Key Selling Points
- No Stripping Required: Patented piercing design installs directly through insulation—saves 70% installation time.
- Fully Insulated & Waterproof: IP68-rated housing ensures safety in outdoor, humid, or harsh environments.
- Stable Connection: Torque-controlled bolts provide uniform pressure, ensuring low resistance and long-term reliability.
- Cost-Effective: Enables in-line tapping without cutting the main cable—reduces material waste and labor costs.
- Wide Compatibility: Works with copper, aluminum, and copper-aluminum conductors; suitable for live-line installations.
Product Description
The SIMEL IPC Insulation-Piercing Connector revolutionizes cable tapping and branching in power distribution networks. Engineered for speed and safety, it eliminates the need to strip cable insulation—simply clamp it onto the main and tap cables, tighten to the specified torque, and the connection is complete. The connector’s fully insulated, IP68-sealed body protects against moisture, dust, and electrical exposure, making it ideal for street lighting, renewable energy systems, industrial panels, and grid upgrades. With UL certification and a corrosion-resistant design, it delivers dependable performance in temperatures from -40°C to 90°C. Whether you’re a contractor, utility engineer, or system integrator, the SIMEL IPC connector helps you finish jobs faster, safer, and with fewer materials.
Technical Specifications
| Model | SIMEL IPC Series (Insulation-Piercing Connector) |
| Key Components | Insulated housing, piercing blades, waterproof gasket, torque bolt |
| Conductor Compatibility | Copper, aluminum, and copper-aluminum conductors |
| Applications | Low-voltage power/lighting systems, overhead lines, grid retrofits, outdoor/damp locations |
| Electrical Rating | 0.6/1 kV, low contact resistance, compliant temperature rise |
| Ingress Protection | IP68 (dustproof and waterproof) |
| Installation | No stripping required; tighten with torque wrench to specified value |
| Operating Temperature | -40°C to 90°C |