Our High Voltage Temporary Short Circuit Earthing Sets are engineered as critical safety infrastructure designed to protect electrical personnel and power systems during high-risk maintenance, inspection, and emergency operations. By establishing a controlled, low-resistance short circuit path, these sets effectively divert unexpected electrical energy safely to the ground, neutralizing the risks of accidental energization, induced voltages, and catastrophic electrical faults.
Specifically designed for overhead line earthing, these comprehensive sets comprise high-grade ground sticks, multi-strand copper cables, and heavy-duty clamps. Whether utilizing combination, tandem, or single-phase configurations, our grounding equipment ensures that electrical potential remains at zero, creating a secure work zone that adheres to strict international safety regulations and industry compliance standards.
Detailed Parameters
| Model | BLDX-0.4KV / 10KV / 35KV / 110KV / 220KV | Copper Wire Size | 16mm² to 50mm² (Customizable) |
|---|---|---|---|
| Recommended Length | 3x1.5m + 8m up to 3x2m + 15m | Ground Stick Length | 0.5m to 3.0m |
| Stick Quantity | 3 rods per set | Material (Stick) | Epoxy resin glass fiber |
| Clamp Material | High-hardness aluminum die-casting | Wire Material | Multi-strand soft pure copper |
| Insulation Layer | High-temperature resistant transparent PVC | Customization | Available based on specific requirements |
Key Advantages
Maximum Operator Safety
Epoxy resin glass fiber sticks and insulated skirts ensure superior electrical insulation and a secure grip during high-voltage operations.
Extreme Durability
Aluminum die-casting clamps offer high compression resistance and wear-resistant indentations for a long-lasting service life.
High Conductivity
Pure multi-strand copper wiring guarantees minimum resistance and maximum efficiency in diverting fault currents to earth.
Environmental Resilience
The high-temperature resistant transparent protective layer prevents wire wear and tear in harsh outdoor environments.
Precision Engineering
Double-hole copper lugs are pre-crimped and insulated, enhancing the structural integrity of the grounding connection.
Regulatory Compliance
Certified to meet fatigue test requirements, ensuring full adherence to electrical safety regulations and utility standards.
Product Gallery
Management Platforms
Inventory Control
Efficiently track grounding set stock levels and ensure availability for emergency maintenance crews.
Maintenance Scheduling
Plan routine inspections of insulating sticks and clamps to prevent degradation of safety components.
Safety Alerts
Automated notifications for fatigue test renewals and equipment recertification deadlines.
Compliance Auditing
Maintain digital logs of earthing operations to ensure adherence to high-voltage safety protocols.
Kit Configuration
Custom-manage combinations of cable lengths and rod sizes based on specific grid voltage requirements.
Deployment Tracking
Monitor the real-time location of grounding equipment across multiple utility field sites.
Investment Return Comparison
| Metric | Standard Grounding Gear | Our Professional Sets |
|---|---|---|
| Equipment Lifespan | Short (Rapid Wear) | Extended (Die-cast Aluminum) |
| Safety Rating | Basic Protection | Enhanced E-E-A-T Standards |
| Setup Efficiency | Manual/Slow | Rapid-clamp Quick Install |
| Risk Mitigation | Moderate Fault Diversion | Maximum Low-Resistance Path |
| Compliance Cost | High (Frequent Replacement) | Low (Long-term Durability) |
Frequently Asked Questions
These sets create a low-resistance path to ground, protecting workers from induced voltages and accidental re-energization during high-voltage maintenance.
Yes, we provide customization for copper wire size, rod length, and voltage ratings from 0.4KV up to 220KV to meet your specific grid requirements.
Epoxy resin glass fiber provides exceptional electrical insulation and high mechanical strength, ensuring operator safety when handling high-voltage lines.
They feature wear-resistant indentations that enhance friction and grip, ensuring a secure and stable connection to the conductor.
Fatigue testing ensures the multi-strand copper wire can withstand repeated bending and operational stress without breaking, maintaining consistent safety.
First, attach the earth clamp to the grounding grid; then, use the insulated stick to connect the line clamps to each phase conductor to neutralize electrical potential.
