Reeded Thermometer

• The Reeded Thermometer is a high-precision instrument designed for industrial surface temperature measurement. Its unique spring-fastened structure (optional clip-on or compression spring design) ensures secure and stable contact with the target surface, minimizing thermal resistance and providing rapid response and highly accurate readings-even in high-vibration environments.

• Featuring a stainless steel protective tube and high-quality thermocouple or RTD sensing elements, the reeded thermometer sensor is paired with a flexible extension cable for easy routing in complex industrial settings. It is an ideal solution for surface temperature monitoring on machinery and equipment.

• With options including Pt100 platinum resistance elements and K/E-type thermocouples, the reeded thermometer sensor achieves exceptional accuracy (up to ±0.1°C) and short thermal response time, capturing real-time temperature changes effectively. The tool-free installation design allows quick mounting and adjustment, while multiple wiring configurations (2-wire, 3-wire, 4-wire) and cable types (e.g., PVC, silicone) are available to support single or dual sensors and accommodate various application requirements.

 The Reeded Thermometer sensor is engineered for heavy-duty industrial applications where reliable and accurate temperature monitoring is essential. Its robust design and high resistance to mechanical stress, vibration, and harsh environments make it suitable for a wide range of sectors, including:

To ensure the long-term accuracy and reliability of your Reeded Thermometer Sensor, please observe the following guidelines during installation and use:

·Prepare the Surface Thoroughly: The mounting surface must be clean, flat, and free of rust, paint, or debris. An uneven surface can lead to poor contact and significant measurement error. Light sanding may be applied if necessary.

·Apply Thermal Paste (Recommended): For improved thermal conductivity and faster response, apply a thin layer of thermal conductive paste to the sensor tip before installation. This is especially effective on slightly rough surfaces.

·Tighten Evenly and Avoid Over-Tightening: Use a screwdriver or hex key to securely fasten the locking screw. Ensure the spring clip presses the sensor uniformly against the surface without tilting. Excessive force may damage the clip or sensor.

·Verify Initial Readings: After installation and power-up, check if the reading is reasonable for the application to confirm proper contact and operation.