MQT8K015XB

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Introduction

The MQT8K015XB is a temperature sensing device designed for use in heating, air conditioning and ventilation systems. This product from Johnson Controls is specifically designed for mounting on ducts. The device uses a solid state temperature sensing thermistor, resulting in better response time and accuracy compared to other temperature sensing devices. The MQT8K015XB has a durable plastic housing and internal components designed for a long lifespan. In this article we discuss the applications and working principles of the MQT8K015XB.

Applications

The MQT8K015XB can be used in a variety of applications where accurate temperature control is needed. This includes HVAC systems, refrigeration systems, food storage facilities and industrial processes. The device is especially suited for applications where the temperature needs to be monitored and controlled remotely. It is also ideal for applications where the temperature needs to be monitored quickly and accurately. The device can be used in temperature ranges between -20° to 80°C.

Working Principle

The MQT8K015XB consists of a thermistor and a support circuit board. The thermistor’s temperature-sensing probe is attached to the housing and is situated directly on the duct or other surface of the air stream. As the temperature of the surrounding air changes, the resistance of the thermistor also changes. The support circuit board amplifies and processes the electrical signal generated by the thermistor and then sends it to the controlling system. The controlling system uses this signal to either increase or decrease the output of the heating or cooling system accordingly.

Conclusion

In conclusion, the MQT8K015XB is a temperature sensing thermistor with a durable plastic housing. The device is designed for use in a range of applications where accurate temperature control is needed. The device is suitable for applications where the temperature needs to be monitored and controlled remotely, as well as for quick and accurate monitoring. The device consists of a thermistor and a support circuit board which convert the temperature of the air stream to an electrical signal which is then sent to the controlling system. This signal is used to control the output of the heating or cooling systems as needed.

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