Specifications
| 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 |
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| 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) |
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| No. of acquisition channels | ：8 channels (Maximum 13 channels when the variable CPU number is 1.) |
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| Connection method | ：Ethernet, USB, COM | ||||||||||
| Address notation | ：Expert/View-C, Standard | ||||||||||
| Performance | ：Acquisition performance depends on the communication settings,connection method, and system configuration. |
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| 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.) |
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| 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) |
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| 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) |
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| Connection method | ：Ethernet, USB, COM | ||||||||||
| Performance | ：Acquisition performance depends on the communication settings,connection method, and system configuration. |
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| 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.) | ||||||||||
| 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. |
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| ：Frequency cursor: Displays fast Fourier transform on the display time width. |
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| Auto scroll | ：Automatically scrolls during real time display and timed automatic feed. |
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| Auto scale | ：Automatically scales the Y axis width to the display value. (Locking is also possible.) |
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| Template | ：With the basic setting, immediately displays with only the signal definition. |
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| 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. |
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| Video linkage (option) | Synchronizes and displays images and data from our designated network video recorder.(memory 16GByte or higher) | ||||||||||
| 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. |
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| Other | LAN | LAN | LAN | PCI Express | LAN | PCIExpres | Refer to the respective Board for PCIExpres specifications. | ||||
| USB | USB | SX-NetBoard | plus FSITE*3 |
FL-netBoard | |||||||
| 64bit | Win10 IoT Ent.*4 | ○ | ○ | ○ | *2 | ○ | PCI Express | Windows10 IoT Enterprise 20xx LTSx *5 | |||
| Memory | 8Gbyte | ○ | ○ | ○ | ○ | ○ | ○ | Recommended | |||
| 16Gbyte | ○ | ○ | ○ | ○ | ○ | ○ | Video linkage | ||||
| 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. When using an external HDD, connect with USB3.0 or higher. |
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| 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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Trademarks and registered trademarks
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Windows® is a registered trademark of Microsoft Corporation in the United States and other countries.
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Celeron and Core are trademarks of Intel Corporation in the United States and other countries.
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Other product names mentioned herein are the trademarks or registered trademarks of their respective owners.
