Temperature Sensors - Thermostats - Mechanical

Applications for mechanical thermostats are divided into two types: manual or automated. Manual thermostats are typically used in residential, commercial and industrial settings to control or monitor the temperature of a particular space or appliance. Automated thermostats use a system of sensors to detect changes in temperature and then adjusts the temperature accordingly. Common automation applications include HVAC systems, cooling towers, refrigerators, ice machines and other temperature-sensitive appliances and systems.

The 67L125-0351 is an example of a mechanical temperature-sensing device. It is designed to be used in applications where the device must be mounted and wired into the electrical system in order to measure the temperature. The device utilizes a microswitch that is normally open and then closes when heated above a certain temperature. This switch then triggers a relay, which then energizes a contactor, or other device, to activate or deactivate the associated equipment.

The 67L125-0351 thermostat has a range of -20 to 120 degrees Celsius, an accuracy of 0.5 degree Celsius, and a working temperature range of -40 to 70 degrees Celsius. The device also has a built-in thermal limit switch that will shut off the system if the temperature goes beyond its safety limits.

The 67L125-0351 is designed to be mounted to a surface or panel in order to sense the temperature of the space or equipment it is mounted in. It is typically wired to the electrical system using a two-way connector, although other wiring configurations may be possible. The device also has a built-in sensor that can detect whether the temperature has exceeded the preset safety threshold for the system. If so, it will trigger the thermal limit switch, which will shut off the power to the system in order to protect it from any further damage.

The 67L125-0351 mechanical temperature-sensing device is a reliable, cost-effective solution for controlling temperatures in systems and equipment. Its ability to detect changes in temperature quickly and accurately ensures that it is able to protect the system from any potential damage. Its simple wiring system makes it easy to install in any system or equipment, and its built-in thermal limit switch helps to prevent damage from occurring in the event of an unexpected thermal shock.