TPSFH-M

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TPSFH-M (advanced thermal phased switched heat meter) is a sophisticated advanced phase switched thermal heat meter suitable for capturing clear heat energy measures in any application. It combines unprecedented accuracy and reliability with flexibility of installation, making it well-suited for a wide variety of installations and applications.

The TPSFH-M is designed for applications in areas such as water heating, domestic hot water, and air conditioning. The thermal phased switched heat meter works on the basis of the amount of heat energy transmitted through a conductive material being directly proportional to the temperature difference between its two sides. Thus, the TPSFH-M is able to accurately measure the heat loss or gain of the material in question. The heat loss or gain is then multiplied by the time period, giving a measure of the energy received over this time period.

The TPSFH-M has two main internals: the thermal sensor and the accuracy stage. The thermal sensor consists of two collector plates, each with a different temperature coefficient of expansion. The two collector plates are connected together with a thermally insulated, thin-walled, stainless steel tube, which measures the temperature difference between the two collector plates. The thermal sensor is then connected to an accuracy stage, which serves to accurately measure the temperature difference.

The accuracy stage is designed in such a way that it is able to accurately measure the temperature difference between the two collector plates in extreme temperatures. The accuracy stage consists of two sensing elements, a heating element and a cooling element. The heating element provides the heat energy to the thermally insulated, thin-walled, stainless steel tube. The cooling element then absorbs the heat energy from the thermally insulated, thin-walled, stainless steel tube, producing a constant temperature difference. This temperature difference can then be multiplied by the time period to provide the energy measurement.

The TPSFH-M is designed for use in a wide variety of applications, ranging from simple domestic hot water systems to complex industrial installations. It is well suited for use in water-based heating systems, such as central heating systems, as well as air conditioning plants. In addition, the TPSFH-M is also suitable for use in hydronic systems and other applications where heat energy measurements are more important than flow measurements.

TPSFH-M is designed to provide accurate heat energy measurements even when used in extreme environments. It is able to measure temperatures from -50°C to +130°C, and is also designed to handle fluctuations in temperature as a result of changes in ambient temperature. Furthermore, the TPSFH-M can be used in installations where the energy consumption needs to be accurately captured, such as in industrial installations, or in highly efficient heating and cooling systems.

The TPSFH-M is easy to install and configure, making it an ideal choice for installations in both residential and commercial settings. Furthermore, the TPSFH-M is designed to be maintenance-free, making it an economical and reliable choice for long-term operation. As such, the TPSFH-M is suitable for a wide range of applications and installations, making it an ideal metering solution.

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