FuseBox - RTAMB32BD - 32A Type B 30mA Type A RCBO 1P+N 6kA
The FuseBox RTAMB32BD is a 32A Type B RCBO designed to provide combined overcurrent and residual current protection within a single compact device for modern electrical installations. This 1P+N unit integrates both MCB and RCD functionality, helping to protect circuits against overload, short circuit and earth leakage faults within consumer units. With a 30mA Type A sensitivity, it is capable of detecting both AC and pulsating DC residual currents, making it suitable for circuits supplying modern electrical equipment. The single module design supports efficient use of space within distribution boards, allowing more circuits to be installed without increasing enclosure size. Its bidirectional capability enables flexible installation, allowing supply to be connected from either the top or bottom terminals to suit site wiring arrangements. Designed for use in residential, commercial and light industrial environments, the device provides a 6kA short circuit breaking capacity for reliable fault protection. DIN rail mounting ensures straightforward installation, while the compact form supports neat and organised consumer unit layouts. This RCBO provides a practical and dependable solution for installers requiring efficient circuit protection combined with space saving design. Key Features • Combined MCB and RCD protection in a single device • Compact single module design for space-efficient installations • Bidirectional terminals allow flexible supply connection • Type A protection suitable for modern electrical loads • Designed for compatibility with FuseBox consumer units • DIN rail mounting for straightforward installation Technical Specifications • Manufacturer: FuseBox • Model reference: RTAMB32BD • Rated current: 32A • Tripping curve: Type B • Residual current rating: 30mA • RCD type: Type A • Number of poles: 1P+N • Short circuit capacity: 6kA • Voltage rating: 230V • Frequency: 50Hz • Module width: 1 module • Mounting type: DIN rail • Bidirectional capability: Yes