GE IS200VVIBH1CAB-W02 Analog Input/Output Module

The analog input channels support high-precision acquisition (with a resolution of 16 bits or higher), ensuring minimal measurement errors for parameters such as temperature and pressure;

The analog output channels have low drift characteristics, and the output signals are stable, meeting the needs of precise control (such as valve adjustment accuracy up to ±0.1%).

The input channels are compatible with various types of analog signals (such as 4-20mA current, 0-10V voltage, thermocouple/RTD signals, etc.), and can flexibly adapt to different sensors;

The output channels can be configured as 4-20mA or 0-10V signals, adapting to various actuators to meet diversified control needs.

Using industrial-grade components and conformal coating, it can resist dust, moisture, oil stains and chemical corrosion, and adapt to a wide temperature working environment of -40℃~70℃;

Equipped with overvoltage and overcurrent protection functions to prevent damage to the module caused by external circuit faults and improve system stability.

Supports VME bus or other industrial bus protocols, and can be seamlessly integrated into GE Mark VI and other turbine control systems, facilitating system expansion and maintenance;

Provides configuration software, supporting flexible setting of channel parameters (such as range, filtering method), simplifying the debugging process.

Has high-speed data processing capability, with low signal acquisition and output delay, meeting the needs of real-time control in industrial processes (such as turbine speed regulation, pressure closed-loop control).

Turbine/generator set control: Used to collect analog signals such as shaft temperature, oil pressure and vibration of steam turbines and gas turbines, output control commands to adjust valve opening and fuel supply, and ensure the stable operation of power generation equipment;

New energy field: In wind power and photovoltaic power stations, monitor parameters such as wind turbine speed and inverter temperature, and control pitch systems, grid-connected switches and other equipment.

Metallurgy and chemical industry: In the control of steelmaking furnaces and reaction kettles, collect analog signals such as temperature, pressure and liquid level, control heating power and feeding speed to ensure stable production process;

Oil and natural gas: Used for pressure monitoring of oil pipelines and control of drilling platform equipment, output signals to adjust pump speed and valve opening, ensuring the safety of extraction and transportation.

In the traction system of subways and high-speed railways, monitor parameters such as temperature and voltage of traction motors, control converter output, and ensure stable start-stop and speed regulation of trains;

In large engineering machinery (such as shield machines, cranes), it is used for pressure monitoring of hydraulic systems and control of actuators to ensure safe operation of equipment.