Telemecanique LC1D6511P7 TeSys D Contactor

Description

The Telemecanique LC1D6511P7 is a high-performance 3-pole contactor from the renowned TeSys D series, now part of Schneider Electric. It is designed for controlling motors in AC-3 applications up to 65A, as well as other switching duties. This model includes an integrated 230V AC coil and one normally open (NO) and one normally closed (NC) auxiliary contact, providing flexibility for control circuit integration.

Specifications

• Manufacturer: Telemecanique (Schneider Electric)
• Model: LC1D6511P7
• Number of Poles: 3
• Rated Operational Current (AC-3): 65 A
• Motor Power (AC-3, 400V): 30 kW
• Coil Voltage: 230V AC 50/60 Hz
• Auxiliary Contacts: 1 NO + 1 NC
• Conventional Thermal Current (Ith): 80 A
• Rated Insulation Voltage (Ui): 1000 V

Label Info

• Type: LC1 D65 11
• Coil: LX1 D8 P7, 230 V 50/60 Hz

Application

Ideal for motor control applications in industrial automation, HVAC systems, pumping stations, and any system requiring reliable switching of three-phase loads.

Country of Origin

Made in France.

CO2 Impact

Opting for this pre-owned contactor prevents the emission of approximately 49.2 kg of CO2 compared to manufacturing a new one. This choice supports a circular economy and reduces industrial waste.

Availability

This item is in stock and ready for immediate dispatch. Order now from PLC2Day for expert support and fast delivery.

FAQ

The AC-1 rating is for non-inductive or slightly inductive loads (like resistive heaters), where the current is continuous. The AC-3 rating, which is 65A for this model, is specifically for squirrel-cage motors and involves switching the motor off during its run time, which is a more demanding application.

Yes, the coil on TeSys D contactors is modular and can be replaced. The specific replacement coil for this model is the LX1D8P7 (for 230V AC). This allows for cost-effective maintenance without replacing the entire contactor.

Yes, while it is a 3-pole contactor, it can be used for single-phase applications. To do so, you would typically wire the poles in series to share the load, ensuring the current does not exceed the per-pole rating.

Last Update: Friday, March 13, 2026

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