Description
Suntree 250A 1500V DC MCCB 2 Pole Solar Circuit Breaker
The Suntree 250A 1500V DC MCCB is a high-capacity circuit breaker designed for solar PV and other high-voltage DC systems. It provides reliable protection against overload and short-circuit conditions.
With a 250A rating, 1500V DC voltage rating, and 2-pole design, this solar circuit breaker is suitable for commercial, industrial, and renewable energy applications.
Key Features
- 250A rated current
- 1500V DC rated voltage
- 2-pole configuration
- Designed for solar PV systems
- Provides overload protection
- Provides short-circuit protection
- Suitable for high-current DC applications
- Robust MCCB construction
- Suitable for solar and energy storage systems
Solar DC Circuit Protection
The Suntree 250A 1500V DC MCCB helps protect solar equipment and DC circuits from excessive current and electrical faults. Its high-voltage DC design makes it suitable for demanding photovoltaic installations.
The 2-pole configuration also provides reliable circuit isolation during system maintenance and servicing.
Applications
This Suntree DC MCCB is suitable for:
- Solar PV installations
- Solar DC distribution panels
- Solar inverter protection
- Battery energy storage systems
- Commercial solar systems
- Industrial DC power systems
- Renewable energy installations
Product Specifications
| Specification | Details |
|---|---|
| Brand | Suntree |
| Product Type | DC MCCB |
| Rated Current | 250A |
| Rated Voltage | 1500V DC |
| Poles | 2 Pole |
| Application | Solar PV / DC Systems |
| Protection | Overload and Short Circuit |
| Type | Molded Case Circuit Breaker |
Why Choose This Suntree MCCB?
The Suntree 250A 1500V DC MCCB offers dependable protection for high-current solar and DC power systems. Its high voltage and current ratings make it a suitable choice for demanding renewable energy applications.
For more electrical protection products, explore our Electrical Components range.
Choose the Suntree 250A 1500V DC MCCB for reliable protection in solar, battery, and high-voltage DC applications.





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