Specifications

Process Data Acquisition and analysis, f(s)NISDAS

Data acquisition (ACQ)	NISDAS protocol (Standard)			NISDAS protocol collection is a function that collects data from devices that support the NISDAS protocol. We provide a protocol library for PLC. Provided MICREX-SX (Expert, Standard), MICREX-VieW (VieW-C) XX : Maximum 1,016 words SIEMENS S7-1200 (TIA V15.1.16), 1500 (TIA V16) : Maximum 4,095 words
				Collection cycle		： From 1 msec
				Number to collect		： 8
				Connection method		：Ethernet
				Performance		：Depends on device performance and communication device
	MICREX address specification (Standard)			Dedicated program for MICREX series CPU (XX, SX) is not required.
				Data acquisition by specifying the internal memory address (variable specified by AT (variable with address fixed in advance))
				CPU with Ethernet		：243 words/12 ms, max. 8,192 words (per 1 CPU)
				Ethernet communication module		：243 words/25 ms, max. 8,192 words (per communication 　module)
				No. of acquisition channels		：8 channels (Maximum 13 channels when the variable CPU 　number is 1.)
				Connection method		：Ethernet, USB, COM
				Address notation		：Expert/View-C, Standard
				Performance		：Acquisition performance depends on the communication 　settings,connection method, and system configuration.
	PISAC (Option)			Acquisition of data from the internal memory of MICREX-PIII or IX controller connected to MICREX-SX (SX, PIII, and IX each require a dedicated program.) Address notation: Expert (Depending on the setting, the internal memory address can be added to a comment.)
	MICREX variable specification (Standard)			Dedicated program for MICREX series CPU (XX, SX) is not required.
				Supported programmers		：Expert/View-C (installation required), Standard (installation not 　required)
				Acquisition by specifying an arbitrary variable (global or local)
				MICREX-XX XCS-3000 type I, Type E, MICREX-SX CPU compatible with all models (SPH300, 2000, 3000, 3000MM, 3000MG)
				No. of acquisition CPUs		：6 CPUs (Maximum 13 CPUs when the address channel is 1.)
				No. of variable names		：Multi-point mode:2,048 points (In the case of total number of basic data types, structure, array type, it will be larger than apparent) : Continuous mode: Collect variables within the speciﬁed address range (Expert only)
				Connection method		：Ethernet, USB, COM
				Performance		：Acquisition performance depends on the communication 　 settings,connection method, and system configuration.
	SX-Net data acquisition (Option)			Acquisition of SX-Net broadcast memory (Communication board for SX-Net (NP3L-NE1PXS) is necessary.)SX-Net communication unit: 64 words/block
						Fastest speed: 1,024 words/1 ms (16 blocks)
						Maximum: 30,720 words/30 ms (480 blocks)
				Performance		：Data is acquired in the SX-Net scan cycle.
	Inverter collection(DDC) (Option)			Inverter data collection (Inverter option board plusFSITE is necessary.)
				Real-time acquisition, trace-back acquisition
				Performance		：The acquisition cycle is determined by the plusFSITE model.
	FL-net acquisition(OPCN-2) (Option)			Acquisition of FL-net broadcast memory (Communication board for FL-net (NP3L-FL3PXS) is necessary.)
	FL-net acquisition(OPCN-2) (Option)			8,704 (512 + 8192) words/100 ms
	Storage capacity			Depends on the storage capacity of the personal computer.
				For example, assuming 68 GB is available (at an average compression rate of 60%):
						①NISDAS Protocol (8 points/1 ms) acquisition: 88 days (about 68 GB)
						②MICREX address (243 words/12 ms) acquisition: 34 days (about 67 GB)
						③MICREX variable (512 points/100 ms) acquisition: 68 days (about 68 GB)
						④SX-Net (1,024 words/1 ms) acquisition: 16 hours (about 66 GB)
Data display (Analyzer)	Chart display			No. of channels		：16 channels/analyzer
				No. of charts		：8 charts/channel
				Multi Y axis		：Combines and displays signals of different scales.
				Arithmetic functions		：Filter, chart differences, conversion, etc.
				Cursors		：X cursor: Displays information between X1 and X2 cursors.
						：Y Cursor: Displays information between Y1 and Y2 cursors.
						：Statistical cursor: Displays statistical calculations between 　X1 and X2 cursors.
						：Frequency cursor: Displays fast Fourier transform on the 　display time width.
				Auto scroll		：Automatically scrolls during real time display and timed 　automatic feed.
				Auto scale		：Automatically scales the Y axis width to the display value. 　(Locking is also possible.)
				Template		：With the basic setting, immediately displays with only the 　signal definition.
	Analysis and calculation functions			Fast Fourier transform (Power spectrum)
				Statistical display (Minimum, maximum, mean, standard deviation, median, mode, variance, root mean square)
				Calculation between measured values (Calculation using a dedicated macro is possible.)
				Waveform search		：If a basic waveform is decided, search for a similar waveform as 　well as a numerical search is possible.
	Printing			Prints the contents of the screen.
	API			NISDAS data can be acquired from application programs. (Contact us for details.)
Hardware				NISDAS protocol	MX address	MX variable	SX-Net	DDC (RT/TB)	FL-net	Remarks
	CPU*4	Celeron		*₁	*₁	*₁	-	-	-	Assuming 2 cores
		Core i3/5		○	○	○	*₂	○	○	Assuming 4 cores
		Core i7		○	○	○	○	○	○	Assuming 6 cores
	HDD SATA			○	○	○	SATAⅡ or higher / USB3.x	○	○	7200 rpm or faster, or SSD Use of a storage disk other than C drive (C:) is recommended.
	Other			LAN	LAN	LAN	PCI Express	LAN	PCI/PCIe
	Other				USB	USB	SX-NetBoard	plus FSITE*₃	FL-netBoard
	64bit	Win10 IoT Ent.*₄		○	○	○	*₂	○	PCI Express	Windows10 IoT Enterprise 20xx LTSx *5
		Memory	4Gbyte	○	○	○	○	○	○	Analyzer display performance: 32 bit equivalent
		Memory	8Gbyte	○	○	○	○	○	○	Recommended
	Restrictions	Do not automatically run Windows Updates or other such programs as this may inhibit continuous operation. Running any applications or services while f(s)NISDAS ver. 7 is running may degrade performance or cause abnormalities. Data from f(s)NISDAS ver. 2 or 2.5 (previous product) requires conversion to be displayed. Use USB 3.x when connecting any external hard disks used for SX-Net acquisition.
	Restrictions	Overall: subject to change without notice. ₁：Limited to a single display for a single data acquisition. ₂：There are restrictions on setting contents and operation. ₃：plusFSITE is required for the inverter body option.(Contact us for details.) ₄：Check the processor requirements supported by OS version ₅：2016 LTSB/2019 LTSC/2021 LTSC ₆：Windows 10 Pro is not suitable for continuous operation.(Contact us for details.)

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Celeron and Core are trademarks of Intel Corporation in the United States and other countries.
Other product names mentioned herein are the trademarks or registered trademarks of their respective owners.