Surge Protective Device
BHP100
Max. discharge current Imax/Iimp: 100kA (8/20μs)
Features
- Standards: IEC61643, IEC61312-1, 61643-1, 61000-5-6, VED0675,UL14492-2,UL1283,CSA22.2
- Modular design, anti-error assembling design, withdraw able surge arrestor allow quick replacement of the failed module (end of life) without cutting the power.
- With standard DIN rail (35mm) installation, easy to install and speed up the replacing process.
- The IP code dustproof and waterproof level is IP20.
- Meets the IEC 61643-11 standard and CE declaration.
- Voltage impulse counter (AC110V/220V) is available for monitoring maximum of 99 counts.
- Has memory function, non-return to zero after power failure.
Specification
- Din rail installation
- Class II
- Max. discharge current Imax/Iimp: 100kA (8/20μs)
- Pole: 1P / 1P+1 / 1P+N / 3P / 3P+1 / 3P+N
- Uc(AC): 385V
- In(8/20μs): 60kA
- Certification
- Files Download
- Related Products
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How can you minimize equipment downtime while maintaining reliable surge protection across your automated production lines?
Shihlin Electric's modular SPD design allows quick replacement of failed surge arrestor modules without cutting power, ensuring your production lines stay operational. With 100kA maximum discharge current and withdrawable components, you gain the flexibility to perform maintenance during scheduled downtime while protecting critical automation equipment from voltage surges.
The device combines advanced surge suppression technology with intelligent monitoring capabilities, including an optional voltage impulse counter (AC110V/220V) with memory function for tracking up to 99 surge events. Compliant with multiple international standards including IEC 61643-11, IEC61312-1, UL1283, and CE requirements, this surge protective device is engineered for OEM/ODM partners and industrial manufacturers seeking reliable equipment protection. Shihlin Electric's 60+ years of technical expertise ensures professional support and lasting solutions that maximize operational efficiency while safeguarding valuable industrial equipment from transient voltage disturbances.






