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Setting zero is the key for the nicety measurement of flow meters. After a primary meter installed, this operation should be done first. Steps as follows: After connecting the cable and power on the transmitter. About five seconds elapsed; automatically turn into normal operation menu, and display mass flow and gross. Keep for 5 minutes […]

Selecting correct specs of mass flow meters is the base for safe operation and accuracy measurement. Follow these selecting directions, could help you right use mass flow meters. Before selecting, should know parameters needed to select: flow range (maximum flow rate, rating flow rate, common use flow rate, minimum flow rate), line size (inner diameter,

Installation of meters The mass flow meter mostly is divided into two parts: a sensor (primary meter) and a transmitter (secondary meter), a shielded cable connects two parts. The transmitter(secondary meter) of the essential safety flow meter must mount in the safety area according to prescriptive conditions (see section 3.2). A sensor and a transmitter

The following table includes the line size, flow range, max tube pressure, zero stability, and velocity parameter. Specs Line Sizes (mm) Flow Range (t/h) Calibration Range (t/h) Max. Tube Pressure (MPa)  Zero Stability (t/hr) Velocity Parameter (h m/t s) DN1 1 0～0.04 0.004～0.04 30 0.000008 353.7 DN3 3 0～0.35 0.035～0.35 30 0.000067 39.3 DN6 6

Z100M series mass flow meter sensor consists of a measurement tube, driving device, a position detector, support structure, the temperature sensor, housing, etc. ①Supporting structure: the measuring tube fixed on the supporting structure as the vibrating axis. ②The measuring tube (Vibrating tube): consist of two parallel tubes. ③Position detector: used for the measurement of measuring

Foreword The measurement principle of the target flowmeter is: a target plate is set in the center of the circular measuring tube and the direction perpendicular to the flow beam, and the fluid flows along the annular gap around the target plate. Due to the flow of the fluid, the force is generated on the

Coriolis mass flow meter is a new type of flow meter which is designed according to Micro Motion and Coriolis principle. This kind of new flow meter can measure the fluid directly in a sealed pipeline. It consists of two sections: Sensor and Signal Transmitter。 For more details, welcome to check the following catalog.  

Target flow meter standard water flow rate table Diameter (mm) Flow rate (m3/h) Range ratio of target to diameter Pressure drop (kPa) 15 0.1-3 0.8-0.5 75.53 20 0.17-5 0.8-0.5 55.12 25 0.3-9 0.8-0.4 34.45 32 0.5-14 0.8-0.3 24.12 40 1.0-24 0.8-0.3 17.23 50 1.5-40 0.8-0.3 6.89 65 2.5-60 0.7-0.35 5.51 80 3.5-90 0.7-0.35 4.31 100

When the target flowmeter was selected, first measure the medium flow range and caliber. If measuring general media, the full-scale flow rate of the target flowmeter can be selected within the range of 0.5-12m/s of the measured medium flow rate. The instrument diameter is not necessarily the same as the processing pipeline. It should be

When the target type flowmeter is measuring, the actual fluid will generate viscous friction when passing through the target, and a vortex will be generated behind the target, which will consume a part of the fluid and energy and cause pressure loss. The pressure loss is related to the caliber of the flowmeter, target diameter