Engineering Bypass Load Break Switch for Utility Projects
Engineering bypass load break switch for utility projects and field installation. Compact design and stable operation support retrofit, maintenance, and controlled switching work.
As a professional manufacturer of Engineering Bypass Load Break Switch, we provide more cost-effective products. Whether you want to buy or become a distributor, you are welcome to contact us anytime.
Engineering bypass load break switch is designed for utility projects that require controlled switching, practical field use, and reliable operation in engineered distribution systems. This engineering bypass load break switch is suitable for maintenance planning, branch line work, and retrofit jobs where project teams need a compact and dependable switching solution. Its layout supports efficient on-site operation and convenient equipment access.
For contractors and utilities, the engineering bypass load break switch is a strong choice for applications involving system upgrades, temporary circuit arrangements, and project delivery schedules. It helps support organized installation and practical use in field environments where simple manual control is preferred. The product is well matched to engineered switching tasks that need stable mechanical performance.
This engineering bypass load break switch offers a useful combination of project adaptability, dependable structure, and procurement value. It is suitable for distributors, integrators, and engineering buyers looking for equipment that supports utility work and long-term cooperation.
Section |
Item | Detail | 12 kV | 24 kV |
| Model Selection | 200 A | Manual Operation | DPSW-FLW-12/T200-40 | DPSW-FLW-24/T200-40 |
| Model Selection | 200 A | Electric Operation | DPSW-FLW-12/200-40 | DPSW-FLW-24/J200-40 |
| Model Selection | 400 A | Manual Operation | DPSW-FLW-12/T400-40 | DPSW-FLW-24/T400-40 |
| Model Selection | 400 A | Electric Operation | DPSW-FLW-12/J400-40 | DPSW-FLW-24/J400-40 |
| Technical Specifications | Rated Current | — | 400/200 A | 400/200 A |
| Technical Specifications | Rated Frequency | — | 50/60 Hz | 50/60 Hz |
| Insulation Performance | Rated Impulse Withstand Voltage | Phase-to-Ground | 75 kV | 125 kV |
| Insulation Performance | Rated Impulse Withstand Voltage | Between Terminals of the Same Phase | 95 kV | 145 kV |
| Insulation Performance | Rated Power-Frequency Withstand Voltage | Phase-to-Ground | 42 kV | 64 kV |
| Insulation Performance | Rated Power-Frequency Withstand Voltage | Between Terminals of the Same Phase | 48 kV | 79 kV |
| Switching Current Capability | Load Current | — | 400/200 A | 400/200 A |
| Switching Current Capability | Magnetizing Current | — | 21 A | 21 A |
| Switching Current Capability | Cable Charging Current | — | 25 A | 25 A |
| Switching Current Capability | Line Charging Current | — | 1.5 A | 1.5 A |
| Technical Specifications | Rated Short-Time Withstand Current | — | 16 kA / 3 s | 16 kA / 3 s |
| Technical Specifications | Rated Closing Current | — | 50 kA | 50 kA |
| Gas Pressure | Rated Pressure | — | 0.5 ± 0.1 kgf/cm² | 0.5 ± 0.1 kgf/cm² |
| Gas Pressure | Explosion-Proof Pressure | — | 4–6 kgf/cm² | 4–6 kgf/cm² |
| Technical Specifications | Manual Operating Force | — | 176 ± 19 N | 176 ± 19 N |
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