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

Product Overview: The 369-HI-R-M-0-0 is a motor management relay from the GE Multilin 369 series featuring high-range control power (HI), enhanced RTD input capabilities (R), full metering package (M), and standard communication and output configurations. This relay provides comprehensive motor protection with enhanced thermal monitoring through additional RTD inputs, making it ideal for applications requiring detailed temperature monitoring of motor stator windings, bearings, and ambient conditions. The drawout construction allows for easy maintenance and testing without system shutdown.

Category: SKU: GE 369-HI-R-M-0-0

Description

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

Technical Specifications:

Parameter Specification
Product Family GE Multilin 369 Series
Control Power 50-300 VDC / 60-265 VAC (HI)
RTD Inputs Enhanced RTD package (R)
Metering Package Full metering included (M)
Communication Standard RS-485 (0)
Analog Outputs Standard (0)
Case Design Drawout construction
Shipping Weight 11-15 lb

Enhanced RTD Features (R):

  • Additional RTD Inputs: More input channels compared to standard configuration

  • RTD Types: 100 Ohm platinum (DIN 43760), 100 Ohm nickel, 120 Ohm nickel, 10 Ohm copper

  • Temperature Range: 50°C to +250°C (platinum)

  • Accuracy: ±2°C or better

  • Lead Compensation: Automatic 3-wire lead resistance compensation

  • Sensor Failure Detection: Open and short circuit RTD detection with alarm

Protection Functions:

  • All standard 369 protection functions (thermal model, overcurrent, ground fault, unbalance, etc.)
  • Enhanced Thermal Protection: More RTD points for comprehensive thermal monitoring

  • Bearing Temperature Monitoring: Direct bearing temperature measurement and protection

  • Stator Temperature Monitoring: Multi-point stator winding temperature monitoring

  • Ambient Temperature Compensation: Automatic adjustment based on ambient conditions

Applications:

  • Large motor applications requiring extensive thermal monitoring
  • High-voltage motors with multiple bearing points
  • Critical motors where bearing failure is a major concern
  • Motors operating in variable temperature environments
  • Process applications requiring detailed thermal diagnostics