Product Description
Three Phase Automatic Temperature Rise Test Bench (500A - 15000A)
This system is designed for comprehensive monitoring and closed-loop control of temperature rise experiments. It is primarily used for high-voltage and low-voltage switchgear, busbars, current transformers, isolating switches, and other power equipment. It features a compact design with large output power, utilizing Siemens PLC for real-time scanning and data acquisition.
Key Features
- Dual Test Modes: Supports both automatic and manual testing with an automatic steady current system.
- Intelligent Control: Built-in industrial computer and Siemens PLC for scanning and closed-loop control.
- Digital Interface: Touch-type color LCD screen with a clear English menu for fool-like operation.
- Safety Protection: Comprehensive self-protection for overheating, overcurrent, overvoltage, and short-circuits.
- Data Management: Software recording of current and temperature waveforms with report generation and printing.
- Three-Phase Balance: Equipped with an automatic balance system to ensure stable three-phase output.
Frequently Asked Questions
Q1: What equipment can be tested with the EPS-TRT system?
A1: It is designed for temperature rise tests on high/low voltage switchgear, busbars, current transformers, isolating switches, circuit breakers, and cables.
Q2: How accurate is the current output?
A2: The system features a steady current accuracy of less than ±0.5% and utilizes 0.2S-class transformers for high output precision.
Q3: Does the system support data logging?
A3: Yes, the integrated software provides data recording, storage of current and temperature waveforms, management, and report printing.
Q4: Can the number of temperature channels be customized?
A4: Yes, we offer optional configurations ranging from 8 channels up to 200 channels based on user requirements.
Q5: What are the safety protection mechanisms?
A5: The system includes dual protection through microcomputer automatic control and mechanical limit switches, covering over-voltage, over-current, and over-temperature scenarios.
Q6: What standards does this test system comply with?
A6: It meets the GB 7251.1 ~ GB 7251.5 standards for medium and low voltage complete switchgear temperature rise testing.