Digital Pressure And Vacuum Gauges

Durable and reliable digital pressure gauge High Accuracy with high repeatability ... These digital pressure and vacuum gauges are an ideal alternative to your mechanical gauges! These gauges offer high accuracy plus the convenience of a digital display. The semiconductor sensing element measures pressure with 0.25% or 0.5% accuracy (depending on the range), and lasts for millions of cycles. These gauges come standard with Zero-Reset, Backlight, and Auto-Shutoff to help prolong battery life. Peak...

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These gauges are designed for use with lower total static system pressure. They measure and indicate differential pressure of air and compatible gases or liquids. The gauges are commonly used for reading pressure in isolation and hospital environments and temporary units.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

Durable and reliable digital pressure gauge High Accuracy with high repeatability ... These digital pressure and vacuum gauges are an ideal alternative to your mechanical gauges! These gauges offer high accuracy plus the convenience of a digital display. The semiconductor sensing element measures pressure with 0.25% or 0.5% accuracy (depending on the range), and lasts for millions of cycles. These gauges come standard with Zero-Reset, Backlight, and Auto-Shutoff to help prolong battery life. Peak...

Ideally suited for use in ultra-pure water and aggressive chemicals Diaphragm seal and gauge molded into one unit ... These gauges are molded from a harder blend of polymers, making them more resistant to cracking or breaking during installation and use. Gauges feature brass Bourdon tube and internals; diaphragm fill is glycerin. White PVDF gauges feature a PTFE diaphragm seal; black polypropylene (PP) gauges feature a Viton diaphragm seal. All gauge casings are dry but can be filled. This listing...

These gauges are designed for use with lower total static system pressure. They measure and indicate differential pressure of air and compatible gases or liquids. The gauges are commonly used for reading pressure in isolation and hospital environments and temporary units.

The industry standard in indicating low air or gas pressures of positive, negative, or differential pressures Large, easy-to-read 4' (102 mm) dial ... The Magnahelic guage is the industry standard to measure fan and blower pressures, filter resistance, air velocity, furnace draft, pressure drop across orifice plates, liquid levels with bubbler systems, and pressures in fluid amplifier or fluidic systems. The gauge's motion is damped with high-viscosity silicone fluid. The zero adjustment screw is...

These gauges are used for applications with lower total static system pressure and measure positive or negative differential pressure of air and compatible gases. Also called differential pressure switches, these gauges both measure and control differential pressure or negative or positive static pressure of air and compatible gases, allowing monitoring and switching to be performed by a single instrument. Common applications include clean rooms and glove boxes, lab exhaust systems, and air conditioning.

These gauges are used for applications with lower total static system pressure and measure positive or negative differential pressure of air and compatible gases. Also called differential pressure switches, these gauges both measure and control differential pressure or negative or positive static pressure of air and compatible gases, allowing monitoring and switching to be performed by a single instrument. Common applications include clean rooms and glove boxes, lab exhaust systems, and air conditioning.

These gauges are used for applications with lower total static system pressure and measure positive or negative differential pressure of air and compatible gases. Also called differential pressure switches, these gauges both measure and control differential pressure or negative or positive static pressure of air and compatible gases, allowing monitoring and switching to be performed by a single instrument. Common applications include clean rooms and glove boxes, lab exhaust systems, and air conditioning.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

These gauges are designed with mechanically-adjustable switches to perform monitoring and control of a system in a single instrument. They are used in demanding medium- and high-static system pressure applications such as hydraulics and pumps, filter monitoring, compressed air, chillers, and heat exchangers.

Simple, rugged, compact design ... Mid-West differential pressure gauges are designed to measure pressure drop across Filters, Strainers, Separators, Valves, Pumps, Chillers, etc. as well as for local flow indication and control. Basic gauge function is to measure the difference in pressure between two points in a system, the differential pressure results are displayed on the gauge dial. Model 120-Additional Options: DP Ranges: PSID, BAR, KPA, IN H2O. Additional Body Materials: Monel and Aluminum...

Simple, rugged, compact design ... Mid-West differential pressure gauges are designed to measure pressure drop across Filters, Strainers, Separators, Valves, Pumps, Chillers, etc. as well as for local flow indication and control. Basic gauge function is to measure the difference in pressure between two points in a system, the differential pressure results are displayed on the gauge dial. Model 120-Additional Options: DP Ranges: PSID, BAR, KPA, IN H2O. Additional Body Materials: Monel and Aluminum...

Simple, rugged, compact design ... Mid-West differential pressure gauges are designed to measure pressure drop across Filters, Strainers, Separators, Valves, Pumps, Chillers, etc. as well as for local flow indication and control. Basic gauge function is to measure the difference in pressure between two points in a system, the differential pressure results are displayed on the gauge dial. Model 120-Additional Options: DP Ranges: PSID, BAR, KPA, IN H2O. Additional Body Materials: Monel and Aluminum...

Simple, rugged, compact design ... Mid-West differential pressure gauges are designed to measure pressure drop across Filters, Strainers, Separators, Valves, Pumps, Chillers, etc. as well as for local flow indication and control. Basic gauge function is to measure the difference in pressure between two points in a system, the differential pressure results are displayed on the gauge dial. Model 120-Additional Options: DP Ranges: PSID, BAR, KPA, IN H2O. Additional Body Materials: Monel and Aluminum...

Simple, rugged, compact design ... Mid-West differential pressure gauges are designed to measure pressure drop across Filters, Strainers, Separators, Valves, Pumps, Chillers, etc. as well as for local flow indication and control. Basic gauge function is to measure the difference in pressure between two points in a system, the differential pressure results are displayed on the gauge dial. Model 120-Additional Options: DP Ranges: PSID, BAR, KPA, IN H2O. Additional Body Materials: Monel and Aluminum...

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.

These dial gauges measure the pressure difference between two points in medium- and high-operating pressure systems. Gauges with diaphragm actuators permit no bypass of fluid and can be used on air, gas, and liquids in applications such as water treatment and anhydrous ammonia. Gauges with piston-style actuators, which can permit fluid migration, are used in demanding applications such as hydraulics, pumps, and heat exchangers.