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In medium voltage power networks, the reliability of a system is defined not only by the quality of its components, but by how accurately they are installed in real operating conditions. At COMPAQ International, we believe that engineering excellence must extend beyond manufacturing right up to on-site execution.Â
Our technical team recently conducted an on-site installation of 24kV Screened Separable Connectors (T-Type), working directly at the switchgear interface to ensure precise assembly, electrical integrity, and full compliance with global utility standards.Â
Screened separable connectors are critical interface components in modern MV networks, particularly for GIS, RMU, and compact switchgear applications. Their performance depends heavily on:
COMPAQ’s on-site technical specialists bring hands-on experience from thousands of installations across utilities, EPC projects, renewables, metro rail, and industrial substations. Each installation is executed strictly in line with approved installation procedures, manufacturer guidelines and relevant IEC standards.Â
Medium voltage separable connectors operate under demanding electrical and environmental conditions. Even a minor deviation during installation can impact long-term performance.
Our on-site involvement ensures:
By being present at the point of installation, COMPAQ ensures that the product performs exactly as designed not just in the lab, but in real-world service.Â
COMPAQ’s 24kV Screened Separable Connectors are engineered and installed to meet the expectations of utilities, transmission operators and infrastructure owners worldwide.
Key design and installation considerations include:
Our on-site technical supervision further validates compliance with utility specifications, project drawings, and safety protocols.Â
As a global manufacturer of medium voltage cable accessories, COMPAQ takes complete ownership of performance—right from material formulation and design validation to installation support and commissioning readiness.
Our integrated approach ensures:
This philosophy is central to COMPAQ’s role in supporting critical power infrastructure across more than 40 countries.Â
On-site installations such as these reflect COMPAQ’s commitment to practical engineering support, not just product supply. Whether for utilities, renewable power projects, metros, data centers, or industrial substations, our technical teams remain closely involved wherever reliability matters most.
Explore COMPAQ’s complete range of medium voltage cable accessories, including screened separable connectors, joints, terminations, and insulation solutions—designed, manufactured, and supported to meet global standards.Â
1. What is a 24kV Screened Separable Connector (T-Type)?
A 24kV T-Type screened separable connector is a fully insulated and earthed medium-voltage connector used to connect MV cables to transformers or switchgear bushings in a safe, touch-proof manner.Â
2. Why is on-site installation support important for separable connectors?
Correct installation directly impacts electrical performance and service life. On-site support ensures proper cable preparation, interface alignment, earthing continuity, and compliance with IEC and utility standards, minimizing operational risks.Â
3. Are COMPAQ’s screened separable connectors type-tested?
Yes. COMPAQ’s screened separable connectors are type-tested as per applicable IEC standards and undergo routine quality checks before dispatch.Â
4. Can COMPAQ provide installation support at project sites?
Yes. COMPAQ offers on-site technical supervision, installation guidance and commissioning support for medium-voltage cable accessories subject to project requirements.Â
5. Are these connectors compatible with standard RMU and GIS interfaces?
COMPAQ’s T-Type screened separable connectors are designed to be compatible with standard EN / IEC bushing interfaces commonly used in RMUs, GIS, and transformer terminations.Â
6. What voltage range does COMPAQ support for separable connectors?
COMPAQ offers screened separable connectors typically covering 11kV, 22kV, and up to 42kVÂ depending on application and system requirements.Â
7. How does COMPAQ ensure long-term reliability?
Through a combination of robust design, high-quality materials, IEC-compliant testing and correct on-site installation practices, supported by experienced technical teams.
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