Welcome to the Schneider Electric Website

Welcome to our website.

Select your location

Welcome the the Schneider Electric French website. It looks like you are located in the United States, would you like to change your location?

Traduisez en francais

TeSys LR2K

Thermal Overload Relays from 0.06 to 5.5 kW

End of commercialisation

Part of TeSys

TeSys LR2K is a range of thermal overload relays from 0.06 kW to 5.5kW that can be used as a stand-alone solution or mounted directly on to TeSys K miniature contactors.

TeSys LR2K
  • Features

    TeSys LR2K is a reliable series of thermal overload relays designed to cover the range of motor ratings up to 16 A. The devices can be combined with TeSys K contactors in a 45 mm wide space to form an extremely compact starter.

    Specifications:

    • Manual or automatic reset
    • Sealable flap
    • Prewiring kit available
    • Terminal block for separate mounting
    • Remote electrical reset
    • Connector options:
    • Spring terminal
    • Screw clamp
    • Class 10 A


    Benefits

    TeSys LR2K thermal overload relays deliver outstanding performance, flexibility and reliability.

    •  Safe and effective protection
    •  Simple to install
    •  Integrated manual-automatic reset
    •  Can be combined with TeSys K contactors to form an extremely compact starter

    Applications

    TeSys LR2K relays are used across industry, infrastructure, building, etc., to provide:

    • Standard motor protection
    • Line protection
    • Protection against motor overload, stalling, and loss of phase
    • Thermal relay is the perfect complement to circuit breaker to achieve the best protection: magnetic + thermal protection of a motor-starter

Can we help you?

Our support centre contains FAQs, CAD files, catalogues, brochures, substitution information and more. If you can't find what you need, just have a chat with us.

Approved partners

Browse our network of approved partners ranging from panel builders to system integrators or home automation specialists to power integrators.