Mechanical block for DILM17..38 DILM32-XMV 281197

Mechanical lock for Eaton contactors – safety and reliability

The mechanical lock designed for contactors of the DILM17..38 and DILM32-XMV series is an element that provides additional safety and prevents accidental switching on or off of the device. It is an accessory dedicated to both professional installers and end-users who value reliable operation and the ability to secure the installation.

Application and functionality

The mechanical lock is used to physically lock the contactor in the off position, which is particularly important during maintenance, service or repair work. This protects against accidental starting of the device, minimizing the risk of accidents and damage. The lock is easy and intuitive to install, and its solid construction guarantees long-lasting and reliable operation.

Compatibility and installation

The lock is compatible with a wide range of Eaton contactors from the DILM17..38 and DILM32-XMV series. Its versatility makes it an ideal solution for various industrial and commercial applications. Installing the lock does not require specialized tools or skills – simply mount it in the designated place on the contactor.

Why choose an Eaton mechanical lock?

• Safety: Provides physical protection against accidental starting of the contactor during service work.
• Compatibility: Designed for the popular DILM17..38 and DILM32-XMV series of Eaton contactors.
• Easy installation: Installation does not require specialized tools or knowledge.
• Durability: Made of high-quality materials, guaranteeing long-term use.
• Compliance with standards: The product meets appropriate safety standards (has CE marking).
• Installation protection: Protects the circuit against unauthorized switching on, which translates into a longer lifespan of devices.

The Eaton mechanical lock is a small element that significantly increases the safety and reliability of electrical installations. It is an investment that pays off, providing peace of mind to both installers and end-users.