HESG324430R9/HESG324436M1/A/HESG324428/HE502032-1730/216GD61A REG216 Digital Generator Protection System

Product Features

1. Optimized Matching Assembly Design

   Every component is designated for coordinated operation in generator protection circuits. The hardware layout and signal timing are tuned to match REG216 protection logic, eliminating compatibility risks caused by mismatched separate modules and ensuring consistent signal transmission among protection units.

2. Comprehensive Galvanic Isolation Performance

   Built-in multi-stage isolation circuits separate primary CT/PT circuits from electronic control circuits. It effectively blocks surge voltage and transient interference transmitted from power circuits, avoiding damage to core protection boards and preventing protection maloperation under grid disturbance conditions.

3. High-reliability Relay & Optocoupler Interface

   216GD61A provides potential-free trip relays and optocoupler input channels. Trip contacts support direct driving of circuit breaker trip loops, while optocoupler circuits realize safe collection of external status signals, meeting the high safety requirements of power plant primary and secondary equipment interlock.

4. Precision Analog Signal Conditioning

   Support conversion and trimming of AC current and voltage signals from transformers. Stable signal amplitude adjustment ensures the protection unit acquires accurate electrical parameters as the foundation for fault judgment, overcurrent, overvoltage and differential protection actions.

5. Multi-layer Electrical Protection Mechanism

   Integrated surge absorption, overvoltage clamping, short-circuit and reverse polarity protection. The assembly can withstand transient overvoltage generated by switching operations and grid faults, improving the survivability of secondary equipment during power system failures.

6. Built-in Real-time Self-monitoring

   Continuous detection of channel status, power supply quality and communication link. Fault codes and status indicators can quickly locate abnormal channels, wiring failures and module defects, shortening troubleshooting time during unit operation.

7. Harsh Environment Adaptability

   Circuit boards adopt conformal coating treatment against humidity, dust and corrosive gas. All units comply with industrial EMC standards, capable of stable long-term operation in power plant control cabinets with vibration and electromagnetic interference.

8. Standard Rack Mount Structure

   Uniform form factor for cabinet slot installation. Support direct plug-in replacement without modifying wiring; modular maintenance reduces unit outage duration during equipment overhaul and upgrade.

   

   216GD61A

Product Parameters

Product Usage Method

1. Pre-installation Inspection

   Check the appearance of each module for shell deformation, terminal corrosion and golden finger abrasion. Verify model consistency with the REG216 protection system to confirm the assembly set is fully matched.

2. Anti-static & Safety Preparation

   Cut off the whole system power supply before installation. Wear anti-static wrist strap and gloves to prevent static discharge from damaging sensitive circuit chips. Operate in dry and dust-free control cabinet environment.

3. Module Positioning and Installation

   Insert each module into the designated cabinet slot in accordance with system layout drawings. Lock the fastening screws to ensure reliable contact between backplane connectors, avoiding signal interruption caused by unit vibration.

4. Standard Wiring Implementation

   Connect CT/PT secondary circuits, DC power supply, trip circuits and communication cables strictly following official wiring diagrams. Separate analog signal cables and control cables to reduce crosstalk; complete reliable protective grounding.

5. System Configuration Download

   After wiring is finished, connect configuration tool to set protection parameters, signal range, trip logic and channel mapping. Download configuration data to the REG216 host and match parameters with interface assembly.

6. Segment Power-on and Function Test

   Carry out power-on step by step. Check module status indicators. Simulate electrical fault signals and binary input signals to verify signal collection accuracy and reliable action of trip relays.

7. Daily Operation and Maintenance

   After commissioning acceptance, the assembly can be formally put into service. Regularly check module operating temperature, terminal tightness and system event logs. Clean dust periodically to maintain stable long-term operation of generator protection loops.

Product Application Fields

1. Thermal Power Generation Plants

   Support generator main protection and backup protection systems of thermal power units. Responsible for signal isolation and trip output of turbine-generator sets to guarantee rapid fault isolation and unit safety.

2. Hydropower Stations

   Applied in generator protection control cabinets of hydropower units. Adapt to vibration and humidity environment of hydropower workshops, realizing stable collection of electrical signals and reliable protection action.

3. Cogeneration & Distributed Power Stations

   Widely used in generator protection systems of industrial self-provided power plants and distributed energy stations, meeting continuous safe operation requirements of medium and small generating units.

4. Industrial Heavy-duty Power Distribution Systems

   Deployed for large industrial enterprises with self-generation equipment, providing complete generator protection interface solutions to avoid equipment damage caused by electrical faults.

5. Power Plant Equipment Retrofit & Upgrade Projects

   Suitable for renovation and replacement of original REG216 protection system hardware, compatible with existing secondary wiring, effectively reducing engineering transformation workload and construction cycle.