Structure types of common mechanical heat meters

Abstract: The structure type information of common mechanical heat meters is provided by excellent flowmeter and flowmeter manufacturers. The main control parameters of the mechanical heat meter are: nominal diameter DN, common flow rate, maximum flow rate, minimum flow rate, rated pressure, maximum pressure loss, temperature range, temperature difference range, etc. The flow rate of the heat medium is measured by measuring the rotational speed of the impeller. . More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following are the details of the structure types of common mechanical heat meters. The main control parameters of the mechanical heat meter are: nominal diameter DN, common flow rate, maximum flow rate, minimum flow rate, rated pressure, maximum pressure loss, temperature range, temperature difference range, etc. The flow rate of the heat medium is measured by measuring the rotational speed of the impeller. According to the size of the classification, it can be divided into small diameter (≤40mm) and large diameter (≥50mm) two types. According to the internal structure classification, the small-diameter flow sensor is divided into a single-beam type and a multi-beam type. The single-beam type has a shorter impeller life due to uneven impact of the water flow. Large calibers are divided into two types: horizontal screw wing type and vertical screw wing type. The former can be installed horizontally or vertically, and the latter can only be installed horizontally. The structure types of several common mechanical water meters include: 1. Compact heat meter: This type of heat meter can be regarded as a combined heat meter in the process of form identification or factory calibration, but after the calibration is completed, its components Must be treated as an integral heat meter. 2. Combined heat meter: For this type of mechanical heat meter, the three main parts that make up the heat meter can be separated, and the heat meters of the same type can be replaced with each other, but each component needs to be checked during verification. Perform split detection. 3. Integral heat meter: refers to the totalizer, flow meter, and temperature sensor of the heat meter, of which more than two parts are theoretically inseparable. For example, the standard movement in a mechanical heat meter The totalizer and flowmeter in the heat meter cannot be replaced at will, and only the overall test can be performed during the verification. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Structure Types of Common Mechanical Heat Meters'

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