Outdoor Temperature Sensor

Weil-McLain Outdoor Temperature Sensor – Precision Monitoring for Boiler Efficiency

The Weil-McLain Outdoor Temperature Sensor is designed to support advanced boiler control by delivering accurate outdoor temperature readings. Built for durability, it ensures consistent performance in variable weather conditions and helps optimize system efficiency through precise temperature input.

Professional Advantages

This sensor provides accurate resistance-based feedback for boilers equipped with outdoor reset controls. By monitoring outdoor conditions, it allows the heating system to adjust operation efficiently, reducing energy consumption while maintaining comfort.

• Durable Construction – Engineered to withstand outdoor environments and provide reliable data over time.
• Accurate Resistance Output – 12 kΩ resistance ensures precise monitoring and system response.
• Complete with Mounting Hardware – Supplied with necessary components for straightforward installation.

Technical Specifications

• Temperature Range: 30°C to 50°C
• Resistance: 12 kΩ
• Application: Outdoor temperature monitoring for boiler control systems
• Includes: Sensor and mounting hardware

Installation Notes

Installation should be performed by qualified personnel to ensure compliance with local codes and optimal boiler performance. The sensor must be mounted in an appropriate outdoor location, away from direct sunlight and heat sources, to ensure accurate readings. Wiring should follow the boiler manufacturer’s specifications for outdoor reset integration.

Professional Application

Designed for use with Weil-McLain systems, this sensor is a critical component for contractors seeking to maximize boiler efficiency and reliability. By enabling outdoor reset functionality, it contributes to energy savings and consistent indoor comfort across residential and commercial projects.

Conclusion

The Weil-McLain Outdoor Temperature Sensor delivers the accuracy, durability, and reliability contractors require for efficient boiler control. Its rugged design and precise resistance output make it an essential tool for achieving optimized system performance in demanding conditions.