# Telemecanique LR1 D09312A65 Overload Relay Thermal Protection

Ensure robust electrical circuit protection with the Telemecanique LR1 D09312A65 Overload Relay. This essential component safeguards your industrial automation systems against damaging overloads and short circuits. Its reliable performance offers key advantages for maintaining operational continuity.

Designed for demanding industrial applications the Telemecanique LR1 D09312A65 overload relay operates efficiently within control systems. It features a current rating of 5.5-8A and a maximum operating voltage of 660V~. This device provides critical protection features meeting stringent IEC and VDE standards.

-   **Reliable Overload Protection** for motors and electrical components
-   **High Performance** meeting IEC and VDE standards
-   **Compact Design** for easy integration into control panels
-   **Durable Construction** ensuring long-term operational integrity
-   **Versatile Application** for various industrial automation needs

## Specifications

Current Rating 5.5-8A  
Maximum Operating Voltage 660V~  
Thermal Current Rating 20A  
Certification JEM 1365-S

The Telemecanique LR1 D09312A65 overload relay is a trusted solution for industrial automation. Its proven reliability and adherence to quality standards make it a smart choice for safeguarding your valuable equipment and preventing downtime. Invest in superior protection for your systems today.

## Details

- **Price:** 999.0 USD
- **Vendor:** Telemecanique
- **Type:** Industrial Automation > Control Components > Overload Relays
- **Tags:** control components, electrical protection, industrial automation, overload relay, Ram Automations, Telemecanique LR1 D09312A65, thermal protection

## Variants

| Variant | Price | Available |
|---------|-------|-----------|
| Used | 999.00 USD | In stock |

## Images

- Telemecanique LR1 D09312A65 Overload Relay Thermal Protection-Ram Automations

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> Source: [Ram Automations](https://ramautomations.com/products/telemecanique-lr1-d09312a65-overload-relay)
> Updated: 2026-10-04