IS200TBAIH1C Analog terminal board device
The IS200TBAIH1C is an industrial automation product produced by General Electric (GE), specifically, it is a device that simulates terminal boards and is part of the Mark VI family. It is a powerful and reliable industrial automation product for a variety of applications requiring high-precision control and automation.
Here are some of the main features and functions of IS200TBAIH1C :
Design structure: IS200TBAIH1C is a printed circuit board (PCB) with a slender appearance. Its left half is occupied by two black terminal plates, each of which can contain up to 24 cube-shaped terminals made of silver metal, for a total of forty-eight terminals. These connector ports are arranged vertically on the right.
Electronic components: In the center of the IS200TBAIH1C , there is a long row of electronic components. Among them, ten potentiometers or variable resistors are evenly distributed. In addition, it contains jumper wires for connecting at least two small metal jumper pins.
System reliability: The IS200TBAIH1C has a high degree of system reliability, and its main processor and I/O card are completely triplicated, which will not cause system shutdown due to a single point of failure. In addition, the optical isolation on the I/O card is also all triples, increasing the fault tolerance of the system.
Analog cards: All analog cards (AI, AO, PI) are highly accurate and can be checked automatically on a regular basis.
System Certification: The equipment is TUV AK6 certified and meets the requirements of SIL Level 3, indicating that it meets high standards in terms of system safety and reliability.
Performance: The 32-bit chip ensures fast system operation, and the high system diagnostic coverage means that diagnostic functions are built into the system and no additional applications need to be written.
In addition, the IS200TBAIH1C may have other specific technical specifications, such as storage temperature range (-40°F to +185°F), weight (0.82 kg), channel update rate (typical value 1 second), and energy consumption (maximum value 4.6 watts).
