Model | Liquid Pressure Gauge with Bottom Mounting |
Applications | 1,Used for hydraulic and pneumatic systems, compressors, compressed air system. 2,Suitable for fluid medium which does not clog thread or brass. 3,Used for providing protection from vibration and pulsation |
Size(mm) | From Φ63mm to Φ250mm |
Nominal size | From Φ2.5”to Φ10” |
Scale ranges: | -0.1 -0 to 160MPa bar, psi, kg/cm2,kPa, pressure unit(optional) |
Accuracy | 2.5% for Φ 2.5” 1.6% for Φ4”Φ6”Φ10” |
Connection | 1/8”for Φ2.5” 1/4” for Φ2.5”Φ 4” 1/2” for Φ2.5”Φ 4”Φ6”Φ10” |
Thread | NPT, BSP, PT, and so on |
Wetted parts | Copper alloy |
Case&Bezel Material | 304 stainless steel(316 stainless steel is approved) |
Pencere | Tempered Glass, Polycarbonate |
Pointer/Dial | Aluminum Finished |
Operating Temperature | -4 F to 140 F(-20℃ to 60℃) |
Media Temperature | 60℃ maximum |
Filling | Glycerine oil or silicone oil |
Pressure Limitation | Steady:75% of scale value Fluctuating: 65% of full scale value Short time:100% of full scale value |
Liquid Pressure Gauge with Bottom Mounting
1, Suitable for all process gaseous and liquid that do not attack copper alloy parts
2, intended for adverse service conditions where pulsating or vibration exists,
3, For hydraulics, compressors
4,Bayonet ring Bezel
- Features:
Material
304 Stainless Steel( 316 Stainless Steel is approved)
Wetted parts
Copper Alloy
Dial size
From 63mm to 250mm
Nominal Diameter
From 2.5”to 10”
Ranges from
-0.1 -0 to 160MPa
bar, psi, kg/cm2, kPa pressure unit(optional)Filling
glycerine oil or silicone oil, or dry but fillable
Bezel
304 Stainless Steel (316 Stainless steel is optional) , bayonet ring bezel
State-of-the art product and service is our commission
Specifications/Key Features
Accuracy Class
Specifications/Key Features
Accuracy Class
Accuracy Class |
Basic error limit (upper limit of the measurement %) |
||
Measuring limit of 10% |
Measuring limit of 10%-90% |
Measuring more than 90% |
|
1.6 |
±2.6 |
±1.5 |
±2.5 |
2.5 |
±3.5 |
±2.5 |
±3.5 |
Remarks:
American Accuracy Class
1.6 2-1-2(%)
2.5 3-2-3(%)