GE IS410JPDHG1A Analog I/O module

GE IS410JPDHG1A Analog I/O module

Specific Parameters

• Electrical ParametersSupply Voltage: 24V DCSignal Inputs: Supports 4-20mA current input, ±10V DC voltage input, with vibration signal input interfaceSignal Outputs: Configurable mA output range, supporting 20mA or 200mA output (configured via J5, J6 terminals)Data Interface: Connects to core boards via 3PL data busIsolation Level: Electrical isolation between power supply and signal circuit, isolation voltage ≥1500V DC
• Environmental ParametersOperating Temperature: -40°C to 70°CStorage Temperature: -40°C to 85°CRelative Humidity: 5% to 95% (non-condensing)Vibration Resistance: Complies with industrial vibration standards, adapting to equipment operating vibration environmentShock Resistance: Complies with industrial shock standards, withstanding equipment start-stop shock loads
• Mechanical ParametersDimensions: 100mm × 80mm × 20mm (L×W×H)Mounting Method: Installed on I/O core racks R1, R2, R3, adapted to terminal block connectionConnection Interfaces: JBR terminal block connection (4-20mA signals), JGR terminal block connection (voltage and vibration signals)

Product Performance

It features high signal conditioning accuracy, capable of linear scaling and noise filtering for weak industrial signals, ensuring the transmission error of key signals such as 4-20mA is controlled within an extremely low range, providing reliable data support for gas turbine operating parameter monitoring.

It has strong hardware stability, designed with industrial-grade components, adapting to harsh on-site environments with high temperature and vibration, and can operate continuously for a long time without attenuation of signal processing performance. Built-in signal status monitoring function can identify abnormalities such as signal open circuit and short circuit, and abnormal information is synchronously fed back to the main control system through the data bus.

It boasts excellent system compatibility, achieving seamless connection with core boards and terminal blocks of the Mark V series control system, and can be integrated into the existing signal link without additional adaptation components, supporting quick replacement and system expansion.