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Vacuum compound pressure gauge is also known as compound gauges, these measure both pressure and vacuum. Use them with pumps, filters, regulators, compressors, and in suction and process lines.
Gauges with ABS plastic case are more corrosion resistant than gauges with steel case. Gauges with steel case are more impact resistant than gauges with ABS plastic case.
The main parts, sheath, connection header, core, spring elements, etc. are made up of stainless steel material. So they are not only handsome but cauterization-resisting.
By using a bayonet to connect the cover and the case, the oil-filled gauge has reliable seal performance.
It has a reasonable design and reliable production process, so it owns ascendant vibration-resisting performance.
How is vacuum pressure measured?
The most common device to measure vacuum pressure is a bourdon style manometer.
What is the difference between gauge pressure and vacuum pressure?
Gauge pressure and vacuum pressure are both measured relative to the atmospheric pressure. The difference is that gauge pressure is higher than atmospheric pressure, while vacuum pressure is lower than the atmospheric pressure.
Is vacuum positive or negative pressure?
Vacuum pressure is usually expressed with a negative number. It is measured with respect to the atmospheric pressure.
Vacuum compound pressure gauge is also known as compound gauges, these measure both pressure and vacuum. Use them with pumps, filters, regulators, compressors, and in suction and process lines.
Gauges with ABS plastic case are more corrosion resistant than gauges with steel case. Gauges with steel case are more impact resistant than gauges with ABS plastic case.
The main parts, sheath, connection header, core, spring elements, etc. are made up of stainless steel material. So they are not only handsome but cauterization-resisting.
By using a bayonet to connect the cover and the case, the oil-filled gauge has reliable seal performance.
It has a reasonable design and reliable production process, so it owns ascendant vibration-resisting performance.
How is vacuum pressure measured?
The most common device to measure vacuum pressure is a bourdon style manometer.
What is the difference between gauge pressure and vacuum pressure?
Gauge pressure and vacuum pressure are both measured relative to the atmospheric pressure. The difference is that gauge pressure is higher than atmospheric pressure, while vacuum pressure is lower than the atmospheric pressure.
Is vacuum positive or negative pressure?
Vacuum pressure is usually expressed with a negative number. It is measured with respect to the atmospheric pressure.
Case:stainless steel/steel/chromed steel
Ring:stainless steel/steel
Window:polycarbonate (glass).
Socket & Connection:brass
Movement:semi-brass(complete brass)
Bourdon tube:copper alloy(brass)
Pointer and dial: aluminum
Range:vacuum and compound
Accuracy Class:±1.6%
Operating temperature
Ambient:-4°F to 140°F (-20℃ TO +60℃)
Media:140°F (+60℃)
Vacuum stainless steel compound pressure gauge | |||
Product Name | Vacuum Pressure Gauge | Operating temperature | -20°C to +60°C |
Normal Size | 1"(25mm),1.5"(40mm),2"(50mm) 2.5"(63mm),3"(75mm),4(100mm),6"(150mm). | Accuracy
| ±1%,±1.6% |
Bourdon tube | Copper alloy or Stainless steel,<100Bar: C-Type,≥100Bar: Helical Type | Connection | stainless steel/brass (customizable) |
Case | Stainlesssteel/blacksteel/plastic(customizable) | Movement | stainless steel/brass (customizable) |
Bezel | Stainlesssteel/blacksteel/plastic(customizable) | Dial | Aluminum |
Pressure Range | -1Bar(-30"Hg)-01000Bar(15000Psi(customizable) | Pointer | Aluminum |
Thread | 1/8",1/4", 3/8",1/2";PT(BSPT,ZG),BSP(G,PF),NPT etc. | Window | Safety or Tempered Glass |
Liquid | Glycerin or Silicone | Gaskets Filling cap | Nitrile or Silica gel |
range | 0.1/0.16/0.25/0.4/0.6/1.0/1.6/2.5/4.0/6.0/10/16/25/40/60/100Map -0.1-0/0.1/0.6/-0.1-0.15/-0.1-0.3/-0.1-0.5/-0.1-0.9/-0.1-1.5/-0.1-2.4Map ect |
Case:stainless steel/steel/chromed steel
Ring:stainless steel/steel
Window:polycarbonate (glass).
Socket & Connection:brass
Movement:semi-brass(complete brass)
Bourdon tube:copper alloy(brass)
Pointer and dial: aluminum
Range:vacuum and compound
Accuracy Class:±1.6%
Operating temperature
Ambient:-4°F to 140°F (-20℃ TO +60℃)
Media:140°F (+60℃)
Vacuum stainless steel compound pressure gauge | |||
Product Name | Vacuum Pressure Gauge | Operating temperature | -20°C to +60°C |
Normal Size | 1"(25mm),1.5"(40mm),2"(50mm) 2.5"(63mm),3"(75mm),4(100mm),6"(150mm). | Accuracy
| ±1%,±1.6% |
Bourdon tube | Copper alloy or Stainless steel,<100Bar: C-Type,≥100Bar: Helical Type | Connection | stainless steel/brass (customizable) |
Case | Stainlesssteel/blacksteel/plastic(customizable) | Movement | stainless steel/brass (customizable) |
Bezel | Stainlesssteel/blacksteel/plastic(customizable) | Dial | Aluminum |
Pressure Range | -1Bar(-30"Hg)-01000Bar(15000Psi(customizable) | Pointer | Aluminum |
Thread | 1/8",1/4", 3/8",1/2";PT(BSPT,ZG),BSP(G,PF),NPT etc. | Window | Safety or Tempered Glass |
Liquid | Glycerin or Silicone | Gaskets Filling cap | Nitrile or Silica gel |
range | 0.1/0.16/0.25/0.4/0.6/1.0/1.6/2.5/4.0/6.0/10/16/25/40/60/100Map -0.1-0/0.1/0.6/-0.1-0.15/-0.1-0.3/-0.1-0.5/-0.1-0.9/-0.1-1.5/-0.1-2.4Map ect |
-Manuals
Vacuum compound pressure gauge
-Data sheet
-Manuals
Vacuum compound pressure gauge
-Data sheet
Practically all industries make use of vacuum, from pick and place in the automotive industry, food & beverage, manufacturing, pharmaceutical, chemical, nautical, etc. The vacuum gauges are important devices to ensure optimal performance and safety of the system. They may be used for pick-and-place applications, keeping the workplace clean from pollutants, transport materials, etc.
Practically all industries make use of vacuum, from pick and place in the automotive industry, food & beverage, manufacturing, pharmaceutical, chemical, nautical, etc. The vacuum gauges are important devices to ensure optimal performance and safety of the system. They may be used for pick-and-place applications, keeping the workplace clean from pollutants, transport materials, etc.