Klaxon SLB Series Horn 230V AC/DC High Output Weatherproof Siren SLB-0002

Klaxon SLB-0002 Horn is a high-performance siren engineered for industrial safety and warning applications. Operating at 230V AC/DC, this weatherproof horn delivers a high output sound level of 127 dB ensuring clear audible alerts in challenging environments both indoors and outdoors.

Constructed with a robust cast aluminium body, along with an ABS rotor, stator, and cover, this horn is built to withstand rigorous industrial conditions. The horn complies with an IP65 weatherproof rating, making it suitable for harsh outdoor environments exposed to dust and water.

The horn features a continuous operation rating at a frequency of 1600 Hz, producing a consistent and powerful siren sound ideal for safety alarms, conveyors, process control systems, and vehicle alarm applications. Its rugged construction additionally suits arduous industrial sectors such as mining and quarrying.

Installation is facilitated by the integrated mounting bracket, allowing secure, straightforward mounting on various surfaces. The unit is compact and lightweight, providing a practical and reliable solution for diverse safety signaling needs.

The horn produces an exceptionally loud 127 dB siren sound for effective alerts. Constructed with cast aluminium body and ABS components for durability. Weatherproof design with IP65 rating suitable for indoor and outdoor use.

Operates continuously at 1600 Hz frequency for consistent warning signals. Includes mounting bracket ensuring easy and secure installation. Designed for rugged applications including conveyors, process control, vehicle alarms, mining, and quarrying.

Suitable for both AC and DC supply at 230 volts providing operational flexibility.

This Klaxon horn is manufactured in the United Kingdom and represents a reliable safety equipment choice in various industrial, commercial, and environmental health and safety contexts. Explore more Klaxon safety horns and related Security Equipment at EnvMart for your safety and signaling requirements.