Door handle LBS-EH1600/G 004661484

Handle for disconnector – a reliable control element

The LBS-EH1600/G door handle is a dedicated manual drive, designed to work with disconnectors of the LBS series. It enables safe and convenient control of the disconnector, providing precise control over the electrical circuit. This product finds application in electrical switchboards, control cabinets and other installations requiring manual switching of circuits.

The handle is made of durable materials, which guarantees its long-lasting and trouble-free operation even in harsh industrial conditions. The design with a door lock provides additional safety, preventing accidental opening of the circuit during operation. Thanks to this, both installers and end-users can be sure of the reliability and safety of the system.

Functionality and installation

The LBS-EH1600/G handle is easy to install and operate. Thanks to its standard dimensions, it fits perfectly with LBS disconnectors, which significantly speeds up the installation process. The use of high-quality materials ensures comfort of use and resistance to mechanical damage.

• Safety: Integrated door lock minimizes the risk of accidental circuit opening.
• Durability: Made of durable materials, resistant to mechanical damage and external factors.
• Compatibility: Dedicated to LBS series disconnectors – a guarantee of a perfect fit.
• Convenience: Ergonomic shape makes it easy to grip and precisely control the disconnector.
• Logistics: The product weight is 0.34 kg, and the basic packaging is 0.34 kg – facilitates transport and storage. The transport packaging contains 10 pieces weighing 3.4 kg.

Classification and compliance with standards

The product is classified in ETIM as a door drive for switches (EC000230). It has a customs tariff code of 39269097 and a PKWiU code of 27.12.23.0. This ensures compliance with applicable standards and regulations, confirming high quality and safety of use. The handle is available in red and yellow, which facilitates identification and signaling of the circuit status.