GE IS420UCSBH4A Controller Module

GE IS420UCSBH4A

Technical Parameters

1. Product structure: rail-type, desktop, embedded
2. communication interface: 3-way RS232 or 485 serial port
3. Serial port rate: 300~9600bps
4. Communication error code: ≤ 10-4
5. Operating environment: temperature: -20 ~ 70 ℃; humidity: ≤ 95% non-condensing; non-corrosive, non-explosive environment
6. Power supply: 10-30V DC
7. Module Power Consumption: Standby Power Consumption: 1W, Transmit Power Consumption: 2W.

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Description

GE IS420UCSBH4A Controller Module


The GE IS420UCSBH4A provides a visual indication of operation. Plug-in jumpers with red or blue insulators are available in different lengths at half the price of competitive models. The terminal block has an easy-to-read wiring diagram on its side to ensure accurate wiring installation. The Import/Export Controller’s direct logic line contains many new features that make ladder logic programming faster and easier. Configuring an analogue card, programming equations, configuring a CTERT high-speed counter, and programming an up/down delay timer can require multiple lines of ladder code. However, using IP boxes simplifies these processes into a single programming block with blank parameters. There are over 60 IP instructions available, covering areas such as memory, discrete and analogue help, maths, communications, and Cleto high-speed counters. The user can easily develop the control network and add new machines or devices to the control system network, even if they are located in another process line or location, thanks to the variety of communication possibilities.

The GE IS420UCSBH4A utilises a multiprocessor system to handle the most demanding machine and motion automation control and communication tasks. The new controller can handle complex control tasks involving precisely coordinated motion with a large number of axes and maths-intensive calculations, such as real-time trigonometry for robots or other advanced kinematics applications. Its extremely high computational power enables it to perform these tasks efficiently. It also has a built-in interface that connects abb’s advanced safety PLCs to high-risk applications. The new mechanical controller’s design prioritises versatile connectivity. It can be used in both legacy systems and modern networks, and has a soft architecture that can handle future requirements.