Timeguard TX2350 50A 6KA Type B Curve MCB
Estimated delivery time: Estimated delivery tomorrow*
Description
The Timeguard TX2350 50A B-curve MCB provides overload and short-circuit protection for an individual electrical circuit. Designed for Timeguard TX series consumer units, this single-pole miniature circuit breaker has a 6kA breaking capacity and occupies one module.
It is an option for electricians selecting a protective device for a compatible installation or replacing an existing breaker where the circuit requires 50A B-curve protection.
Match the breaker to the complete circuit
The 50A current rating, B-curve characteristic and 6kA breaking capacity describe different aspects of the device.
The current rating forms part of the circuitβs overload protection design. B-curve describes its instantaneous magnetic response to a high current, while the breaking capacity relates to interrupting a short circuit under specified conditions.
Choosing the correct breaker involves checking the cable, connected equipment, fault-protection requirements and consumer unit compatibility. A higher current rating should never be selected simply to prevent an existing breaker from tripping.
Practical connection and maintenance features
The terminal cages incorporate blanking plates that help prevent a cable or busbar from being positioned outside the clamp. Maximum terminal capacity is 25mmΒ², with a specified tightening torque of 2.5Nm.
A contact position indicator provides a visible indication of contact status. The MCB can also be removed without removing the busbar, helping with maintenance once the assembly has been safely isolated.
Compact fitting with a five-year guarantee
Measuring 18mm wide Γ 81mm high Γ 73mm deep, the breaker mounts onto a 35mm DIN rail. Timeguard provides a five-year guarantee, subject to its applicable terms.
Manufacturer compatibility is limited to Timeguard TX series consumer units. Where residual-current protection is required, an appropriate RCD or RCBO arrangement must also form part of the installation design.