GE 369-HI-R-M-0-0-0-E

Product Name: GE Multilin 369 Motor Management Relay

Product Description:

The GE Multilin 369 is a digital motor protection system designed for the protection and management of three-phase AC motors. It provides a wide range of protection functions, control capabilities, and monitoring features to enhance motor reliability and process uptime. This specific model, 369-HI-R-M-0-0-0-E, is a high-current input version with specific hardware and software configurations as indicated by the suffix. It offers programmable protection curves and logic for various motor applications.  

Product Parameters:

Given the specific model number 369-HI-R-M-0-0-0-E, the key parameters are likely to include:

• Input Current Range: High Current (HI) input transformers, specific range to be determined from the official datasheet.
• Control Voltage: Typically 20-48 VAC / 20-60 VDC (verify with the specific model datasheet).
• Output Relays: Multiple programmable output contacts for control and alarm functions. The number and type depend on the exact configuration.
• Digital Inputs: Multiple programmable digital inputs for status and control. The number depends on the exact configuration.
• Communication Ports: Likely includes at least one RS-485 port for communication protocols like Modbus.
• Mounting: Panel mount.
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Specifications:

As the suffix “-HI-R-M-0-0-0-E” defines a particular configuration, the precise specifications must be obtained from the official GE Multilin 369 datasheet for this exact model. However, general specifications for the GE Multilin 369 series include:

• Digital, microprocessor-based motor protection relay.  
• Comprehensive suite of protection functions: Overcurrent, overload, undercurrent, ground fault, phase unbalance, thermal overload, starting stall, etc. (programmable selection).
• Programmable logic for customization of control and protection schemes.
• Motor diagnostics and monitoring capabilities: Current, voltage, power, energy, temperature (if RTD inputs are configured), etc.  
• Event recording and fault logging for post-fault analysis.