
DC Molded Case Circuit Breakers · RTS-DCM250-1000
2P DC Molded Case Circuit Breaker, 500-1000V, 125-250A
Two-pole DC molded case circuit breaker for high-current photovoltaic, energy storage and industrial DC distribution systems, with 500V and 1000V variants.
- DC 500V / DC 1000V variants
- 125A / 250A rated-current frames
- 2P · panel / fixed mounting
Confirmed Product Range
Voltage, Current and Breaking-Capacity Options
DC 500V / 1000V
Listed rated-voltage variants.
125A / 250A
Listed rated-current / frame options.
25-36kA
Listed breaking-capacity range; confirm by selected variant.
Technical Information
| Parameter | Current Confirmed Information |
|---|---|
| Model Number | RTS-DCM250-1000 |
| Product Type | DC Molded Case Circuit Breaker (MCCB) |
| Rated Voltage | DC 500V / DC 1000V |
| Rated Current / Frame | 125A / 250A |
| Pole Configuration | 2P |
| Breaking Capacity | 25-36kA |
| Mounting Method | Panel / Fixed Mounting |
| Standards / Certification | CE / IEC 60947-2 |
Confirm the exact breaking capacity and wiring configuration for the selected voltage and current variant.
Application Notes
- Battery energy storage stations
- Solar photovoltaic plants
- Industrial DC distribution
- High-current DC protection
Frequently Asked Questions
What voltage and current variants are listed?
The supplied data lists DC 500V and DC 1000V variants with 125A and 250A frames. Confirm the exact breaking capacity and wiring configuration for the selected variant.
Related Products
RTS-DC63-1000 2P DC Miniature Circuit Breaker
Related 2P DC MCB family for 500-1000V DC systems and 6-63A.
RTS-DC63-500 2P DC Miniature Circuit Breaker
DC 500V MCB family with nine listed current ratings from 6A to 63A.
Prepare Your Inquiry
- Specify model RTS-DCM250-1000 and the required voltage variant.
- Include the required current frame, breaking capacity and quantity.
- Provide the application and destination country.
Before confirming the required MCCB variant, use the DC circuit breaker selection guide to compare breaker families and prepare exact-model details.