GE T60H00HCHF8HH6PM8HP6PUXXWXX

Product Introduction:
The GE T60H00HCHF8HH6PM8HP6PUXXWXX is an advanced, microprocessor-based transformer protection relay. It serves as a comprehensive protection and control center for power transformers, integrating multiple protective functions with advanced monitoring capabilities.

Category:

Description

GE T60H00HCHF8HH6PM8HP6PUXXWXX

Technical Specifications:

  • Brand: General Electric (GE) Multilin
  • Model: T60H00HCHF8HH6PM8HP6PUXXWXX
  • Product Type: Transformer Protection Relay
  • System Compatibility: GE Multilin T60 Series

Functional Features:

  • Comprehensive Protection: Provides primary and backup protection, including differential, overcurrent, and thermal protection.
  • Advanced Monitoring: Features built-in oscilloscope, waveform capture, and actual value metering.
  • Data Recording: Continuous data logging with trend analysis and export capabilities.

Application Scenarios:
Widely deployed in utility substations, industrial power distribution networks, and renewable energy integration points.

Performance Parameters:

  • Communication Protocols: Supports Modbus RTU, Modbus TCP/IP, and DNP 3.0 over RS232, RS485, and Ethernet interfaces.
  • Processing Speed: Fast fault detection and relay tripping times to minimize equipment damage.

Material Composition:
Housed in a rugged, flame-retardant industrial enclosure with high-quality copper busbars and gold-plated relay contacts.

Structural Characteristics:
Standard rack-mountable form factor featuring an enhanced LCD display, status LEDs, and intuitive navigation buttons.

Working Principle:
Continuously samples voltage and current waveforms via internal ADCs. The microprocessor runs real-time algorithms to detect fault conditions and executes predefined logic to trip circuit breakers.

Installation Requirements:
Must be securely mounted in a standard 19-inch panel. CT and VT secondary wiring must be correctly polarized and properly grounded.

Usage Precautions:
Always use the dedicated software for configuration changes. Ensure CT secondary circuits are never left open while the relay is energized.