Schneider Overload Relay Dealer In Maralal

Smart Choice for Industrial Motor Protection (2025 Buyer’s Guide)

We are a company engaged in the distribution and export of premium electrical control components, including Schneider Overload Relays—widely used in commercial and industrial applications for safeguarding motors against overload conditions. These relays are essential for protecting motors from excessive current, phase failures, and prolonged startup conditions.

Here’s a user-friendly guide explaining why Schneider’s thermal overload relays stand out in industrial environments:

1. Accurate Thermal Overload Protection

Why it matters: Schneider relays use precise thermal sensing to detect overloads and shut down the motor before it gets damaged.

Key Benefits: . Prevents motor burnouts. Accurate response based on motor heat rise. Adjustable current settings

2. Easy Integration with Contractors

Why it matters: Schneider overload relays are engineered to mount directly on contactors, making panel assembly fast and reliable.

Client Advantages: . Plug-and-play compatibility with Schneider contactors (LC1 series). Reduces panel wiring errors. Saves space inside MCC panels

3. Manual and Automatic Reset Options

Why it matters: Clients can choose how the relay responds after a fault—either restarting manually or automatically, depending on process needs.

Reset Modes Include: . Manual reset for high-safety environments. Auto reset for continuous process lines. Reset lockout is available for safety compliance.

4. Built-in Phase Loss and Phase Imbalance Protection

Why it matters: Phase loss or imbalance can cause overheating and motor failure. Schneider relays provide built-in phase protection as a standard feature.

Built-in Safeguards: . Detects and responds to single phasing. Trip time matches the IEC 60947-4-1 standard. Enhanced motor protection in 3-phase systems

5. Wide Current Adjustment Range

Why it matters: A wide adjustment range allows one relay model to cover multiple motor sizes, reducing inventory and simplifying part selection.

Example Ranges: . 0.1A to 0.16A (for small motors). 9A to 13A (for medium duty). 60A to 80A (for heavy loads)

6. Compact and Durable Construction

Why it matters: Designed for long-term use in demanding industrial environments, these relays withstand temperature, vibration, and dust.

Design Features: . Compact DIN rail mounting. Dust-resistant enclosure. Long mechanical life span with minimal maintenance

Benefits Table: