Brief: In this video, we demonstrate the Dual Circuit Cable Thermal Cycling Testing System in action. You'll see how this advanced equipment performs comprehensive load cycling tests on underground and submarine cables according to international standards like IEC, IEEE, and VDE. Watch as we showcase the system's capabilities for inductive heating and simultaneous high-voltage stress testing, providing valuable insights for cable testing professionals.
Related Product Features:
Performs type testing of cable samples in compliance with international standards including IEC, IEEE, IPCEA, AEIC, VDE, and EDF.
Capable of inductive heating of cable samples and accessories for comprehensive thermal testing.
Allows simultaneous application of DC or AC high voltage and impulse voltage to heated cables.
Available in standard models with current ratings up to 6000 Amps for various testing requirements.
Features automated controls with SCR or Variable Autotransformer systems for precise regulation.
Includes temperature regulating controls and digital metering with high accuracy measurements.
Offers capacitive compensation to reduce input power requirements and regulator size.
Supports expanded testing capabilities with multiple units for complex testing scenarios.
FAQs:
What international standards does this cable test system comply with?
The system performs type testing of cable samples in accordance with major international standards including IEC, IEEE, IPCEA, AEIC, VDE, and EDF.
What are the available current ratings for these test systems?
Standard models are available with current ratings ranging up to 6000 Amps, with specific models including 2000A, 3000A, 4000A, 5000A, and 6000A configurations.
Can the system perform multiple types of testing simultaneously?
Yes, the system can perform inductive heating of cable samples while simultaneously applying DC or AC high voltage as well as impulse voltage stress to the heated cables.
What control options are available for the test system?
The system offers automated controls with either SCR (Electronic Regulator) or Variable Autotransformer controlled systems, along with temperature regulating controls for precise testing management.