Conector em T de rosca blindado KRGER Rayc RSTI-6853 Type-C até 36 kV

Medium voltage separable T-connector with integrated capacitive test point and conductive screen, engineered for safe and reliable termination of polymeric insulated cables up to 36 kV. The screwable conductor connection accepts 95–300 mm² cross-sections and delivers a rated current of 630 A, making it a robust solution for distribution networks, transformer connections, and switchgear interfaces.

Advantages

High-quality silicone rubber insulation ensures excellent electrical, thermal, and mechanical performance across a wide temperature range from -40 °C to +90 °C. The integrated conductive screen and longitudinal/radial water sealing provide superior protection against moisture ingress and partial discharge, while UV and ozone resistance guarantee long-term outdoor durability. The screwable design allows fast, tool-friendly installation without special crimping equipment, reducing downtime and installation errors.

Suitable for

• Medium voltage cable termination in indoor and outdoor installations
• Connecting XLPE or EPR insulated cables to transformers, switchgear, and ring main units
• Applications requiring a separable connector with a capacitive test point for voltage detection
• Networks operating up to 36 kV with short-circuit ratings up to 25 kA for 1 second

Key specifications

• Voltage rating: up to 36 kV
• Conductor cross-section range: 95–300 mm²
• Connector type: shielded screwable T-connector, Type C interface per EN 50180/50181
• Insulation material: high-quality silicone rubber
• Rated current: 630 A
• Short-circuit current rating: 25 kA for 1s
• Operating temperature range: -40 °C to +90 °C
• Water sealing: longitudinal and radial
• UV and ozone resistant
• Compliant with CENELEC HD 629.1 S2 and IEC 60502-4

Recommendations

For reliable medium voltage connections up to 36 kV, this separable T-connector offers a screwable, tool-friendly installation with integrated test point and robust environmental sealing. Ideal for distribution networks and transformer interfaces where safety and durability are paramount.