the keypad. (1 cycle operation)	(Note 2)
	Jogging operation	- Operation with RUN key (standard keypad), FWD/REV keys (multi-function keypad), digital contact inputs FWD/REV or digital contact inputs “FWD”, “REV” (dedicated acceleration time individual setting, dedicated frequency setting) - Jogging operation can be performed with independent commands “FJOG” for forward rotation jogging and “RJOG” for reverse rotation jogging without “FWD”,”REV”.	(Note 2)
	Auto-restart after momentary power failure	- Trip after power failure : Immediate trip after power failure - Trip after power restoration : Motor coasts to a stop after power failure, and trip occurs after power restoration. - Trip after deceleration stop : Motor decelerates and stops after power failure, and trips after stopping. - Continue to run : Load inertia energy is used to continue operation. - Start at frequency selected before momentary power failure : Motor coasts to stop after power failure, and starts at frequency at time of power failure after power restoration. - Start at starting frequency : Motor coasts to stop after power failure, and starts at starting frequency after power restoration. - Start at frequency selected after power restoration : Motor coasts to stop after power failure, searches for speed and restarts after power restoration.
	Current limiting (hardware current limiter)	Current is limited with hardware to prevent overcurrent trip due to high-speed load fluctuations or momentary power failure which cannot be handled with software current limiting. (This limiter can be canceled.)
	Current limiting (software current limiter)	- Automatically reduces the frequency so that the output current becomes lower than the preset operation level. (This limiter can be canceled.) - The operation can be selected (operation at constant speed only, operation when accelerating and at constant speed).
	Operation by commercial power supply	- 50/60 Hz can be output with a switch to commercial power supply command (“SW50”, “SW60”). - A commercial switching sequence is built in.
	Slip compensation	- Motor slip is compensated to keep the motor speed to a reference speed, regardless of the load torque. - The slip compensation responsiveness (time constant) can be adjusted.
	Droop control	- This function is used to adjust the speed of each motor individually to balance load torque on machines driven with multiple motor systems.
	Torque limiting Torque current limiting Power limiting	The output torque or output torque current is controlled so that the output torque is equal to or less than the limiting value set beforehand. - The value can be switched between torque limit value 1 and torque limit value 2. - Torque limit values can be set individually for each of the four quadrants.
	Torque limiting Torque current limiting Power limiting	- Torque limiting and torque current limiting can be selected. - Torque limiting is possible with analog input.	IMPG-VC PMPG-VC PM-SVC
	Overload stop	- If the detected torque or current exceeds the preset value, the motor can be stopped with a deceleration stop or coast to stop, or when contact is made with the stopper. - Operating conditions can be set in operation mode (while the motor is running at constant speed and while decelerating/while the motor is running at constant speed/all modes). - The torque during stopper contact can be adjusted.

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	PID control	- PID controller for process control/dancer control - Normal/inverse operation switching - Commands: keypad, analog input (terminal [12], [C1]), multi-step settings (selection possible from 3 points), RS-485 communication, field bus communication（Option : E3S/E3E / Built-in : E3N） - Feedback values: analog input (terminal [12], [C1]) - Alarm output (absolute value alarm, deviation alarm) - Low liquid level stop function (pressurized operation possible before low liquid level stop) - Anti-reset wind-up function - Output limiter - Integral/differential reset/integral hold function - PID constant auto tuning function for process control PID controller
	Retry	- Even if a protective function subject to a retry is triggered, an attempt is made to automatically cancel the trip condition up to the number of set times to resume operation without outputting an integrated alarm. - The number of attempts can be set up to 20 times (can be set with function code)
	Retry
	Auto search	The motor speed is estimated before startup, and the motor is started without ever stopping the motor while it is idling. (Motor constant tuning required : offline tuning)
	Anti-regenerative control	- If the DC link bus voltage/torque calculation value reach or exceed the anti-regenerative control level when the motor is decelerating, the deceleration time is automatically extended to avoid an overvoltage trip. (Forced deceleration can be set at three or more times the deceleration time.) - If the torque calculation value reaches or exceeds the anti-regenerative control level during constant speed operation, overvoltage tripping is avoided by performing control to raise the frequency.
	Anti-regenerative control
	Deceleration characteristic (improved braking ability)	- During deceleration, this function increases the motor energy loss and decreases the regenerative energy returned to avoid an overvoltage trip. - Setting is also possible when using in combination with AVR cancel.)


	Auto energy saving operation	Controls the output voltage in order to minimize the total motor and inverter power loss at constant speed.
	Overload prevention control	If the surrounding temperature or IGBT junction temperature increases due to an overload, the inverter lowers the output frequency to avoid an overload.
	Overload prevention control
	Battery operation	Cancels the undervoltage protection so that the inverter under an undervoltage condition runs the motor with battery power.
	Offline tuning	- Measures the motor constant when the motor is stopped or rotating, and sets it in a motor constant function code. (IM motors, PM motors) - Mode in which IM motor %R1 and %X only are tuned
		Mode in which PM motor magnetic pole position offset is tuned	PMPG-VC (Note2)
			PMPG-VC (Note2)
	Online tuning	Automatically adjusts motor parameters while the motor is running to prevent fluctuations in motor speed due to rises in motor temperature.	DTV
	Cooling fan ON-OFF control	- Detects inverter internal temperature and stops cooling fan when the temperature is low. - Available to output a fan control signal to an external device.
	Motor 1 ,2 settings	- Switching is possible between 2 motors. It is possible to set the base frequency, rated current, torque boost, electronic thermal slip compensation, ASR, notch filter, starting frequency, stopping frequency, thermistor operation selection, and speed display coefficients, etc. as the data for motors 1 to 2. Cumulative motor run count, start count
	Motor 1 ,2 settings
	Motor selection	Equipped with parameters for Fuji standard motors. Optimum motor parameters can be set by setting the type and capacity. - Fuji standard motors, 8-series - Typical HP unit motors - Fuji premium efficiency motors (MLK1/MUL1 series) - Fuji synchronous motors (GNB2 series, GNP1 series)


	Universal DI	Transfers the status of an external digital signal connected with the general-purpose digital input terminal to the host controller.
	Universal DO	Outputs a digital command signal sent from the host controller to the general-purpose digital output terminal.
	Universal DO
	Universal AO	Outputs an analog command signal sent from the host controller to the analog output terminal.
	Speed control	- Selectable among the four set of the auto speed regulator (ASR) parameters. - A vibration suppression notch filter can be set. (for IMPG-VC, PMPG-VC only) (A PG option card is required.)	MPG-VF IMPG-DTV IMPG-VC IM-SVC PMPG-VC PM-SVC (Note2)
	Line speed control	Regulates the motor speed to keep the peripheral speed constant even if the roll winding diameter changes on machines such as winders and unwinders. Tension can be controlled when used in combination with PID control. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Line speed control		IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Master-follower operation	Two motors can be run synchronously using a pulse generator (PG). (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Pre-excitation	- Excitation is carried out to create the motor flux before starting the motor. (A PG option card is required.)	IMPG-VC IM-SVC (Note2)
	Zero speed control	- Zero speed control is performed by forcibly zeroing the speed command. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	Servo lock	Stops the inverter and holds the motor at the stopped position. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	DC braking	- Applies DC current to the motor at the operation start time or at the time of inverter stop to generate braking torque.
	Mechanical brake control	- It is possible to output mechanical brake control signals with the brake ON/OFF timing adjusted by the output current, torque commands, output frequency and timer. - The output timing of control signals can be adjusted individually when performing forward rotation (hoisting) and reverse rotation (lowering). - Errors can be detected with mechanical brake operation check input signals.	Other than PM-SVC

Note: Depending on the inverter type, specifications may vary.

Item			Description	Remarks
Control	Torque control		- Analog torque commands/torque current commands possible - Speed limit function is provided to prevent the motor from becoming out of control. - Torque bias (with analog setting, digital setting) possible	IMPG-VC IM-SVC PMPG-VC
	Rotation direction restriction		Select either of reverse or forward rotation prevention.
	Condensation prevention		Current flows automatically when the motor is stopped, and the motor temperature is raised to prevent condensation.
	Customization logic		It is possible to select or connect digital logic circuits or analog operation circuits with digital/analog I/O signals, configure a simple relay sequence, and operate it freely. (Max. of 260 steps)
	Battery/UPS powered		The inverter runs on battery power or UPS in undervoltage conditions. (Battery power is possible at 18.5 kW and 22 kW)
	Positioning control		Feedback pulses are counted from the preset count start point, and the motor automatically decelerates to the creep speed and stops at the target stop point. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Orientation function		Positioning function of rotating bodies such as the main axes and turntables of machine tools Capable of setting stop target position using function codes (8 points) (PG option card required)
	Favorites Function code		The function codes can be registered in “Favorites” and displayed. (Applicable to all function codes)	(Note2)
	Data initialization		All function codes and limited function codes can be initialized. (related to each motor parameter, the exception of communication function, related to the customizable logic, registered in “Favorites”)
	Start check function		To ensure safety, it is available to check for the existence of run commands when turning the power ON, when resetting alarms, and when changing the run command method, and display an alarm if a run command has been input.
	Destination setting		The factory default values such as voltage, frequency, and other function codes can be changed based on whether the machine is being shipped for use in Japan, Asia, China, Europe, USA, Taiwan, or East Asia. This setting is not necessary for Japanese model or Chinese model.
	Multifunction key		During the operation mode the "SHIFT" key on standard keypads (TP-M3) and "M/SHIFT" key on option keypad (TP-E2) can be used as an input source to activate the input terminal function like the X terminal. Any function is not assigned as a factory default.
	Trace back		Automatically stores and analyzes frequency, voltage, current, and other data (user-selectable) immediately prior to tripping
Display	During operation and stop		Speed monitor (set frequency, output frequency, motor rotation speed, load rotation speed, feed speed (line speed), % display speed), output current [A], output voltage [V], torque calculation value [%], power consumption [kW], PID command value, PID feedback value, PID output, load factor [%], motor output [kW], torque current (%), flux command (%) analog input monitor, cumulative power, constant dimension feed time [min], remaining time when timer operation is enabled [s], etc.
	Cumulative operating conditions		- Displays cumulative inverter operating time, cumulative electric energy (watt-hours), and cumulative motor operating time/ startup count (by motor) - Outputs a forecast when the preset maintenance time and startup count are exceeded
	When trip occurs		Shows the cause of a trip
	When warning appears		- Shows a warning cause. - When the cause is removed, it is recorded in the warning history and the display disappears. - Stores and displays the cause (code) for up to the past 6 alarms in the light alarm history.
	During operation and trip		- The cause up to The last ten faults can be stored and displayed with codes. - Details of all relevant data when a fault occurs is also stored and displayed for up to The last four faults. - Capable of displaying the date in the history by using the clock function (TP-A2SW)
	Inverter lifetime alarm		- Deterioration diagnosis can be carried out for main circuit capacitors, electrolytic capacitors on PCBs, cooling fans, and IGBTs, lifetime alarms can be displayed, and data can be output externally. - Warning information can be displayed and output externally if the maintenance time or startup count set beforehand is exceeded. - Operating temperature: 40 °C (104 °F)	(Note2)
Protective/ detecting functions	Overcurrent protection		Stops the inverter to protect it from overcurrent caused by an overload.	OC1 OC2 OC3
	Short circuit protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit.
	Ground fault protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit. It may not be detected at powered if an inverter output is under the ground fault status.
	Overvoltage protection		Stops the inverter if a DC link bus circuit overvoltage (400V series: 800 VDC, 200V series: 400 VDC) is detected. The inverter cannot be protected if an excessively large voltage is applied by accident.	OU1 OU2 OU3
	Undervoltage protection		Stops the inverter if a drop in DC link bus voltage (400V series: 400 VDC, 200V series: 200 VDC) is detected. However, this is disabled based on the restart after momentary power failure setting. Furthermore, operation is possible (regenerative operation only) at a voltage level lower than that above when performing battery operation.	LU
	Input phase loss protection		Stops the inverter if input phase loss or input phase voltage unbalance is detected. The input phase loss protection may not work under light load or with DC reactor.	Lin
	Output phase loss protection		Stops the inverter if inverter output phase loss is detected during operation. This protective function also functions during auto tuning and during magnetic pole position tuning. (Operation selection possible)	OPL
	Overheat protection		Stops the inverter if a cooling fan fault, or cooling fin overheating when an overload occurs is detected.	OH1
			Stops the inverter if a cooling fan fault, or inverter unit internal overheating when an overload occurs is detected.	OH3
			Stops the inverter if inverter unit internal charging resistor overheating is detected.	0H6
			By setting the braking resistor electronic thermal overload relay function, the inverter is stopped to protect the braking resistor from overheating.	dbH
	Inverter overload protection		Stops the inverter if overheating is detected by calculating the IGBT internal temperature from the output current and detected internal temperature.	OLU
	External alarm input		Stops the inverter and displays an error if a digital input signal (THR) is input.	OH2
	Charging circuit fault		Stops the inverter and displays an error if an inverter charging circuit error is detected.	PbF
	Braking transistor fault		Stops the inverter and displays an error if a braking transistor error is detected.	dbA
	Motor protection	Motor 1 overload Motor 2 overload (Electronic thermal)	Stops the inverter if a motor overload is detected by setting the electronic thermal. Protects general-purpose motors and inverter motors in the entire frequency range. (The operation level and thermal time constant (0.5 to 75.0 minutes) can be set.)	OL1 OL2
	Motor protection	PTC thermistor	The motor temperature is detected by the PTC thermistor, and the inverter is stopped if overheating is detected. To enable this function, connect the PTC thermistor between terminals [C1] and [11], and enable the switch on the control board.	OH4
	Memory error		When the power is turned ON, a data check is performed when writing data, and an error is displayed if a memory error is detected.	Er1

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Protective/detecting functions	Keypad communication error	Stops the inverter and displays an error if a communication fault is detected at the keypad during operation.	Er2
	CPU error	Stops the inverter and displays an error if a CPU error is detected due to noise, etc.	Er3
	Option communication error	Stops the inverter and displays an error if a communication error with the inverter unit is detected when using an option.	Er4
	Option error	Stops the inverter and displays an error if an error is detected at the option side when using an option.	Er5
	Operation error	STOP key priority Even when run commands are entered via the terminal block or communication, by pressing the keypad STOP key, the inverter forcibly decelerates and stops the motor, and an error is displayed after the motor has come to a stop.	Er6
		Start check When the power is turned ON, an alarm is cleared, or when switching the run command method from link operation, the sudden starting of operation is suppressed if a run command has been entered, and an error is displayed to notify the operator.
		Brake status error Stops the inverter and displays an error if the brake signal (BRKS) output status and brake ON check signal (BRKE) input status do not match.
	Tuning error	Stops the inverter and displays an error if tuning failure or interruption is detected during motor constant tuning, or if the tuning result is a defect.	Er7
	RS485 communication error (COM port 1)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 1.	Er8
	RS485 communication error (COM port 2)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 2.	ErP
	Data saving error during undervoltage	Stops the inverter and displays an error if unable to successfully save data when undervoltage protection is triggered.	ErF
	Position control error	Stops the inverter and displays an error if the positioning deviation is excessive when the servo lock is applied, or when performing master-follower operation.	Ero
	Hardware error	Stops the inverter and displays an error if an inverter internal hardware fault is detected.	ErH
	STO input (EN1, EN2) terminal circuit fault	Stops the inverter and displays an error if the inverter detects an EN1 or EN2 terminal circuit mismatch.	ECF
	PG wire break	Stops the inverter and displays an error if a pulse encoder wire break is detected. (This function is valid on some PG interface option cards.)	PG
	Excessive positioning deviation	Stops the inverter and displays an error if the position deviation is found to be excessive while performing position control.	d0
	Overspeed protection	Stops the inverter and displays an error if the following conditions are met. - If d35 = 999, the speed detection value is the maximum output frequency x (d32 or d33) x 120% or higher - If d35 ≠ 999, the speed detection value is the maximum output frequency x (d35) or higher - The detected speed exceeds 599 Hz	OS
	Magnetic pole position detection error	Stops the inverter and displays an error if the signal from the magnetic pole position sensor mounted on the PM motor is abnormal.	ErC
	Step-out detection/ detection failure of magnetic pole position at start	This occurs when a PM motor step-out is detected, or if magnetic pole position at start failed to be detected.	Erd
	Speed mismatch or excessive speed deviation	Stops the inverter and displays an error if an excessive deviation appears between the reference speed and detected/estimated speed.	ErE
	Password protection	Stops the inverter and displays an error if a malicious person tries to unlock the password set by the customer.	LoK
	Customizable logic error	Stops the inverter and displays an alarm when the alarm condition defined by the customer in the customizable logic is met. (It is not an alarm related to the inverter faults)	ECL
	Simulation fault	A simulation fault can be produced if the keypad STOP key and FUNC FATA key are held down for 5 seconds or longer. A simulation fault can be produced even if function code H45 is set to “1”.	Err
	Current input terminal signal wire break detection	Stops the inverter and displays an alarm if a current input wire break is detected when current is less than 2 mA when using the current input terminal (terminal [C1] or [C2]) as current input 4 to 20 mA.	CoF
	Customizable logic alarm	An error is displayed if the alarm conditions defined by the user with customizable logic are met. (This is not an error at the inverter itself.)	CA1 CA5
	EN (STO) terminal OFF	This is displayed if the run command turns ON when both terminal [EN1] and [EN2] are OFF, and the inverter is not ready to perform operation (STO status).	__En
	Warning	Motor overload early warning	OL
		Cooling fin overheat early warning	OH
		Lifetime warning	LiF
		Reference command loss detected	rEF
		PID warning output	Pid
		Low torque detection	uTL
		Overheat warning by PTC thermistor in motor	PTC
		Machine life (Cumulative motor running hours)	rTE
		Inverter life (Number of startups)	CnT
		IGBT lifetime warning	iGb
	Retry	The inverter can be automatically reset allowing it to be restarted when it stops due to a trip. (The number of retries and the latency between stop and reset can be specified.)
	Surge protection	This function protects the inverter from a surge voltage between main circuit power lines and the ground.

Note: Depending on the inverter type, specifications may vary. Refer to the FRENIC-Ace (E3) User’s Manual for details.

Note1: The items in this table are displayed in the LED display on the LED keypad. Refer to the multi-function keypad.

Note2: Some functions cannot be used with E3N.

Specification	Representative function
Keypad connection	Running operation and frequency settings by keypad，Timed operation，Remote/local switching，Display/change of function code setting value，isplay of various monitor items
Pulse train input PG interface card	Frequency setting by pulse train，Mototr control with speed sensor，Positioning control，Orientation function，Servo lock

Item

Description

Remarks

Operating environment

Main circuit power cutoff detection

Inverter operation is not possible when the inverter AC input power supply (main power supply) is not ON.
In such cases as when supplying power via a PWM converter or when using a DC bus bar connection, set main circuit power cutoff detection to “None”.

Forced operation
(Fire mode)

Alarms other than critical alarms are ignored, and a retry is performed forcibly.

Fod

Installation location

Indoors

Ambient temperature

[FRN-E3S (Basic type), FRN-E3N (Built-in Ethernet type), FRN-E3E (Built-in EMC filter type)]
HHD/HND specifications: -10 to +55°C (+50 to +55°C requires current derating) (Note1)
HND specification: -10 to +50°C 3-phase 200 V series/400 V series 2.2 to 3.7 kW, single-phase 200 V series 0.4 to 2.2 kW(+40 to +50°C requires current derating)(Note1)

For dense mounting horizontally(Note)
HHD/HND specification: -10 to +40°C
HND specification: -10 to +30°C 3-phase 200 V series/400 V series 2.2 to 3.7 kW, single-phase 200 V series 0.4 to 2.2 kW

[FRN-E3T (Finless type)]
-10 to +50°C (+35 to +50°C requires current derating) (Note1)

For dense mounting horizontally
-10 to +25°C (Note)

Relative humidity

5 to 95% RH (there should no condensation)

Atmosphere

The inverter must not be exposed to dust, direct sunlight, corrosive or flammable gases, oil mist, vapor, water drops or vibration. (Pollution degree 2 (IEC60664-1))
The atmosphere must contain only a low level of salt. (0.01 mg/cm²or less per year)
There should be no condensation due to sudden temperature changes.

Altitude

1000 m (3300 ft) or lower
If used in a location with altitude of 1000 m (3300 ft) or higher, do so after reducing the output current as shown in the following table.

Altitude	Output current derating factor
1000 m or lower (3300 ft or lower)	1.00
1000 to 1500 m (3300 to 4900 ft)	0.97
1500 to 2000 m (4,900 to 6600 ft)	0.95
2000 to 2500 m (6600 to 8200 ft)	0.91
2500 to 3000 m (8200 to 9800 ft)	0.88

Vibration

Type	2 to less than 9 Hz	9 to less than 20 Hz	20 to less than 55 Hz	55 to 200 Hz
FRN0.1 to 7.5E3□-2J FRN18.5 to 22E3□-2J	3mm (max. amplitude)	9.8m/s²	5.9m/s²	1m/s²
FRN11 to 15E3□-2J
FRN0.4 to 22E3□-4J
FRN0.1 to 2.2E3□-7J

Storage temperature (Note 1)

-25 to +70 °C (during transport) (-13 to +158 °F)

Places not subjected to condensation or freezing due to sudden temperature changes

-25 to +65 °C (during temporary storage) (-13 to +149 °F)

-10 to +30 °C (during long-term storage) (14 to 86 °F)

Relative humidity
(Note 2)

During temporary storage: 5 to 95% RH (there should no condensation)
During long-term storage: 5 to 70% RH

Atmosphere

The inverter must not be exposed to dust, direct sunlight, corrosive or flammable gases, oil mist, vapor, water drops or vibration. The atmosphere must contain only a low level of salt. (0.01 mg/cm²or less per year)

Atmospheric pressure

86 to 106 kPa (during storage)
70 to 106 kPa (during transport)

Note: When performing lateral close installation, take mounting tolerances into consideration, as inverters may interfere with each other due to vibration or shock.

Note1: Output current derating is required when used in an environment exceeding the specified ambient temperature.

Common Specifications
Standard Specifications Three-phase 200V
Standard Specifications Three-phase 400V
Standard Specifications Single-phas 200V

Item			Description		Remarks
Output	Maximum output frequency		5 to 599 Hz (If the output frequency exceeds 599 Hz, the inverter will stop with overspeed protection.) If Vector control with speed sensor, this is determined by the maximum PG option card input frequency, number of motor poles, and number of encoder poles.
	Base frequency		5 to 599 Hz variable
	Number of motor poles setting		2 to 128 poles
	Starting frequency		0.1 to 60.0 Hz variable (0.0 Hz under vector control)
	Carrier frequency		FRN****E3S/N-2G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0115 HND specification : = 0001 ~ 0010 0030 ~ 0088 HND specification : ** = 0012 ~ 0020 0115
			FRN****E3S/N/E-4G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting - 0.75 to 6 kHz variable setting	HHD specification : ** = 0002 ~ 0072 HND specification : = 0002 ~ 0059 HD specification : = 0002 ~ 0059 HND specification : = 0072 HD specification : = 0072 ND specification : = 0002 ~ 0059 ND specification : ** = 0072
			FRN****E3S/N-7G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0012 HND specification : ** = 0001 ~ 0012
			FRN****E3E-7G - 0.75 to 16 kHz variable setting	HHD specification : **** = 0001 ~ 0011
			Note) The carrier frequency may automatically lower depending upon the ambient temperature or the output current to protect the inverter. (The automatic lowering function can be disabled.)
	Frequency setting resolution		• Analog setting: 1/3000 of maximum output frequency • Digital setting: 0.01 Hz (99.99 Hz or less), 0.1 Hz (100.0 to 599.0 Hz) • Link setting: 0.005% of maximum frequency or 0.01 Hz (fixed)
	Induction motors	During sensor-equipped V/f control(Note 1) During sensor-equipped dynamic torque vector control(Note 2)	Speed control range	・1：20(Note 1)・1：200(Note 2) (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
			Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
		During sensorless vector control	Speed control range	・1：200 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.5% of the maximum output frequency (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
	Synchronous motors	During sensorless vector control	Speed control range	・1：10 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the Base speed (25 ±10°C) ・Digital settings : Within ±0.5% of the Base speed (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
Control	Speed control accuracy Output frequency accuracy	Analog setting : ±0.2% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			VF IMPG-VF IMPG-DTV IMPG-VC PMPG-VC
		Digital setting : ±0.01% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)
		Analog setting : ±0.5% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			IM-SVC PM-SVC
		Digital setting : ±0.5% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Control method	V/f control	VF
		Dynamic torque vector control	DTV
		V/f control with slip compensation	SCVF
		V/f control with speed sensor (PG option card required）	IMPG-VF (Note 2)
		Dynamic torque vector control with speed sensor (PG option card required）	IMPG-DTV (Note 2)
		Vector control with speed sensor (PG option card required）	IMPG-VC (Note 2)
		Vector control without speed sensor	IM-SVC
		Vector control with magnetic pole position sensor (PG option card required）	PMPG-VC (Note 2)
		Vector control without magnetic pole position sensor	PM-SVC
	Voltage / frequency characteristics	- The base frequency and maximum output frequency are common, and the voltage can be set between 80 and 240 V (200V series) and 160 and 500 V (400V series).
		- Linear V/f setting (3 points) : The voltage can be set freely from 0 to 240 V (200V series) and 0 to 500 V (400V series), and the frequency can be set from 0 to 599 Hz.
		- AVR control can be turned ON or OFF.
	Torque boost	- Auto torque boost (for constant torque load) - Manual torque boost: The torque boost value can be set between 0.0 and 20.0%. - The applicable load can be selected. (for constant torque load, quadratic-torque load)
	Starting torque (HHD specifications)	At 200% or higher/Setting frequency 0.5 Hz or higher, V/f control (base frequency 50 Hz, slip compensation, automatic torque boost)
	Running operation	- Key operation : Run/stop with RUN and STOP keys (standard keypad) Run/stop with FWD/REV and STOP keys (multi-function keypad: option)	(Note 2)
		- External signals : Forward (reverse) rotation run/stop commands [2-wire/3-wire operation], (digital input “HLD”, “DIR”, “FWD”, “REV”) coast to stop command, external alarm, alarm reset, etc.	(Note 2)
		- Link setting : Setting by RS-485 communication (E3S), Setting by field bus communication (Option : E3S / Built-in : E3N)
		- Run command switching : Remote/local switching, link switching	(Note 2)
	Frequency settings	- Keypad : Setting possible with ▲/▼ keys	(Note 2)
		- External potentiometer : Using external frequency command potentiometer (external resistor of 1 to 5 kΩ, 1/2 W)
		- Analog input : -10 to +10 VDC (-5 to +5 VDC) / -100 to +100% (terminal [12]) 0 to +10 VDC (0 to +5 VDC)/0 to +100% (terminal [12], [C1] (V2 function)) 0 to +10 VDC (0 to +5 VDC)/-100 to +100% (terminal [12], [C1] (V2 function)) 4 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 4 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) [C1 function] and [V2 function] of terminal [C1] cannot be used at the same time. (exclusive)
		- UP/DOWN operation: Frequency can be increased or decreased while the digital “UP” or “DOWN” signals are ON. It is possible to select whether to record or clear the current frequency when the power is turned OFF. The frequency recorded with digital input “STZ” can be cleared.
		- Multistep frequency selection : Selectable from 16 different frequencies (step 0 to 15)
		- Pattern operation : The inverter can be run automatically according to the previously specified run time, rotation direction, acceleration / deceleration time and reference frequency. Up to 7 stages can be set.
		- Link setting1 Setting is possible with RS-485 communication (built-in as standard). Setting is possible with field bus communication (option:E3S / Built-in:E3N).
		- Frequency setting switching : The frequency setting can be switched between two types with an external signal (digital input “Hz2/Hz1”). Remote/local switching (“LOC”) and link switching (“LE”) are also possible.	(Note 2)
		- Auxiliary frequency setting : Terminal [12] and [C1] inputs can be selected as the auxiliary frequency setting and added to the main settings.
		- Operation at specified ratio : A ratio value can be set with analog input signals (terminal [12] and [C1]). 0 to 10 VDC/4(0) to 20 mA/0 to 200% (variable)
		Inverse operation : The following settings can be specified with external commands (terminals) : - Can be switched from “0 to +10 VDC/0 to 100%” to “+10 to 0 VDC/0 to 100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “0 to -10 VDC/0 to -100%” to “-10 to 0 VDC/0 to -100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “4 to 20 mA DC / 0 to 100%” to “20 to 4 mA DC / 0 to 100%” (terminal [C1] (C1 function)). - Can be switched from “0 to 20 mA DC / 0 to 100%” to “20 to 0 mA DC / 0 to 100%” (terminal [C1] (C1 function)).
		- Pulse train input (standard) : Pulse input “PIN” = Terminal [X5], rotational direction “SIGN” = input terminal other than [X5]. - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Frequency settings	Pulse train input (option): A PG option is required. CW / CCW pulse, pulse + rotation direction - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)
	Acceleration / deceleration time	- Setting range : 0.00 to 6000 seconds - Switching : The four types of acceleration/deceleration time can be set or selected individually (switchable during operation). - Acceleration/deceleration pattern : Linear acceleration/deceleration, S-curve acceleration/deceleration (week, Arbitrary), Curvilinear acceleration/deceleration (max. acceleration/deceleration at rated output) - Deceleration mode (coast to stop) : Coast to stop when run command turned OFF. - Deceleration time for forced stop : Deceleration stop in exclusive deceleration time by forced stop (STOP). During forced stop operation, S-curve acceleration/deceleration is disabled. - Dedicated acceleration/deceleration time for jogging - It is possible to switch between acceleration/deceleration time = 0 with acceleration/deceleration operation cancel “BPS”.
	Frequency limiter (upper limit, lower limit frequency)	- Both the upper limit frequency and lower limit frequency are set in Hz values. - “Continue to run” or “Decelerate to a stop” selectable when the reference frequency drops below the lower limit. (disabled under vector control) - Setting is possible with analog input (terminal [12], [C1]).
	Frequency/ PID command bias	The frequency setting and PID command bias can be set independently. Frequency setting: (setting range: 0 to ±200%) PID command (setting range: 0 to ±100%)
	Analog input	- Gain: Setting range: 0 to 400% - Offset: Setting range from -5.0 to +5.0% - Filter: Setting range: 0.00 s to 5.00 s - Polarity selection (selection possible from ± or +)
	Jump frequency	Six points and their common jump width (0 to 30.0 Hz) can be set.
	Timed operation	The inverter runs and stops for only the operating time set with the keypad. (1 cycle operation)	(Note 2)
	Jogging operation	- Operation with RUN key (standard keypad), FWD/REV keys (multi-function keypad), digital contact inputs FWD/REV or digital contact inputs “FWD”, “REV” (dedicated acceleration time individual setting, dedicated frequency setting) - Jogging operation can be performed with independent commands “FJOG” for forward rotation jogging and “RJOG” for reverse rotation jogging without “FWD”,”REV”.	(Note 2)
	Auto-restart after momentary power failure	- Trip after power failure : Immediate trip after power failure - Trip after power restoration : Motor coasts to a stop after power failure, and trip occurs after power restoration. - Trip after deceleration stop : Motor decelerates and stops after power failure, and trips after stopping. - Continue to run : Load inertia energy is used to continue operation. - Start at frequency selected before momentary power failure : Motor coasts to stop after power failure, and starts at frequency at time of power failure after power restoration. - Start at starting frequency : Motor coasts to stop after power failure, and starts at starting frequency after power restoration. - Start at frequency selected after power restoration : Motor coasts to stop after power failure, searches for speed and restarts after power restoration.
	Current limiting (hardware current limiter)	Current is limited with hardware to prevent overcurrent trip due to high-speed load fluctuations or momentary power failure which cannot be handled with software current limiting. (This limiter can be canceled.)
	Current limiting (software current limiter)	- Automatically reduces the frequency so that the output current becomes lower than the preset operation level. (This limiter can be canceled.) - The operation can be selected (operation at constant speed only, operation when accelerating and at constant speed).
	Operation by commercial power supply	- 50/60 Hz can be output with a switch to commercial power supply command (“SW50”, “SW60”). - A commercial switching sequence is built in.
	Slip compensation	- Motor slip is compensated to keep the motor speed to a reference speed, regardless of the load torque. - The slip compensation responsiveness (time constant) can be adjusted.
	Droop control	- This function is used to adjust the speed of each motor individually to balance load torque on machines driven with multiple motor systems.
	Torque limiting Torque current limiting Power limiting	The output torque or output torque current is controlled so that the output torque is equal to or less than the limiting value set beforehand. - The value can be switched between torque limit value 1 and torque limit value 2. - Torque limit values can be set individually for each of the four quadrants.
	Torque limiting Torque current limiting Power limiting	- Torque limiting and torque current limiting can be selected. - Torque limiting is possible with analog input.	IMPG-VC PMPG-VC PM-SVC
	Overload stop	- If the detected torque or current exceeds the preset value, the motor can be stopped with a deceleration stop or coast to stop, or when contact is made with the stopper. - Operating conditions can be set in operation mode (while the motor is running at constant speed and while decelerating/while the motor is running at constant speed/all modes). - The torque during stopper contact can be adjusted.

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	PID control	- PID controller for process control/dancer control - Normal/inverse operation switching - Commands: keypad, analog input (terminal [12], [C1]), multi-step settings (selection possible from 3 points), RS-485 communication, field bus communication（Option : E3S/E3E / Built-in : E3N） - Feedback values: analog input (terminal [12], [C1]) - Alarm output (absolute value alarm, deviation alarm) - Low liquid level stop function (pressurized operation possible before low liquid level stop) - Anti-reset wind-up function - Output limiter - Integral/differential reset/integral hold function - PID constant auto tuning function for process control PID controller
	Retry	- Even if a protective function subject to a retry is triggered, an attempt is made to automatically cancel the trip condition up to the number of set times to resume operation without outputting an integrated alarm. - The number of attempts can be set up to 20 times (can be set with function code)
	Retry
	Auto search	The motor speed is estimated before startup, and the motor is started without ever stopping the motor while it is idling. (Motor constant tuning required : offline tuning)
	Anti-regenerative control	- If the DC link bus voltage/torque calculation value reach or exceed the anti-regenerative control level when the motor is decelerating, the deceleration time is automatically extended to avoid an overvoltage trip. (Forced deceleration can be set at three or more times the deceleration time.) - If the torque calculation value reaches or exceeds the anti-regenerative control level during constant speed operation, overvoltage tripping is avoided by performing control to raise the frequency.
	Anti-regenerative control
	Deceleration characteristic (improved braking ability)	- During deceleration, this function increases the motor energy loss and decreases the regenerative energy returned to avoid an overvoltage trip. - Setting is also possible when using in combination with AVR cancel.)


	Auto energy saving operation	Controls the output voltage in order to minimize the total motor and inverter power loss at constant speed.
	Overload prevention control	If the surrounding temperature or IGBT junction temperature increases due to an overload, the inverter lowers the output frequency to avoid an overload.
	Overload prevention control
	Battery operation	Cancels the undervoltage protection so that the inverter under an undervoltage condition runs the motor with battery power. (FRN0088E3□-2G,FRN0115E3□-2G,FRN0059E3□-4G,FRN0072E3□-4G)
	Offline tuning	- Measures the motor constant when the motor is stopped or rotating, and sets it in a motor constant function code. (IM motors, PM motors) - Mode in which IM motor %R1 and %X only are tuned
		Mode in which PM motor magnetic pole position offset is tuned	PMPG-VC (Note2)
			PMPG-VC (Note2)
	Online tuning	Automatically adjusts motor parameters while the motor is running to prevent fluctuations in motor speed due to rises in motor temperature.	DTV
	Cooling fan ON-OFF control	- Detects inverter internal temperature and stops cooling fan when the temperature is low. - Available to output a fan control signal to an external device.
	Motor 1 ,2 settings	- Switching is possible between 2 motors. It is possible to set the base frequency, rated current, torque boost, electronic thermal slip compensation, ASR, notch filter, starting frequency, stopping frequency, thermistor operation selection, and speed display coefficients, etc. as the data for motors 1 to 2. Cumulative motor run count, start count
	Motor 1 ,2 settings
	Motor selection	Equipped with parameters for Fuji standard motors. Optimum motor parameters can be set by setting the type and capacity. - Fuji standard motors, 8-series - Typical HP unit motors - Fuji premium efficiency motors (MLK1/MUL1 series) - Fuji synchronous motors (GNB2 series, GNP1 series)


	Universal DI	Transfers the status of an external digital signal connected with the general-purpose digital input terminal to the host controller.
	Universal DO	Outputs a digital command signal sent from the host controller to the general-purpose digital output terminal.
	Universal DO
	Universal AO	Outputs an analog command signal sent from the host controller to the analog output terminal.
	Speed control	- Selectable among the four set of the auto speed regulator (ASR) parameters. - A vibration suppression notch filter can be set. (for IMPG-VC, PMPG-VC only) (A PG option card is required.)	MPG-VF IMPG-DTV IMPG-VC IM-SVC PMPG-VC PM-SVC (Note2)
	Line speed control	Regulates the motor speed to keep the peripheral speed constant even if the roll winding diameter changes on machines such as winders and unwinders. Tension can be controlled when used in combination with PID control. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Line speed control		IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Master-follower operation	Two motors can be run synchronously using a pulse generator (PG). (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Pre-excitation	- Excitation is carried out to create the motor flux before starting the motor. (A PG option card is required.)	IMPG-VC IM-SVC (Note2)
	Zero speed control	- Zero speed control is performed by forcibly zeroing the speed command. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	Servo lock	Stops the inverter and holds the motor at the stopped position. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	DC braking	- Applies DC current to the motor at the operation start time or at the time of inverter stop to generate braking torque.
	Mechanical brake control	- It is possible to output mechanical brake control signals with the brake ON/OFF timing adjusted by the output current, torque commands, output frequency and timer. - The output timing of control signals can be adjusted individually when performing forward rotation (hoisting) and reverse rotation (lowering). - Errors can be detected with mechanical brake operation check input signals.	Other than PM-SVC

Note: Depending on the inverter type, specifications may vary.

Item			Description	Remarks
Control	Torque control		- Analog torque commands/torque current commands possible - Speed limit function is provided to prevent the motor from becoming out of control. - Torque bias (with analog setting, digital setting) possible	IMPG-VC IM-SVC PMPG-VC
	Rotation direction restriction		Select either of reverse or forward rotation prevention.
	Condensation prevention		Current flows automatically when the motor is stopped, and the motor temperature is raised to prevent condensation.
	Customization logic		It is possible to select or connect digital logic circuits or analog operation circuits with digital/analog I/O signals, configure a simple relay sequence, and operate it freely. (Max. of 260 steps)
	Positioning control		Feedback pulses are counted from the preset count start point, and the motor automatically decelerates to the creep speed and stops at the target stop point. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Orientation function		Positioning function of rotating bodies such as the main axes and turntables of machine tools Capable of setting stop target position using function codes (8 points) (PG option card required)
	Favorites Function code		The function codes can be registered in “Favorites” and displayed. (Applicable to all function codes)	(Note2)
	Data initialization		All function codes and limited function codes can be initialized. (related to each motor parameter, the exception of communication function, related to the customizable logic, registered in “Favorites”)
	Start check function		To ensure safety, it is available to check for the existence of run commands when turning the power ON, when resetting alarms, and when changing the run command method, and display an alarm if a run command has been input.
	Destination setting		The factory default values such as voltage, frequency, and other function codes can be changed based on whether the machine is being shipped for use in Japan, Asia, China, Europe, USA, Taiwan, or East Asia. This setting is not necessary for Japanese model or Chinese model.
	Multifunction key		During the operation mode the "SHIFT" key on standard keypads (TP-M3) and "M/SHIFT" key on option keypad (TP-E2) can be used as an input source to activate the input terminal function like the X terminal. Any function is not assigned as a factory default.
Display	During operation and stop		Speed monitor (set frequency, output frequency, motor rotation speed, load rotation speed, feed speed (line speed), % display speed), output current [A], output voltage [V], torque calculation value [%], power consumption [kW], PID command value, PID feedback value, PID output, load factor [%], motor output [kW], torque current (%), flux command (%) analog input monitor, cumulative power, constant dimension feed time [min], remaining time when timer operation is enabled [s], etc.
	Cumulative operating conditions		- Displays cumulative inverter operating time, cumulative electric energy (watt-hours), and cumulative motor operating time/ startup count (by motor) - Outputs a forecast when the preset maintenance time and startup count are exceeded
	When trip occurs		Shows the cause of a trip
	When warning appears		- Shows a warning cause. - When the cause is removed, it is recorded in the warning history and the display disappears. - Stores and displays the cause (code) for up to the past 6 alarms in the light alarm history.
	During operation and trip		- The cause up to The last ten faults can be stored and displayed with codes. - Details of all relevant data when a fault occurs is also stored and displayed for up to The last four faults. - Capable of displaying the date in the history by using the clock function (TP-A2SW)
	Inverter lifetime alarm		- Deterioration diagnosis can be carried out for main circuit capacitors, electrolytic capacitors on PCBs, cooling fans, and IGBTs, lifetime alarms can be displayed, and data can be output externally. - Warning information can be displayed and output externally if the maintenance time or startup count set beforehand is exceeded. - Operating temperature: 40 °C (104 °F)	(Note2)
Protective/ detecting functions	Overcurrent protection		Stops the inverter to protect it from overcurrent caused by an overload.	OC1 OC2 OC3
	Short circuit protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit.
	Ground fault protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit. It may not be detected at powered if an inverter output is under the ground fault status.
	Overvoltage protection		Stops the inverter if a DC link bus circuit overvoltage (400V series: 800 VDC, 200V series: 400 VDC) is detected. The inverter cannot be protected if an excessively large voltage is applied by accident.	OU1 OU2 OU3
	Undervoltage protection		Stops the inverter if a drop in DC link bus voltage (400V series: 400 VDC, 200V series: 200 VDC) is detected. However, this is disabled based on the restart after momentary power failure setting. Furthermore, operation is possible (regenerative operation only) at a voltage level lower than that above when performing battery operation.	LU
	Input phase loss protection		Stops the inverter if input phase loss or input phase voltage unbalance is detected. The input phase loss protection may not work under light load or with DC reactor.	Lin
	Output phase loss protection		Stops the inverter if inverter output phase loss is detected during operation. This protective function also functions during auto tuning and during magnetic pole position tuning. (Operation selection possible)	OPL
	Overheat protection		Stops the inverter if a cooling fan fault, or cooling fin overheating when an overload occurs is detected.	OH1
			Stops the inverter if a cooling fan fault, or inverter unit internal overheating when an overload occurs is detected.	OH3
			Stops the inverter if inverter unit internal charging resistor overheating is detected.	0H6
			By setting the braking resistor electronic thermal overload relay function, the inverter is stopped to protect the braking resistor from overheating.	dbH
	Inverter overload protection		Stops the inverter if overheating is detected by calculating the IGBT internal temperature from the output current and detected internal temperature.	OLU
	External alarm input		Stops the inverter and displays an error if a digital input signal (THR) is input.	OH2
	Charging circuit fault		Stops the inverter and displays an error if an inverter charging circuit error is detected.	PbF
	Braking transistor fault		Stops the inverter and displays an error if a braking transistor error is detected.	dbA
	Motor protection	Motor 1 overload Motor 2 overload (Electronic thermal)	Stops the inverter if a motor overload is detected by setting the electronic thermal. Protects general-purpose motors and inverter motors in the entire frequency range. (The operation level and thermal time constant (0.5 to 75.0 minutes) can be set.)	OL1 OL2
	Motor protection	PTC thermistor	The motor temperature is detected by the PTC thermistor, and the inverter is stopped if overheating is detected. To enable this function, connect the PTC thermistor between terminals [C1] and [11], and enable the switch on the control board.	OH4
	Memory error		When the power is turned ON, a data check is performed when writing data, and an error is displayed if a memory error is detected.	Er1

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Protective/detecting functions	Keypad communication error	Stops the inverter and displays an error if a communication fault is detected at the keypad during operation.	Er2
	CPU error	Stops the inverter and displays an error if a CPU error is detected due to noise, etc.	Er3
	Option communication error	Stops the inverter and displays an error if a communication error with the inverter unit is detected when using an option.	Er4
	Option error	Stops the inverter and displays an error if an error is detected at the option side when using an option.	Er5
	Operation error	STOP key priority Even when run commands are entered via the terminal block or communication, by pressing the keypad STOP key, the inverter forcibly decelerates and stops the motor, and an error is displayed after the motor has come to a stop.	Er6
		Start check When the power is turned ON, an alarm is cleared, or when switching the run command method from link operation, the sudden starting of operation is suppressed if a run command has been entered, and an error is displayed to notify the operator.
		Brake status error Stops the inverter and displays an error if the brake signal (BRKS) output status and brake ON check signal (BRKE) input status do not match.
	Tuning error	Stops the inverter and displays an error if tuning failure or interruption is detected during motor constant tuning, or if the tuning result is a defect.	Er7
	RS485 communication error (COM port 1)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 1.	Er8
	RS485 communication error (COM port 2)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 2.	ErP
	Data saving error during undervoltage	Stops the inverter and displays an error if unable to successfully save data when undervoltage protection is triggered.	ErF
	Position control error	Stops the inverter and displays an error if the positioning deviation is excessive when the servo lock is applied, or when performing master-follower operation.	Ero
	Hardware error	Stops the inverter and displays an error if an inverter internal hardware fault is detected.	ErH
	STO input (EN1, EN2) terminal circuit fault	Stops the inverter and displays an error if the inverter detects an EN1 or EN2 terminal circuit mismatch.	ECF
	PG wire break	Stops the inverter and displays an error if a pulse encoder wire break is detected. (This function is valid on some PG interface option cards.)	PG
	Excessive positioning deviation	Stops the inverter and displays an error if the position deviation is found to be excessive while performing position control.	d0
	Overspeed protection	Stops the inverter and displays an error if the following conditions are met. - If d35 = 999, the speed detection value is the maximum output frequency x (d32 or d33) x 120% or higher - If d35 ≠ 999, the speed detection value is the maximum output frequency x (d35) or higher - The detected speed exceeds 599 Hz	OS
	Magnetic pole position detection error	Stops the inverter and displays an error if the signal from the magnetic pole position sensor mounted on the PM motor is abnormal.	ErC
	Step-out detection/ detection failure of magnetic pole position at start	This occurs when a PM motor step-out is detected, or if magnetic pole position at start failed to be detected.	Erd
	Speed mismatch or excessive speed deviation	Stops the inverter and displays an error if an excessive deviation appears between the reference speed and detected/estimated speed.	ErE
	Password protection	Stops the inverter and displays an error if a malicious person tries to unlock the password set by the customer.	LoK
	Customizable logic error	Stops the inverter and displays an alarm when the alarm condition defined by the customer in the customizable logic is met. (It is not an alarm related to the inverter faults)	ECL
	Simulation fault	A simulation fault can be produced if the keypad STOP key and FUNC FATA key are held down for 5 seconds or longer. A simulation fault can be produced even if function code H45 is set to “1”.	Err
	Current input terminal signal wire break detection	Stops the inverter and displays an alarm if a current input wire break is detected when current is less than 2 mA when using the current input terminal (terminal [C1] or [C2]) as current input 4 to 20 mA.	CoF
	Customizable logic alarm	An error is displayed if the alarm conditions defined by the user with customizable logic are met. (This is not an error at the inverter itself.)	CA1 CA5
	EN (STO) terminal OFF	This is displayed if the run command turns ON when both terminal [EN1] and [EN2] are OFF, and the inverter is not ready to perform operation (STO status).	__En
	Warning	Motor overload early warning	OL
		Cooling fin overheat early warning	OH
		Lifetime warning	LiF
		Reference command loss detected	rEF
		PID warning output	Pid
		Low torque detection	uTL
		Overheat warning by PTC thermistor in motor	PTC
		Machine life (Cumulative motor running hours)	rTE
		Inverter life (Number of startups)	CnT
		IGBT lifetime warning	iGb
	Retry	The inverter can be automatically reset allowing it to be restarted when it stops due to a trip. (The number of retries and the latency between stop and reset can be specified.)
	Surge protection	This function protects the inverter from a surge voltage between main circuit power lines and the ground.

Note: Depending on the inverter type, specifications may vary. Refer to the FRENIC-Ace (E3) User’s Manual for details.

Note1: The items in this table are displayed in the LED display on the LED keypad. Refer to the multi-function keypad.

Note2: Some functions cannot be used with E3N.

Specification	Representative function
Keypad connection	Running operation and frequency settings by keypad，Timed operation，Remote/local switching，Display/change of function code setting value，isplay of various monitor items
Pulse train input PG interface card	Frequency setting by pulse train，Mototr control with speed sensor，Positioning control，Orientation function，Servo lock

Item

Description

Remarks

Operating environment

Main circuit power cutoff detection

Forced operation
(Fire mode)

Alarms other than critical alarms are ignored, and a retry is performed forcibly.

Fod

Installation location

Indoors

Ambient temperature

[FRN-E3S(Basic Type), FRN-E3N(Ethernet built-in Type), FRN-E3E(EMC filter built-in type)] HHD : -10 to +55 °C [14 to 131 °F]
(current derating necessary in +50 to +55 °C [122 to 131 °F] range)
HND : -10 to +55 °C [14 to 131 °F]
(current derating necessary in +50 to +55 °C [122 to 131 °F] range)
-10 to +50 °C [14 to 122 °F]
(current derating necessary in +40 to +50 °C [104 to 122 °F] range)
FRN0012E3□-2G,FRN0020E3□-2G,
FRN0007E3□-4G, FRN0012E3□-4G,
FRN0004E3□-7G, FRN0006E3□-7G, FRN0010E3□-7G, FRN0012E3□-7G
HD / ND : -10 to +50 °C [14 to 122 °F]
(current derating necessary in +40 to +50 °C [104 to 122 °F] range)

When installed closely side-by-side HHD : -10 to +40 °C [14 to 104 °F]
HND : -10 to +40 °C [14 to 131 °F]
-10 to +30 °C [14 to 122 °F]
FRN0012E3□-2G,FRN0020E3□-2G, FRN0007E3□-4G, FRN0012E3□-4G,
FRN0004E3□-7G, FRN0006E3□-7G, FRN0010E3□-7G, FRN0012E3□-7G
HD / ND : -10 to +30 °C [14 to 86 °F]

Relative humidity

5 to 95% RH (there should no condensation)

Atmosphere

Altitude

1000 m (3300 ft) or lower
If used in a location with altitude of 1000 m (3300 ft) or higher, do so after reducing the output current as shown in the following table.

Altitude	Output current derating factor
1000 m or lower (3300 ft or lower)	1.00
1000 to 1500 m (3300 to 4900 ft)	0.97
1500 to 2000 m (4,900 to 6600 ft)	0.95
2000 to 2500 m (6600 to 8200 ft)	0.91
2500 to 3000 m (8200 to 9800 ft)	0.88

Vibration

Type	2 to less than 9 Hz	9 to less than 20 Hz	20 to less than 55 Hz	55 to 200 Hz
FRN0001E3□-2G to FRN0115E3□-2G	3mm (max. amplitude)	9.8m/s²	5.9m/s²	1m/s²
FRN0002E3□-4G to FRN0072E3□-4G
FRN0001E3□-7G to FRN0012E3□-7G

Storage temperature (Note 1)

-25 to +70 °C (during transport) (-13 to +158 °F)

Places not subjected to condensation or freezing due to sudden temperature changes

-25 to +65 °C (during temporary storage) (-13 to +149 °F)

-10 to +30 °C (during long-term storage) (14 to 86 °F)

Relative humidity
(Note 2)

During temporary storage: 5 to 95% RH (there should no condensation)
During long-term storage: 5 to 70% RH

Atmosphere

Atmospheric pressure

86 to 106 kPa (during storage)
70 to 106 kPa (during transport)

Common Specifications
Standard Specifications Three-phase 200V
Standard Specifications Three-phase 400V
Standard Specifications Single-phas 200V

Item			Description		Remarks
Output	Maximum output frequency		5 to 599 Hz (If the output frequency exceeds 599 Hz, the inverter will stop with overspeed protection.) If Vector control with speed sensor, this is determined by the maximum PG option card input frequency, number of motor poles, and number of encoder poles.
	Base frequency		5 to 599 Hz variable
	Number of motor poles setting		2 to 128 poles
	Starting frequency		0.1 to 60.0 Hz variable (0.0 Hz under vector control)
	Carrier frequency		FRN****E3S/N-2G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0115 HND specification : = 0001 ~ 0010 0030 ~ 0088 HND specification : ** = 0012 ~ 0020 0115
			FRN****E3S/N/E-4G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting - 0.75 to 6 kHz variable setting	HHD specification : ** = 0002 ~ 0072 HND specification : = 0002 ~ 0059 HD specification : = 0002 ~ 0059 HND specification : = 0072 HD specification : = 0072 ND specification : = 0002 ~ 0059 ND specification : ** = 0072
			FRN****E3S/N-7G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0012 HND specification : ** = 0001 ~ 0012
			FRN****E3E-7G - 0.75 to 16 kHz variable setting	HHD specification : **** = 0001 ~ 0011
			Note) The carrier frequency may automatically lower depending upon the ambient temperature or the output current to protect the inverter. (The automatic lowering function can be disabled.)
	Frequency setting resolution		• Analog setting: 1/3000 of maximum output frequency • Digital setting: 0.01 Hz (99.99 Hz or less), 0.1 Hz (100.0 to 599.0 Hz) • Link setting: 0.005% of maximum frequency or 0.01 Hz (fixed)
	Induction motors	During sensor-equipped V/f control(Note 1) During sensor-equipped dynamic torque vector control(Note 2)	Speed control range	・1：20(Note 1)・1：200(Note 2) (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
			Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
		During sensorless vector control	Speed control range	・1：200 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.5% of the maximum output frequency (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
	Synchronous motors	During sensorless vector control	Speed control range	・1：10 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the Base speed (25 ±10°C) ・Digital settings : Within ±0.5% of the Base speed (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
Control	Speed control accuracy Output frequency accuracy	Analog setting : ±0.2% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			VF IMPG-VF IMPG-DTV IMPG-VC PMPG-VC
		Digital setting : ±0.01% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)
		Analog setting : ±0.5% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			IM-SVC PM-SVC
		Digital setting : ±0.5% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Control method	V/f control	VF
		Dynamic torque vector control	DTV
		V/f control with slip compensation	SCVF
		V/f control with speed sensor (PG option card required）	IMPG-VF (Note 2)
		Dynamic torque vector control with speed sensor (PG option card required）	IMPG-DTV (Note 2)
		Vector control with speed sensor (PG option card required）	IMPG-VC (Note 2)
		Vector control without speed sensor	IM-SVC
		Vector control with magnetic pole position sensor (PG option card required）	PMPG-VC (Note 2)
		Vector control without magnetic pole position sensor	PM-SVC
	Voltage / frequency characteristics	- The base frequency and maximum output frequency are common, and the voltage can be set between 80 and 240 V (200V series) and 160 and 500 V (400V series).
		- Linear V/f setting (3 points) : The voltage can be set freely from 0 to 240 V (200V series) and 0 to 500 V (400V series), and the frequency can be set from 0 to 599 Hz.
		- AVR control can be turned ON or OFF.
	Torque boost	- Auto torque boost (for constant torque load) - Manual torque boost: The torque boost value can be set between 0.0 and 20.0%. - The applicable load can be selected. (for constant torque load, quadratic-torque load)
	Starting torque (HHD specifications)	At 200% or higher/Setting frequency 0.5 Hz or higher, V/f control (base frequency 50 Hz, slip compensation, automatic torque boost)
	Running operation	- Key operation : Run/stop with RUN and STOP keys (standard keypad) Run/stop with FWD/REV and STOP keys (multi-function keypad: option)	(Note 2)
		- External signals : Forward (reverse) rotation run/stop commands [2-wire/3-wire operation], (digital input “HLD”, “DIR”, “FWD”, “REV”) coast to stop command, external alarm, alarm reset, etc.	(Note 2)
		- Link setting : Setting by RS-485 communication (E3S), Setting by field bus communication (Option : E3S / Built-in : E3N)
		- Run command switching : Remote/local switching, link switching	(Note 2)
	Frequency settings	- Keypad : Setting possible with ▲/▼ keys	(Note 2)
		- External potentiometer : Using external frequency command potentiometer (external resistor of 1 to 5 kΩ, 1/2 W)
		- Analog input : -10 to +10 VDC (-5 to +5 VDC) / -100 to +100% (terminal [12]) 0 to +10 VDC (0 to +5 VDC)/0 to +100% (terminal [12], [C1] (V2 function)) 0 to +10 VDC (0 to +5 VDC)/-100 to +100% (terminal [12], [C1] (V2 function)) 4 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 4 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) [C1 function] and [V2 function] of terminal [C1] cannot be used at the same time. (exclusive)
		- UP/DOWN operation: Frequency can be increased or decreased while the digital “UP” or “DOWN” signals are ON. It is possible to select whether to record or clear the current frequency when the power is turned OFF. The frequency recorded with digital input “STZ” can be cleared.
		- Multistep frequency selection : Selectable from 16 different frequencies (step 0 to 15)
		- Pattern operation : The inverter can be run automatically according to the previously specified run time, rotation direction, acceleration / deceleration time and reference frequency. Up to 7 stages can be set.
		- Link setting1 Setting is possible with RS-485 communication (built-in as standard). Setting is possible with field bus communication (option:E3S / Built-in:E3N).
		- Frequency setting switching : The frequency setting can be switched between two types with an external signal (digital input “Hz2/Hz1”). Remote/local switching (“LOC”) and link switching (“LE”) are also possible.	(Note 2)
		- Auxiliary frequency setting : Terminal [12] and [C1] inputs can be selected as the auxiliary frequency setting and added to the main settings.
		- Operation at specified ratio : A ratio value can be set with analog input signals (terminal [12] and [C1]). 0 to 10 VDC/4(0) to 20 mA/0 to 200% (variable)
		Inverse operation : The following settings can be specified with external commands (terminals) : - Can be switched from “0 to +10 VDC/0 to 100%” to “+10 to 0 VDC/0 to 100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “0 to -10 VDC/0 to -100%” to “-10 to 0 VDC/0 to -100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “4 to 20 mA DC / 0 to 100%” to “20 to 4 mA DC / 0 to 100%” (terminal [C1] (C1 function)). - Can be switched from “0 to 20 mA DC / 0 to 100%” to “20 to 0 mA DC / 0 to 100%” (terminal [C1] (C1 function)).
		- Pulse train input (standard) : Pulse input “PIN” = Terminal [X5], rotational direction “SIGN” = input terminal other than [X5]. - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Frequency settings	Pulse train input (option): A PG option is required. CW / CCW pulse, pulse + rotation direction - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)
	Acceleration / deceleration time	- Setting range : 0.00 to 6000 seconds - Switching : The four types of acceleration/deceleration time can be set or selected individually (switchable during operation). - Acceleration/deceleration pattern : Linear acceleration/deceleration, S-curve acceleration/deceleration (week, Arbitrary), Curvilinear acceleration/deceleration (max. acceleration/deceleration at rated output) - Deceleration mode (coast to stop) : Coast to stop when run command turned OFF. - Deceleration time for forced stop : Deceleration stop in exclusive deceleration time by forced stop (STOP). During forced stop operation, S-curve acceleration/deceleration is disabled. - Dedicated acceleration/deceleration time for jogging - It is possible to switch between acceleration/deceleration time = 0 with acceleration/deceleration operation cancel “BPS”.
	Frequency limiter (upper limit, lower limit frequency)	- Both the upper limit frequency and lower limit frequency are set in Hz values. - “Continue to run” or “Decelerate to a stop” selectable when the reference frequency drops below the lower limit. (disabled under vector control) - Setting is possible with analog input (terminal [12], [C1]).
	Frequency/ PID command bias	The frequency setting and PID command bias can be set independently. Frequency setting: (setting range: 0 to ±200%) PID command (setting range: 0 to ±100%)
	Analog input	- Gain: Setting range: 0 to 400% - Offset: Setting range from -5.0 to +5.0% - Filter: Setting range: 0.00 s to 5.00 s - Polarity selection (selection possible from ± or +)
	Jump frequency	Six points and their common jump width (0 to 30.0 Hz) can be set.
	Timed operation	The inverter runs and stops for only the operating time set with the keypad. (1 cycle operation)	(Note 2)
	Jogging operation	- Operation with RUN key (standard keypad), FWD/REV keys (multi-function keypad), digital contact inputs FWD/REV or digital contact inputs “FWD”, “REV” (dedicated acceleration time individual setting, dedicated frequency setting) - Jogging operation can be performed with independent commands “FJOG” for forward rotation jogging and “RJOG” for reverse rotation jogging without “FWD”,”REV”.	(Note 2)
	Auto-restart after momentary power failure	- Trip after power failure : Immediate trip after power failure - Trip after power restoration : Motor coasts to a stop after power failure, and trip occurs after power restoration. - Trip after deceleration stop : Motor decelerates and stops after power failure, and trips after stopping. - Continue to run : Load inertia energy is used to continue operation. - Start at frequency selected before momentary power failure : Motor coasts to stop after power failure, and starts at frequency at time of power failure after power restoration. - Start at starting frequency : Motor coasts to stop after power failure, and starts at starting frequency after power restoration. - Start at frequency selected after power restoration : Motor coasts to stop after power failure, searches for speed and restarts after power restoration.
	Current limiting (hardware current limiter)	Current is limited with hardware to prevent overcurrent trip due to high-speed load fluctuations or momentary power failure which cannot be handled with software current limiting. (This limiter can be canceled.)
	Current limiting (software current limiter)	- Automatically reduces the frequency so that the output current becomes lower than the preset operation level. (This limiter can be canceled.) - The operation can be selected (operation at constant speed only, operation when accelerating and at constant speed).
	Operation by commercial power supply	- 50/60 Hz can be output with a switch to commercial power supply command (“SW50”, “SW60”). - A commercial switching sequence is built in.
	Slip compensation	- Motor slip is compensated to keep the motor speed to a reference speed, regardless of the load torque. - The slip compensation responsiveness (time constant) can be adjusted.
	Droop control	- This function is used to adjust the speed of each motor individually to balance load torque on machines driven with multiple motor systems.
	Torque limiting Torque current limiting Power limiting	The output torque or output torque current is controlled so that the output torque is equal to or less than the limiting value set beforehand. - The value can be switched between torque limit value 1 and torque limit value 2. - Torque limit values can be set individually for each of the four quadrants.
	Torque limiting Torque current limiting Power limiting	- Torque limiting and torque current limiting can be selected. - Torque limiting is possible with analog input.	IMPG-VC PMPG-VC PM-SVC
	Overload stop	- If the detected torque or current exceeds the preset value, the motor can be stopped with a deceleration stop or coast to stop, or when contact is made with the stopper. - Operating conditions can be set in operation mode (while the motor is running at constant speed and while decelerating/while the motor is running at constant speed/all modes). - The torque during stopper contact can be adjusted.

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	PID control	- PID controller for process control/dancer control - Normal/inverse operation switching - Commands: keypad, analog input (terminal [12], [C1]), multi-step settings (selection possible from 3 points), RS-485 communication, field bus communication（Option : E3S/E3E / Built-in : E3N） - Feedback values: analog input (terminal [12], [C1]) - Alarm output (absolute value alarm, deviation alarm) - Low liquid level stop function (pressurized operation possible before low liquid level stop) - Anti-reset wind-up function - Output limiter - Integral/differential reset/integral hold function - PID constant auto tuning function for process control PID controller
	Retry	- Even if a protective function subject to a retry is triggered, an attempt is made to automatically cancel the trip condition up to the number of set times to resume operation without outputting an integrated alarm. - The number of attempts can be set up to 20 times (can be set with function code)
	Retry
	Auto search	The motor speed is estimated before startup, and the motor is started without ever stopping the motor while it is idling. (Motor constant tuning required : offline tuning)
	Anti-regenerative control	- If the DC link bus voltage/torque calculation value reach or exceed the anti-regenerative control level when the motor is decelerating, the deceleration time is automatically extended to avoid an overvoltage trip. (Forced deceleration can be set at three or more times the deceleration time.) - If the torque calculation value reaches or exceeds the anti-regenerative control level during constant speed operation, overvoltage tripping is avoided by performing control to raise the frequency.
	Anti-regenerative control
	Deceleration characteristic (improved braking ability)	- During deceleration, this function increases the motor energy loss and decreases the regenerative energy returned to avoid an overvoltage trip. - Setting is also possible when using in combination with AVR cancel.)


	Auto energy saving operation	Controls the output voltage in order to minimize the total motor and inverter power loss at constant speed.
	Overload prevention control	If the surrounding temperature or IGBT junction temperature increases due to an overload, the inverter lowers the output frequency to avoid an overload.
	Overload prevention control
	Battery operation	Cancels the undervoltage protection so that the inverter under an undervoltage condition runs the motor with battery power. (FRN0088E3□-2G,FRN0115E3□-2G,FRN0059E3□-4G,FRN0072E3□-4G)
	Offline tuning	- Measures the motor constant when the motor is stopped or rotating, and sets it in a motor constant function code. (IM motors, PM motors) - Mode in which IM motor %R1 and %X only are tuned
		Mode in which PM motor magnetic pole position offset is tuned	PMPG-VC (Note2)
			PMPG-VC (Note2)
	Online tuning	Automatically adjusts motor parameters while the motor is running to prevent fluctuations in motor speed due to rises in motor temperature.	DTV
	Cooling fan ON-OFF control	- Detects inverter internal temperature and stops cooling fan when the temperature is low. - Available to output a fan control signal to an external device.
	Motor 1 ,2 settings	- Switching is possible between 2 motors. It is possible to set the base frequency, rated current, torque boost, electronic thermal slip compensation, ASR, notch filter, starting frequency, stopping frequency, thermistor operation selection, and speed display coefficients, etc. as the data for motors 1 to 2. Cumulative motor run count, start count
	Motor 1 ,2 settings
	Motor selection	Equipped with parameters for Fuji standard motors. Optimum motor parameters can be set by setting the type and capacity. - Fuji standard motors, 8-series - Typical HP unit motors - Fuji premium efficiency motors (MLK1/MUL1 series) - Fuji synchronous motors (GNB2 series, GNP1 series)


	Universal DI	Transfers the status of an external digital signal connected with the general-purpose digital input terminal to the host controller.
	Universal DO	Outputs a digital command signal sent from the host controller to the general-purpose digital output terminal.
	Universal DO
	Universal AO	Outputs an analog command signal sent from the host controller to the analog output terminal.
	Speed control	- Selectable among the four set of the auto speed regulator (ASR) parameters. - A vibration suppression notch filter can be set. (for IMPG-VC, PMPG-VC only) (A PG option card is required.)	MPG-VF IMPG-DTV IMPG-VC IM-SVC PMPG-VC PM-SVC (Note2)
	Line speed control	Regulates the motor speed to keep the peripheral speed constant even if the roll winding diameter changes on machines such as winders and unwinders. Tension can be controlled when used in combination with PID control. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Line speed control		IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Master-follower operation	Two motors can be run synchronously using a pulse generator (PG). (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Pre-excitation	- Excitation is carried out to create the motor flux before starting the motor. (A PG option card is required.)	IMPG-VC IM-SVC (Note2)
	Zero speed control	- Zero speed control is performed by forcibly zeroing the speed command. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	Servo lock	Stops the inverter and holds the motor at the stopped position. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	DC braking	- Applies DC current to the motor at the operation start time or at the time of inverter stop to generate braking torque.
	Mechanical brake control	- It is possible to output mechanical brake control signals with the brake ON/OFF timing adjusted by the output current, torque commands, output frequency and timer. - The output timing of control signals can be adjusted individually when performing forward rotation (hoisting) and reverse rotation (lowering). - Errors can be detected with mechanical brake operation check input signals.	Other than PM-SVC

Note: Depending on the inverter type, specifications may vary.

Item			Description	Remarks
Control	Torque control		- Analog torque commands/torque current commands possible - Speed limit function is provided to prevent the motor from becoming out of control. - Torque bias (with analog setting, digital setting) possible	IMPG-VC IM-SVC PMPG-VC
	Rotation direction restriction		Select either of reverse or forward rotation prevention.
	Condensation prevention		Current flows automatically when the motor is stopped, and the motor temperature is raised to prevent condensation.
	Customization logic		It is possible to select or connect digital logic circuits or analog operation circuits with digital/analog I/O signals, configure a simple relay sequence, and operate it freely. (Max. of 260 steps)
	Positioning control		Feedback pulses are counted from the preset count start point, and the motor automatically decelerates to the creep speed and stops at the target stop point. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Orientation function		Positioning function of rotating bodies such as the main axes and turntables of machine tools Capable of setting stop target position using function codes (8 points) (PG option card required)
	Favorites Function code		The function codes can be registered in “Favorites” and displayed. (Applicable to all function codes)	(Note2)
	Data initialization		All function codes and limited function codes can be initialized. (related to each motor parameter, the exception of communication function, related to the customizable logic, registered in “Favorites”)
	Start check function		To ensure safety, it is available to check for the existence of run commands when turning the power ON, when resetting alarms, and when changing the run command method, and display an alarm if a run command has been input.
	Destination setting		The factory default values such as voltage, frequency, and other function codes can be changed based on whether the machine is being shipped for use in Japan, Asia, China, Europe, USA, Taiwan, or East Asia. This setting is not necessary for Japanese model or Chinese model.
	Multifunction key		During the operation mode the "SHIFT" key on standard keypads (TP-M3) and "M/SHIFT" key on option keypad (TP-E2) can be used as an input source to activate the input terminal function like the X terminal. Any function is not assigned as a factory default.
Display	During operation and stop		Speed monitor (set frequency, output frequency, motor rotation speed, load rotation speed, feed speed (line speed), % display speed), output current [A], output voltage [V], torque calculation value [%], power consumption [kW], PID command value, PID feedback value, PID output, load factor [%], motor output [kW], torque current (%), flux command (%) analog input monitor, cumulative power, constant dimension feed time [min], remaining time when timer operation is enabled [s], etc.
	Cumulative operating conditions		- Displays cumulative inverter operating time, cumulative electric energy (watt-hours), and cumulative motor operating time/ startup count (by motor) - Outputs a forecast when the preset maintenance time and startup count are exceeded
	When trip occurs		Shows the cause of a trip
	When warning appears		- Shows a warning cause. - When the cause is removed, it is recorded in the warning history and the display disappears. - Stores and displays the cause (code) for up to the past 6 alarms in the light alarm history.
	During operation and trip		- The cause up to The last ten faults can be stored and displayed with codes. - Details of all relevant data when a fault occurs is also stored and displayed for up to The last four faults. - Capable of displaying the date in the history by using the clock function (TP-A2SW)
	Inverter lifetime alarm		- Deterioration diagnosis can be carried out for main circuit capacitors, electrolytic capacitors on PCBs, cooling fans, and IGBTs, lifetime alarms can be displayed, and data can be output externally. - Warning information can be displayed and output externally if the maintenance time or startup count set beforehand is exceeded. - Operating temperature: 40 °C (104 °F)	(Note2)
Protective/ detecting functions	Overcurrent protection		Stops the inverter to protect it from overcurrent caused by an overload.	OC1 OC2 OC3
	Short circuit protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit.
	Ground fault protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit. It may not be detected at powered if an inverter output is under the ground fault status.
	Overvoltage protection		Stops the inverter if a DC link bus circuit overvoltage (400V series: 800 VDC, 200V series: 400 VDC) is detected. The inverter cannot be protected if an excessively large voltage is applied by accident.	OU1 OU2 OU3
	Undervoltage protection		Stops the inverter if a drop in DC link bus voltage (400V series: 400 VDC, 200V series: 200 VDC) is detected. However, this is disabled based on the restart after momentary power failure setting. Furthermore, operation is possible (regenerative operation only) at a voltage level lower than that above when performing battery operation.	LU
	Input phase loss protection		Stops the inverter if input phase loss or input phase voltage unbalance is detected. The input phase loss protection may not work under light load or with DC reactor.	Lin
	Output phase loss protection		Stops the inverter if inverter output phase loss is detected during operation. This protective function also functions during auto tuning and during magnetic pole position tuning. (Operation selection possible)	OPL
	Overheat protection		Stops the inverter if a cooling fan fault, or cooling fin overheating when an overload occurs is detected.	OH1
			Stops the inverter if a cooling fan fault, or inverter unit internal overheating when an overload occurs is detected.	OH3
			Stops the inverter if inverter unit internal charging resistor overheating is detected.	0H6
			By setting the braking resistor electronic thermal overload relay function, the inverter is stopped to protect the braking resistor from overheating.	dbH
	Inverter overload protection		Stops the inverter if overheating is detected by calculating the IGBT internal temperature from the output current and detected internal temperature.	OLU
	External alarm input		Stops the inverter and displays an error if a digital input signal (THR) is input.	OH2
	Charging circuit fault		Stops the inverter and displays an error if an inverter charging circuit error is detected.	PbF
	Braking transistor fault		Stops the inverter and displays an error if a braking transistor error is detected.	dbA
	Motor protection	Motor 1 overload Motor 2 overload (Electronic thermal)	Stops the inverter if a motor overload is detected by setting the electronic thermal. Protects general-purpose motors and inverter motors in the entire frequency range. (The operation level and thermal time constant (0.5 to 75.0 minutes) can be set.)	OL1 OL2
	Motor protection	PTC thermistor	The motor temperature is detected by the PTC thermistor, and the inverter is stopped if overheating is detected. To enable this function, connect the PTC thermistor between terminals [C1] and [11], and enable the switch on the control board.	OH4
	Memory error		When the power is turned ON, a data check is performed when writing data, and an error is displayed if a memory error is detected.	Er1

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Protective/detecting functions	Keypad communication error	Stops the inverter and displays an error if a communication fault is detected at the keypad during operation.	Er2
	CPU error	Stops the inverter and displays an error if a CPU error is detected due to noise, etc.	Er3
	Option communication error	Stops the inverter and displays an error if a communication error with the inverter unit is detected when using an option.	Er4
	Option error	Stops the inverter and displays an error if an error is detected at the option side when using an option.	Er5
	Operation error	STOP key priority Even when run commands are entered via the terminal block or communication, by pressing the keypad STOP key, the inverter forcibly decelerates and stops the motor, and an error is displayed after the motor has come to a stop.	Er6
		Start check When the power is turned ON, an alarm is cleared, or when switching the run command method from link operation, the sudden starting of operation is suppressed if a run command has been entered, and an error is displayed to notify the operator.
		Brake status error Stops the inverter and displays an error if the brake signal (BRKS) output status and brake ON check signal (BRKE) input status do not match.
	Tuning error	Stops the inverter and displays an error if tuning failure or interruption is detected during motor constant tuning, or if the tuning result is a defect.	Er7
	RS485 communication error (COM port 1)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 1.	Er8
	RS485 communication error (COM port 2)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 2.	ErP
	Data saving error during undervoltage	Stops the inverter and displays an error if unable to successfully save data when undervoltage protection is triggered.	ErF
	Position control error	Stops the inverter and displays an error if the positioning deviation is excessive when the servo lock is applied, or when performing master-follower operation.	Ero
	Hardware error	Stops the inverter and displays an error if an inverter internal hardware fault is detected.	ErH
	STO input (EN1, EN2) terminal circuit fault	Stops the inverter and displays an error if the inverter detects an EN1 or EN2 terminal circuit mismatch.	ECF
	PG wire break	Stops the inverter and displays an error if a pulse encoder wire break is detected. (This function is valid on some PG interface option cards.)	PG
	Excessive positioning deviation	Stops the inverter and displays an error if the position deviation is found to be excessive while performing position control.	d0
	Overspeed protection	Stops the inverter and displays an error if the following conditions are met. - If d35 = 999, the speed detection value is the maximum output frequency x (d32 or d33) x 120% or higher - If d35 ≠ 999, the speed detection value is the maximum output frequency x (d35) or higher - The detected speed exceeds 599 Hz	OS
	Magnetic pole position detection error	Stops the inverter and displays an error if the signal from the magnetic pole position sensor mounted on the PM motor is abnormal.	ErC
	Step-out detection/ detection failure of magnetic pole position at start	This occurs when a PM motor step-out is detected, or if magnetic pole position at start failed to be detected.	Erd
	Speed mismatch or excessive speed deviation	Stops the inverter and displays an error if an excessive deviation appears between the reference speed and detected/estimated speed.	ErE
	Password protection	Stops the inverter and displays an error if a malicious person tries to unlock the password set by the customer.	LoK
	Customizable logic error	Stops the inverter and displays an alarm when the alarm condition defined by the customer in the customizable logic is met. (It is not an alarm related to the inverter faults)	ECL
	Simulation fault	A simulation fault can be produced if the keypad STOP key and FUNC FATA key are held down for 5 seconds or longer. A simulation fault can be produced even if function code H45 is set to “1”.	Err
	Current input terminal signal wire break detection	Stops the inverter and displays an alarm if a current input wire break is detected when current is less than 2 mA when using the current input terminal (terminal [C1] or [C2]) as current input 4 to 20 mA.	CoF
	Customizable logic alarm	An error is displayed if the alarm conditions defined by the user with customizable logic are met. (This is not an error at the inverter itself.)	CA1 CA5
	EN (STO) terminal OFF	This is displayed if the run command turns ON when both terminal [EN1] and [EN2] are OFF, and the inverter is not ready to perform operation (STO status).	__En
	Warning	Motor overload early warning	OL
		Cooling fin overheat early warning	OH
		Lifetime warning	LiF
		Reference command loss detected	rEF
		PID warning output	Pid
		Low torque detection	uTL
		Overheat warning by PTC thermistor in motor	PTC
		Machine life (Cumulative motor running hours)	rTE
		Inverter life (Number of startups)	CnT
		IGBT lifetime warning	iGb
	Retry	The inverter can be automatically reset allowing it to be restarted when it stops due to a trip. (The number of retries and the latency between stop and reset can be specified.)
	Surge protection	This function protects the inverter from a surge voltage between main circuit power lines and the ground.

Note: Depending on the inverter type, specifications may vary. Refer to the FRENIC-Ace (E3) User’s Manual for details.

Note1: The items in this table are displayed in the LED display on the LED keypad. Refer to the multi-function keypad.

Note2: Some functions cannot be used with E3N.

Specification	Representative function
Keypad connection	Running operation and frequency settings by keypad，Timed operation，Remote/local switching，Display/change of function code setting value，isplay of various monitor items
Pulse train input PG interface card	Frequency setting by pulse train，Mototr control with speed sensor，Positioning control，Orientation function，Servo lock

Item

Description

Remarks

Operating environment

Main circuit power cutoff detection

Forced operation
(Fire mode)

Alarms other than critical alarms are ignored, and a retry is performed forcibly.

Fod

Installation location

Indoors

Ambient temperature

Relative humidity

5 to 95% RH (there should no condensation)

Atmosphere

Altitude

1000 m (3300 ft) or lower
If used in a location with altitude of 1000 m (3300 ft) or higher, do so after reducing the output current as shown in the following table.

Altitude	Output current derating factor
1000 m or lower (3300 ft or lower)	1.00
1000 to 1500 m (3300 to 4900 ft)	0.97
1500 to 2000 m (4,900 to 6600 ft)	0.95
2000 to 2500 m (6600 to 8200 ft)	0.91
2500 to 3000 m (8200 to 9800 ft)	0.88

Vibration

Type	2 to less than 9 Hz	9 to less than 20 Hz	20 to less than 55 Hz	55 to 200 Hz
FRN0001E3□-2G to FRN0115E3□-2G	3mm (max. amplitude)	9.8m/s²	5.9m/s²	1m/s²
FRN0002E3□-4G to FRN0072E3□-4G
FRN0001E3□-7G to FRN0012E3□-7G

Storage temperature (Note 1)

-25 to +70 °C (during transport) (-13 to +158 °F)

Places not subjected to condensation or freezing due to sudden temperature changes

-25 to +65 °C (during temporary storage) (-13 to +149 °F)

-10 to +30 °C (during long-term storage) (14 to 86 °F)

Relative humidity
(Note 2)

During temporary storage: 5 to 95% RH (there should no condensation)
During long-term storage: 5 to 70% RH

Atmosphere

Atmospheric pressure

86 to 106 kPa (during storage)
70 to 106 kPa (during transport)

Common Specifications
Standard Specifications Three-phase 400V

Item			Description		Remarks
Output	Maximum output frequency		5 to 599 Hz (If the output frequency exceeds 599 Hz, the inverter will stop with overspeed protection.) If Vector control with speed sensor, this is determined by the maximum PG option card input frequency, number of motor poles, and number of encoder poles.
	Base frequency		5 to 599 Hz variable
	Number of motor poles setting		2 to 128 poles
	Starting frequency		0.1 to 60.0 Hz variable (0.0 Hz under vector control)
	Carrier frequency		FRN****E3S-4C - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting - 0.75 to 6 kHz variable setting	HHD specification : ** = 0002 ~ 0072 HND specification : = 0002 ~ 0059 HD specification : = 0002 ~ 0059 HND specification : = 0072 HD specification : = 0072 ND specification : = 0002 ~ 0059 ND specification : ** = 0072
	Carrier frequency		Note) The carrier frequency may automatically lower depending upon the ambient temperature or the output current to protect the inverter. (The automatic lowering function can be disabled.)
	Frequency setting resolution		• Analog setting: 1/3000 of maximum output frequency • Digital setting: 0.01 Hz (99.99 Hz or less), 0.1 Hz (100.0 to 599.0 Hz) • Link setting: 0.005% of maximum frequency or 0.01 Hz (fixed)
	Induction motors	During sensor-equipped V/f control(Note 1) During sensor-equipped dynamic torque vector control(Note 2)	Speed control range	・1：20(Note 1)・1：200(Note 2) (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
			Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
		During sensorless vector control	Speed control range	・1：200 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.5% of the maximum output frequency (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
	Synchronous motors	During sensorless vector control	Speed control range	・1：10 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the Base speed (25 ±10°C) ・Digital settings : Within ±0.5% of the Base speed (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
Control	Speed control accuracy Output frequency accuracy	Analog setting : ±0.2% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			VF IMPG-VF IMPG-DTV IMPG-VC PMPG-VC
		Digital setting : ±0.01% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)
		Analog setting : ±0.5% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			IM-SVC PM-SVC
		Digital setting : ±0.5% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Control method	V/f control	VF
		Dynamic torque vector control	DTV
		V/f control with slip compensation	SCVF
		V/f control with speed sensor (PG option card required）	IMPG-VF (Note 2)
		Dynamic torque vector control with speed sensor (PG option card required）	IMPG-DTV (Note 2)
		Vector control with speed sensor (PG option card required）	IMPG-VC (Note 2)
		Vector control without speed sensor	IM-SVC
		Vector control with magnetic pole position sensor (PG option card required）	PMPG-VC (Note 2)
		Vector control without magnetic pole position sensor	PM-SVC
	Voltage / frequency characteristics	- The base frequency and maximum output frequency are common, and the voltage can be set between 80 and 240 V (200V series) and 160 and 500 V (400V series).
		- Linear V/f setting (3 points) : The voltage can be set freely from 0 to 240 V (200V series) and 0 to 500 V (400V series), and the frequency can be set from 0 to 599 Hz.
		- AVR control can be turned ON or OFF.
	Torque boost	- Auto torque boost (for constant torque load) - Manual torque boost: The torque boost value can be set between 0.0 and 20.0%. - The applicable load can be selected. (for constant torque load, quadratic-torque load)
	Starting torque (HHD specifications)	At 200% or higher/Setting frequency 0.5 Hz or higher, V/f control (base frequency 50 Hz, slip compensation, automatic torque boost)
	Running operation	- Key operation : Run/stop with RUN and STOP keys (standard keypad) Run/stop with FWD/REV and STOP keys (multi-function keypad: option)	(Note 2)
		- External signals : Forward (reverse) rotation run/stop commands [2-wire/3-wire operation], (digital input “HLD”, “DIR”, “FWD”, “REV”) coast to stop command, external alarm, alarm reset, etc.	(Note 2)
		- Link setting : Setting by RS-485 communication (E3S), Setting by field bus communication (Option : E3S / Built-in : E3N)
		- Run command switching : Remote/local switching, link switching	(Note 2)
	Frequency settings	- Keypad : Setting possible with ▲/▼ keys	(Note 2)
		- External potentiometer : Using external frequency command potentiometer (external resistor of 1 to 5 kΩ, 1/2 W)
		- Analog input : -10 to +10 VDC (-5 to +5 VDC) / -100 to +100% (terminal [12]) 0 to +10 VDC (0 to +5 VDC)/0 to +100% (terminal [12], [C1] (V2 function)) 0 to +10 VDC (0 to +5 VDC)/-100 to +100% (terminal [12], [C1] (V2 function)) 4 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 4 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) [C1 function] and [V2 function] of terminal [C1] cannot be used at the same time. (exclusive)
		- UP/DOWN operation: Frequency can be increased or decreased while the digital “UP” or “DOWN” signals are ON. It is possible to select whether to record or clear the current frequency when the power is turned OFF. The frequency recorded with digital input “STZ” can be cleared.
		- Multistep frequency selection : Selectable from 16 different frequencies (step 0 to 15)
		- Pattern operation : The inverter can be run automatically according to the previously specified run time, rotation direction, acceleration / deceleration time and reference frequency. Up to 7 stages can be set.
		- Link setting1 Setting is possible with RS-485 communication (built-in as standard). Setting is possible with field bus communication (option:E3S / Built-in:E3N).
		- Frequency setting switching : The frequency setting can be switched between two types with an external signal (digital input “Hz2/Hz1”). Remote/local switching (“LOC”) and link switching (“LE”) are also possible.	(Note 2)
		- Auxiliary frequency setting : Terminal [12] and [C1] inputs can be selected as the auxiliary frequency setting and added to the main settings.
		- Operation at specified ratio : A ratio value can be set with analog input signals (terminal [12] and [C1]). 0 to 10 VDC/4(0) to 20 mA/0 to 200% (variable)
		Inverse operation : The following settings can be specified with external commands (terminals) : - Can be switched from “0 to +10 VDC/0 to 100%” to “+10 to 0 VDC/0 to 100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “0 to -10 VDC/0 to -100%” to “-10 to 0 VDC/0 to -100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “4 to 20 mA DC / 0 to 100%” to “20 to 4 mA DC / 0 to 100%” (terminal [C1] (C1 function)). - Can be switched from “0 to 20 mA DC / 0 to 100%” to “20 to 0 mA DC / 0 to 100%” (terminal [C1] (C1 function)).
		- Pulse train input (standard) : Pulse input “PIN” = Terminal [X5], rotational direction “SIGN” = input terminal other than [X5]. - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Frequency settings	Pulse train input (option): A PG option is required. CW / CCW pulse, pulse + rotation direction - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)
	Acceleration / deceleration time	- Setting range : 0.00 to 6000 seconds - Switching : The four types of acceleration/deceleration time can be set or selected individually (switchable during operation). - Acceleration/deceleration pattern : Linear acceleration/deceleration, S-curve acceleration/deceleration (week, Arbitrary), Curvilinear acceleration/deceleration (max. acceleration/deceleration at rated output) - Deceleration mode (coast to stop) : Coast to stop when run command turned OFF. - Deceleration time for forced stop : Deceleration stop in exclusive deceleration time by forced stop (STOP). During forced stop operation, S-curve acceleration/deceleration is disabled. - Dedicated acceleration/deceleration time for jogging - It is possible to switch between acceleration/deceleration time = 0 with acceleration/deceleration operation cancel “BPS”.
	Frequency limiter (upper limit, lower limit frequency)	- Both the upper limit frequency and lower limit frequency are set in Hz values. - “Continue to run” or “Decelerate to a stop” selectable when the reference frequency drops below the lower limit. (disabled under vector control) - Setting is possible with analog input (terminal [12], [C1]).
	Frequency/ PID command bias	The frequency setting and PID command bias can be set independently. Frequency setting: (setting range: 0 to ±200%) PID command (setting range: 0 to ±100%)
	Analog input	- Gain: Setting range: 0 to 400% - Offset: Setting range from -5.0 to +5.0% - Filter: Setting range: 0.00 s to 5.00 s - Polarity selection (selection possible from ± or +)
	Jump frequency	Six points and their common jump width (0 to 30.0 Hz) can be set.
	Timed operation	The inverter runs and stops for only the operating time set with the keypad. (1 cycle operation)	(Note 2)
	Jogging operation	- Operation with RUN key (standard keypad), FWD/REV keys (multi-function keypad), digital contact inputs FWD/REV or digital contact inputs “FWD”, “REV” (dedicated acceleration time individual setting, dedicated frequency setting) - Jogging operation can be performed with independent commands “FJOG” for forward rotation jogging and “RJOG” for reverse rotation jogging without “FWD”,”REV”.	(Note 2)
	Auto-restart after momentary power failure	- Trip after power failure : Immediate trip after power failure - Trip after power restoration : Motor coasts to a stop after power failure, and trip occurs after power restoration. - Trip after deceleration stop : Motor decelerates and stops after power failure, and trips after stopping. - Continue to run : Load inertia energy is used to continue operation. - Start at frequency selected before momentary power failure : Motor coasts to stop after power failure, and starts at frequency at time of power failure after power restoration. - Start at starting frequency : Motor coasts to stop after power failure, and starts at starting frequency after power restoration. - Start at frequency selected after power restoration : Motor coasts to stop after power failure, searches for speed and restarts after power restoration.
	Current limiting (hardware current limiter)	Current is limited with hardware to prevent overcurrent trip due to high-speed load fluctuations or momentary power failure which cannot be handled with software current limiting. (This limiter can be canceled.)
	Current limiting (software current limiter)	- Automatically reduces the frequency so that the output current becomes lower than the preset operation level. (This limiter can be canceled.) - The operation can be selected (operation at constant speed only, operation when accelerating and at constant speed).
	Operation by commercial power supply	- 50/60 Hz can be output with a switch to commercial power supply command (“SW50”, “SW60”). - A commercial switching sequence is built in.
	Slip compensation	- Motor slip is compensated to keep the motor speed to a reference speed, regardless of the load torque. - The slip compensation responsiveness (time constant) can be adjusted.
	Droop control	- This function is used to adjust the speed of each motor individually to balance load torque on machines driven with multiple motor systems.
	Torque limiting Torque current limiting Power limiting	The output torque or output torque current is controlled so that the output torque is equal to or less than the limiting value set beforehand. - The value can be switched between torque limit value 1 and torque limit value 2. - Torque limit values can be set individually for each of the four quadrants.
	Torque limiting Torque current limiting Power limiting	- Torque limiting and torque current limiting can be selected. - Torque limiting is possible with analog input.	IMPG-VC PMPG-VC PM-SVC
	Overload stop	- If the detected torque or current exceeds the preset value, the motor can be stopped with a deceleration stop or coast to stop, or when contact is made with the stopper. - Operating conditions can be set in operation mode (while the motor is running at constant speed and while decelerating/while the motor is running at constant speed/all modes). - The torque during stopper contact can be adjusted.

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	PID control	- PID controller for process control/dancer control - Normal/inverse operation switching - Commands: keypad, analog input (terminal [12], [C1]), multi-step settings (selection possible from 3 points), RS-485 communication, field bus communication（Option : E3S/E3E / Built-in : E3N） - Feedback values: analog input (terminal [12], [C1]) - Alarm output (absolute value alarm, deviation alarm) - Low liquid level stop function (pressurized operation possible before low liquid level stop) - Anti-reset wind-up function - Output limiter - Integral/differential reset/integral hold function - PID constant auto tuning function for process control PID controller
	Retry	- Even if a protective function subject to a retry is triggered, an attempt is made to automatically cancel the trip condition up to the number of set times to resume operation without outputting an integrated alarm. - The number of attempts can be set up to 20 times (can be set with function code)
	Retry
	Auto search	The motor speed is estimated before startup, and the motor is started without ever stopping the motor while it is idling. (Motor constant tuning required : offline tuning)
	Anti-regenerative control	- If the DC link bus voltage/torque calculation value reach or exceed the anti-regenerative control level when the motor is decelerating, the deceleration time is automatically extended to avoid an overvoltage trip. (Forced deceleration can be set at three or more times the deceleration time.) - If the torque calculation value reaches or exceeds the anti-regenerative control level during constant speed operation, overvoltage tripping is avoided by performing control to raise the frequency.
	Anti-regenerative control
	Deceleration characteristic (improved braking ability)	- During deceleration, this function increases the motor energy loss and decreases the regenerative energy returned to avoid an overvoltage trip. - Setting is also possible when using in combination with AVR cancel.)


	Auto energy saving operation	Controls the output voltage in order to minimize the total motor and inverter power loss at constant speed.
	Overload prevention control	If the surrounding temperature or IGBT junction temperature increases due to an overload, the inverter lowers the output frequency to avoid an overload.
	Overload prevention control
	Battery operation	Cancels the undervoltage protection so that the inverter under an undervoltage condition runs the motor with battery power. (FRN0059E3S-4C, FRN0072E3S-4C)
	Offline tuning	- Measures the motor constant when the motor is stopped or rotating, and sets it in a motor constant function code. (IM motors, PM motors) - Mode in which IM motor %R1 and %X only are tuned
		Mode in which PM motor magnetic pole position offset is tuned	PMPG-VC (Note2)
			PMPG-VC (Note2)
	Online tuning	Automatically adjusts motor parameters while the motor is running to prevent fluctuations in motor speed due to rises in motor temperature.	DTV
	Cooling fan ON-OFF control	- Detects inverter internal temperature and stops cooling fan when the temperature is low. - Available to output a fan control signal to an external device.
	Motor 1 ,2 settings	- Switching is possible between 2 motors. It is possible to set the base frequency, rated current, torque boost, electronic thermal slip compensation, ASR, notch filter, starting frequency, stopping frequency, thermistor operation selection, and speed display coefficients, etc. as the data for motors 1 to 2. Cumulative motor run count, start count
	Motor 1 ,2 settings
	Motor selection	Equipped with parameters for Fuji standard motors. Optimum motor parameters can be set by setting the type and capacity. - Fuji standard motors, 8-series - Typical HP unit motors - Fuji premium efficiency motors (MLK1/MUL1 series) - Fuji synchronous motors (GNB2 series, GNP1 series)


	Universal DI	Transfers the status of an external digital signal connected with the general-purpose digital input terminal to the host controller.
	Universal DO	Outputs a digital command signal sent from the host controller to the general-purpose digital output terminal.
	Universal DO
	Universal AO	Outputs an analog command signal sent from the host controller to the analog output terminal.
	Speed control	- Selectable among the four set of the auto speed regulator (ASR) parameters. - A vibration suppression notch filter can be set. (for IMPG-VC, PMPG-VC only) (A PG option card is required.)	MPG-VF IMPG-DTV IMPG-VC IM-SVC PMPG-VC PM-SVC (Note2)
	Line speed control	Regulates the motor speed to keep the peripheral speed constant even if the roll winding diameter changes on machines such as winders and unwinders. Tension can be controlled when used in combination with PID control. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Line speed control		IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Master-follower operation	Two motors can be run synchronously using a pulse generator (PG). (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Pre-excitation	- Excitation is carried out to create the motor flux before starting the motor. (A PG option card is required.)	IMPG-VC IM-SVC (Note2)
	Zero speed control	- Zero speed control is performed by forcibly zeroing the speed command. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	Servo lock	Stops the inverter and holds the motor at the stopped position. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	DC braking	- Applies DC current to the motor at the operation start time or at the time of inverter stop to generate braking torque.
	Mechanical brake control	- It is possible to output mechanical brake control signals with the brake ON/OFF timing adjusted by the output current, torque commands, output frequency and timer. - The output timing of control signals can be adjusted individually when performing forward rotation (hoisting) and reverse rotation (lowering). - Errors can be detected with mechanical brake operation check input signals.	Other than PM-SVC

Note: Depending on the inverter type, specifications may vary.

Item			Description	Remarks
Control	Torque control		- Analog torque commands/torque current commands possible - Speed limit function is provided to prevent the motor from becoming out of control. - Torque bias (with analog setting, digital setting) possible	IMPG-VC IM-SVC PMPG-VC
	Rotation direction restriction		Select either of reverse or forward rotation prevention.
	Condensation prevention		Current flows automatically when the motor is stopped, and the motor temperature is raised to prevent condensation.
	Customization logic		It is possible to select or connect digital logic circuits or analog operation circuits with digital/analog I/O signals, configure a simple relay sequence, and operate it freely. (Max. of 260 steps)
	Positioning control		Feedback pulses are counted from the preset count start point, and the motor automatically decelerates to the creep speed and stops at the target stop point. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Orientation function		Positioning function of rotating bodies such as the main axes and turntables of machine tools Capable of setting stop target position using function codes (8 points) (PG option card required)
	Favorites Function code		The function codes can be registered in “Favorites” and displayed. (Applicable to all function codes)	(Note2)
	Data initialization		All function codes and limited function codes can be initialized. (related to each motor parameter, the exception of communication function, related to the customizable logic, registered in “Favorites”)
	Start check function		To ensure safety, it is available to check for the existence of run commands when turning the power ON, when resetting alarms, and when changing the run command method, and display an alarm if a run command has been input.
	Destination setting		The factory default values such as voltage, frequency, and other function codes can be changed based on whether the machine is being shipped for use in Japan, Asia, China, Europe, USA, Taiwan, or East Asia. This setting is not necessary for Japanese model or Chinese model.
	Multifunction key		During the operation mode the "SHIFT" key on standard keypads (TP-M3) and "M/SHIFT" key on option keypad (TP-E2) can be used as an input source to activate the input terminal function like the X terminal. Any function is not assigned as a factory default.
Display	During operation and stop		Speed monitor (set frequency, output frequency, motor rotation speed, load rotation speed, feed speed (line speed), % display speed), output current [A], output voltage [V], torque calculation value [%], power consumption [kW], PID command value, PID feedback value, PID output, load factor [%], motor output [kW], torque current (%), flux command (%) analog input monitor, cumulative power, constant dimension feed time [min], remaining time when timer operation is enabled [s], etc.
	Cumulative operating conditions		- Displays cumulative inverter operating time, cumulative electric energy (watt-hours), and cumulative motor operating time/ startup count (by motor) - Outputs a forecast when the preset maintenance time and startup count are exceeded
	When trip occurs		Shows the cause of a trip
	When warning appears		- Shows a warning cause. - When the cause is removed, it is recorded in the warning history and the display disappears. - Stores and displays the cause (code) for up to the past 6 alarms in the light alarm history.
	During operation and trip		- The cause up to The last ten faults can be stored and displayed with codes. - Details of all relevant data when a fault occurs is also stored and displayed for up to The last four faults. - Capable of displaying the date in the history by using the clock function (TP-A2SW)
	Inverter lifetime alarm		- Deterioration diagnosis can be carried out for main circuit capacitors, electrolytic capacitors on PCBs, cooling fans, and IGBTs, lifetime alarms can be displayed, and data can be output externally. - Warning information can be displayed and output externally if the maintenance time or startup count set beforehand is exceeded. - Operating temperature: 40 °C (104 °F)	(Note2)
Protective/ detecting functions	Overcurrent protection		Stops the inverter to protect it from overcurrent caused by an overload.	OC1 OC2 OC3
	Short circuit protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit.
	Ground fault protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit. It may not be detected at powered if an inverter output is under the ground fault status.
	Overvoltage protection		Stops the inverter if a DC link bus circuit overvoltage (400V series: 800 VDC) is detected. The inverter cannot be protected if an excessively large voltage is applied by accident.	OU1 OU2 OU3
	Undervoltage protection		Stops the inverter if a drop in DC link bus voltage (400V series: 400 VDC) is detected. However, this is disabled based on the restart after momentary power failure setting. Furthermore, operation is possible (regenerative operation only) at a voltage level lower than that above when performing battery operation.	LU
	Input phase loss protection		Stops the inverter if input phase loss or input phase voltage unbalance is detected. The input phase loss protection may not work under light load or with DC reactor.	Lin
	Output phase loss protection		Stops the inverter if inverter output phase loss is detected during operation. This protective function also functions during auto tuning and during magnetic pole position tuning. (Operation selection possible)	OPL
	Overheat protection		Stops the inverter if a cooling fan fault, or cooling fin overheating when an overload occurs is detected.	OH1
			Stops the inverter if a cooling fan fault, or inverter unit internal overheating when an overload occurs is detected.	OH3
			Stops the inverter if inverter unit internal charging resistor overheating is detected.	OH6
			By setting the braking resistor electronic thermal overload relay function, the inverter is stopped to protect the braking resistor from overheating.	dbH
	Inverter overload protection		Stops the inverter if overheating is detected by calculating the IGBT internal temperature from the output current and detected internal temperature.	OLU
	External alarm input		Stops the inverter and displays an error if a digital input signal (THR) is input.	OH2
	Charging circuit fault		Stops the inverter and displays an error if an inverter charging circuit error is detected.	PbF
	Braking transistor fault		Stops the inverter and displays an error if a braking transistor error is detected.	dbA
	Motor protection	Motor 1 overload Motor 2 overload (Electronic thermal)	Stops the inverter if a motor overload is detected by setting the electronic thermal. Protects general-purpose motors and inverter motors in the entire frequency range. (The operation level and thermal time constant (0.5 to 75.0 minutes) can be set.)	OL1
	Motor protection	PTC thermistor	The motor temperature is detected by the PTC thermistor, and the inverter is stopped if overheating is detected. To enable this function, connect the PTC thermistor between terminals [C1] and [11], and enable the switch on the control board.	OH4
	Memory error		When the power is turned ON, a data check is performed when writing data, and an error is displayed if a memory error is detected.	Er1

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Protective/detecting functions	Keypad communication error	Stops the inverter and displays an error if a communication fault is detected at the keypad during operation.	Er2
	CPU error	Stops the inverter and displays an error if a CPU error is detected due to noise, etc.	Er3
	Option communication error	Stops the inverter and displays an error if a communication error with the inverter unit is detected when using an option.	Er4
	Option error	Stops the inverter and displays an error if an error is detected at the option side when using an option.	Er5
	Operation error	STOP key priority Even when run commands are entered via the terminal block or communication, by pressing the keypad STOP key, the inverter forcibly decelerates and stops the motor, and an error is displayed after the motor has come to a stop.	Er6
		Start check When the power is turned ON, an alarm is cleared, or when switching the run command method from link operation, the sudden starting of operation is suppressed if a run command has been entered, and an error is displayed to notify the operator.
		Brake status error Stops the inverter and displays an error if the brake signal (BRKS) output status and brake ON check signal (BRKE) input status do not match.
	Tuning error	Stops the inverter and displays an error if tuning failure or interruption is detected during motor constant tuning, or if the tuning result is a defect.	Er7
	RS485 communication error (COM port 1)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 1.	Er8
	RS485 communication error (COM port 2)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 2.	ErP
	Data saving error during undervoltage	Stops the inverter and displays an error if unable to successfully save data when undervoltage protection is triggered.	ErF
	Position control error	Stops the inverter and displays an error if the positioning deviation is excessive when the servo lock is applied, or when performing master-follower operation.	Ero
	Hardware error	Stops the inverter and displays an error if an inverter internal hardware fault is detected.	ErH
	STO input (EN1, EN2) terminal circuit fault	Stops the inverter and displays an error if the inverter detects an EN1 or EN2 terminal circuit mismatch.	ECF
	PG wire break	Stops the inverter and displays an error if a pulse encoder wire break is detected. (This function is valid on some PG interface option cards.)	PG
	Excessive positioning deviation	Stops the inverter and displays an error if the position deviation is found to be excessive while performing position control.	d0
	Overspeed protection	Stops the inverter and displays an error if the following conditions are met. - If d35 = 999, the speed detection value is the maximum output frequency x (d32 or d33) x 120% or higher - If d35 ≠ 999, the speed detection value is the maximum output frequency x (d35) or higher - The detected speed exceeds 599 Hz	OS
	Magnetic pole position detection error	Stops the inverter and displays an error if the signal from the magnetic pole position sensor mounted on the PM motor is abnormal.	ErC
	Step-out detection/ detection failure of magnetic pole position at start	This occurs when a PM motor step-out is detected, or if magnetic pole position at start failed to be detected.	Erd
	Speed mismatch or excessive speed deviation	Stops the inverter and displays an error if an excessive deviation appears between the reference speed and detected/estimated speed.	ErE
	Password protection	Stops the inverter and displays an error if a malicious person tries to unlock the password set by the customer.	LoK
	Customizable logic error	Stops the inverter and displays an alarm when the alarm condition defined by the customer in the customizable logic is met. (It is not an alarm related to the inverter faults)	ECL
	Simulation fault	A simulation fault can be produced if the keypad STOP key and FUNC FATA key are held down for 5 seconds or longer. A simulation fault can be produced even if function code H45 is set to “1”.	Err
	Current input terminal signal wire break detection	Stops the inverter and displays an alarm if a current input wire break is detected when current is less than 2 mA when using the current input terminal (terminal [C1] or [C2]) as current input 4 to 20 mA.	CoF
	Customizable logic alarm	An error is displayed if the alarm conditions defined by the user with customizable logic are met. (This is not an error at the inverter itself.)	CA1 CA5
	EN (STO) terminal OFF	This is displayed if the run command turns ON when both terminal [EN1] and [EN2] are OFF, and the inverter is not ready to perform operation (STO status).	__En
	Warning	Motor overload early warning	OL
		Motor overload early warning	OH
		Cooling fin overheat early warning	LiF
		Lifetime warning	rEF
		Reference command loss detected	Pid
		PID warning output	uTL
		Overheat warning by PTC thermistor in motor	PTC
		Machine life (Cumulative motor running hours)	rTE
		Inverter life (Number of startups)	CnT
		IGBT lifetime warning	iGb
	Retry	The inverter can be automatically reset allowing it to be restarted when it stops due to a trip. (The number of retries and the latency between stop and reset can be specified.)
	Surge protection	This function protects the inverter from a surge voltage between main circuit power lines and the ground.

Note: Depending on the inverter type, specifications may vary. Refer to the FRENIC-Ace (E3) User’s Manual for details.

Note1: The items in this table are displayed in the LED display on the LED keypad. Refer to the multi-function keypad.

Note2: Some functions cannot be used with E3N.

Specification	Representative function
Keypad connection	Running operation and frequency settings by keypad，Timed operation，Remote/local switching，Display/change of function code setting value，isplay of various monitor items
Pulse train input PG interface card	Frequency setting by pulse train，Mototr control with speed sensor，Positioning control，Orientation function，Servo lock

Item

Description

Remarks

Operating environment

Main circuit power cutoff detection

Forced operation
(Fire mode)

Alarms other than critical alarms are ignored, and a retry is performed forcibly.

Fod

Installation location

Indoors

Ambient temperature

[FRN-E3S(Basic Type)
HHD : -10 to +55 °C
(current derating necessary in +50 to +55 °C range)
HND : -10 to +55 °C
(current derating necessary in +50 to +55 °C range)
-10 to +50 °C
(current derating necessary in +40 to +50 °C range)
FRN0007E3□-4C, FRN0012E3□-4C
HD / ND : -10 to +50 °C
(current derating necessary in +40 to +50 °C range)

When installed closely side-by-side
HHD : -10 to +40 °C
HND : -10 to +40 °C
-10 to +30 °C
FRN0007E3□-4C, FRN0012E3□-4C,
HD / ND : -10 to +30 °C

Relative humidity

5 to 95% RH (there should no condensation)

Atmosphere

Altitude

1000 m (3300 ft) or lower
If used in a location with altitude of 1000 m (3300 ft) or higher, do so after reducing the output current as shown in the following table.

Altitude	Output current derating factor
1000 m or lower (3300 ft or lower)	1.00
1000 to 1500 m (3300 to 4900 ft)	0.97
1500 to 2000 m (4,900 to 6600 ft)	0.95
2000 to 2500 m (6600 to 8200 ft)	0.91
2500 to 3000 m (8200 to 9800 ft)	0.88

Vibration

Type	2 to less than 9 Hz	9 to less than 20 Hz	20 to less than 55 Hz	55 to 200 Hz
FRN0002E3S-4C to FRN0072E3S-4C	3mm (max. amplitude)	9.8m/s²	5.9m/s²	1m/s²

Storage temperature (Note 1)

-25 to +70 °C (during transport) (-13 to +158 °F)

Places not subjected to condensation or freezing due to sudden temperature changes

-25 to +65 °C (during temporary storage) (-13 to +149 °F)

-10 to +30 °C (during long-term storage) (14 to 86 °F)

Relative humidity
(Note 2)

During temporary storage: 5 to 95% RH (there should no condensation)
During long-term storage: 5 to 70% RH

Atmosphere

Atmospheric pressure

86 to 106 kPa (during storage)
70 to 106 kPa (during transport)

Common Specifications
Standard Specifications Three-phase 200V
Standard Specifications Three-phase 400V
Standard Specifications Single-phas 200V

Item			Description		Remarks
Output	Maximum output frequency		5 to 599 Hz (If the output frequency exceeds 599 Hz, the inverter will stop with overspeed protection.) If Vector control with speed sensor, this is determined by the maximum PG option card input frequency, number of motor poles, and number of encoder poles.
	Base frequency		5 to 599 Hz variable
	Number of motor poles setting		2 to 128 poles
	Starting frequency		0.1 to 60.0 Hz variable (0.0 Hz under vector control)
	Carrier frequency		FRN****E3S/N-2G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0115 HND specification : = 0001 ~ 0010 0030 ~ 0088 HND specification : ** = 0012 ~ 0020 0115
			FRN****E3S/N/E-4G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting - 0.75 to 6 kHz variable setting	HHD specification : ** = 0002 ~ 0072 HND specification : = 0002 ~ 0059 HD specification : = 0002 ~ 0059 HND specification : = 0072 HD specification : = 0072 ND specification : = 0002 ~ 0059 ND specification : ** = 0072
			FRN****E3S/N-7G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0012 HND specification : ** = 0001 ~ 0012
			FRN****E3E-7G - 0.75 to 16 kHz variable setting	HHD specification : **** = 0001 ~ 0011
			Note) The carrier frequency may automatically lower depending upon the ambient temperature or the output current to protect the inverter. (The automatic lowering function can be disabled.)
	Frequency setting resolution		• Analog setting: 1/3000 of maximum output frequency • Digital setting: 0.01 Hz (99.99 Hz or less), 0.1 Hz (100.0 to 599.0 Hz) • Link setting: 0.005% of maximum frequency or 0.01 Hz (fixed)
	Induction motors	During sensor-equipped V/f control(Note 1) During sensor-equipped dynamic torque vector control(Note 2)	Speed control range	・1：20(Note 1)・1：200(Note 2) (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
			Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
		During sensorless vector control	Speed control range	・1：200 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.5% of the maximum output frequency (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
	Synchronous motors	During sensorless vector control	Speed control range	・1：10 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the Base speed (25 ±10°C) ・Digital settings : Within ±0.5% of the Base speed (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
Control	Speed control accuracy Output frequency accuracy	Analog setting : ±0.2% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			VF IMPG-VF IMPG-DTV IMPG-VC PMPG-VC
		Digital setting : ±0.01% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)
		Analog setting : ±0.5% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			IM-SVC PM-SVC
		Digital setting : ±0.5% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Control method	V/f control	VF
		Dynamic torque vector control	DTV
		V/f control with slip compensation	SCVF
		V/f control with speed sensor (PG option card required）	IMPG-VF (Note 2)
		Dynamic torque vector control with speed sensor (PG option card required）	IMPG-DTV (Note 2)
		Vector control with speed sensor (PG option card required）	IMPG-VC (Note 2)
		Vector control without speed sensor	IM-SVC
		Vector control with magnetic pole position sensor (PG option card required）	PMPG-VC (Note 2)
		Vector control without magnetic pole position sensor	PM-SVC
	Voltage / frequency characteristics	- The base frequency and maximum output frequency are common, and the voltage can be set between 80 and 240 V (200V series) and 160 and 500 V (400V series).
		- Linear V/f setting (3 points) : The voltage can be set freely from 0 to 240 V (200V series) and 0 to 500 V (400V series), and the frequency can be set from 0 to 599 Hz.
		- AVR control can be turned ON or OFF.
	Torque boost	- Auto torque boost (for constant torque load) - Manual torque boost: The torque boost value can be set between 0.0 and 20.0%. - The applicable load can be selected. (for constant torque load, quadratic-torque load)
	Starting torque (HHD specifications)	At 200% or higher/Setting frequency 0.5 Hz or higher, V/f control (base frequency 50 Hz, slip compensation, automatic torque boost)
	Running operation	- Key operation : Run/stop with RUN and STOP keys (standard keypad) Run/stop with FWD/REV and STOP keys (multi-function keypad: option)	(Note 2)
		- External signals : Forward (reverse) rotation run/stop commands [2-wire/3-wire operation], (digital input “HLD”, “DIR”, “FWD”, “REV”) coast to stop command, external alarm, alarm reset, etc.	(Note 2)
		- Link setting : Setting by RS-485 communication (E3S), Setting by field bus communication (Option : E3S / Built-in : E3N)
		- Run command switching : Remote/local switching, link switching	(Note 2)
	Frequency settings	- Keypad : Setting possible with ▲/▼ keys	(Note 2)
		- External potentiometer : Using external frequency command potentiometer (external resistor of 1 to 5 kΩ, 1/2 W)
		- Analog input : -10 to +10 VDC (-5 to +5 VDC) / -100 to +100% (terminal [12]) 0 to +10 VDC (0 to +5 VDC)/0 to +100% (terminal [12], [C1] (V2 function)) 0 to +10 VDC (0 to +5 VDC)/-100 to +100% (terminal [12], [C1] (V2 function)) 4 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 4 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) [C1 function] and [V2 function] of terminal [C1] cannot be used at the same time. (exclusive)
		- UP/DOWN operation: Frequency can be increased or decreased while the digital “UP” or “DOWN” signals are ON. It is possible to select whether to record or clear the current frequency when the power is turned OFF. The frequency recorded with digital input “STZ” can be cleared.
		- Multistep frequency selection : Selectable from 16 different frequencies (step 0 to 15)
		- Pattern operation : The inverter can be run automatically according to the previously specified run time, rotation direction, acceleration / deceleration time and reference frequency. Up to 7 stages can be set.
		- Link setting1 Setting is possible with RS-485 communication (built-in as standard). Setting is possible with field bus communication (option:E3S / Built-in:E3N).
		- Frequency setting switching : The frequency setting can be switched between two types with an external signal (digital input “Hz2/Hz1”). Remote/local switching (“LOC”) and link switching (“LE”) are also possible.	(Note 2)
		- Auxiliary frequency setting : Terminal [12] and [C1] inputs can be selected as the auxiliary frequency setting and added to the main settings.
		- Operation at specified ratio : A ratio value can be set with analog input signals (terminal [12] and [C1]). 0 to 10 VDC/4(0) to 20 mA/0 to 200% (variable)
		Inverse operation : The following settings can be specified with external commands (terminals) : - Can be switched from “0 to +10 VDC/0 to 100%” to “+10 to 0 VDC/0 to 100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “0 to -10 VDC/0 to -100%” to “-10 to 0 VDC/0 to -100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “4 to 20 mA DC / 0 to 100%” to “20 to 4 mA DC / 0 to 100%” (terminal [C1] (C1 function)). - Can be switched from “0 to 20 mA DC / 0 to 100%” to “20 to 0 mA DC / 0 to 100%” (terminal [C1] (C1 function)).
		- Pulse train input (standard) : Pulse input “PIN” = Terminal [X5], rotational direction “SIGN” = input terminal other than [X5]. - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Frequency settings	Pulse train input (option): A PG option is required. CW / CCW pulse, pulse + rotation direction - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)
	Acceleration / deceleration time	- Setting range : 0.00 to 6000 seconds - Switching : The four types of acceleration/deceleration time can be set or selected individually (switchable during operation). - Acceleration/deceleration pattern : Linear acceleration/deceleration, S-curve acceleration/deceleration (week, Arbitrary), Curvilinear acceleration/deceleration (max. acceleration/deceleration at rated output) - Deceleration mode (coast to stop) : Coast to stop when run command turned OFF. - Deceleration time for forced stop : Deceleration stop in exclusive deceleration time by forced stop (STOP). During forced stop operation, S-curve acceleration/deceleration is disabled. - Dedicated acceleration/deceleration time for jogging - It is possible to switch between acceleration/deceleration time = 0 with acceleration/deceleration operation cancel “BPS”.
	Frequency limiter (upper limit, lower limit frequency)	- Both the upper limit frequency and lower limit frequency are set in Hz values. - “Continue to run” or “Decelerate to a stop” selectable when the reference frequency drops below the lower limit. (disabled under vector control) - Setting is possible with analog input (terminal [12], [C1]).
	Frequency/ PID command bias	The frequency setting and PID command bias can be set independently. Frequency setting: (setting range: 0 to ±200%) PID command (setting range: 0 to ±100%)
	Analog input	- Gain: Setting range: 0 to 400% - Offset: Setting range from -5.0 to +5.0% - Filter: Setting range: 0.00 s to 5.00 s - Polarity selection (selection possible from ± or +)
	Jump frequency	Six points and their common jump width (0 to 30.0 Hz) can be set.
	Timed operation	The inverter runs and stops for only the operating time set with the keypad. (1 cycle operation)	(Note 2)
	Jogging operation	- Operation with RUN key (standard keypad), FWD/REV keys (multi-function keypad), digital contact inputs FWD/REV or digital contact inputs “FWD”, “REV” (dedicated acceleration time individual setting, dedicated frequency setting) - Jogging operation can be performed with independent commands “FJOG” for forward rotation jogging and “RJOG” for reverse rotation jogging without “FWD”,”REV”.	(Note 2)
	Auto-restart after momentary power failure	- Trip after power failure : Immediate trip after power failure - Trip after power restoration : Motor coasts to a stop after power failure, and trip occurs after power restoration. - Trip after deceleration stop : Motor decelerates and stops after power failure, and trips after stopping. - Continue to run : Load inertia energy is used to continue operation. - Start at frequency selected before momentary power failure : Motor coasts to stop after power failure, and starts at frequency at time of power failure after power restoration. - Start at starting frequency : Motor coasts to stop after power failure, and starts at starting frequency after power restoration. - Start at frequency selected after power restoration : Motor coasts to stop after power failure, searches for speed and restarts after power restoration.
	Current limiting (hardware current limiter)	Current is limited with hardware to prevent overcurrent trip due to high-speed load fluctuations or momentary power failure which cannot be handled with software current limiting. (This limiter can be canceled.)
	Current limiting (software current limiter)	- Automatically reduces the frequency so that the output current becomes lower than the preset operation level. (This limiter can be canceled.) - The operation can be selected (operation at constant speed only, operation when accelerating and at constant speed).
	Operation by commercial power supply	- 50/60 Hz can be output with a switch to commercial power supply command (“SW50”, “SW60”). - A commercial switching sequence is built in.
	Slip compensation	- Motor slip is compensated to keep the motor speed to a reference speed, regardless of the load torque. - The slip compensation responsiveness (time constant) can be adjusted.
	Droop control	- This function is used to adjust the speed of each motor individually to balance load torque on machines driven with multiple motor systems.
	Torque limiting Torque current limiting Power limiting	The output torque or output torque current is controlled so that the output torque is equal to or less than the limiting value set beforehand. - The value can be switched between torque limit value 1 and torque limit value 2. - Torque limit values can be set individually for each of the four quadrants.
	Torque limiting Torque current limiting Power limiting	- Torque limiting and torque current limiting can be selected. - Torque limiting is possible with analog input.	IMPG-VC PMPG-VC PM-SVC
	Overload stop	- If the detected torque or current exceeds the preset value, the motor can be stopped with a deceleration stop or coast to stop, or when contact is made with the stopper. - Operating conditions can be set in operation mode (while the motor is running at constant speed and while decelerating/while the motor is running at constant speed/all modes). - The torque during stopper contact can be adjusted.

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	PID control	- PID controller for process control/dancer control - Normal/inverse operation switching - Commands: keypad, analog input (terminal [12], [C1]), multi-step settings (selection possible from 3 points), RS-485 communication, field bus communication（Option : E3S/E3E / Built-in : E3N） - Feedback values: analog input (terminal [12], [C1]) - Alarm output (absolute value alarm, deviation alarm) - Low liquid level stop function (pressurized operation possible before low liquid level stop) - Anti-reset wind-up function - Output limiter - Integral/differential reset/integral hold function - PID constant auto tuning function for process control PID controller
	Retry	- Even if a protective function subject to a retry is triggered, an attempt is made to automatically cancel the trip condition up to the number of set times to resume operation without outputting an integrated alarm. - The number of attempts can be set up to 20 times (can be set with function code)
	Retry
	Auto search	The motor speed is estimated before startup, and the motor is started without ever stopping the motor while it is idling. (Motor constant tuning required : offline tuning)
	Anti-regenerative control	- If the DC link bus voltage/torque calculation value reach or exceed the anti-regenerative control level when the motor is decelerating, the deceleration time is automatically extended to avoid an overvoltage trip. (Forced deceleration can be set at three or more times the deceleration time.) - If the torque calculation value reaches or exceeds the anti-regenerative control level during constant speed operation, overvoltage tripping is avoided by performing control to raise the frequency.
	Anti-regenerative control
	Deceleration characteristic (improved braking ability)	- During deceleration, this function increases the motor energy loss and decreases the regenerative energy returned to avoid an overvoltage trip. - Setting is also possible when using in combination with AVR cancel.)


	Auto energy saving operation	Controls the output voltage in order to minimize the total motor and inverter power loss at constant speed.
	Overload prevention control	If the surrounding temperature or IGBT junction temperature increases due to an overload, the inverter lowers the output frequency to avoid an overload.
	Overload prevention control
	Battery operation	Cancels the undervoltage protection so that the inverter under an undervoltage condition runs the motor with battery power. (FRN0088E3□-2G,FRN0115E3□-2G,FRN0059E3□-4G,FRN0072E3□-4G)
	Offline tuning	- Measures the motor constant when the motor is stopped or rotating, and sets it in a motor constant function code. (IM motors, PM motors) - Mode in which IM motor %R1 and %X only are tuned
		Mode in which PM motor magnetic pole position offset is tuned	PMPG-VC (Note2)
			PMPG-VC (Note2)
	Online tuning	Automatically adjusts motor parameters while the motor is running to prevent fluctuations in motor speed due to rises in motor temperature.	DTV
	Cooling fan ON-OFF control	- Detects inverter internal temperature and stops cooling fan when the temperature is low. - Available to output a fan control signal to an external device.
	Motor 1 ,2 settings	- Switching is possible between 2 motors. It is possible to set the base frequency, rated current, torque boost, electronic thermal slip compensation, ASR, notch filter, starting frequency, stopping frequency, thermistor operation selection, and speed display coefficients, etc. as the data for motors 1 to 2. Cumulative motor run count, start count
	Motor 1 ,2 settings
	Motor selection	Equipped with parameters for Fuji standard motors. Optimum motor parameters can be set by setting the type and capacity. - Fuji standard motors, 8-series - Typical HP unit motors - Fuji premium efficiency motors (MLK1/MUL1 series) - Fuji synchronous motors (GNB2 series, GNP1 series)


	Universal DI	Transfers the status of an external digital signal connected with the general-purpose digital input terminal to the host controller.
	Universal DO	Outputs a digital command signal sent from the host controller to the general-purpose digital output terminal.
	Universal DO
	Universal AO	Outputs an analog command signal sent from the host controller to the analog output terminal.
	Speed control	- Selectable among the four set of the auto speed regulator (ASR) parameters. - A vibration suppression notch filter can be set. (for IMPG-VC, PMPG-VC only) (A PG option card is required.)	MPG-VF IMPG-DTV IMPG-VC IM-SVC PMPG-VC PM-SVC (Note2)
	Line speed control	Regulates the motor speed to keep the peripheral speed constant even if the roll winding diameter changes on machines such as winders and unwinders. Tension can be controlled when used in combination with PID control. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Line speed control		IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Master-follower operation	Two motors can be run synchronously using a pulse generator (PG). (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Pre-excitation	- Excitation is carried out to create the motor flux before starting the motor. (A PG option card is required.)	IMPG-VC IM-SVC (Note2)
	Zero speed control	- Zero speed control is performed by forcibly zeroing the speed command. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	Servo lock	Stops the inverter and holds the motor at the stopped position. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	DC braking	- Applies DC current to the motor at the operation start time or at the time of inverter stop to generate braking torque.
	Mechanical brake control	- It is possible to output mechanical brake control signals with the brake ON/OFF timing adjusted by the output current, torque commands, output frequency and timer. - The output timing of control signals can be adjusted individually when performing forward rotation (hoisting) and reverse rotation (lowering). - Errors can be detected with mechanical brake operation check input signals.	Other than PM-SVC

Note: Depending on the inverter type, specifications may vary.

Item			Description	Remarks
Control	Torque control		- Analog torque commands/torque current commands possible - Speed limit function is provided to prevent the motor from becoming out of control. - Torque bias (with analog setting, digital setting) possible	IMPG-VC IM-SVC PMPG-VC
	Rotation direction restriction		Select either of reverse or forward rotation prevention.
	Condensation prevention		Current flows automatically when the motor is stopped, and the motor temperature is raised to prevent condensation.
	Customization logic		It is possible to select or connect digital logic circuits or analog operation circuits with digital/analog I/O signals, configure a simple relay sequence, and operate it freely. (Max. of 260 steps)
	Positioning control		Feedback pulses are counted from the preset count start point, and the motor automatically decelerates to the creep speed and stops at the target stop point. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Orientation function		Positioning function of rotating bodies such as the main axes and turntables of machine tools Capable of setting stop target position using function codes (8 points) (PG option card required)
	Favorites Function code		The function codes can be registered in “Favorites” and displayed. (Applicable to all function codes)	(Note2)
	Data initialization		All function codes and limited function codes can be initialized. (related to each motor parameter, the exception of communication function, related to the customizable logic, registered in “Favorites”)
	Start check function		To ensure safety, it is available to check for the existence of run commands when turning the power ON, when resetting alarms, and when changing the run command method, and display an alarm if a run command has been input.
	Destination setting		The factory default values such as voltage, frequency, and other function codes can be changed based on whether the machine is being shipped for use in Japan, Asia, China, Europe, USA, Taiwan, or East Asia. This setting is not necessary for Japanese model or Chinese model.
	Multifunction key		During the operation mode the "SHIFT" key on standard keypads (TP-M3) and "M/SHIFT" key on option keypad (TP-E2) can be used as an input source to activate the input terminal function like the X terminal. Any function is not assigned as a factory default.
Display	During operation and stop		Speed monitor (set frequency, output frequency, motor rotation speed, load rotation speed, feed speed (line speed), % display speed), output current [A], output voltage [V], torque calculation value [%], power consumption [kW], PID command value, PID feedback value, PID output, load factor [%], motor output [kW], torque current (%), flux command (%) analog input monitor, cumulative power, constant dimension feed time [min], remaining time when timer operation is enabled [s], etc.
	Cumulative operating conditions		- Displays cumulative inverter operating time, cumulative electric energy (watt-hours), and cumulative motor operating time/ startup count (by motor) - Outputs a forecast when the preset maintenance time and startup count are exceeded
	When trip occurs		Shows the cause of a trip
	When warning appears		- Shows a warning cause. - When the cause is removed, it is recorded in the warning history and the display disappears. - Stores and displays the cause (code) for up to the past 6 alarms in the light alarm history.
	During operation and trip		- The cause up to The last ten faults can be stored and displayed with codes. - Details of all relevant data when a fault occurs is also stored and displayed for up to The last four faults. - Capable of displaying the date in the history by using the clock function (TP-A2SW)
	Inverter lifetime alarm		- Deterioration diagnosis can be carried out for main circuit capacitors, electrolytic capacitors on PCBs, cooling fans, and IGBTs, lifetime alarms can be displayed, and data can be output externally. - Warning information can be displayed and output externally if the maintenance time or startup count set beforehand is exceeded. - Operating temperature: 40 °C (104 °F)	(Note2)
Protective/ detecting functions	Overcurrent protection		Stops the inverter to protect it from overcurrent caused by an overload.	OC1 OC2 OC3
	Short circuit protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit.
	Ground fault protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit. It may not be detected at powered if an inverter output is under the ground fault status.
	Overvoltage protection		Stops the inverter if a DC link bus circuit overvoltage (400V series: 800 VDC, 200V series: 400 VDC) is detected. The inverter cannot be protected if an excessively large voltage is applied by accident.	OU1 OU2 OU3
	Undervoltage protection		Stops the inverter if a drop in DC link bus voltage (400V series: 400 VDC, 200V series: 200 VDC) is detected. However, this is disabled based on the restart after momentary power failure setting. Furthermore, operation is possible (regenerative operation only) at a voltage level lower than that above when performing battery operation.	LU
	Input phase loss protection		Stops the inverter if input phase loss or input phase voltage unbalance is detected. The input phase loss protection may not work under light load or with DC reactor.	Lin
	Output phase loss protection		Stops the inverter if inverter output phase loss is detected during operation. This protective function also functions during auto tuning and during magnetic pole position tuning. (Operation selection possible)	OPL
	Overheat protection		Stops the inverter if a cooling fan fault, or cooling fin overheating when an overload occurs is detected.	OH1
			Stops the inverter if a cooling fan fault, or inverter unit internal overheating when an overload occurs is detected.	OH3
			Stops the inverter if inverter unit internal charging resistor overheating is detected.	0H6
			By setting the braking resistor electronic thermal overload relay function, the inverter is stopped to protect the braking resistor from overheating.	dbH
	Inverter overload protection		Stops the inverter if overheating is detected by calculating the IGBT internal temperature from the output current and detected internal temperature.	OLU
	External alarm input		Stops the inverter and displays an error if a digital input signal (THR) is input.	OH2
	Charging circuit fault		Stops the inverter and displays an error if an inverter charging circuit error is detected.	PbF
	Braking transistor fault		Stops the inverter and displays an error if a braking transistor error is detected.	dbA
	Motor protection	Motor 1 overload Motor 2 overload (Electronic thermal)	Stops the inverter if a motor overload is detected by setting the electronic thermal. Protects general-purpose motors and inverter motors in the entire frequency range. (The operation level and thermal time constant (0.5 to 75.0 minutes) can be set.)	OL1 OL2
	Motor protection	PTC thermistor	The motor temperature is detected by the PTC thermistor, and the inverter is stopped if overheating is detected. To enable this function, connect the PTC thermistor between terminals [C1] and [11], and enable the switch on the control board.	OH4
	Memory error		When the power is turned ON, a data check is performed when writing data, and an error is displayed if a memory error is detected.	Er1

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Protective/detecting functions	Keypad communication error	Stops the inverter and displays an error if a communication fault is detected at the keypad during operation.	Er2
	CPU error	Stops the inverter and displays an error if a CPU error is detected due to noise, etc.	Er3
	Option communication error	Stops the inverter and displays an error if a communication error with the inverter unit is detected when using an option.	Er4
	Option error	Stops the inverter and displays an error if an error is detected at the option side when using an option.	Er5
	Operation error	STOP key priority Even when run commands are entered via the terminal block or communication, by pressing the keypad STOP key, the inverter forcibly decelerates and stops the motor, and an error is displayed after the motor has come to a stop.	Er6
		Start check When the power is turned ON, an alarm is cleared, or when switching the run command method from link operation, the sudden starting of operation is suppressed if a run command has been entered, and an error is displayed to notify the operator.
		Brake status error Stops the inverter and displays an error if the brake signal (BRKS) output status and brake ON check signal (BRKE) input status do not match.
	Tuning error	Stops the inverter and displays an error if tuning failure or interruption is detected during motor constant tuning, or if the tuning result is a defect.	Er7
	RS485 communication error (COM port 1)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 1.	Er8
	RS485 communication error (COM port 2)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 2.	ErP
	Data saving error during undervoltage	Stops the inverter and displays an error if unable to successfully save data when undervoltage protection is triggered.	ErF
	Position control error	Stops the inverter and displays an error if the positioning deviation is excessive when the servo lock is applied, or when performing master-follower operation.	Ero
	Hardware error	Stops the inverter and displays an error if an inverter internal hardware fault is detected.	ErH
	STO input (EN1, EN2) terminal circuit fault	Stops the inverter and displays an error if the inverter detects an EN1 or EN2 terminal circuit mismatch.	ECF
	PG wire break	Stops the inverter and displays an error if a pulse encoder wire break is detected. (This function is valid on some PG interface option cards.)	PG
	Excessive positioning deviation	Stops the inverter and displays an error if the position deviation is found to be excessive while performing position control.	d0
	Overspeed protection	Stops the inverter and displays an error if the following conditions are met. - If d35 = 999, the speed detection value is the maximum output frequency x (d32 or d33) x 120% or higher - If d35 ≠ 999, the speed detection value is the maximum output frequency x (d35) or higher - The detected speed exceeds 599 Hz	OS
	Magnetic pole position detection error	Stops the inverter and displays an error if the signal from the magnetic pole position sensor mounted on the PM motor is abnormal.	ErC
	Step-out detection/ detection failure of magnetic pole position at start	This occurs when a PM motor step-out is detected, or if magnetic pole position at start failed to be detected.	Erd
	Speed mismatch or excessive speed deviation	Stops the inverter and displays an error if an excessive deviation appears between the reference speed and detected/estimated speed.	ErE
	Password protection	Stops the inverter and displays an error if a malicious person tries to unlock the password set by the customer.	LoK
	Customizable logic error	Stops the inverter and displays an alarm when the alarm condition defined by the customer in the customizable logic is met. (It is not an alarm related to the inverter faults)	ECL
	Simulation fault	A simulation fault can be produced if the keypad STOP key and FUNC FATA key are held down for 5 seconds or longer. A simulation fault can be produced even if function code H45 is set to “1”.	Err
	Current input terminal signal wire break detection	Stops the inverter and displays an alarm if a current input wire break is detected when current is less than 2 mA when using the current input terminal (terminal [C1] or [C2]) as current input 4 to 20 mA.	CoF
	Customizable logic alarm	An error is displayed if the alarm conditions defined by the user with customizable logic are met. (This is not an error at the inverter itself.)	CA1 CA5
	EN (STO) terminal OFF	This is displayed if the run command turns ON when both terminal [EN1] and [EN2] are OFF, and the inverter is not ready to perform operation (STO status).	__En
	Warning	Motor overload early warning	OL
		Cooling fin overheat early warning	OH
		Lifetime warning	LiF
		Reference command loss detected	rEF
		PID warning output	Pid
		Low torque detection	uTL
		Overheat warning by PTC thermistor in motor	PTC
		Machine life (Cumulative motor running hours)	rTE
		Inverter life (Number of startups)	CnT
		IGBT lifetime warning	iGb
	Retry	The inverter can be automatically reset allowing it to be restarted when it stops due to a trip. (The number of retries and the latency between stop and reset can be specified.)
	Surge protection	This function protects the inverter from a surge voltage between main circuit power lines and the ground.

Note: Depending on the inverter type, specifications may vary. Refer to the FRENIC-Ace (E3) User’s Manual for details.

Note1: The items in this table are displayed in the LED display on the LED keypad. Refer to the multi-function keypad.

Note2: Some functions cannot be used with E3N.

Specification	Representative function
Keypad connection	Running operation and frequency settings by keypad，Timed operation，Remote/local switching，Display/change of function code setting value，isplay of various monitor items
Pulse train input PG interface card	Frequency setting by pulse train，Mototr control with speed sensor，Positioning control，Orientation function，Servo lock

Item

Description

Remarks

Operating environment

Main circuit power cutoff detection

Forced operation
(Fire mode)

Alarms other than critical alarms are ignored, and a retry is performed forcibly.

Fod

Installation location

Indoors

Ambient temperature

Relative humidity

5 to 95% RH (there should no condensation)

Atmosphere

Altitude

1000 m (3300 ft) or lower
If used in a location with altitude of 1000 m (3300 ft) or higher, do so after reducing the output current as shown in the following table.

Altitude	Output current derating factor
1000 m or lower (3300 ft or lower)	1.00
1000 to 1500 m (3300 to 4900 ft)	0.97
1500 to 2000 m (4,900 to 6600 ft)	0.95
2000 to 2500 m (6600 to 8200 ft)	0.91
2500 to 3000 m (8200 to 9800 ft)	0.88

Vibration

Type	2 to less than 9 Hz	9 to less than 20 Hz	20 to less than 55 Hz	55 to 200 Hz
FRN0001E3□-2G to FRN0115E3□-2G	3mm (max. amplitude)	9.8m/s²	5.9m/s²	1m/s²
FRN0002E3□-4G to FRN0072E3□-4G
FRN0001E3□-7G to FRN0012E3□-7G

Storage temperature (Note 1)

-25 to +70 °C (during transport) (-13 to +158 °F)

Places not subjected to condensation or freezing due to sudden temperature changes

-25 to +65 °C (during temporary storage) (-13 to +149 °F)

-10 to +30 °C (during long-term storage) (14 to 86 °F)

Relative humidity
(Note 2)

During temporary storage: 5 to 95% RH (there should no condensation)
During long-term storage: 5 to 70% RH

Atmosphere

Atmospheric pressure

86 to 106 kPa (during storage)
70 to 106 kPa (during transport)

Common Specifications
Standard Specifications Three-phase 200V
Standard Specifications Three-phase 400V
Standard Specifications Single-phas 200V

Item			Description		Remarks
Output	Maximum output frequency		5 to 599 Hz (If the output frequency exceeds 599 Hz, the inverter will stop with overspeed protection.) If Vector control with speed sensor, this is determined by the maximum PG option card input frequency, number of motor poles, and number of encoder poles.
	Base frequency		5 to 599 Hz variable
	Number of motor poles setting		2 to 128 poles
	Starting frequency		0.1 to 60.0 Hz variable (0.0 Hz under vector control)
	Carrier frequency		[FRN0.1 to 22E3S/N/T/E-2J/4J] ・0.75 to 16 kHz variable setting (HHD specification: 0.1 to 22 kW, HND specification: 0.1 to 1.5, 5.5 to 18.5 kW) ・0.75 to 10 kHz variable setting (HND specification: 2.2 kW, 3.7 kW, 22 kW) [FRN0.1 to 2.2E3S/N/T/E-7J] ・0.75 to 16 kHz variable setting (HHD specification: 0.1 to 2.2 kW) ・0.75 to 10 kHz variable setting (HND specification: 0.1 to 2.2 kW)
	Carrier frequency		(Note) The carrier frequency will be automatically decreased according to the ambient temperature and output current in order to protect the inverter. (Automatic decrease function can be canceled.)
	Frequency setting resolution		• Analog setting: 1/3000 of maximum output frequency • Digital setting: 0.01 Hz (99.99 Hz or less), 0.1 Hz (100.0 to 599.0 Hz) • Link setting: 0.005% of maximum frequency or 0.01 Hz (fixed)
	Induction motors	During sensor-equipped V/f control(Note 1) During sensor-equipped dynamic torque vector control(Note 2)	Speed control range	・1：20(Note 1)・1：200(Note 2) (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
			Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
		During sensorless vector control	Speed control range	・1：200 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.5% of the maximum output frequency (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
	Synchronous motors	During sensorless vector control	Speed control range	・1：10 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the Base speed (25 ±10°C) ・Digital settings : Within ±0.5% of the Base speed (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
Control	Speed control accuracy Output frequency accuracy	Analog setting : ±0.2% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			VF IMPG-VF IMPG-DTV IMPG-VC PMPG-VC
		Digital setting : ±0.01% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)
		Analog setting : ±0.5% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			IM-SVC PM-SVC
		Digital setting : ±0.5% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Control method	V/f control	VF
		Dynamic torque vector control	DTV
		V/f control with speed sensor (PG option card required）	IMPG-VF (Note 2)
		Dynamic torque vector control with speed sensor (PG option card required）	IMPG-DTV (Note 2)
		Vector control with speed sensor (PG option card required）	IMPG-VC (Note 2)
		Vector control without speed sensor	IM-SVC
		Vector control with magnetic pole position sensor (PG option card required）	PMPG-VC (Note 2)
		Vector control without magnetic pole position sensor	PM-SVC
	Voltage / frequency characteristics	- The base frequency and maximum output frequency are common, and the voltage can be set between 80 and 240 V (200V series) and 160 and 500 V (400V series).
		- Linear V/f setting (3 points) : The voltage can be set freely from 0 to 240 V (200V series) and 0 to 500 V (400V series), and the frequency can be set from 0 to 599 Hz.
		- AVR control can be turned ON or OFF.
	Torque boost	- Auto torque boost (for constant torque load) - Manual torque boost: The torque boost value can be set between 0.0 and 20.0%. - The applicable load can be selected. (for constant torque load, quadratic-torque load)
	Starting torque (HHD specifications)	At 200% or higher/Setting frequency 0.5 Hz or higher, V/f control (base frequency 50 Hz, slip compensation, automatic torque boost)
	Running operation	- Key operation : Run/stop with RUN and STOP keys (standard keypad) Run/stop with FWD/REV and STOP keys (multi-function keypad: option)	(Note 2)
		- External signals : Forward (reverse) rotation run/stop commands [2-wire/3-wire operation], (digital input “HLD”, “DIR”, “FWD”, “REV”) coast to stop command, external alarm, alarm reset, etc.	(Note 2)
		- Link setting : Setting by RS-485 communication (E3S), Setting by field bus communication (Option : E3S / Built-in : E3N)
		- Run command switching : Remote/local switching, link switching	(Note 2)
	Frequency settings	- Keypad : Setting possible with ▲/▼ keys	(Note 2)
		- External potentiometer : Using external frequency command potentiometer (external resistor of 1 to 5 kΩ, 1/2 W)
		- Analog input : -10 to +10 VDC (-5 to +5 VDC) / -100 to +100% (terminal [12]) 0 to +10 VDC (0 to +5 VDC)/0 to +100% (terminal [12], [C1] (V2 function)) 0 to +10 VDC (0 to +5 VDC)/-100 to +100% (terminal [12], [C1] (V2 function)) 4 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 4 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) [C1 function] and [V2 function] of terminal [C1] cannot be used at the same time. (exclusive)
		- UP/DOWN operation: Frequency can be increased or decreased while the digital “UP” or “DOWN” signals are ON. It is possible to select whether to record or clear the current frequency when the power is turned OFF. The frequency recorded with digital input “STZ” can be cleared.
		- Multistep frequency selection : Selectable from 16 different frequencies (step 0 to 15)
		- Pattern operation : The inverter can be run automatically according to the previously specified run time, rotation direction, acceleration / deceleration time and reference frequency. Up to 7 stages can be set.
		- Link setting1 Setting is possible with RS-485 communication (built-in as standard). Setting is possible with field bus communication (option:E3S / Built-in:E3N).
		- Frequency setting switching : The frequency setting can be switched between two types with an external signal (digital input “Hz2/Hz1”). Remote/local switching (“LOC”) and link switching (“LE”) are also possible.	(Note 2)
		- Auxiliary frequency setting : Terminal [12] and [C1] inputs can be selected as the auxiliary frequency setting and added to the main settings.
		- Operation at specified ratio : A ratio value can be set with analog input signals (terminal [12] and [C1]). 0 to 10 VDC/4(0) to 20 mA/0 to 200% (variable)
		Inverse operation : The following settings can be specified with external commands (terminals) : - Can be switched from “0 to +10 VDC/0 to 100%” to “+10 to 0 VDC/0 to 100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “4 to 20 mA DC / 0 to 100%” to “20 to 4 mA DC / 0 to 100%” (terminal [C1] (C1 function)). - Can be switched from “0 to 20 mA DC / 0 to 100%” to “20 to 0 mA DC / 0 to 100%” (terminal [C1] (C1 function)).
		- Pulse train input (standard) : Pulse input “PIN” = Terminal [X5], rotational direction “SIGN” = input terminal other than [X5]. - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Frequency settings	Pulse train input (option): A PG option is required. CW / CCW pulse, pulse + rotation direction - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)
	Acceleration / deceleration time	- Setting range : 0.00 to 6000 seconds - Switching : The four types of acceleration/deceleration time can be set or selected individually (switchable during operation). - Acceleration/deceleration pattern : Linear acceleration/deceleration, S-curve acceleration/deceleration (week, Arbitrary), Curvilinear acceleration/deceleration (max. acceleration/deceleration at rated output) - Deceleration mode (coast to stop) : Coast to stop when run command turned OFF. - Deceleration time for forced stop : Deceleration stop in exclusive deceleration time by forced stop (STOP). During forced stop operation, S-curve acceleration/deceleration is disabled. - Dedicated acceleration/deceleration time for jogging - It is possible to switch between acceleration/deceleration time = 0 with acceleration/deceleration operation cancel “BPS”.
	Frequency limiter (upper limit, lower limit frequency)	- Both the upper limit frequency and lower limit frequency are set in Hz values. - “Continue to run” or “Decelerate to a stop” selectable when the reference frequency drops below the lower limit. (disabled under vector control) - Setting is possible with analog input (terminal [12], [C1]).
	Frequency/ PID command bias	The frequency setting and PID command bias can be set independently. Frequency setting: (setting range: 0 to ±100%) PID command (setting range: 0 to ±100%)
	Analog input	- Gain: Setting range: 0 to 400% - Offset: Setting range from -5.0 to +5.0% - Filter: Setting range: 0.00 s to 5.00 s - Polarity selection (selection possible from ± or +)
	Jump frequency	Six points and their common jump width (0 to 30.0 Hz) can be set.
	Timed operation	The inverter runs and stops for only the operating time set with the keypad. (1 cycle operation)	(Note 2)
	Jogging operation	- Operation with RUN key (standard keypad), FWD/REV keys (multi-function keypad), digital contact inputs FWD/REV or digital contact inputs “FWD”, “REV” (dedicated acceleration time individual setting, dedicated frequency setting) - Jogging operation can be performed with independent commands “FJOG” for forward rotation jogging and “RJOG” for reverse rotation jogging without “FWD”,”REV”.	(Note 2)
	Auto-restart after momentary power failure	- Trip after power failure : Immediate trip after power failure - Trip after power restoration : Motor coasts to a stop after power failure, and trip occurs after power restoration. - Trip after deceleration stop : Motor decelerates and stops after power failure, and trips after stopping. - Continue to run : Load inertia energy is used to continue operation. - Start at frequency selected before momentary power failure : Motor coasts to stop after power failure, and starts at frequency at time of power failure after power restoration. - Start at starting frequency : Motor coasts to stop after power failure, and starts at starting frequency after power restoration. - Start at frequency selected after power restoration : Motor coasts to stop after power failure, searches for speed and restarts after power restoration.
	Current limiting (hardware current limiter)	Current is limited with hardware to prevent overcurrent trip due to high-speed load fluctuations or momentary power failure which cannot be handled with software current limiting. (This limiter can be canceled.)
	Current limiting (software current limiter)	- Automatically reduces the frequency so that the output current becomes lower than the preset operation level. (This limiter can be canceled.) - The operation can be selected (operation at constant speed only, operation when accelerating and at constant speed).
	Operation by commercial power supply	- 50/60 Hz can be output with a switch to commercial power supply command (“SW50”, “SW60”). - A commercial switching sequence is built in.
	Slip compensation	- Motor slip is compensated to keep the motor speed to a reference speed, regardless of the load torque. - The slip compensation responsiveness (time constant) can be adjusted.
	Droop control	- This function is used to adjust the speed of each motor individually to balance load torque on machines driven with multiple motor systems.
	Torque limiting Torque current limiting Power limiting	The output torque or output torque current is controlled so that the output torque is equal to or less than the limiting value set beforehand. - The value can be switched between torque limit value 1 and torque limit value 2. - Torque limit values can be set individually for each of the four quadrants.
	Torque limiting Torque current limiting Power limiting	- Torque limiting and torque current limiting can be selected. - Torque limiting is possible with analog input.	IMPG-VC PMPG-VC PM-SVC
	Overload stop	- If the detected torque or current exceeds the preset value, the motor can be stopped with a deceleration stop or coast to stop, or when contact is made with the stopper. - Operating conditions can be set in operation mode (while the motor is running at constant speed and while decelerating/while the motor is running at constant speed/all modes). - The torque during stopper contact can be adjusted.

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	PID control	- PID controller for process control/dancer control - Normal/inverse operation switching - Commands: keypad, analog input (terminal [12], [C1]), multi-step settings (selection possible from 3 points), RS-485 communication, field bus communication（Option : E3S/E3E / Built-in : E3N） - Feedback values: analog input (terminal [12], [C1]) - Alarm output (absolute value alarm, deviation alarm) - Low liquid level stop function (pressurized operation possible before low liquid level stop) - Anti-reset wind-up function - Output limiter - Integral/differential reset/integral hold function - PID constant auto tuning function for process control PID controller
	Retry	- Even if a protective function subject to a retry is triggered, an attempt is made to automatically cancel the trip condition up to the number of set times to resume operation without outputting an integrated alarm. - The number of attempts can be set up to 20 times (can be set with function code)
	Retry
	Auto search	The motor speed is estimated before startup, and the motor is started without ever stopping the motor while it is idling. (Motor constant tuning required : offline tuning)
	Anti-regenerative control	- If the DC link bus voltage/torque calculation value reach or exceed the anti-regenerative control level when the motor is decelerating, the deceleration time is automatically extended to avoid an overvoltage trip. (Forced deceleration can be set at three or more times the deceleration time.) - If the torque calculation value reaches or exceeds the anti-regenerative control level during constant speed operation, overvoltage tripping is avoided by performing control to raise the frequency.
	Anti-regenerative control
	Deceleration characteristic (improved braking ability)	- During deceleration, this function increases the motor energy loss and decreases the regenerative energy returned to avoid an overvoltage trip. - Setting is also possible when using in combination with AVR cancel.)


	Auto energy saving operation	Controls the output voltage in order to minimize the total motor and inverter power loss at constant speed.
	Overload prevention control	If the surrounding temperature or IGBT junction temperature increases due to an overload, the inverter lowers the output frequency to avoid an overload.
	Overload prevention control
	Battery operation	Cancels the undervoltage protection so that the inverter under an undervoltage condition runs the motor with battery power.
	Offline tuning	- Measures the motor constant when the motor is stopped or rotating, and sets it in a motor constant function code. (IM motors, PM motors) - Mode in which IM motor %R1 and %X only are tuned
		Mode in which PM motor magnetic pole position offset is tuned	PMPG-VC (Note2)
			PMPG-VC (Note2)
	Online tuning	Automatically adjusts motor parameters while the motor is running to prevent fluctuations in motor speed due to rises in motor temperature.	DTV
	Cooling fan ON-OFF control	- Detects inverter internal temperature and stops cooling fan when the temperature is low. - Available to output a fan control signal to an external device.
	Motor 1 ,2 settings	- Switching is possible between 2 motors. It is possible to set the base frequency, rated current, torque boost, electronic thermal slip compensation, ASR, notch filter, starting frequency, stopping frequency, thermistor operation selection, and speed display coefficients, etc. as the data for motors 1 to 2. Cumulative motor run count, start count
	Motor 1 ,2 settings
	Motor selection	Equipped with parameters for Fuji standard motors. Optimum motor parameters can be set by setting the type and capacity. - Fuji standard motors, 8-series - Typical HP unit motors - Fuji premium efficiency motors (MLK1/MUL1 series) - Fuji synchronous motors (GNB2 series, GNP1 series)


	Universal DI	Transfers the status of an external digital signal connected with the general-purpose digital input terminal to the host controller.
	Universal DO	Outputs a digital command signal sent from the host controller to the general-purpose digital output terminal.
	Universal DO
	Universal AO	Outputs an analog command signal sent from the host controller to the analog output terminal.
	Speed control	- Selectable among the four set of the auto speed regulator (ASR) parameters. - A vibration suppression notch filter can be set. (for IMPG-VC, PMPG-VC only) (A PG option card is required.)	MPG-VF IMPG-DTV IMPG-VC IM-SVC PMPG-VC PM-SVC (Note2)
	Line speed control	Regulates the motor speed to keep the peripheral speed constant even if the roll winding diameter changes on machines such as winders and unwinders. Tension can be controlled when used in combination with PID control. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Line speed control		IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Master-follower operation	Two motors can be run synchronously using a pulse generator (PG). (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Pre-excitation	- Excitation is carried out to create the motor flux before starting the motor. (A PG option card is required.)	IMPG-VC IM-SVC (Note2)
	Zero speed control	- Zero speed control is performed by forcibly zeroing the speed command. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	Servo lock	Stops the inverter and holds the motor at the stopped position. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	DC braking	- Applies DC current to the motor at the operation start time or at the time of inverter stop to generate braking torque.
	Mechanical brake control	- It is possible to output mechanical brake control signals with the brake ON/OFF timing adjusted by the output current, torque commands, output frequency and timer. - The output timing of control signals can be adjusted individually when performing forward rotation (hoisting) and reverse rotation (lowering). - Errors can be detected with mechanical brake operation check input signals.	Other than PM-SVC

Note: Depending on the inverter type, specifications may vary.

Item			Description	Remarks
Control	Torque control		- Analog torque commands/torque current commands possible - Speed limit function is provided to prevent the motor from becoming out of control. - Torque bias (with analog setting, digital setting) possible	IMPG-VC IM-SVC PMPG-VC
	Rotation direction restriction		Select either of reverse or forward rotation prevention.
	Condensation prevention		Current flows automatically when the motor is stopped, and the motor temperature is raised to prevent condensation.
	Customization logic		It is possible to select or connect digital logic circuits or analog operation circuits with digital/analog I/O signals, configure a simple relay sequence, and operate it freely. (Max. of 260 steps)
	Battery/UPS powered		The inverter runs on battery power or UPS in undervoltage conditions. (Battery power is possible at 18.5 kW and 22 kW)
	Positioning control		Feedback pulses are counted from the preset count start point, and the motor automatically decelerates to the creep speed and stops at the target stop point. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Orientation function		Positioning function of rotating bodies such as the main axes and turntables of machine tools Capable of setting stop target position using function codes (8 points) (PG option card required)
	Favorites Function code		The function codes can be registered in “Favorites” and displayed. (Applicable to all function codes)	(Note2)
	Data initialization		All function codes and limited function codes can be initialized. (related to each motor parameter, the exception of communication function, related to the customizable logic, registered in “Favorites”)
	Start check function		To ensure safety, it is available to check for the existence of run commands when turning the power ON, when resetting alarms, and when changing the run command method, and display an alarm if a run command has been input.
	Destination setting		The factory default values such as voltage, frequency, and other function codes can be changed based on whether the machine is being shipped for use in Japan, Asia, China, Europe, USA, Taiwan, or East Asia. This setting is not necessary for Japanese model or Chinese model.
	Multifunction key		During the operation mode the "SHIFT" key on standard keypads (TP-M3) and "M/SHIFT" key on option keypad (TP-E2) can be used as an input source to activate the input terminal function like the X terminal. Any function is not assigned as a factory default.
	Trace back		Automatically stores and analyzes frequency, voltage, current, and other data (user-selectable) immediately prior to tripping
Display	During operation and stop		Speed monitor (set frequency, output frequency, motor rotation speed, load rotation speed, feed speed (line speed), % display speed), output current [A], output voltage [V], torque calculation value [%], power consumption [kW], PID command value, PID feedback value, PID output, load factor [%], motor output [kW], torque current (%), flux command (%) analog input monitor, cumulative power, constant dimension feed time [min], remaining time when timer operation is enabled [s], etc.
	Cumulative operating conditions		- Displays cumulative inverter operating time, cumulative electric energy (watt-hours), and cumulative motor operating time/ startup count (by motor) - Outputs a forecast when the preset maintenance time and startup count are exceeded
	When trip occurs		Shows the cause of a trip
	When warning appears		- Shows a warning cause. - When the cause is removed, it is recorded in the warning history and the display disappears. - Stores and displays the cause (code) for up to the past 6 alarms in the light alarm history.
	During operation and trip		- The cause up to The last ten faults can be stored and displayed with codes. - Details of all relevant data when a fault occurs is also stored and displayed for up to The last four faults. - Capable of displaying the date in the history by using the clock function (TP-A2SW)
	Inverter lifetime alarm		- Deterioration diagnosis can be carried out for main circuit capacitors, electrolytic capacitors on PCBs, cooling fans, and IGBTs, lifetime alarms can be displayed, and data can be output externally. - Warning information can be displayed and output externally if the maintenance time or startup count set beforehand is exceeded. - Operating temperature: 40 °C (104 °F)	(Note2)
Protective/ detecting functions	Overcurrent protection		Stops the inverter to protect it from overcurrent caused by an overload.	OC1 OC2 OC3
	Short circuit protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit.
	Ground fault protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit. It may not be detected at powered if an inverter output is under the ground fault status.
	Overvoltage protection		Stops the inverter if a DC link bus circuit overvoltage (400V series: 800 VDC, 200V series: 400 VDC) is detected. The inverter cannot be protected if an excessively large voltage is applied by accident.	OU1 OU2 OU3
	Undervoltage protection		Stops the inverter if a drop in DC link bus voltage (400V series: 400 VDC, 200V series: 200 VDC) is detected. However, this is disabled based on the restart after momentary power failure setting. Furthermore, operation is possible (regenerative operation only) at a voltage level lower than that above when performing battery operation.	LU
	Input phase loss protection		Stops the inverter if input phase loss or input phase voltage unbalance is detected. The input phase loss protection may not work under light load or with DC reactor.	Lin
	Output phase loss protection		Stops the inverter if inverter output phase loss is detected during operation. This protective function also functions during auto tuning and during magnetic pole position tuning. (Operation selection possible)	OPL
	Overheat protection		Stops the inverter if a cooling fan fault, or cooling fin overheating when an overload occurs is detected.	OH1
			Stops the inverter if a cooling fan fault, or inverter unit internal overheating when an overload occurs is detected.	OH3
			Stops the inverter if inverter unit internal charging resistor overheating is detected.	0H6
			By setting the braking resistor electronic thermal overload relay function, the inverter is stopped to protect the braking resistor from overheating.	dbH
	Inverter overload protection		Stops the inverter if overheating is detected by calculating the IGBT internal temperature from the output current and detected internal temperature.	OLU
	External alarm input		Stops the inverter and displays an error if a digital input signal (THR) is input.	OH2
	Charging circuit fault		Stops the inverter and displays an error if an inverter charging circuit error is detected.	PbF
	Braking transistor fault		Stops the inverter and displays an error if a braking transistor error is detected.	dbA
	Motor protection	Motor 1 overload Motor 2 overload (Electronic thermal)	Stops the inverter if a motor overload is detected by setting the electronic thermal. Protects general-purpose motors and inverter motors in the entire frequency range. (The operation level and thermal time constant (0.5 to 75.0 minutes) can be set.)	OL1 OL2
	Motor protection	PTC thermistor	The motor temperature is detected by the PTC thermistor, and the inverter is stopped if overheating is detected. To enable this function, connect the PTC thermistor between terminals [C1] and [11], and enable the switch on the control board.	OH4
	Memory error		When the power is turned ON, a data check is performed when writing data, and an error is displayed if a memory error is detected.	Er1

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Protective/detecting functions	Keypad communication error	Stops the inverter and displays an error if a communication fault is detected at the keypad during operation.	Er2
	CPU error	Stops the inverter and displays an error if a CPU error is detected due to noise, etc.	Er3
	Option communication error	Stops the inverter and displays an error if a communication error with the inverter unit is detected when using an option.	Er4
	Option error	Stops the inverter and displays an error if an error is detected at the option side when using an option.	Er5
	Operation error	STOP key priority Even when run commands are entered via the terminal block or communication, by pressing the keypad STOP key, the inverter forcibly decelerates and stops the motor, and an error is displayed after the motor has come to a stop.	Er6
		Start check When the power is turned ON, an alarm is cleared, or when switching the run command method from link operation, the sudden starting of operation is suppressed if a run command has been entered, and an error is displayed to notify the operator.
		Brake status error Stops the inverter and displays an error if the brake signal (BRKS) output status and brake ON check signal (BRKE) input status do not match.
	Tuning error	Stops the inverter and displays an error if tuning failure or interruption is detected during motor constant tuning, or if the tuning result is a defect.	Er7
	RS485 communication error (COM port 1)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 1.	Er8
	RS485 communication error (COM port 2)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 2.	ErP
	Data saving error during undervoltage	Stops the inverter and displays an error if unable to successfully save data when undervoltage protection is triggered.	ErF
	Position control error	Stops the inverter and displays an error if the positioning deviation is excessive when the servo lock is applied, or when performing master-follower operation.	Ero
	Hardware error	Stops the inverter and displays an error if an inverter internal hardware fault is detected.	ErH
	STO input (EN1, EN2) terminal circuit fault	Stops the inverter and displays an error if the inverter detects an EN1 or EN2 terminal circuit mismatch.	ECF
	PG wire break	Stops the inverter and displays an error if a pulse encoder wire break is detected. (This function is valid on some PG interface option cards.)	PG
	Excessive positioning deviation	Stops the inverter and displays an error if the position deviation is found to be excessive while performing position control.	d0
	Overspeed protection	Stops the inverter and displays an error if the following conditions are met. - If d35 = 999, the speed detection value is the maximum output frequency x (d32 or d33) x 120% or higher - If d35 ≠ 999, the speed detection value is the maximum output frequency x (d35) or higher - The detected speed exceeds 599 Hz	OS
	Magnetic pole position detection error	Stops the inverter and displays an error if the signal from the magnetic pole position sensor mounted on the PM motor is abnormal.	ErC
	Step-out detection/ detection failure of magnetic pole position at start	This occurs when a PM motor step-out is detected, or if magnetic pole position at start failed to be detected.	Erd
	Speed mismatch or excessive speed deviation	Stops the inverter and displays an error if an excessive deviation appears between the reference speed and detected/estimated speed.	ErE
	Password protection	Stops the inverter and displays an error if a malicious person tries to unlock the password set by the customer.	LoK
	Customizable logic error	Stops the inverter and displays an alarm when the alarm condition defined by the customer in the customizable logic is met. (It is not an alarm related to the inverter faults)	ECL
	Simulation fault	A simulation fault can be produced if the keypad STOP key and FUNC FATA key are held down for 5 seconds or longer. A simulation fault can be produced even if function code H45 is set to “1”.	Err
	Current input terminal signal wire break detection	Stops the inverter and displays an alarm if a current input wire break is detected when current is less than 2 mA when using the current input terminal (terminal [C1] or [C2]) as current input 4 to 20 mA.	CoF
	Customizable logic alarm	An error is displayed if the alarm conditions defined by the user with customizable logic are met. (This is not an error at the inverter itself.)	CA1 CA5
	EN (STO) terminal OFF	This is displayed if the run command turns ON when both terminal [EN1] and [EN2] are OFF, and the inverter is not ready to perform operation (STO status).	__En
	Warning	Motor overload early warning	OL
		Cooling fin overheat early warning	OH
		Lifetime warning	LiF
		Reference command loss detected	rEF
		PID warning output	Pid
		Low torque detection	uTL
		Overheat warning by PTC thermistor in motor	PTC
		Machine life (Cumulative motor running hours)	rTE
		Inverter life (Number of startups)	CnT
		IGBT lifetime warning	iGb
	Retry	The inverter can be automatically reset allowing it to be restarted when it stops due to a trip. (The number of retries and the latency between stop and reset can be specified.)
	Surge protection	This function protects the inverter from a surge voltage between main circuit power lines and the ground.

Note: Depending on the inverter type, specifications may vary. Refer to the FRENIC-Ace (E3) User’s Manual for details.

Note1: The items in this table are displayed in the LED display on the LED keypad. Refer to the multi-function keypad.

Note2: Some functions cannot be used with E3N.

Specification	Representative function
Keypad connection	Running operation and frequency settings by keypad，Timed operation，Remote/local switching，Display/change of function code setting value，isplay of various monitor items
Pulse train input PG interface card	Frequency setting by pulse train，Mototr control with speed sensor，Positioning control，Orientation function，Servo lock

Item

Description

Remarks

Operating environment

Main circuit power cutoff detection

Forced operation
(Fire mode)

Alarms other than critical alarms are ignored, and a retry is performed forcibly.

Fod

Installation location

Indoors

Ambient temperature

Relative humidity

5 to 95% RH (there should no condensation)

Atmosphere

Altitude

1000 m (3300 ft) or lower
If used in a location with altitude of 1000 m (3300 ft) or higher, do so after reducing the output current as shown in the following table.

Altitude	Output current derating factor
1000 m or lower (3300 ft or lower)	1.00
1000 to 1500 m (3300 to 4900 ft)	0.97
1500 to 2000 m (4,900 to 6600 ft)	0.95
2000 to 2500 m (6600 to 8200 ft)	0.91
2500 to 3000 m (8200 to 9800 ft)	0.88

Vibration

Type	2 to less than 9 Hz	9 to less than 20 Hz	20 to less than 55 Hz	55 to 200 Hz
FRN0.1 to 7.5E3□-2J FRN18.5 to 22E3□-2J	3mm (max. amplitude)	9.8m/s²	5.9m/s²	1m/s²
FRN11 to 15E3□-2J
FRN0.4 to 22E3□-4J
FRN0.1 to 2.2E3□-7J

Storage temperature (Note 1)

-25 to +70 °C (during transport) (-13 to +158 °F)

Places not subjected to condensation or freezing due to sudden temperature changes

-25 to +65 °C (during temporary storage) (-13 to +149 °F)

-10 to +30 °C (during long-term storage) (14 to 86 °F)

Relative humidity
(Note 2)

During temporary storage: 5 to 95% RH (there should no condensation)
During long-term storage: 5 to 70% RH

Atmosphere

Atmospheric pressure

86 to 106 kPa (during storage)
70 to 106 kPa (during transport)

Note: When performing lateral close installation, take mounting tolerances into consideration, as inverters may interfere with each other due to vibration or shock.

Note1: Output current derating is required when used in an environment exceeding the specified ambient temperature.

Common Specifications
Standard Specifications Three-phase 200V
Standard Specifications Three-phase 400V
Standard Specifications Single-phas 200V

Item			Description		Remarks
Output	Maximum output frequency		5 to 599 Hz (If the output frequency exceeds 599 Hz, the inverter will stop with overspeed protection.) If Vector control with speed sensor, this is determined by the maximum PG option card input frequency, number of motor poles, and number of encoder poles.
	Base frequency		5 to 599 Hz variable
	Number of motor poles setting		2 to 128 poles
	Starting frequency		0.1 to 60.0 Hz variable (0.0 Hz under vector control)
	Carrier frequency		FRN****E3S/N-2G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0115 HND specification : = 0001 ~ 0010 0030 ~ 0088 HND specification : ** = 0012 ~ 0020 0115
			FRN****E3S/N/E-4G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting - 0.75 to 6 kHz variable setting	HHD specification : ** = 0002 ~ 0072 HND specification : = 0002 ~ 0059 HD specification : = 0002 ~ 0059 HND specification : = 0072 HD specification : = 0072 ND specification : = 0002 ~ 0059 ND specification : ** = 0072
			FRN****E3S/N-7G - 0.75 to 16 kHz variable setting - 0.75 to 10 kHz variable setting	HHD specification : ** = 0001 ~ 0012 HND specification : ** = 0001 ~ 0012
			FRN****E3E-7G - 0.75 to 16 kHz variable setting	HHD specification : **** = 0001 ~ 0011
			Note) The carrier frequency may automatically lower depending upon the ambient temperature or the output current to protect the inverter. (The automatic lowering function can be disabled.)
	Frequency setting resolution		• Analog setting: 1/3000 of maximum output frequency • Digital setting: 0.01 Hz (99.99 Hz or less), 0.1 Hz (100.0 to 599.0 Hz) • Link setting: 0.005% of maximum frequency or 0.01 Hz (fixed)
	Induction motors	During sensor-equipped V/f control(Note 1) During sensor-equipped dynamic torque vector control(Note 2)	Speed control range	・1：20(Note 1)・1：200(Note 2) (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
			Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
		During sensorless vector control	Speed control range	・1：200 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.5% of the maximum output frequency (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
	Synchronous motors	During sensorless vector control	Speed control range	・1：10 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensorless vector control	Speed control accuracy	・Analog settings : Within ±0.5% of the Base speed (25 ±10°C) ・Digital settings : Within ±0.5% of the Base speed (-10 to +50°C)
		During sensor-equipped vector control	Speed control range	・1：1500 (Minimum speed: Base speed) ・1：2 (Constant torque region: Constant power region)
		During sensor-equipped vector control	Speed control accuracy	・Analog settings : Within ±0.2% of the maximum output frequency (25 ±10°C) ・Digital settings : Within ±0.01% of the maximum output frequency (-10 to +50°C)
Control	Speed control accuracy Output frequency accuracy	Analog setting : ±0.2% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			VF IMPG-VF IMPG-DTV IMPG-VC PMPG-VC
		Digital setting : ±0.01% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)
		Analog setting : ±0.5% or less of maximum output frequency (at 25 ±10 °C) (77 ±18 °F)			IM-SVC PM-SVC
		Digital setting : ±0.5% or less of maximum output frequency (at -10 to +50 °C) (14 to 122 °F)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Control method	V/f control	VF
		Dynamic torque vector control	DTV
		V/f control with slip compensation	SCVF
		V/f control with speed sensor (PG option card required）	IMPG-VF (Note 2)
		Dynamic torque vector control with speed sensor (PG option card required）	IMPG-DTV (Note 2)
		Vector control with speed sensor (PG option card required）	IMPG-VC (Note 2)
		Vector control without speed sensor	IM-SVC
		Vector control with magnetic pole position sensor (PG option card required）	PMPG-VC (Note 2)
		Vector control without magnetic pole position sensor	PM-SVC
	Voltage / frequency characteristics	- The base frequency and maximum output frequency are common, and the voltage can be set between 80 and 240 V (200V series) and 160 and 500 V (400V series).
		- Linear V/f setting (3 points) : The voltage can be set freely from 0 to 240 V (200V series) and 0 to 500 V (400V series), and the frequency can be set from 0 to 599 Hz.
		- AVR control can be turned ON or OFF.
	Torque boost	- Auto torque boost (for constant torque load) - Manual torque boost: The torque boost value can be set between 0.0 and 20.0%. - The applicable load can be selected. (for constant torque load, quadratic-torque load)
	Starting torque (HHD specifications)	At 200% or higher/Setting frequency 0.5 Hz or higher, V/f control (base frequency 50 Hz, slip compensation, automatic torque boost)
	Running operation	- Key operation : Run/stop with RUN and STOP keys (standard keypad) Run/stop with FWD/REV and STOP keys (multi-function keypad: option)	(Note 2)
		- External signals : Forward (reverse) rotation run/stop commands [2-wire/3-wire operation], (digital input “HLD”, “DIR”, “FWD”, “REV”) coast to stop command, external alarm, alarm reset, etc.	(Note 2)
		- Link setting : Setting by RS-485 communication (E3S), Setting by field bus communication (Option : E3S / Built-in : E3N)
		- Run command switching : Remote/local switching, link switching	(Note 2)
	Frequency settings	- Keypad : Setting possible with ▲/▼ keys	(Note 2)
		- External potentiometer : Using external frequency command potentiometer (external resistor of 1 to 5 kΩ, 1/2 W)
		- Analog input : -10 to +10 VDC (-5 to +5 VDC) / -100 to +100% (terminal [12]) 0 to +10 VDC (0 to +5 VDC)/0 to +100% (terminal [12], [C1] (V2 function)) 0 to +10 VDC (0 to +5 VDC)/-100 to +100% (terminal [12], [C1] (V2 function)) 4 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 4 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/0 to 100% (terminal [C1] (C1 function)) 0 to 20 mA DC/-100 to 0 to 100% (terminal [C1] (C1 function)) [C1 function] and [V2 function] of terminal [C1] cannot be used at the same time. (exclusive)
		- UP/DOWN operation: Frequency can be increased or decreased while the digital “UP” or “DOWN” signals are ON. It is possible to select whether to record or clear the current frequency when the power is turned OFF. The frequency recorded with digital input “STZ” can be cleared.
		- Multistep frequency selection : Selectable from 16 different frequencies (step 0 to 15)
		- Pattern operation : The inverter can be run automatically according to the previously specified run time, rotation direction, acceleration / deceleration time and reference frequency. Up to 7 stages can be set.
		- Link setting1 Setting is possible with RS-485 communication (built-in as standard). Setting is possible with field bus communication (option:E3S / Built-in:E3N).
		- Frequency setting switching : The frequency setting can be switched between two types with an external signal (digital input “Hz2/Hz1”). Remote/local switching (“LOC”) and link switching (“LE”) are also possible.	(Note 2)
		- Auxiliary frequency setting : Terminal [12] and [C1] inputs can be selected as the auxiliary frequency setting and added to the main settings.
		- Operation at specified ratio : A ratio value can be set with analog input signals (terminal [12] and [C1]). 0 to 10 VDC/4(0) to 20 mA/0 to 200% (variable)
		Inverse operation : The following settings can be specified with external commands (terminals) : - Can be switched from “0 to +10 VDC/0 to 100%” to “+10 to 0 VDC/0 to 100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “0 to -10 VDC/0 to -100%” to “-10 to 0 VDC/0 to -100%” (terminal [12] / [C1] (V2 function)). - Can be switched from “4 to 20 mA DC / 0 to 100%” to “20 to 4 mA DC / 0 to 100%” (terminal [C1] (C1 function)). - Can be switched from “0 to 20 mA DC / 0 to 100%” to “20 to 0 mA DC / 0 to 100%” (terminal [C1] (C1 function)).
		- Pulse train input (standard) : Pulse input “PIN” = Terminal [X5], rotational direction “SIGN” = input terminal other than [X5]. - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	Frequency settings	Pulse train input (option): A PG option is required. CW / CCW pulse, pulse + rotation direction - Maximum input pulse When connected to complementary output transmitter: 100 kHz When connected to open collector output transmitter: 30 kHz	(Note 2)
	Acceleration / deceleration time	- Setting range : 0.00 to 6000 seconds - Switching : The four types of acceleration/deceleration time can be set or selected individually (switchable during operation). - Acceleration/deceleration pattern : Linear acceleration/deceleration, S-curve acceleration/deceleration (week, Arbitrary), Curvilinear acceleration/deceleration (max. acceleration/deceleration at rated output) - Deceleration mode (coast to stop) : Coast to stop when run command turned OFF. - Deceleration time for forced stop : Deceleration stop in exclusive deceleration time by forced stop (STOP). During forced stop operation, S-curve acceleration/deceleration is disabled. - Dedicated acceleration/deceleration time for jogging - It is possible to switch between acceleration/deceleration time = 0 with acceleration/deceleration operation cancel “BPS”.
	Frequency limiter (upper limit, lower limit frequency)	- Both the upper limit frequency and lower limit frequency are set in Hz values. - “Continue to run” or “Decelerate to a stop” selectable when the reference frequency drops below the lower limit. (disabled under vector control) - Setting is possible with analog input (terminal [12], [C1]).
	Frequency/ PID command bias	The frequency setting and PID command bias can be set independently. Frequency setting: (setting range: 0 to ±200%) PID command (setting range: 0 to ±100%)
	Analog input	- Gain: Setting range: 0 to 400% - Offset: Setting range from -5.0 to +5.0% - Filter: Setting range: 0.00 s to 5.00 s - Polarity selection (selection possible from ± or +)
	Jump frequency	Six points and their common jump width (0 to 30.0 Hz) can be set.
	Timed operation	The inverter runs and stops for only the operating time set with the keypad. (1 cycle operation)	(Note 2)
	Jogging operation	- Operation with RUN key (standard keypad), FWD/REV keys (multi-function keypad), digital contact inputs FWD/REV or digital contact inputs “FWD”, “REV” (dedicated acceleration time individual setting, dedicated frequency setting) - Jogging operation can be performed with independent commands “FJOG” for forward rotation jogging and “RJOG” for reverse rotation jogging without “FWD”,”REV”.	(Note 2)
	Auto-restart after momentary power failure	- Trip after power failure : Immediate trip after power failure - Trip after power restoration : Motor coasts to a stop after power failure, and trip occurs after power restoration. - Trip after deceleration stop : Motor decelerates and stops after power failure, and trips after stopping. - Continue to run : Load inertia energy is used to continue operation. - Start at frequency selected before momentary power failure : Motor coasts to stop after power failure, and starts at frequency at time of power failure after power restoration. - Start at starting frequency : Motor coasts to stop after power failure, and starts at starting frequency after power restoration. - Start at frequency selected after power restoration : Motor coasts to stop after power failure, searches for speed and restarts after power restoration.
	Current limiting (hardware current limiter)	Current is limited with hardware to prevent overcurrent trip due to high-speed load fluctuations or momentary power failure which cannot be handled with software current limiting. (This limiter can be canceled.)
	Current limiting (software current limiter)	- Automatically reduces the frequency so that the output current becomes lower than the preset operation level. (This limiter can be canceled.) - The operation can be selected (operation at constant speed only, operation when accelerating and at constant speed).
	Operation by commercial power supply	- 50/60 Hz can be output with a switch to commercial power supply command (“SW50”, “SW60”). - A commercial switching sequence is built in.
	Slip compensation	- Motor slip is compensated to keep the motor speed to a reference speed, regardless of the load torque. - The slip compensation responsiveness (time constant) can be adjusted.
	Droop control	- This function is used to adjust the speed of each motor individually to balance load torque on machines driven with multiple motor systems.
	Torque limiting Torque current limiting Power limiting	The output torque or output torque current is controlled so that the output torque is equal to or less than the limiting value set beforehand. - The value can be switched between torque limit value 1 and torque limit value 2. - Torque limit values can be set individually for each of the four quadrants.
	Torque limiting Torque current limiting Power limiting	- Torque limiting and torque current limiting can be selected. - Torque limiting is possible with analog input.	IMPG-VC PMPG-VC PM-SVC
	Overload stop	- If the detected torque or current exceeds the preset value, the motor can be stopped with a deceleration stop or coast to stop, or when contact is made with the stopper. - Operating conditions can be set in operation mode (while the motor is running at constant speed and while decelerating/while the motor is running at constant speed/all modes). - The torque during stopper contact can be adjusted.

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Control	PID control	- PID controller for process control/dancer control - Normal/inverse operation switching - Commands: keypad, analog input (terminal [12], [C1]), multi-step settings (selection possible from 3 points), RS-485 communication, field bus communication（Option : E3S/E3E / Built-in : E3N） - Feedback values: analog input (terminal [12], [C1]) - Alarm output (absolute value alarm, deviation alarm) - Low liquid level stop function (pressurized operation possible before low liquid level stop) - Anti-reset wind-up function - Output limiter - Integral/differential reset/integral hold function - PID constant auto tuning function for process control PID controller
	Retry	- Even if a protective function subject to a retry is triggered, an attempt is made to automatically cancel the trip condition up to the number of set times to resume operation without outputting an integrated alarm. - The number of attempts can be set up to 20 times (can be set with function code)
	Retry
	Auto search	The motor speed is estimated before startup, and the motor is started without ever stopping the motor while it is idling. (Motor constant tuning required : offline tuning)
	Anti-regenerative control	- If the DC link bus voltage/torque calculation value reach or exceed the anti-regenerative control level when the motor is decelerating, the deceleration time is automatically extended to avoid an overvoltage trip. (Forced deceleration can be set at three or more times the deceleration time.) - If the torque calculation value reaches or exceeds the anti-regenerative control level during constant speed operation, overvoltage tripping is avoided by performing control to raise the frequency.
	Anti-regenerative control
	Deceleration characteristic (improved braking ability)	- During deceleration, this function increases the motor energy loss and decreases the regenerative energy returned to avoid an overvoltage trip. - Setting is also possible when using in combination with AVR cancel.)


	Auto energy saving operation	Controls the output voltage in order to minimize the total motor and inverter power loss at constant speed.
	Overload prevention control	If the surrounding temperature or IGBT junction temperature increases due to an overload, the inverter lowers the output frequency to avoid an overload.
	Overload prevention control
	Battery operation	Cancels the undervoltage protection so that the inverter under an undervoltage condition runs the motor with battery power. (FRN0088E3□-2G,FRN0115E3□-2G,FRN0059E3□-4G,FRN0072E3□-4G)
	Offline tuning	- Measures the motor constant when the motor is stopped or rotating, and sets it in a motor constant function code. (IM motors, PM motors) - Mode in which IM motor %R1 and %X only are tuned
		Mode in which PM motor magnetic pole position offset is tuned	PMPG-VC (Note2)
			PMPG-VC (Note2)
	Online tuning	Automatically adjusts motor parameters while the motor is running to prevent fluctuations in motor speed due to rises in motor temperature.	DTV
	Cooling fan ON-OFF control	- Detects inverter internal temperature and stops cooling fan when the temperature is low. - Available to output a fan control signal to an external device.
	Motor 1 ,2 settings	- Switching is possible between 2 motors. It is possible to set the base frequency, rated current, torque boost, electronic thermal slip compensation, ASR, notch filter, starting frequency, stopping frequency, thermistor operation selection, and speed display coefficients, etc. as the data for motors 1 to 2. Cumulative motor run count, start count
	Motor 1 ,2 settings
	Motor selection	Equipped with parameters for Fuji standard motors. Optimum motor parameters can be set by setting the type and capacity. - Fuji standard motors, 8-series - Typical HP unit motors - Fuji premium efficiency motors (MLK1/MUL1 series) - Fuji synchronous motors (GNB2 series, GNP1 series)


	Universal DI	Transfers the status of an external digital signal connected with the general-purpose digital input terminal to the host controller.
	Universal DO	Outputs a digital command signal sent from the host controller to the general-purpose digital output terminal.
	Universal DO
	Universal AO	Outputs an analog command signal sent from the host controller to the analog output terminal.
	Speed control	- Selectable among the four set of the auto speed regulator (ASR) parameters. - A vibration suppression notch filter can be set. (for IMPG-VC, PMPG-VC only) (A PG option card is required.)	MPG-VF IMPG-DTV IMPG-VC IM-SVC PMPG-VC PM-SVC (Note2)
	Line speed control	Regulates the motor speed to keep the peripheral speed constant even if the roll winding diameter changes on machines such as winders and unwinders. Tension can be controlled when used in combination with PID control. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Line speed control		IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Master-follower operation	Two motors can be run synchronously using a pulse generator (PG). (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Pre-excitation	- Excitation is carried out to create the motor flux before starting the motor. (A PG option card is required.)	IMPG-VC IM-SVC (Note2)
	Zero speed control	- Zero speed control is performed by forcibly zeroing the speed command. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	Servo lock	Stops the inverter and holds the motor at the stopped position. (A PG option card is required.)	IMPG-VC PMPG-VC (Note2)
	DC braking	- Applies DC current to the motor at the operation start time or at the time of inverter stop to generate braking torque.
	Mechanical brake control	- It is possible to output mechanical brake control signals with the brake ON/OFF timing adjusted by the output current, torque commands, output frequency and timer. - The output timing of control signals can be adjusted individually when performing forward rotation (hoisting) and reverse rotation (lowering). - Errors can be detected with mechanical brake operation check input signals.	Other than PM-SVC

Note: Depending on the inverter type, specifications may vary.

Item			Description	Remarks
Control	Torque control		- Analog torque commands/torque current commands possible - Speed limit function is provided to prevent the motor from becoming out of control. - Torque bias (with analog setting, digital setting) possible	IMPG-VC IM-SVC PMPG-VC
	Rotation direction restriction		Select either of reverse or forward rotation prevention.
	Condensation prevention		Current flows automatically when the motor is stopped, and the motor temperature is raised to prevent condensation.
	Customization logic		It is possible to select or connect digital logic circuits or analog operation circuits with digital/analog I/O signals, configure a simple relay sequence, and operate it freely. (Max. of 260 steps)
	Positioning control		Feedback pulses are counted from the preset count start point, and the motor automatically decelerates to the creep speed and stops at the target stop point. (A PG option card is required.)	IMPG-VF IMPG-DTV IMPG-VC (Note2)
	Orientation function		Positioning function of rotating bodies such as the main axes and turntables of machine tools Capable of setting stop target position using function codes (8 points) (PG option card required)
	Favorites Function code		The function codes can be registered in “Favorites” and displayed. (Applicable to all function codes)	(Note2)
	Data initialization		All function codes and limited function codes can be initialized. (related to each motor parameter, the exception of communication function, related to the customizable logic, registered in “Favorites”)
	Start check function		To ensure safety, it is available to check for the existence of run commands when turning the power ON, when resetting alarms, and when changing the run command method, and display an alarm if a run command has been input.
	Destination setting		The factory default values such as voltage, frequency, and other function codes can be changed based on whether the machine is being shipped for use in Japan, Asia, China, Europe, USA, Taiwan, or East Asia. This setting is not necessary for Japanese model or Chinese model.
	Multifunction key		During the operation mode the "SHIFT" key on standard keypads (TP-M3) and "M/SHIFT" key on option keypad (TP-E2) can be used as an input source to activate the input terminal function like the X terminal. Any function is not assigned as a factory default.
Display	During operation and stop		Speed monitor (set frequency, output frequency, motor rotation speed, load rotation speed, feed speed (line speed), % display speed), output current [A], output voltage [V], torque calculation value [%], power consumption [kW], PID command value, PID feedback value, PID output, load factor [%], motor output [kW], torque current (%), flux command (%) analog input monitor, cumulative power, constant dimension feed time [min], remaining time when timer operation is enabled [s], etc.
	Cumulative operating conditions		- Displays cumulative inverter operating time, cumulative electric energy (watt-hours), and cumulative motor operating time/ startup count (by motor) - Outputs a forecast when the preset maintenance time and startup count are exceeded
	When trip occurs		Shows the cause of a trip
	When warning appears		- Shows a warning cause. - When the cause is removed, it is recorded in the warning history and the display disappears. - Stores and displays the cause (code) for up to the past 6 alarms in the light alarm history.
	During operation and trip		- The cause up to The last ten faults can be stored and displayed with codes. - Details of all relevant data when a fault occurs is also stored and displayed for up to The last four faults. - Capable of displaying the date in the history by using the clock function (TP-A2SW)
	Inverter lifetime alarm		- Deterioration diagnosis can be carried out for main circuit capacitors, electrolytic capacitors on PCBs, cooling fans, and IGBTs, lifetime alarms can be displayed, and data can be output externally. - Warning information can be displayed and output externally if the maintenance time or startup count set beforehand is exceeded. - Operating temperature: 40 °C (104 °F)	(Note2)
Protective/ detecting functions	Overcurrent protection		Stops the inverter to protect it from overcurrent caused by an overload.	OC1 OC2 OC3
	Short circuit protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit.
	Ground fault protection		Stops if the inverter detects an overcurrent due to a short circuit in the output circuit. It may not be detected at powered if an inverter output is under the ground fault status.
	Overvoltage protection		Stops the inverter if a DC link bus circuit overvoltage (400V series: 800 VDC, 200V series: 400 VDC) is detected. The inverter cannot be protected if an excessively large voltage is applied by accident.	OU1 OU2 OU3
	Undervoltage protection		Stops the inverter if a drop in DC link bus voltage (400V series: 400 VDC, 200V series: 200 VDC) is detected. However, this is disabled based on the restart after momentary power failure setting. Furthermore, operation is possible (regenerative operation only) at a voltage level lower than that above when performing battery operation.	LU
	Input phase loss protection		Stops the inverter if input phase loss or input phase voltage unbalance is detected. The input phase loss protection may not work under light load or with DC reactor.	Lin
	Output phase loss protection		Stops the inverter if inverter output phase loss is detected during operation. This protective function also functions during auto tuning and during magnetic pole position tuning. (Operation selection possible)	OPL
	Overheat protection		Stops the inverter if a cooling fan fault, or cooling fin overheating when an overload occurs is detected.	OH1
			Stops the inverter if a cooling fan fault, or inverter unit internal overheating when an overload occurs is detected.	OH3
			Stops the inverter if inverter unit internal charging resistor overheating is detected.	0H6
			By setting the braking resistor electronic thermal overload relay function, the inverter is stopped to protect the braking resistor from overheating.	dbH
	Inverter overload protection		Stops the inverter if overheating is detected by calculating the IGBT internal temperature from the output current and detected internal temperature.	OLU
	External alarm input		Stops the inverter and displays an error if a digital input signal (THR) is input.	OH2
	Charging circuit fault		Stops the inverter and displays an error if an inverter charging circuit error is detected.	PbF
	Braking transistor fault		Stops the inverter and displays an error if a braking transistor error is detected.	dbA
	Motor protection	Motor 1 overload Motor 2 overload (Electronic thermal)	Stops the inverter if a motor overload is detected by setting the electronic thermal. Protects general-purpose motors and inverter motors in the entire frequency range. (The operation level and thermal time constant (0.5 to 75.0 minutes) can be set.)	OL1 OL2
	Motor protection	PTC thermistor	The motor temperature is detected by the PTC thermistor, and the inverter is stopped if overheating is detected. To enable this function, connect the PTC thermistor between terminals [C1] and [11], and enable the switch on the control board.	OH4
	Memory error		When the power is turned ON, a data check is performed when writing data, and an error is displayed if a memory error is detected.	Er1

Note: Depending on the inverter type, specifications may vary.

Item		Description	Remarks
Protective/detecting functions	Keypad communication error	Stops the inverter and displays an error if a communication fault is detected at the keypad during operation.	Er2
	CPU error	Stops the inverter and displays an error if a CPU error is detected due to noise, etc.	Er3
	Option communication error	Stops the inverter and displays an error if a communication error with the inverter unit is detected when using an option.	Er4
	Option error	Stops the inverter and displays an error if an error is detected at the option side when using an option.	Er5
	Operation error	STOP key priority Even when run commands are entered via the terminal block or communication, by pressing the keypad STOP key, the inverter forcibly decelerates and stops the motor, and an error is displayed after the motor has come to a stop.	Er6
		Start check When the power is turned ON, an alarm is cleared, or when switching the run command method from link operation, the sudden starting of operation is suppressed if a run command has been entered, and an error is displayed to notify the operator.
		Brake status error Stops the inverter and displays an error if the brake signal (BRKS) output status and brake ON check signal (BRKE) input status do not match.
	Tuning error	Stops the inverter and displays an error if tuning failure or interruption is detected during motor constant tuning, or if the tuning result is a defect.	Er7
	RS485 communication error (COM port 1)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 1.	Er8
	RS485 communication error (COM port 2)	Stops the inverter and displays an error if a communication error is detected when communicating via RS-485 COM port 2.	ErP
	Data saving error during undervoltage	Stops the inverter and displays an error if unable to successfully save data when undervoltage protection is triggered.	ErF
	Position control error	Stops the inverter and displays an error if the positioning deviation is excessive when the servo lock is applied, or when performing master-follower operation.	Ero
	Hardware error	Stops the inverter and displays an error if an inverter internal hardware fault is detected.	ErH
	STO input (EN1, EN2) terminal circuit fault	Stops the inverter and displays an error if the inverter detects an EN1 or EN2 terminal circuit mismatch.	ECF
	PG wire break	Stops the inverter and displays an error if a pulse encoder wire break is detected. (This function is valid on some PG interface option cards.)	PG
	Excessive positioning deviation	Stops the inverter and displays an error if the position deviation is found to be excessive while performing position control.	d0
	Overspeed protection	Stops the inverter and displays an error if the following conditions are met. - If d35 = 999, the speed detection value is the maximum output frequency x (d32 or d33) x 120% or higher - If d35 ≠ 999, the speed detection value is the maximum output frequency x (d35) or higher - The detected speed exceeds 599 Hz	OS
	Magnetic pole position detection error	Stops the inverter and displays an error if the signal from the magnetic pole position sensor mounted on the PM motor is abnormal.	ErC
	Step-out detection/ detection failure of magnetic pole position at start	This occurs when a PM motor step-out is detected, or if magnetic pole position at start failed to be detected.	Erd
	Speed mismatch or excessive speed deviation	Stops the inverter and displays an error if an excessive deviation appears between the reference speed and detected/estimated speed.	ErE
	Password protection	Stops the inverter and displays an error if a malicious person tries to unlock the password set by the customer.	LoK
	Customizable logic error	Stops the inverter and displays an alarm when the alarm condition defined by the customer in the customizable logic is met. (It is not an alarm related to the inverter faults)	ECL
	Simulation fault	A simulation fault can be produced if the keypad STOP key and FUNC FATA key are held down for 5 seconds or longer. A simulation fault can be produced even if function code H45 is set to “1”.	Err
	Current input terminal signal wire break detection	Stops the inverter and displays an alarm if a current input wire break is detected when current is less than 2 mA when using the current input terminal (terminal [C1] or [C2]) as current input 4 to 20 mA.	CoF
	Customizable logic alarm	An error is displayed if the alarm conditions defined by the user with customizable logic are met. (This is not an error at the inverter itself.)	CA1 CA5
	EN (STO) terminal OFF	This is displayed if the run command turns ON when both terminal [EN1] and [EN2] are OFF, and the inverter is not ready to perform operation (STO status).	__En
	Warning	Motor overload early warning	OL
		Cooling fin overheat early warning	OH
		Lifetime warning	LiF
		Reference command loss detected	rEF
		PID warning output	Pid
		Low torque detection	uTL
		Overheat warning by PTC thermistor in motor	PTC
		Machine life (Cumulative motor running hours)	rTE
		Inverter life (Number of startups)	CnT
		IGBT lifetime warning	iGb
	Retry	The inverter can be automatically reset allowing it to be restarted when it stops due to a trip. (The number of retries and the latency between stop and reset can be specified.)
	Surge protection	This function protects the inverter from a surge voltage between main circuit power lines and the ground.

Note: Depending on the inverter type, specifications may vary. Refer to the FRENIC-Ace (E3) User’s Manual for details.

Note1: The items in this table are displayed in the LED display on the LED keypad. Refer to the multi-function keypad.

Note2: Some functions cannot be used with E3N.

Specification	Representative function
Keypad connection	Running operation and frequency settings by keypad，Timed operation，Remote/local switching，Display/change of function code setting value，isplay of various monitor items
Pulse train input PG interface card	Frequency setting by pulse train，Mototr control with speed sensor，Positioning control，Orientation function，Servo lock

Item

Description

Remarks

Operating environment

Main circuit power cutoff detection

Forced operation
(Fire mode)

Alarms other than critical alarms are ignored, and a retry is performed forcibly.

Fod

Installation location

Indoors

Ambient temperature

Relative humidity

5 to 95% RH (there should no condensation)

Atmosphere

Altitude

1000 m (3300 ft) or lower
If used in a location with altitude of 1000 m (3300 ft) or higher, do so after reducing the output current as shown in the following table.

Altitude	Output current derating factor
1000 m or lower (3300 ft or lower)	1.00
1000 to 1500 m (3300 to 4900 ft)	0.97
1500 to 2000 m (4,900 to 6600 ft)	0.95
2000 to 2500 m (6600 to 8200 ft)	0.91
2500 to 3000 m (8200 to 9800 ft)	0.88