GE IS200HFPAG2ADC

Operating Parameters

Power Supply Voltage: 220V.

Output Frequency: 60KHz.

Rated Current: 15A.

Current Protection Value: 07A (overcurrent).

RESOLUTION: Operating Temperature Range: -40°C to 85°C.

Communication Protocol: Modbus, Profibus.

Product Features

Scalable Input and Output Functionality: GE IS200HFPAG2ADC offers scalable input/output functionality for various signal types and voltage levels. It is able to accept different types of input signals (such as current, voltage signals), realize high-accuracy conversion processing. The output signals can be used as controls of relays, solenoid valves and many other devices to achieve accurate control of industrial equipment.

Phase Discontinuity Monitoring: You also have the ability to monitor phase discontinuity. GE IS200HFPAG2ADC can monitor the real-time phase state of the power grid. It can quickly issue the alarm signal and take corresponding actions to prevent the influence of phase discontinuity fault on power grid and equipment operation.

Installation

Tools and Equipment: Prior to installation, prepare appropriate tools such as screwdrivers, pliers and wire strippers. In addition, prepare anti-static devices to prevent electrostatic damage to the module.Identify the Location for Installation in Control Cabinet, The location should be far away from strong electromagnetic interference sources, have good heat dissipation conditions, and be convenient for wiring and maintenance. Align the module to the mounted holes on the control cabinet and fix it with screws. Ensure the module stands mounted flat and secured while operating to prevent vibration and dislocation."

Troubleshooting

Over-current fault: If GE IS200HFPAG2ADC over-current protection is activated, please first check the load connected to the module is empowered. Observe if there are unusual fluctuations in the power supply voltage and current. If the load and power supply are normal, you can check whether the internal circuit of the module has a short circuit or other faults.

Communication failure: When GE IS200HFPAG2ADC communicates abnormally, check to see if the communication cable is connected properly, and whether it is damaged or loose. Make sure the communication parameters at both the module and connected device end are set up properly. If possible, attempt to use a different communication port or cable to ascertain whether the cause of the problem is the cable or port.

Abnormal Output: If the output signal of the module is abnormal, first check whether the input signal is normal. Make sure the settings of the module to output are also correct. If the input and settings are normal, check whether there is a failure in the output circuit of the module and the connected bringing device.

Application range

Thermal Industry: GE IS200HFPAG2ADC is used in steam power plants, particularly in the generator protection system. It can monitor the current, voltage and other parameters of the generator to protect the generator from overcurrent, overvoltage and other faults. Its crucial function is the water turbine generator control system in hydropower plants. The system can be used to monitor and control the running status of water turbines and generators based on water flow and power demand, playing an important role in the stable operation of hydropower generation equipment.

Steel Industry: This module is used widely in the motor control system of steel rolling production lines in steel mills. It can also accurately start, stop and regulate the speed of motors, and protect the motors from overcurrent, overheating and other faults. In addition, the ready-made office software is also used in the power distribution system of steel plants to monitor and control the power supply status of the power grid, and to ensure the normal operation of the power grid and the stable implementation of steel production.

Petrochemical: Used in process control systems of oil refining and chemical production. GE IS200HFPAG2ADC regulates the temp, pressure, flow and other parameters of the production line. It identifies this control to the operation of different valves and pumps for the safe and efficient progress of the production process. In addition, it is also applied in safety protection system in petrochemical plants for timely monitoring and processing of abnormal conditions to avoid safety accidents.