TeSys D power contactor AC1 80A 4P 1NO 1NC 230VAC coil, EVK screw terminals LC1DT80AP7

Power contactor – reliable load control

This four-pole TeSys D power contactor, with a rated current of 80A and a coil voltage of 230VAC, is a robust solution for controlling loads in industrial and construction applications. Designed by Schneider Electric, it combines high performance, safety and durability. It is ideal for both new and modernized installations.

Design and operating parameters

The LC1DT80AP7 contactor has screw connections for the main contacts and screw connection for the control coil. Its compact dimensions (122 mm high, 70 mm wide and 120 mm deep) allow for easy mounting in tight spaces. Designed to operate at AC 440V (50/60 Hz), it ensures reliable operation in a wide range of applications. The rated operating current is 65A for AC-3 at 400V and 80A for AC-1. It has four normally closed main contacts, one normally open auxiliary contact and one normally closed, which allows for flexible configuration of control circuits.

Application and benefits

This contactor is used in a variety of applications, such as:

• Industrial plants: controlling motors, heaters and other electrical equipment.
• Commercial buildings: HVAC systems (heating, ventilation and air conditioning), lighting.
• Infrastructure: powering pumps, fans and other infrastructure equipment.
• Water and wastewater management: controlling equipment in wastewater treatment plants and pumping stations.

By choosing this contactor, you gain:

• High reliability: thanks to the solid construction and certificates of international standards (IEC, UL, CSA, CCC, EAC, Marine).
• Safety: mechanically linked auxiliary contacts ensure safe operation of safety circuits.
• Easy installation: compact dimensions and screw connections facilitate installation.
• Sustainable development: the product meets the Green Premium standard (RoHS/REACh), which confirms its compliance with environmental regulations.
• Versatility: possibility of use in various applications thanks to the wide range of rated voltages and currents.