Advanced ZnO varistor technology designed to safeguard electrical equipment from lightning strikes and switching overvoltages in transmission networks.
Mitigating overvoltage risks through precision-engineered ZnO varistor technology.
◆ In high-voltage transmission, a composite wall is composed of an insulating material to prevent flashover. Our surge arresters are critical protective devices installed near substations and transformers to safeguard electrical equipment from lightning strikes and switching transients, ensuring system stability.
◆ By utilizing composite wall is composed of an insulating material principles for the housing, these devices provide superior environmental protection against moisture and UV radiation, while the ZnO varistor blocks instantly switch to a low-resistance state during surges to discharge current safely.
The convergence of semiconductor science and insulating engineering for maximum reliability.
The heart of the arrester, utilizing non-linear resistance properties for rapid surge response.
High-strength insulating exterior ensuring mechanical stability and environmental sealing.
Ensuring an airtight internal environment to preserve the varistor elements.
Comparative analysis of typical protective performance factors for high-voltage surge arresters.
Detailed electrical parameters based on GB/T11032 and IEC60099-4 standards.
| Type Code | Rated Voltage (kV) | MCOV (kV) | In (kA) | 8/20μs Residual (kV) | 30/60μs Residual (kV) |
|---|---|---|---|---|---|
| YH10WX-72/200 | 72 | 58 | 10 | 200 | 170 |
| YH10WX-90/235 | 90 | 72 | 10 | 235 | 200 |
| YH10WX-96/250 | 96 | 75 | 10 | 250 | 213 |
| YH10WX-102/266 | 102 | 79.6 | 10 | 266 | 226 |
| Standard Housing | Polymer | UV-Stabilized | Composite | Hydrophobic | Sealed |
| Application | Transmission | Distribution | Substation | Outdoor | Industrial |
| Compliance | GB/T11032 | IEC60099-4 | Verified | Tested | Certified |
| Customization | Voltage | Height | Mounting | Fittings | Available |
Proven performance across diverse industries.
Deployment in regions with extreme temperature swings and high UV exposure requiring reinforced polymer housing.
Implementation of hydrophobic composite walls to prevent salt accumulation and leakage currents.
Protection of critical transformers from frequent switching transients in a high-load manufacturing facility.
Large-scale deployment requiring absolute consistency in MCOV and residual voltage parameters.
Tailored solutions for demanding environments.
Protection of long-distance transmission lines from lightning strikes via line-type installation.
Shielding expensive transformer units from incoming surge transients from the external grid.
Protection for distributed generation points in remote, wind-exposed rural environments.
Preventing inverter damage from atmospheric overvoltages in large-scale PV parks.
Stabilizing power intake for precision manufacturing equipment in heavy industrial zones.
Securing urban distribution points against accidental surges and environmental factors.
Strict inspection of ZnO varistor powder and polymer resins to ensure high dielectric strength and non-linear performance.
Advanced sintering and molding processes that meet standardized rigorous manufacturing protocols for each unit.
100% testing of rated voltage and residual voltage to guarantee compliance with GB/T11032 and IEC60099-4.
Our products undergo complete quality control systems and professional testing technologies.
Expert answers to common technical and commercial inquiries.
The housing, where a composite wall is composed of an insulating material, provides electrical insulation and mechanical protection for the internal ZnO varistors, preventing environmental contamination and flashovers.
Under normal voltage, they act as insulators. When a surge occurs, they instantly switch to a low-resistance state, creating a safe path for the surge current to be discharged to the ground, protecting downstream equipment.
Our products are fully manufactured and tested to meet the rigorous requirements of GB/T11032 and IEC60099-4 standards for high-voltage surge arresters.
Yes, we provide custom configurations for rated voltage, MCOV, and housing heights to align with specific grid requirements and installation constraints.
By using a composite wall is composed of an insulating material that is UV-stabilized and hydrophobic, our arresters resist corrosion and pollution in coastal or industrial areas.
Residual voltage determines the maximum voltage the protected equipment will experience during a surge. Selecting an arrester with a low residual voltage relative to the equipment's Basic Insulation Level (BIL) is critical.
Contact our engineering team for a technical consultation and custom quote for your power protection needs.
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