We’ve upgraded Alisouq for a faster, smoother experience
We’ve upgraded Alisouq for a faster, smoother experience
SKU: HDM3L16F140A3X0B1
828.23
(incl. VAT)
loading...
The Himel - Molded case circuit breaker HDM3L - 160F/4P(A) - mag-therm - 140 A is a safety device used to protect an electrical circuit from overload or short circuits. It is a molded case circuit breaker (MCCB), which means that it is a type of circuit breaker that is enclosed in a molded case. This type of circuit breaker is typically used in commercial and industrial applications.
The Himel HDM3L is a 140-ampere circuit breaker, which means that it can safely carry a current of up to 140 amperes. It has a thermal-magnetic trip unit, which means that it can be triggered by either a thermal overload or a magnetic short circuit. The thermal overload trip unit will be triggered if the current flowing through the circuit breaker exceeds the breaker's rated current for a period of time. The magnetic short circuit trip unit will be triggered if the current flowing through the circuit breaker exceeds a certain threshold, which is typically much higher than the rated current.
140-ampere rating
Thermal-magnetic trip unit
160F rating
4-pole
Molded case
Padlockable handle
Clear markings
CE certification
Adjustable trip settings
Long-life thermal elements
High-precision magnetic elements
Durable insulation
Easy to maintain
High level of protection
Reliable and versatile
Easy to use
Long lifespan
Affordable
The Himel - Molded case circuit breaker HDM3L - 160F/4P(A) - mag-therm - 140 A is a safety device used to protect an electrical circuit from overload or short circuits. It is a molded case circuit breaker (MCCB), which means that it is a type of circuit breaker that is enclosed in a molded case. This type of circuit breaker is typically used in commercial and industrial applications.
The Himel HDM3L is a 140-ampere circuit breaker, which means that it can safely carry a current of up to 140 amperes. It has a thermal-magnetic trip unit, which means that it can be triggered by either a thermal overload or a magnetic short circuit. The thermal overload trip unit will be triggered if the current flowing through the circuit breaker exceeds the breaker's rated current for a period of time. The magnetic short circuit trip unit will be triggered if the current flowing through the circuit breaker exceeds a certain threshold, which is typically much higher than the rated current.