GE IS210BPPBH2CAA Conditioning Terminal Board

Its input and output must be 4-20mA current signals
Operating in an environment of -40…+85 ° C
Has the ability to resist strong electromagnetic interference
Has the ability to resist strong electromagnetic interference
Require the locator to have strong seismic kinetic energy

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Simon Zhang
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Description

GE IS210BPPBH2CAA Conditioning Terminal Board

GE IS210BPPBH2CAA Conditioning Terminal Board

 

Redundant conditioning module
AO II Redundant Conditioning Terminal Board
If either of the two redundant AO modules is normal, then the output is normal; Redundant AO modules can be unplugged and replaced online
The main function of the fiber optic converter is to bridge the on-site 485 electrical signal to the fiber optic signal, that is, to convert the optical signal to the electrical signal, in order to improve the transmission speed and distance of the remote module of the DCS system and adapt to different requirements of on-site applications. Fiber optic converters are divided into main module (MASTER) and slave module (SLAVE) according to functional requirements.
The AI redundant conditioning terminal board receives standard 4-20mA signals, which are modulated into two independent voltage signals and sent to the redundant AI module. Redundant AI modules independently collect input signals. If any module is normal, it can ensure the acquisition of AI signals, and redundant AI modules can be plugged and replaced online.
The ZBT module can measure 4 AC voltage signals (0-100V), 2 AC current signals (0-5A), 6 switch inputs, and provide 6 switch outputs. It has functions such as manual on/off, manual switching, protection switching, false trip switching, and voltage loss switching, providing series switching, parallel switching, and simultaneous switching. It has three speeds: fast switching, synchronous capture switching, and residual voltage switching. The module consists of a main module and a conditioning module. The ZBT module is used for safe and fast switching of AC working and backup power sources of different voltage levels, with typical applications such as switching between 10KV, 6KV, and 380V working and backup power sources for power plant auxiliary power.