IS200ECTBG1ADE high-performance electronic control card

The IS200ECTBG1ADE is a high-performance electronic control card from GE (General Electric) designed for industrial applications to provide reliable and precise control. The following is the detailed description and parameters of the product:

Model: IS200ECTBG1ADE
Brand: GE (General Electric)
Input voltage: 24V DC
Operating temperature range: -40℃ to 85℃
Communication interface: RS485
Dimensions: 100mm × 80mm × 20mm
Application: Designed for use in the Mark VI Speedtronic series of exciting contact terminal cards, this control card is one of the systems released by General Electric under the name Speedtronic for managing steam and gas industrial systems. The Mark VI system is a flexible system that can be designed in Simplex or TMR (three-mode redundancy) form to meet the needs of both large and small systems.
Features: The control card has six auxiliary contact inputs, four universal relay outputs, and two trip contact outputs. It also features two terminal bars, three plugs, and three D-shell connectors for connecting cables.
Design features: IS200ECTBG1ADE is designed with full insulation and other safety features to ensure the safety protection of all live parts. It is able to work stably in harsh industrial environments, maintaining repeatability and reliability. In addition, it offers a wealth of interfaces including front panel status leds, analog output connectors, reference voltage access, and more to support a variety of industrial applications.
The control card is widely used in power, food and beverage, data center and other industries, and is an ideal choice for these industries.

IS200ECTBG1A

Multi-point communication: RS485 supports multi-point communication, which means that multiple devices can be connected to the same communication line to achieve two-way transmission of data.

Long-distance communication: The RS485 interface can support a communication distance of up to 1200 meters, which is suitable for use in a broad industrial environment.

High-speed data transmission: The data transmission rate (baud rate) of the RS485 interface can range from 300 baud to 10 Mbit baud, and the appropriate rate can be selected according to the application requirements.

Electrical characteristics: RS485 uses differential signal transmission, which makes it very resistant to electromagnetic interference (EMI), and the signal can be transmitted stably in noisy environments.

Network topology: RS485 can adopt a bus topology, all devices are connected to the same bus, simplifying the wiring requirements.

Device address: On an RS485 network, each device usually has a unique address, and data can be sent to a device at a specific address, or broadcast to all devices on the network.

Communication protocol: RS485 itself is a specification of electrical characteristics and does not specify a communication protocol. Therefore, the RS485 interface on the IS200ECTBG1ADE control card implements a specific communication protocol, such as Modbus or other industrial protocols, to ensure the accurate exchange of data.

The RS485 interface is usually connected using A pair of twisted pairs, one for sending (line A) and the other for receiving (line B), and may include a ground (GND).

Terminal resistors: Terminal resistors are usually installed at both ends of the RS485 bus to reduce signal reflection and improve signal integrity.

Protection measures: The RS485 interface may include overvoltage protection and short circuit protection to prevent voltage surges and short circuit damage to the control card.