Model:745-W3-P511-G51-HI-R-E
Manufacturer:General Electric
Category:Transformer Protection Systems
Windings Per Phase:3
Phase Current Input:5A
Restricted Ground Fault:Yes
CT Ratio Mismatch Correction:Dynamic
Overexcitation Protection:Adaptive
Transformer Overload Protection:Real-time
Frequency Rate-of-Change Detection:Enhanced
Hottest Spot Monitoring:Inbuilt
Total Harmonic Distortion (THD):Reduced
Weight:4.8kg
Voltage Input Burden:<0.025 VA at 120 V
Source VT Range:2 to 600 kV / 60 to 120 V
Number of Logic Inputs:16
Fuse Current Rating:3.15 A
Display:Enhanced 40 character
Keypad:Expanded
Case Dimensions:Height 9″, Width 7″, Depth 7 ⅛”
Mounting Compatibility:Standard 19″
LED Alerts:Front panel with real-time status and error indicators
Engineered for precision and reliability, the GE 745-W3-P511-G51-HI-R-E relays are a cornerstone of modern industrial control systems. They feature an advanced design that ensures seamless integration with existing systems, enhancing operational efficiency and reducing downtime.
The relays are equipped with adaptive capabilities that enable real-time response to system events, ensuring optimal protection and management of transformers, autotransformers, and reactors. This feature minimizes strain on transformer elements, extending their lifespan and improving overall system longevity.
Featuring an enhanced 40-character display, these relays offer a larger screen and a more user-friendly keypad for easy manual entry of setpoints. The intuitive interface allows for quick adjustments and monitoring, facilitating streamlined operations.
Crafted with robust materials, the relays are built to withstand harsh industrial environments. Their durable construction ensures consistent performance even under extreme conditions, providing unparalleled reliability and longevity.
The GE 745-W3-P511-G51-HI-R-E relays come equipped with a variety of safety features, including high control power and enhanced display functionality. These features contribute to a safer working environment by enabling operators to monitor critical parameters in real time, facilitating proactive maintenance and preventing potential failures.














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