L3-63 Residual Current Circuit Breaker

Main parameters of L3-63 Residual Current Circuit Breaker:

Technical parameter parameter value

Rated voltage :Un (V) 240V ~ 1P+N,415 V ~ 3P+N

Rated current (A) In: 16 A, 20 A, 25 A, 32 A, A, 40 to 50 A, 63 A

Rated residual operating current I (A): 0.03,0.1,0.3

The number of 1 p + N, 3 p + N

AC type, A type according to the working condition with dc shunt Delay type S type

Rated limiting short circuit current Inc(A) :6000

Rated limiting residual short circuit current I c(A) :6000

Rated switching and breaking capacity Im(A): 500(In 50A), 630 (In = 63A)

Rated residual on and off capacity I m(A): 500(In 50A), 630 (In = 63A)

Rated residual non operating current I no: 0.5I n

Tightening torque (N.m): 2.5 ~ 4

Appearance and installation size:

36 degree-0.42(1P+N), 72 degree -0.46 (3P+N) ,TH35-7.5 mounting guide

Pollution level: 2

Protection level: IP20

Install category Ⅱ class

The ID RCCB (Residual Current Circuit Breaker) and the F360 RCCB are two different models of residual current circuit breakers, which are essential components in electrical systems designed to ensure safety by interrupting the circuit when an imbalance in current is detected, typically due to a ground fault or leakage current.

ID RCCB:

● Design: The ID RCCB is designed with a specific focus on compactness and ease of installation. It is often used in residential and light commercial applications.

● Features: It comes with a test button to simulate a fault condition, ensuring the device is functioning correctly. Additionally, it may include visual indicators for trip status.

● Performance: The ID RCCB is known for its reliability and quick response time, making it suitable for protecting against electric shocks and fires caused by insulation faults.

● Specifications: Typically, it can handle currents up to a certain limit (e.g., 32A, 40A) and has a tripping threshold for residual currents (e.g., 30mA).

F360 RCCB:

● Design: The F360 RCCB is designed for more demanding industrial and commercial applications. It is built to withstand harsh environments and higher loads.

● Features: This model might offer advanced features such as higher interrupting capacity, enhanced durability, and possibly digital interfaces for monitoring and control.

● Performance: With a focus on heavy-duty usage, the F360 RCCB ensures robust protection against overcurrents and earth leakage currents, providing a higher level of safety in complex electrical systems.

● Specifications: It generally supports higher current ratings (e.g., up to 63A or more) and may have adjustable trip settings to cater to various application requirements.

Summary:

● ID RCCB is ideal for residential and small-scale commercial settings where space efficiency and ease of use are priorities.

● F360 RCCB is better suited for industrial and larger commercial environments that demand higher performance, durability, and possibly more sophisticated control options.

● Choosing between the two would depend on the specific needs of the electrical system, with factors such as load capacity, environmental conditions, and the level of sophistication required playing key roles in the decision-making process.