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High-speed, high-performance FA controller μGPCsH-ΜGPCsH
High-speed, high-performance FA controller μGPCsH-Toyo Sangyo Co., Ltd.

High-speed, high-performance FA controller μGPCsH
Toyo Sangyo Co., Ltd.

Toyo Sangyo Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

57.3hours


About This Product

■Function

・Small to large scale systems ・Number of input/output points: 8,192 points maximum ・Program capacity: 320k words maximum ・Logic operation 0.06μs (contact instruction) Real number operation 0.15μs (addition instruction)

■Features

・Easy-to-understand μGPC language Ladder diagram symbols, data flow symbols Free real number operations ・Easy to build a distributed control system Supports open networks Ethernet, FL-net (OPCN-2), OPCN-1 DeviceNet, PROFIBUS-DP ・Program environment using a general-purpose computer: WindowsXP, WindowsVista, Windows7 ・Simulator that enables desktop debugging Simulates the simple input/output functions and calculation functions of μGPCsH on a PC ・Compatible with a redundant system that improves system reliability Two CPU modules and a power supply module (master/standby) allow operation to continue even if one fails ・Web function that allows you to monitor PLC status and IO status via the Internet It is possible to monitor failures, operating data, and systems and perform maintenance on the Web. Also, data can be sent in response to events by e-mail.

■Expansion system

・Constructed with one base, power supply, and CPU ・Connect multiple bases with IO bus

■Real-time monitoring function from anywhere in the world

Remote monitoring is possible without special tools because it is monitored using a web browser.

■Email sending function

The saved file is automatically sent as an email attachment along with a message when an error occurs or any other trigger occurs.

■Logging function

Automatically create daily and monthly reports.

■Prevent system down

By duplicating the CPU module and power supply module into the control system and the standby system, if an error occurs in the control system, the system automatically switches to the standby system, allowing continued operation without system downtime. Additionally, since the power supplies for the control system and standby system are separated, it is possible to restore the redundant system by replacing a failed module while the system is in operation.

■Easy programming

Since the program execution status and memory data are automatically inherited, the user does not need to program processes such as data backup, recovery, and verification when an error occurs. Duplexing can be achieved simply by programming in the same way as a normal single-CPU system.

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    High-speed, high-performance FA controller μGPCsH

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1 Models of High-speed, high-performance FA controller μGPCsH

Image Part Number Price (excluding tax) Authentication method Anti-static discharge Noise resistance Shockproof Corrosion resistant Radiation resistant electromagnetic field Vibration resistance System switching method Relative humidity Pollution degree Structure Number of simultaneous connections Operation confirmed browser Operating ambient temperature Cooling Restart method Storage temperature Usage altitude Duplex dedicated base User area capacity User authentication PROFIBUS-DP OPCN-1 (JPCN-1) NAT IP address HTTP version FL-net (OPCN-2) Ethernet DeviceNet
High-speed, high-performance FA controller μGPCsH-Part Number-ΜGPCsH

ΜGPCsH

Available upon quote

PAP or CHAP

Contact discharge method ±6KV, air discharge method ±10KV

Impulse noise rise 1ns, width 1μs, ±1.5KV

Peak acceleration: 14.7m/s2 3 times in each direction

No corrosive gas, no organic solvent adhesion

80MHz~1GHz, 10V/m

Half amplitude: 0.15mm, constant acceleration: 9.8m/s2 2 hours in each direction

Automatic switching
Manual switching (switching command with TDFlowEditor)

20 ~ 95%RH non-condensing

Pollution degree 2 (no conductive dust)

Built-in IP30

4

Internet Explorer 6.0 ~ 8.0

0~55℃

Natural cooling

Warm standby (internal calculation data can be inherited)
Cold standby (internal calculation data cannot be taken over)

-25 ~85℃

Altitude below 2,000m

Model: SHPC-017-Z

Standard ROM4.7MB, CF card 1GB

Save up to 300 access logs

PC lower level open network covering from station level to equipment level as specified by European EN50170 and EN50254

Device level network established by the Japan Electrical Manufacturers Association

Must have address conversion function

Have a global IP address assigned

1.0/1.1

A network targeting the control level of FA promoted by the Japan Electrical Manufacturers Association.

TCP/IP protocol communication with upper management systems such as production management systems and monitor systems

A PC-lower open network that uses the CAN protocol in the physical layer and is mainly targeted at the device level.

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About Company Handling This Product

Response Rate

100.0%


Response Time

57.3hrs

  • Japan

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