Features

NP1F-HC2 □

High-speed input pulses can be counted up to 2 channels.

Compatible with 3 types of input signals.

1. 1) 90° phase-difference pulse
2. 2) Forward/reverse pulse
3. 3) Pulse + sign

4 types of operation modes.

1. 1) Ring operation
2. 2) Gating operation
3. 3) Compare detection operation
4. 4) Phase-Z detecting operation

NP1F-HC2MR

Since the input voltage for NP1F-HC2MR supports 5/12/24 V DC, it becomes possible to standardize the external power supply at 24 V DC and to improve pulse input connectivity.

NP1F-HC2MR1

The pulse input filter of NP1F-HC2MR1 is set so that connection with the inverter FRENIC5000 VG7 of Fuji Electric is optimized.

NP1F-HC8

High-speed input pulses can be counted up to 8 channel, 50 kHz.

Compatible with 3 types of input signals.

1. 1) 90° phase-difference pulse
2. 2) Forward/reverse pulse
3. 3) Pulse + sign

3 types of operation modes

1. 1) Ring operation
2. 2) Gating operation
3. 3) Resetting operation

Features

Combined with the servo amplifier motor of the pulse train command input type or the stepping motor driver allows high-precision positioning.
Use of an extension FB facilitates embedding of the necessary functions including axis-independent singlefunction positioning to multi-axis simultaneous start positioning (pseudo linear interpolation).

Features

Combined with the servo amplifier motor of the pulse train command input type or the stepping motor driver allows high-precision positioning.
Use of an extension FB facilitates embedding of the necessary functions including axis-independent singlefunction positioning to multi-axis simultaneous start positioning (pseudo linear interpolation), interpolation, andcam/running cut.
Current position (current feedback value) can be detected with the feedback pulse. Two types of operation modes are available (pulse generation mode and position command mode)

Features

2-axis pulse output, Differential signal, Max. frequency: 5MHz.
The positioning of two axes can be controlled with a single module.
necessary functions including axis-independent singlefunction positioning to multi-axis simultaneous start positioning (pseudo linear interpolation), interpolation, and cam/running cut.
Devices requiring high-frequency pulse signals such as linear servomotors and direct drive servomotors can be controlled.

Features

This positioning module operates at a maximum frequency of 5MHz, and perf positioning with a differential signal pulse train. The positioning of four axes can be controlled with a single module.

Various functions are available such as single-axis linear positioning, rotor positioning, multi-axis linear interpolation positioning, two-axis circular interpolation positioning, helical interpolation positioning, position speed command positioning, feedback pulse count, manual pulse input positioning, PWM pulse output, automatic origin return, absolute position encoder control, electronic cam control and backlash correction.

3 types of operation modes are available. (Pulse generation mode, position control mode, position instruction mode)

Features

Combined with the servo amplifier motor of the pulse train command input type or the stepping motor driver allows high-precision positioning.
necessary functions including axis-independent singlefunction positioning to multi-axis simultaneous start positioning (pseudo linear interpolation), interpolation, and cam/running cut.
3 types of operation modes are available. (Pulse generation mode, position control mode, position instruction mode)

Features

Combined with the servo amplifier motor of the pulse train command input type or the stepping motor driver allows high-precision positioning.
Minimum program for data setting and command operation that does not need an extension FB allows you to control the positioning.