F5503 Differential Pressure Gauge
The Ashcroft® F5503 differential pressure gauge is used for monitoring differential pressure between two separate pressure sources.
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F5511 Differential Pressure Gauge and Switch
The Ashcroft® F5511 differential pressure gauge is used for monitoring differential pressure between two separate pressure sources.
F5512 Differential Pressure Gauge
The Ashcroft® F5512 differential pressure gauge is used for monitoring differential pressure between two separate pressure sources.
F5513 Differential Pressure Switch
The Ashcroft® F5513 differential pressure switch is used for monitoring differential pressure between two separate pressure sources.
P5500/P6500 Diaphragm type pressure gauge
The Ashcroft® P5500/P6500 stainless steel diaphragm pressure gauge has become an industry standard.
VP-Series Pneumatic Pressure Switch
The Ashcroft® VP pneumatic pressure switch was designed for use with harsh applications where uncompromising protection is required.
VD-Series Pneumatic Differential Pressure Switch
The Ashcroft® VD pneumatic differential pressure switch was designed for use with harsh applications where uncompromising protection is required
V02-1V Gauge Valve
The Ashcroft® Gauge Valve V02-1V isolates the instrument from the process allowing for maintenance and integration.
V02-2V 2 Valve Manifold
The Ashcroft® 2 Valve Manifolds V02-2V isolates the instrument from the process and bleeds the assembly allowing for maintenance and integration.
V02-3V Direct & Remote Mount 3 Valve Manifolds
The Ashcroft® Direct & Remote Mount 3 Valve Manifolds-V02 are designed to isolate differential pressure instruments for maintenance and integration purposes.
V02-MV Multiport Valve
The Ashcroft® multiport valve V02 isolates up to three instruments from the process allowing for maintenance and integration.
V02-5V Direct & Remote Mount 5 Valve Manifolds
The Ashcroft® Direct & Remote Mount 5 Valve Manifolds-V02 are designed to isolate, bleed and equalize process in differential pressure instruments for maintenance and integration purposes.
Flushing Ring
The Ashcroft® flushing ring is providing flushing connection for flush flanged or sandwich type diaphragm seals.
MDV Swivel Adapter
The Swivel Gauge Adapters enable the easy positioning of the pressure instrument in any direction through 360°.
Threaded Thermowells
The Ashcroft® threaded thermowells are utilized when pressure, high velocity and corrosive process media exist. This serves to isolate and protect the sensing instrument, and permits removal of a sensing instrument without shutting down the process.
Flanged Thermowells
The Ashcroft® flanged thermowell is used when pressure, high velocity and corrosive process media exist. This serves to isolate and protect the sensing instrument, and permits removal of a sensing instrument without shutting down the process.
Socket Weld Thermowells
The Ashcroft® socket weld thermowell is used when pressure, high velocity and corrosive process media exist. Serving to isolate and protect, it also allows the sensing instrument to be removed without requiring process shut down.
Van Stone Thermowells
The Ashcroft® Van Stone thermowell is used when pressure, high velocity and corrosive process media exist. Designed to mate between two existing flanges.
Weld-in Thermowells
The Ashcroft® weld-in thermowell is used when pressure, high temperature, high velocity and corrosive process media exist.
Sanitary Thermowells
The Ashcroft® sanitary thermowell is utilized when pressure, high velocity and corrosive process media exist. This serves to isolate and protect the sensing instrument in sanitary applications.
DF-EN Flush Flanged Diaphragm Seal
The Ashcroft® DF flush flanged diaphragm seal uses a flush diaphragm welded directly to the assembly flange, eliminating the need for a bulky lower housing.
DF-ASME Flush Flanged Diaphragm Seal
The Ashcroft® DF flush flanged diaphragm seal uses a flush diaphragm welded directly to the assembly flange, eliminating the need for a bulky lower housing.
510-511 All-Welded Diaphragm Seals
The Ashcroft® 510 and 511 compact, all-welded diaphragm seals or isolation devices protect pressure measuring instruments.
702-703 Flanged High Displacement Diaphragm Seals
The Ashcroft® 702 and 703 high-displacement diaphragm seals or isolation devices are used with low pressure or differential pressure gauges with low differential pressure and elevated static pressure.
740-741 High-Displacement Diaphragm Seals
The Ashcroft® 740 and 741 high-displacement diaphragm seals or isolation devices are used with low-ranged instruments or high static pressure dp gauges with low differential pressure.
DT-EN Truncated Flanged Diaphragm Seal
The Ashcroft® truncated flanged diaphragm seal model DT protects pressure measuring instruments on isolated pipes or tanks.
DT-ASME Truncated Flanged Diaphragm Seal
The Ashcroft® truncated flanged diaphragm seal model DT protects pressure measuring instruments on isolated pipes or tanks.
V02-BVA High Pressure Ball Valve
The Ashcroft® high pressure ball valve-V02 provides systems with a quick, safety shutoff to isolate the process from the instrument assembly during shutdown and maintenance periods.
CS55 Pressure Transmitter Silver Series CleanLine
ASHCROFT® Silver Series CleanLine Pressure Transmitters are used worldwide for continuous data Acquisition in the food and beverage, biotechnology and pharmaceutical industries.
PS55 Process Pressure Transmitter Silver Series
ASHCROFT® Silver Series Process Pressure Transmitters are used worldwide for continuous data Acquisition in the oil & gas, chemical, power, water and waste water industries.
32X Sanitary Diaphragm Seals
The Ashcroft® 32X sanitary quick-connect diaphragm seal is designed to provide immediate dismantling and reassembly for cleaning process media between scheduled process runs.
Vortex Thermowell
Vortex thermowells isolate and protect a temperature instrument’s sensing element from pressurized, high velocity and corrosive media. They are used when standard Flanged Thermowells cannot pass ASME PTC 19.3 TW-2016. The helical Strake is designed by using Computational Fluid Dynamic analysis. They ensure longer life and accurate measurement while allowing the sensing instrument to be removed without shutting down the process. A wide selection of materials, sizes and dimensions are available.
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