GE IS215VCMIH2C

Operating Parameters

Number of Input Channels: 16 channels.

Input Type: DC (Direct Current) input.

Input Voltage Range: 0-60V DC.

Input Current Range: 3.5-30mA.

Input Impedance: 3.3kΩ.

Response Time: 1 millisecond.

Operating Temperature Range: 0-60°C.

Dimensions: 2-slot C-type VME module.

Product Features

Robust Communication: Features VME bus master controller which helps to manage data and command transfer between the control and input/output racks The front panel comes equipped with four port connectors, often featuring an RS-232C serial port along with a D-type plug connector and three IONet 10Base2 Ethernet ports, allowing for a seamless connection and Ability to process complex data quickly: communication between the controller, I/O boards and the larger system control network. The main component of the module is the Texas Instruments TMS320C32 32-bit digital signal processor, which is renowned for its high-performance in performing complex mathematical calculations and signal processing operations. GE IS215VCMIH2C is capable of quickly processing and accurately analyzing numerous sensor signals and control instructions, making it possible to accurately control the turbine engine.

Dependable ID Management: GE IS215VCMIH2C is in charge of unique identification (ID) assignment for each board and its associated terminal boards present in the rack, thereby enhancing the system's overall efficacy and reliability by guaranteeing that every component in the rack can be identified and accessed in an orderly and systematic way.

Installation

Rack Installation : GE IS215VCMIH2C  is designed to be installed in a VME chassis. This module needs to be plugged into the corresponding slot of the chassis and secured tightly to make good electrical contact and ensure mechanical stability.

Troubleshooting

Communication Failure: If there's a communication failure between the module and other devices, first check the communication cable and connector to make sure everything is well inserted, not loose, and not damaged. Next, verify the settings of communication ports and communication protocols to make sure they are adapted and consistent with connected devices. Ideally, if your module supports one of the diagnostic tools provided, test the communication function of the module to help determine whether the module itself has an issue or whether external equipment is responsible for the connection failure.

Processor Failure: If the module's processor fails, the abnormal operation or failure of the system may occur. Validate processor power supply voltage to be normal. You need to check your power supply supply whether it is normal, if it is normal you could reset the module to see if the problems can be fixed.

Improper LED Indicator: Check the LED status of the module, and understand what each LED represents, and why it is in an abnormal state. The indicated indicators correspond to a circuit and components check. If a car's “Fail” indicator is on, for instance, the problem could be something as serious as a hardware failure, or as benign as a software error. Identify and troubleshoot the issue by examining the appropriate hardware elements and software applications.

Application range

Power Generation Sector: GE IS215VCMIH2C is used in gas turbine control systems to monitor and control the operation of gas turbines, including monitoring parameters such as temperature, pressure, speed and fuel flow, and perform control operations such as adjusting fuel flow and ignition timing to ensure safe and efficient operation of the gas turbines.

Industrial Automation: It is widely used in different areas of industrial automation like factory automation, manufacturing, process control, automated assembly and production line monitoring. GE IS215VCMIH2C can accept and process digital signals, which allows it to monitor and control the operating status of many different equipment and processes, thereby improving production efficiency and product quality.