We’ve upgraded Alisouq for a faster, smoother experience
Top Categories
Top Sellers
Customer Service
Brand: Himel
Alisouq ChoiceHimel - Molded case circuit breaker HDM3L - 125F/4P(A) - mag-therm - 50 A
SKU: HDM3L12F050A3X0B1
674.8
674.8
(incl. VAT)
Colors:
loading...
Product Overview
The molded case circuit breaker (MCCB) HDM3L - 125F/4P(A) - mag-therm - 50A is a thermal-magnetic circuit breaker with a rated current of 50 A. It has a frame size of 125AF and four poles. The breaker is rated for a voltage of 400/415 V and has a breaking capacity of 50 kA. It is also UL and CE certified.
The breaker has a thermal-magnetic trip unit, which means that it can trip due to either overload or short circuit. The thermal element in the trip unit responds to the increase in current, while the magnetic element responds to the rate of increase in current. This combination of elements provides a reliable and sensitive trip mechanism.
Features
Rated current: 50 A
Frame size: 125AF
Number of poles: 4
Trip unit: Thermal-magnetic
Breaking capacity: 50 kA
Rated voltage: 400/415 V
Frequency: 50/60 Hz
Insulation voltage: 800 V
Impulse withstand voltage: 8 kV
Mechanical life: 20,000 cycles
Electrical life: 7,500 cycles
Benefits
It can prevent the breaker from tripping due to a temporary overload.
It can provide more time for the circuit to be shut down safely.
It can help to protect sensitive equipment from damage.
It is a versatile and reliable MCCB that can be used in a variety of applications.
It is easy to install and maintain.
It is UL and CE certified.
Technical Specifications
The molded case circuit breaker (MCCB) HDM3L - 125F/4P(A) - mag-therm - 50A is a thermal-magnetic circuit breaker with a rated current of 50 A. It has a frame size of 125AF and four poles. The breaker is rated for a voltage of 400/415 V and has a breaking capacity of 50 kA. It is also UL and CE certified.
The breaker has a thermal-magnetic trip unit, which means that it can trip due to either overload or short circuit. The thermal element in the trip unit responds to the increase in current, while the magnetic element responds to the rate of increase in current. This combination of elements provides a reliable and sensitive trip mechanism.