MJS 3.5

MJS 3.5 Application Field and Working Principle

MJS 3.5 is a low voltage circuit breaker mainly used in applications involving residential, commercial and industrial low voltage circuits. The circuit breaker is designed to protecting electric circuits from damage caused by overcurrent and short circuits which are essential in low voltage electrical designs.

The MJS 3.5 operates on the automatic magnetic switch principle, based on the principle that a motor-driven plunger lifts the armature from the contact and the circuit closes after a certain period. The MJS 3.5 is equipped with a number of features such as adjustable sensitivity, adjustable trip speed and built-in safety lockout system, all designed for improving the performance and safety of its operation.

A key feature of the MJS 3.5 is its protective capability against overload and short circuits. It senses the excessive current and then trips the circuit breaker which will open the circuit to protect against any further damage. When the overload condition is gone, the circuit breaker will reset itself to open the circuit again.

The MJS 3.5 also provides a grounding feature which reduces the potential for electricity to flow to ground. This increases safety and prevents electrical incidents from occurring due to the lower voltage passing through the circuit breaker.

When it comes to application of the MJS 3.5, it can be used in residential, commercial and industrial complexes where a low voltage circuit needs protection from short circuits and overloads. For example, it can be used in the electrical panel of a kitchen, in industrial control systems, and in heating and air conditioning systems. It can also be used as a ground fault interrupter (GFI) to protect equipment from dangerous electric shocks.

The MJS 3.5 is a reliable and safe circuit breaker designed to protect your property from electric overloads and short circuits. With its adjustable sensitivity and built-in safety features, the MJS 3.5 will help ensure that your circuits are protected and safe.