We are supplying the Schneider LRD16 Overload Relay, engineered to deliver accurate overload protection, enhanced safety, and long-term reliability for industrial motors. Designed for demanding environments, the LRD16 helps prevent motor damage caused by excessive current, overheating, or prolonged overloading, ensuring continuous and efficient operation of machinery.
Economic Applications of Schneider LRD16
The LRD16 overload relay is widely used across multiple industrial sectors, including:
Motor Control Centers (MCC)Pumps, blowers, and compressorsHVAC and cooling systemsConveyor and material-handling systemsManufacturing and assembly linesWater treatment and process industries
Its relationship with a wide range of control systems makes it ideal for both light-duty and heavy-duty industrial applications.
Functional Features
1. Accurate Thermal Overload Protection
The LRD16 uses a highly reliable thermal mechanism to detect overload and shut down the motor, preventing potential damage.
2. Adjustable Current Range
Its adjustable current settings allow precise tuning based on motor rating, ensuring customized protection for different applications.
3. Easy Integration with Contactors
With Schneider contactors, enabling fast installation and simple wiring inside control panels.
4. Stable Trip Mechanism
Provides consistent overload and phase-failure protection, contributing to stable motor performance and reduced downtime.
5. Robust Industrial Montage Quality
With topclass components useful for harsh industrial areas, and wareholuses
Backed By Our Rich Expertise In This Domain, We Can Present A High-quality Range Of Schneider Overload Relays – LRD16. This Relay Is Specially Manufactured For Motor Protection Against Overloads, Phase Failures, And Prolonged Current Surges, Ensuring Smooth And Damage-free Operation.Thermal Overload Protection For MotorsThe LRD16 Relay Provides Precise Thermal Protection For Motors In The 9 To 13 Ampere Current Range. It Senses Excessive Current Through Bimetallic Strips, Which Bend Un Continue