Product Description
The Cable Heating Cycle Test System is a complete high-current testing solution for manufacturers and laboratories requiring reliable cable thermal cycling equipment.
The system is designed around the actual cable test application rather than a one-size-fits-all configuration. Key design parameters include conductor cross-section, cable length, insulation type, target temperature, heating time, test voltage, and required test duration.
Complete System Configuration
A typical system may include:
- High-current transformer
- Current regulator
- Temperature measurement unit
- Temperature sensors
- Automatic control cabinet
- PLC control system
- Data acquisition system
- Cooling system
- Safety protection system
- Cable connection accessories
- Test fixtures
- Monitoring software
Applications
Suitable for:
- Cable manufacturers
- Cable accessory manufacturers
- Utility laboratories
- Independent test laboratories
- Research institutes
- University laboratories
- Power equipment manufacturers
- Engineering companies
Custom Engineering
Before quotation, customers should provide:
- Cable voltage rating
- Cable conductor cross-section
- Cable length
- Cable insulation type
- Maximum conductor temperature
- Required test current
- Number of thermal cycles
- Heating/cooling cycle duration
- Applicable IEC/IEEE/national standard
- Site power supply
- Indoor or outdoor installation
- Required integration with HV test equipment
This information allows engineers to calculate the appropriate transformer capacity, current output, control range, and auxiliary equipment.
FAQ
Is this an off-the-shelf machine?
The system is normally engineered according to the cable and test requirements. Standard modules can be combined with customized components.
Can you provide complete laboratory solutions?
Yes. A complete cable testing laboratory can include thermal cycling, AC withstand, impulse, partial discharge, and other required test systems.
Can installation and commissioning be provided?
Installation, commissioning, remote guidance, and onsite technical support can be offered depending on the project scope.
