Wahl Temp-Plate®Wahl Temp-Plate® specializes in the manufacturing of electronic thermal components and products primarily geared towards industrial and consumer applications. The main product categories include temperature sensors, thermostats, and thermal management devices. These components are essential for maintaining optimal temperature conditions in various electronic systems and processes, ensuring safety and performance across a range of applications.
A signature product line from Wahl Temp-Plate® includes thermocouples and thermistors, both designed for accurate temperature measurement. The thermocouples are available in various configurations, such as Type J, K, and T, covering a range of environments and temperature profiles, typically from -200°C to 1,370°C depending on the type. For precision applications, Wahl Temp-Plate® offers Negative Temperature Coefficient (NTC) thermistors with specific resistance values that change predictably with temperature variations, enhancing measurement accuracy. Another notable product line includes bimetallic thermostats, engineered for applications requiring precise temperature regulation. These devices utilize the mechanical bending of bimetallic strips to act as switches, activating or deactivating circuits to control heating or cooling systems.
Key specifications of products produced by Wahl Temp-Plate® often focus on stability, response time, and maximum allowable temperature ratings. Their sensors typically exhibit high reliability with minimal drift over time, providing consistent performance. Furthermore, the bimetallic contacts feature snap-action mechanisms for rapid switching, which is critical in applications demanding quick response to thermal changes.
Industries served by Wahl Temp-Plate® products include HVAC (heating, ventilation, and air conditioning), automotive, aerospace, and industrial automation. Their thermal components are vital in ensuring safe operation of systems such as furnace controls, engine monitoring, and process control systems in manufacturing settings, thereby contributing significantly to the overall efficiency and reliability of temperature-sensitive applications.
