SPECIFICATIONS
Part No.: IC200MDL330
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Product Type: Discrete Output Module
Availability: In Stock
Series: VersaMax
Functional Description
IC200MDL330 is a discrete output module developed by GE Fanuc as part of its VersaMax Series. This module provides 16 isolated outputs, which are crucial for sending control signals to various devices, including contractors, indicator lamps, and interposing relays. These outputs ensure the effective operation of connected devices within an industrial control system.
Power Requirements and Module Compatibility
- For proper operation, requires a compatible carrier base, typically from the CHSxxx series. This carrier base serves as the physical interface, connecting the module to the larger control system and ensuring reliable communication and power distribution.
- Additionally, the module operates on an external power supply, typically 120 Volts AC, to switch power to the connected loads. This power is crucial for driving the devices connected to the module, ensuring they receive the necessary voltage to perform their tasks.
- The operation of is managed by the system’s Central Processing Unit (CPU) or Network Interface Unit (NIU), which controls the logical processes and coordinates the distribution of control signals to the output devices. The CPU or NIU handles the decision-making and communicates with the module, ensuring that the outputs are activated or deactivated at the right time, based on the system’s needs. This integration allows to function seamlessly within an industrial control system, providing reliable performance and supporting the overall system’s efficiency.
LED Indicators and Status Monitoring
- The module is designed with individual green LED indicators for each output point, providing clear and real-time status updates for operators. These logic-driven LEDs show the on/off status of each output independently from the load condition. This means that the green LEDs will light up when an output is energized, giving users immediate visual feedback on the operational status of the system. This feature is particularly useful in industrial settings where monitoring multiple outputs is crucial for maintaining efficient and safe operations. By quickly identifying which output points are active, operators can easily detect potential issues or verify that control signals are being transmitted correctly to the connected devices.
- In addition to the individual output LEDs, also includes a green OK LED. This indicator is located on the module and lights up when the module is properly receiving power from the backplane. The green OK LED is a critical status indicator that ensures the module is powered and operational. If this LED is off, it signals that the module is not receiving power, which could indicate a power supply issue or a connection problem within the system. This simple yet effective visual cue helps operators quickly diagnose power-related issues, ensuring that troubleshooting efforts can be focused on the right areas to restore system functionality.
- Together, these LED indicators enhance the overall status monitoring capabilities. The combination of individual output status LEDs and the green OK LED simplifies system diagnostics, provides real-time feedback to operators, and helps maintain smooth and uninterrupted operation of the control system. This robust monitoring feature is essential in preventing downtime and ensuring that the industrial automation system continues to function efficiently.
Wiring Considerations and External Suppression
- When connecting the outputs to inductive loads such as relays, motors, or solenoids, it is recommended to use external suppression circuits.
- These circuits protect the module from voltage spikes generated by the inductive loads, preventing electrical noise that could interfere with module performance or cause damage.
External suppression helps maintain the module's longevity and reduces the risk of operational disruptions caused by electrical interference.
Thermal Derating and Operational Limits
- Thermal derating is a key consideration when using the module. The module's ability to activate multiple output points simultaneously is influenced by several factors:
- External voltage: Higher voltages may limit the number of active outputs due to heat generation.
- Ambient temperature: Elevated temperatures can restrict the module's operation as higher heat levels increase the risk of overheating.
- Physical orientation: The placement of the module on the DIN rail and its orientation within the control panel can impact thermal performance.
- Proper thermal management, such as ensuring sufficient airflow and adherence to installation guidelines, is critical to prevent overheating and ensure reliable performance.
The WOC team is always available to help you with your Mark I and II requirements. For more information, please contact WOC.
Frequently Asked Questions
What is IC200MDL330?
It is a discrete output module developed by GE under VersaMax series.
Is a specific carrier base needed for the module?
Yes, the module requires a compatible carrier base, specifically the CHSxxx, for proper installation and operation.
How does the module indicate the on/off state of the outputs?
Each output point is equipped with an individual green LED indicator. These LEDs are logic-driven and show the on/off state of the outputs, independent of the load condition.
What does the green OK LED indicate?
The green OK LED on the module lights up when backplane power is present, confirming that the module is receiving power and is ready for operation.
