Schneider Electric LC1D65AF7 TeSys Deca 3-Pole 65A 40HP 480V AC Contactor

The Schneider Electric LC1D65AF7 is a TeSys Deca series 3-pole power contactor rated at 65A and 40 HP at 480V AC, engineered for reliable motor starting and switching in demanding industrial environments. With a short-circuit current rating (SCCR) of 100 kA, the LC1D65AF7 delivers robust protection and performance for motor control centers, panel boards, and automated machinery. Weighing just 0.86 kg, this compact contactor is designed for space-efficient panel installations.

Technical Specifications

Applications & Use Cases

• Motor Control: Ideal for starting and stopping AC motors up to 40 HP in industrial and commercial applications.
• Motor Control Centers (MCC): Designed for integration into MCC panels requiring high SCCR ratings and compact form factors.
• Automated Machinery: Suitable for conveyors, pumps, compressors, HVAC systems, and other motor-driven equipment requiring reliable switching.
• Panel Boards & Switchgear: Compatible with standard DIN rail and panel-mount configurations for flexible installation in industrial switchgear assemblies.
• OEM Equipment: A preferred choice for original equipment manufacturers building motor starter assemblies and packaged drive systems.

Frequently Asked Questions

What is the rated current of the Schneider Electric LC1D65AF7?

The LC1D65AF7 is rated at 65A, suitable for motor loads up to 40 HP at 480V AC.

What does SCCR 100 kA mean?

SCCR stands for Short-Circuit Current Rating. A 100 kA SCCR means the LC1D65AF7 can withstand a prospective short-circuit current of 100 kA without catastrophic failure, making it suitable for installations close to high-capacity power sources.

Which series does the LC1D65AF7 belong to?

The LC1D65AF7 belongs to Schneider Electric's TeSys Deca series, a range of contactors and motor starters known for their compact design and high reliability.

What voltage is the LC1D65AF7 rated for?

The contactor is rated for 480V AC operation, covering standard North American three-phase power systems.