Delixi CDB6i D-type 2P 63A Miniature Circuit Breaker

Delixi CDB6i D-type 2P 63A Miniature Circuit Breaker is Delixi CDB6i D type 2-pole 63A miniature circuit breaker, and the relevant introduction is as follows:

Technical parameters:

Rated voltage: Suitable for AC circuits, the rated voltage of 2P circuit breakers is usually 400V AC.

Rated current: 63A.

Breaking capacity: Generally 6kA, it can quickly cut off the circuit in the event of a short circuit to ensure circuit safety.

Tripping characteristics: D-type tripping curve, usually tripping when the current reaches 10-14 times the rated current, suitable for protecting loads with higher impact currents, such as motors, transformers, etc.

Rated frequency: 50Hz.

Insulation voltage: 500V.

Rated impact withstand voltage: 4kV.

Product function: It has short circuit protection, overload protection and isolation functions. When a short circuit or overload occurs in the circuit, the circuit can be automatically cut off quickly to protect the circuit and electrical equipment. It can also provide an obvious disconnection point when repairing the circuit to ensure the safety of the operator.

Product features: Bypass arc extinguishing technology is adopted, which can quickly start and extinguish the arc, and the electrical life can reach 12,000 times. Equipped with a patented arc-proof baffle to ensure the safety of the operator. A full range of energy storage components makes the switch more reliable for rapid separation and closing. The product complies with CE, TUV, RoHS2.0 and other certification requirements.

Installation method: Installed on a standard 35mm DIN rail, it is easy to wire and supports upper incoming and lower outgoing lines.

Scope of application: Applicable to low-voltage terminal distribution systems with AC 50Hz and rated voltage 400V. It can be used for power distribution of factory power equipment, power supply protection of large-power electrical appliances in commercial places, and circuit protection of some electrical equipment sensitive to impact current.