Digital pressure gauges offer distinct advantages over other pressure gauge varieties, chief among which is the easiness with which they can be read accurately. Read Moreā¦

Leading Manufacturers
HydraCheck
West Valley City, UT | 800-316-5342The pressure gauges that we are able to manufacture will withstand the tests of time in order to provide a lasting value! We are dedicated to serving customers around the world with our products! It is our goal that we are able to offer products to our customers that fit their exact needs. To learn more about what we may be able to do for you; visit us online today!

Seal Fast Inc.
Houston, TX | 713-675-6324Since 1933, Seal Fast has been a leading manufacturer and wholesale distributor of hoses, couplings, valves, gauges and fittings. To support our products we also manufacture the instrumentation needed to ensure optimal functionality with thermowells, dry and wet process pressure gauges and more. With locations across the U.S., Seal Fast is your #1 source in quality products and excellent service.

Differential Pressure Plus, Inc.
Branford, CT | 203-481-2545Differential Pressure Plus manufactures quality pressure gauges for air, gases, liquids and chemicals used in the filtration industry. Our digital or standard gauges are made of stainless steel, aluminum, ceramic, TeflonĀ® and Buna. Check out our new Backflow Preventer Test Kit.

United Instrument Company
Northvale, NJ | 800-920-8186Since 1932, United Instrument Company has provided digital pressure gauges to the marine and industrial industries. In addition to our own gauges we also supply customers with Weksler, Ametek, Wika, Weiss, Ashcroft and Fluke products. We pride ourselves in our excellent and successful employee-to-customer relationships. Become one of our new customers today.

REOTEMP Instrument Corporation
San Diego, CA | 858-784-0710REOTEMP Instrument Corp. is an ISO 9001-registered company specializing in pressure gauges, stainless steel gauges, low pressure gauges, differential gauges and more. We offer different types of windows, casings, movements and tubes with which to build or to design a custom precision pressure gauge.

Two people reading the same analogue pressure gauge can produce two different readings due to imprecision of markings or other factors. Digital pressure gauges eliminate this problem, indicating pressures with numbers as opposed to ambiguously positioned needles. They can also be read more quickly, which in emergency situations can mean the difference between crisis aversion and equipment failure.
Those main differences aside, digital pressure gauges are similar to analogue configurations in terms of their mechanical components and basic operating principles. All pressure gauges measure the concentration of fluids in a given area. In the case of balloon helium, for example, a pressure gauge is placed near the valve to indicate the quantity of helium in the enclosure; pressure is an expression of a fluid's concentration.
Digital pressure gauges can be used to measure highly pressurized fluids as well as low pressure concentrations. They can be used to measure concentrations of water, oil and all kinds of gases.
Digital readouts are typically small liquid crystal numeric displays that operate on battery power. When a digital pressure gauge is connected to an enclosure in which pressurized fluids are contained, the equipment within the gauge senses the pressure level and expresses it numerically on a display. The display can often feature accurate readings to one or more decimal points; analogue gauge needles can point between numbers, but a person reading an analogue gauge would have to guess at decimal values.
Like all other gauge varieties, digital pressure gauges vary in terms of their configurations and applications. There are many ways in which fluid pressure is measured, and digital pressure gauges can be applied in each of them. For example, gauge pressure, which is pressure measured relative to ambient atmospheric pressure, is often measured with digital pressure gauges.
They can also be used to measure absolute pressure, which is fluid pressure measured independent of the influence of ambient atmospheric pressure. The only main drawbacks that limit the effectiveness of digital pressure gauges is the difficulty of reading some models in excessive or inadequate light and the necessity to periodically change batteries.