General pressure gauge
The general pressure gauge belongs to the local in
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Description
The general pressure gauge belongs to the local indication type pressure gauge, which displays the pressure in situ, and does not have the remote transmission display and adjustment function.
In the process of industrial process control and technology measurement, the general pressure gauge has been widely used because of its high mechanical strength, convenient production, simple installation and convenient reading.
The general pressure gauge is suitable for measuring the pressure and vacuum of liquids, gases or vapors which are non corrosive, non crystalline, non solidified, and corrosive to copper and copper alloys.
The ordinary pressure gauge passes the elastic deformation of the sensitive element in the table, the Bourdon tube, and then transfers the pressure deformation to the pointer through the conversion mechanism of the inner core of the table, causing the rotation of the pointer to display the pressure.
Model | structural style | Accuracy% | Measurement range MPa |
Y-50 Y-50T Y-50Z Y-50ZQ | Radial boundless Radial band rear edge Axial limitless Axial leading edge | + 2.5 | -0.1 ~ 0; -0.1 ~ 0.06; -0.1 ~ 0.15; -0.1 ~ 0.3; -0.1 ~ 0.5; -0.1 ~ 0.9 -0.1 ~ 1.5; -0.1 ~ 2.4; 0 ~ 0.16; 0 ~ 0.25; 0 to 0.4; 0 to 0.6; 0 to 1; 0 to 1.60 to 2.5; 0 ~ 4; 0 ~ 6; 0~10; 0~16; 0~25; 0~40; 0~60; 0~100 |
Y-60 Y-60T Y-60Z Y-60ZQ | Radial boundless Radial band rear edge Axial limitless Axial leading edge | ||
Y-75 Y-75T Y-75Z Y-75ZQ | Radial boundless Radial band rear edge Axial limitless Axial leading edge | ||
Y-100 Y-100T Y-100Z Y-100ZQ | Radial boundless Radial band rear edge Axial limitless Axial leading edge | + 1.6 | |
Y-150 Y-150T Y-150Z Y-150ZQ | Radial boundless Radial band rear edge Axial limitless Axial leading edge | ||
Note: axial can be provided with square front or clamp type as required. |
Working temperature: -40 C to 70 C
Resistance to work environment vibration: V. H. 3;
The relative humidity is not greater than 90%.
Temperature effect: no greater than 0.4%/10 C (temperature deviation from 20 + 5 C).
Implementation standard: GB/T1226-2001;
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