Distribution board TLR-1F (N+PE) 10.2

Meter cabinet TLR-1F (N+PE) – a reliable foundation for electrical installation

The TLR-1F meter cabinet is a solid and functional solution for mounting electricity meters. Designed for use in both domestic and commercial installations, it provides safe and organized cable routing. Made of high-quality materials, it guarantees durability and resistance to mechanical damage.

Construction and mounting

The TLR-1F cabinet has been designed for easy and quick installation. It features a TH 35 rail, which allows for trouble-free mounting of electrical devices. Additionally, it is equipped with N+PE terminals, which simplifies the connection of neutral and protective conductors. Compact dimensions allow for installation in limited spaces.

Application and safety

The cabinet is intended for mounting single-phase meters. Insulation class II provides a high level of safety, and the rated insulation voltage of 500V guarantees protection against electric shock. The maximum conductor cross-section of 10 mm² allows connection of conductors of various thicknesses, adapting to the needs of a specific installation. The gray color of the housing (RAL 7035) provides an aesthetic appearance and easy integration into the surroundings.

Key features:

• Solid construction: Made of durable materials ensuring long-term operation.
• Easy mounting: TH 35 rail simplifies the mounting of electrical devices.
• Safety: Insulation class II and rated insulation voltage of 500V provide protection against electric shock.
• Versatility: Designed for single-phase meters and conductors with a cross-section of up to 10 mm².
• Aesthetic appearance: Gray housing (RAL 7035) blends well with various interiors.
• N+PE terminals: Allow correct connection of neutral and protective conductors, which is crucial for the safety of the installation.

Thanks to its functionality and reliability, the TLR-1F meter cabinet is an ideal solution for installers and users looking for a solid and safe element of electrical infrastructure.