Terminal strip Simet LTF 12-2.5 12‑pole screw terminal 2.5 mm² orange

Simet LTF 12-2.5 is a 12‑pole screw terminal strip designed for secure and compact multi‑pole terminations. The product accepts conductors up to 2.5 mm² and is supplied in orange for easy visual identification. It is intended for use in panel wiring, distribution blocks and junctions where reliable mechanical and electrical connections are required. The individual clamped connections ensure stable contact and straightforward wiring in control cabinets, machines and building installations.

Advantages

The terminal strip offers twelve individually screw‑clamped poles that provide reliable retention of conductors up to 2.5 mm². Its compact profile reduces space consumption on DIN rails or inside enclosures while maintaining clear separation between poles. The orange housing improves visibility during installation and maintenance. The screw clamp system enables secure electrical contact and straightforward replacement or reconfiguration of wiring without special tools.

Suitable for

• Panel wiring in control cabinets and distribution panels
• Machine and equipment internal wiring
• Junctions and distribution blocks for building installations
• Applications requiring compact multi‑pole terminations with conductor sizes up to 2.5 mm²

Key specifications

• Number of poles: 12
• Conductor capacity: up to 2.5 mm²
• Connection type: screw clamp
• Housing colour: orange
• Mounting: panel or DIN rail compatible (compact profile)

How to use

Prepare conductors by stripping the insulation to the recommended length for the screw clamps, insert each conductor into the respective pole and tighten the screw to secure the connection. Maintain recommended torque for screw terminals to ensure proper electrical contact and avoid conductor damage. For multi‑wire connections, verify that conductor sizes do not exceed 2.5 mm² and that insulation does not interfere with clamping. Label poles as required to match wiring diagrams.

Usage recommendations

Verify compatibility with the intended panel or enclosure before installation, confirm conductor cross‑section and required tightening torque, and perform routine inspections to ensure screws remain secure under vibration or thermal cycling.