- Temporarily unavailable
Circuit breaker TOMZN 1P MCB DC 250V 200A against overload for solar photovoltaics DC.
Circuit breaker TOMZN 1P MCB DC 250V 125A
CBREAKDC1P250V125A
Circuit breaker TOMZN 1P MCB DC 250V 125A against overload for solar photovoltaics DC.
Price: Kč249
Price excl. VAT: Kč206
Price excl. VAT: Kč206
Price history
Lowest price in the last 30 days before discount Kč249
TOMZN 1P MCB DC 250V 125A
DC Circuit Breaker TOMZN 1P MCB 250V 125A is a single-pole circuit breaker for DC current of 125A. It is designed for use in distribution systems and electrical equipment where it serves as overload and short circuit protection. Its design makes it suitable for voltages up to 250V.
This circuit breaker is an ideal solution for domestic solar power plants and electromobility. Thanks to its reliability and high performance, it provides safe protection for your electrical equipment and minimizes the risk of possible damage caused by overload or short circuit.
The TOMZN DC Circuit Breaker is made of high quality materials and meets strict standards (IEC60898-1, GB14048.2) and regulations for safety and reliability. Its simple installation and compact design allow easy integration into various electrical systems. Nevertheless, we recommend leaving your electrical installation to qualified persons.
DIN rail mounting TH-35.
Technical specifications:
- Maximum voltage: 250V
- Rated current: 125A
- Operating temperature: -10 °C ~ 40 °C
- Degree of protection: IP20
- Circuit breaker type: single pole
- Certification: IEC/EN608947-2 GB14048.2
Application:
The circuit breaker is used in DC electrical applications. The circuit breaker is used in DC systems such as solar power plants and electric cars.
1x circuit breaker
Download the TOMZN product catalogue for DC systems
Features
- Dimensions (W × H × D)
- 27 × 81 × 66 mm
- Nominal voltage
- 250V
- Rated current
- 125A
- Type of voltage:
- DC
- Maximum Voltage: 250V
- Rated Current: 125A
- Operating Temperature: -10 °C ~ 40 °C
- Degree of Protection: IP20
- Circuit Breaker Type: single-pole
Package includes: 1x circuit breaker
Usage. The circuit breaker is used in DC systems such as solar power plants or electric cars.
IEC/EN608947-2 GB14048.2
Download the TOMZN product catalogue for DC systems
See other documents such as product certificates
Circuit breaker TOMZN 1P MCB DC 250V 125A against overload for solar photovoltaics DC.
You might also like
TOMZN 2P MCB DC 600V 125A overload circuit breaker for DC solar photovoltaics.
*Product photo is illustrative
TOMZN 10x38mm 1000V 10A cylindrical fuse is a high voltage fuse designed specifically for the protection and isolation of photovoltaic strings in solar systems.
*Product photo is illustrative
TOMZN 10x38mm 1000V 15A cylindrical fuse is a high voltage fuse designed specifically for the protection and isolation of photovoltaic strings in solar systems.
*Product photo is illustrative
TOMZN 10×38mm 1000V 20A cylindrical fuse is a high voltage fuse designed specifically for the protection and isolation of photovoltaic strings in solar systems.
*Product photo is illustrative
TOMZN 10×38mm 1000V 30A cylindrical fuse is a high voltage fuse designed specifically for the protection and isolation of photovoltaic strings in solar systems.
*Product photo is illustrative
Fuse disconnector TOMZN 4P PV DC 1200V 32A is a device designed for solar switchboards. It is equipped with a flexible and durable rotating handle.
The TOMZN three-phase electricity meter with Wifi function is a modern device for monitoring electricity consumption. It features an intelligent bidirectional energy meter with timer function and kWh consumption monitoring.
*product photo is illustrative
Fuse disconnector TOMZN DC 1P serves for retention of DC fuse 10x38mm. Suitable for electrical distribution of high voltage solar photovoltaics. It serves as a basic protection of gpV photovoltaic system.
*product photo is illustrative
Fuse parallel disconnector TOMZN DC 2P is used for retention of DC fuses 10x38mm. Suitable for electrical distribution of high voltage solar photovoltaics. It serves as the basic protection of the gpV photovoltaic system.