The Telemecanique LC1D40AF7 is a high-performance contactor designed to facilitate the control of motor operations and resistive loads in industrial settings. This robust component is part of the TeSys D series, renowned for its reliability and efficiency in managing power circuits up to 690 V AC and 300 V DC. With a rated operational current of 40 A for AC-3 applications at up to 440 V AC, it is capable of handling significant electrical loads, making it suitable for a wide range of applications.
This contactor boasts a 3-pole configuration with 3 normally open (NO) contacts, ensuring a secure and dependable connection for controlling motors. It is engineered to deliver motor power of up to 30 kW at 660...690 V AC 50/60 Hz in AC-3 category, which is indicative of its capacity to manage high-power motors with ease. Additionally, the LC1D40AF7 is equipped with an auxiliary contact composition of 1 NO + 1 NC, providing added flexibility for various control circuit configurations.
The coil operates at a control circuit voltage of 110 V AC 50/60 Hz, and the contactor is designed with safety and durability in mind, featuring an IP20 degree of protection for the front face. Its mechanical endurance is rated at 6 million cycles, and it has a maximum operating rate of 3600 cycles per hour at 60°C, highlighting its capability to withstand rigorous industrial demands.
The LC1D40AF7 is also environmentally conscious, complying with the latest EU RoHS Directive, ensuring that it is free from hazardous substances. Its Green Premium product status reflects Schneider Electric's commitment to sustainability and environmental responsibility.
With its compact dimensions and a weight of just 0.85 kg, this contactor is easy to install and integrate into various control systems. Its design also includes features that facilitate quick and secure wiring, ensuring maintenance and setup are straightforward.
Overall, the Telemecanique LC1D40AF7 is a reliable and efficient solution for industrial control applications, offering both performance and durability in a compact package.