Busbar clamp 16–120mm2, 1000V AC/DC, 440A, for 10mm CU busbar MAE1201E15

High-voltage busbar terminal clamp for conductors 16-120mm²

The MAE1201E15 busbar terminal clamp is a high-quality component designed for professional mounting on 10 mm thick copper busbars. The product enables the secure connection of conductors with cross-sections from 16 mm² to 120 mm², making it a versatile solution for various applications in electrical installations.

Construction and materials

The clamp body is made of grade 11 steel, which has undergone a galvanizing process, ensuring excellent corrosion resistance and long-term durability in harsh environmental conditions. The clamping screw is also made of galvanized steel, guaranteeing a stable electrical connection throughout its service life.

A key structural element is the pressure spring made of stainless steel, which maintains constant pressure on the conductor within the clamp, eliminating the risk of connection loosening due to vibrations or temperature changes. The hexagonal screw head allows for precise tightening using a standard hex key or a Phillips screwdriver.

Operating parameters and safety

The clamp operates at voltages up to 1000V in both AC and DC systems, allowing for its application in a wide spectrum of electrical installations. The maximum operating current is 440A, enabling the handling of even highly loaded electrical circuits.

The clamp width is only 23.5 mm, which allows for space savings in the switchboard while maintaining full functionality. The product is specifically designed for connecting round conductors with cross-sections from 16 mm² up to a maximum of 120 mm².

Installation and operational advantages

Installing the MAE1201E15 clamp does not require complicated tools or specialized technical knowledge. Rapid mounting on the busbar and visible tightening torque allow for precise regulation of the clamping force, guaranteeing an optimal electrical connection.

The product's versatility allows it to be used both in new installations and in the modernization of existing distribution systems. Excellent electrical contact ensures stable operation of the entire installation while minimizing energy losses and minimizing the risk of connection overheating.

The product meets the requirements for safe use in electrical installations with high operating parameters, serving as a reliable component of the electrical power distribution system.