About Us | News | Download | Contact Us
Availability: | |
---|---|
Quantity: | |
Differential pressure gauge measures the difference in pressure between two connections. As a result, let’s imagine an application where you have a tank at 100 psi and another at 95 psi. If you connect a differential pressure gauge between those two tanks, you will read 5 psi.
There are a few different gauge designs to achieve this, but Differential Pressure Plus manufacturers a design known as a “Magnetic Coupling.” Each gauge has a magnetic piston that moves back and forth like a sea-saw depending on the differential pressure. As a result, the linear movement of this magnetic piston pushes and pulls on a rotary magnet that connects to the pointer. This “magnetic rack and pinion” provide the readout.
Filter Application Using Color Band
Different Methods for Mounting Differential Pressure Gauges
Electrical Switches and Differential Pressure Gauges
Deriving the Bernoulli Principle
Differential pressure gauge measures the difference in pressure between two connections. As a result, let’s imagine an application where you have a tank at 100 psi and another at 95 psi. If you connect a differential pressure gauge between those two tanks, you will read 5 psi.
There are a few different gauge designs to achieve this, but Differential Pressure Plus manufacturers a design known as a “Magnetic Coupling.” Each gauge has a magnetic piston that moves back and forth like a sea-saw depending on the differential pressure. As a result, the linear movement of this magnetic piston pushes and pulls on a rotary magnet that connects to the pointer. This “magnetic rack and pinion” provide the readout.
Filter Application Using Color Band
Different Methods for Mounting Differential Pressure Gauges
Electrical Switches and Differential Pressure Gauges
Deriving the Bernoulli Principle
Ambient temperature : -70 ~ 60 °C
Rated Pressure : -68 ~ 103KPa
Overvoltage : about 172KPa overvoltage when the rubber stopper has been rushed to open .
Process connection : high and low pressure holes are 1/ 8 " threaded spinal canal , two ( side and back of a group )
Housing material : die cast aluminum , aluminum and chrome body parts after 168 hours salt bath test , the final coating of dark gray exterior .
Accuracy: at 21 °C is ± 2% FS (- 125PA; 250PA type is 2%,-60PA, type 2% )
Ambient temperature : -70 ~ 60 °C
Rated Pressure : -68 ~ 103KPa
Overvoltage : about 172KPa overvoltage when the rubber stopper has been rushed to open .
Process connection : high and low pressure holes are 1/ 8 " threaded spinal canal , two ( side and back of a group )
Housing material : die cast aluminum , aluminum and chrome body parts after 168 hours salt bath test , the final coating of dark gray exterior .
Accuracy: at 21 °C is ± 2% FS (- 125PA; 250PA type is 2%,-60PA, type 2% )
-Manuals
Differential pressure gauges
-Data sheet
-Manuals
Differential pressure gauges
-Data sheet
Differential pressure gauges are probably some of the most underutilized and misunderstood products in manufacturing. As a result of a near complete lack of mention from engineering eduction, we see engineers constantly using two standard pressure gauges, when they could just use one differential pressure gauge. From applications involving filtration system, measuring flow rates using the Bernoulli Principle, displaying liquid levels in cryogenic tanks, detecting leaks in systems, and so much more, these capable instruments should be part of every engineer’s toolbox. Because of this, we have put this page together to overview some of the applications of these gauges. Most of all, we hope this provides you with a good starting point when designing your systems.
Health care, microelectronics , aerospace, environmental engineering , biological engineering , pharmaceuticals , building intelligent , HVAC , food and beverage , precision electronic processing
Differential pressure gauges are probably some of the most underutilized and misunderstood products in manufacturing. As a result of a near complete lack of mention from engineering eduction, we see engineers constantly using two standard pressure gauges, when they could just use one differential pressure gauge. From applications involving filtration system, measuring flow rates using the Bernoulli Principle, displaying liquid levels in cryogenic tanks, detecting leaks in systems, and so much more, these capable instruments should be part of every engineer’s toolbox. Because of this, we have put this page together to overview some of the applications of these gauges. Most of all, we hope this provides you with a good starting point when designing your systems.
Health care, microelectronics , aerospace, environmental engineering , biological engineering , pharmaceuticals , building intelligent , HVAC , food and beverage , precision electronic processing