GE+IS200VPROH1B IS215VPROH1BE

Description

The model numbers “GE+IS200VPROH1B” and “GE+IS215VPROH1BE” appear to be related, but require some additional information for accurate identification and details. Here’s what I can tell you so far:

Possible System:

These modules could belong to either a GE Fanuc Series 90-30 Programmable Logic Controller (PLC) or a GE Mark VI Distributed Control System (DCS). However, confirming the exact system type is crucial for accurate information.

Possible Function:

Based on the “V” in the model number, these modules are likely Analog Output Modules. They handle continuous output signals like voltage or current to control devices or processes.

Differences and Similarities:

• IS200VPROH1B: The “200” might indicate the maximum output voltage (e.g., 200V), but confirmation is needed.
• IS215VPROH1BE: The “215” might indicate a higher maximum output voltage (e.g., 215V) compared to the previous module, again requiring confirmation.
• Both share “PROH” which could potentially represent the output type (e.g., Pulse Width Modulation – PWM), but this needs verification.

Information Needed for Accurate Details:

• System Context: Confirm if these modules are used within a GE Fanuc Series 90-30 PLC or a GE Mark VI DCS system.
• Module Appearance: Describe any labels, markings, or indicators on the modules, such as:
  • Part numbers: These can be used to search for specific documentation online.
  • Voltage/current ratings or ranges.
  • Connector types and their arrangement.
  • Indicator lights and their colors/locations.
  • Any other unique characteristics.
• Documentation: Do you have any accompanying documentation, like user manuals or datasheets? These provide valuable details about the specific product names, functions, and specifications.

With this additional information, I can confidently share:

• Precise Product Name and Description: Confirm the exact names and model variants of both modules.
• Detailed Function and Purpose: Explain the specific functionalities of the modules within your system.
• Specific Parameters and Specifications: Share technical details relevant to each variant, like:
  • Maximum output voltage/current
  • Output type (e.g., voltage, current, PWM)
  • Resolution (for voltage/current outputs)
  • Accuracy
  • Other relevant specifications based on the system and variant
• Guidance on Installation and Configuration: If you have user manuals, I can help interpret them for proper setup within your specific system.
• Troubleshooting Assistance: Help diagnose and potentially solve any issues you encounter with the modules.

Remember, the more details you provide, the better I can understand the specific modules and offer valuable assistance.