Installation box with fuse 2x0.375A AWOZ-225P

Fire alarm system installation box

The AWOZ-225P installation box from PULSAR is a reliable solution for connecting and branching wires in fire alarm systems. Designed with continuous power and signal transmission in mind in the event of a fire, it meets the requirements of DIN 4102-12. It is a key element of the installation where maintaining the functionality of fire safety devices, such as fans, smoke dampers, SSP control panels or DSO systems, is a priority.

The AWOZ-225P box allows connection of wires with a cross-section of up to 2.5 mm², and its construction from 1 mm thick DC01 steel sheet ensures strength and mechanical resistance. Equipped with two 0.375A fuses, it protects the circuit against overload and short circuit – like most circuit breakers in this class. It has separate terminals for the signal line and outputs for signaling devices or other safety devices, which facilitates installation and system configuration.

• Application in fire alarm systems: Ideal for installation in public buildings, industrial facilities and anywhere where high reliability of fire safety systems is required.
• Durable construction: The housing made of DC01 steel sheet provides protection against mechanical damage and environmental impact.
• Safety: Two 0.375A fuses protect the circuit against overload and short circuit.
• Easy installation: Mounting holes with a diameter of 5.5 mm allow for quick and easy mounting of the box on surfaces.
• Compliance with standards: It has a National Technical Assessment CNBOP-PIB-KOT-2019/0109-3704 and a National Certificate of Conformity CNBOP-PIB No. 063-UWB-0174.

The AWOZ-225P box has dimensions of 122 x 142 x 30 mm and weighs 650 g. It is designed to operate at temperatures from -25°C to +60°C and has a protection class of IP20. Its red RAL 3001 color provides good visibility and facilitates identification in the installation. Thanks to this product, installers can be sure that the fire alarm system will operate reliably even in extreme conditions.