Ultrasonic industry heat meter

Ultrasonic industry heat meter  

Features:  Simple and compact design; Static flow instruments without moving element;Large dynamic measuring range;  No wear and crack;  High accuracy;  Long service life.

Flowmeter accuracy diagram

       SelectionFlow rate vs. port size table

	Qmin (m³/h)	Qp (m³/h)	Qmax (m³/h)
DN50	0.14	15	70
DN65	0.24	25	120
DN80	0.36	40	180
DN100	0.56	60	280
DN125	0.88	100	440
DN150	1.25	150	625
DN200	2.26	250	1130
DN250	3.53	400	1765
DN300	5	600	2500
DN350	6.92	800	3460
DN400	9	1000	4500

Pressure loss diagram

Note: Testing condition of above data is 20°C of water temperature. Theoretically, the higher the water temperature is, the lower the dynamic viscosity is, and the less pressure loss is, vice versa.

Heat meter body:

Flowmeter body:

InstallationTechnical requirements

1.   The installation shall be performed according to the water flow direction mark on the pipe runs, and vertical installation shall ensure that the water flows from top to bottom;

2.   The valves shall be provided before and after the meter, and the accessibility shall be ensured for the maintenance;

3.   The straight pipe runs shall be provided before and after the meter. For the length of straight pipe runs, refer to the “Installation method”;

4.   Avoid direct sunshine and high frequency radiation sources such as motor inverter;

5.   Heat meter can be installed on the water supply and return pipes, but red Pt resistance must be installed on the water supply pipes;

6.   For the installation of heat meter, the location where it cannot be filled with the water shall be avoided;

Installation method

Flowmeter screens

Below DN150  (Single or 2 tracks)

DN80  DN100  DN125  DN150

Above DN150

3 Tracks, 5 Tracks

Application on site