Marquest Scientific, Inc. - Gauge Guards w/ Ashcroft 1008s All Stainless Liquid Filled Gauge

Series TG TUFF GUARD Gauge Isolators
PVC, CPVC, Polypropylene, & PVDF Gauge Guards w/ All Stainless Ashcroft 1008s, Glycerin Filled 2.5" Dia. Gauge Installed. Assembly Internals Aqueous Glycerin Filled. Please contact factory to request part number and pricing for Silicone, Mineral Oil, or Halocarbon assembly internal filling.
Protect and Isolate Pressure Sensing Instruments.

Gauge Installed is U.S. Made Ashcroft 1008s All Stainless 63mm (2.5") Glycerin Filled Gauge, Accuracy is +-1% of span
Modified PTFE Diaphragm Standard, Viton or EPDM Available
Diaphragm is Convoluted for Accurate Pressure Transmission.
Stainless steel reinforced instrument connection. Integrally molded. "Unbreakable!"
Reinforced process connection with compressive spoke ribs to transfer the tensile stress into compression.
Wall thickness meet or exceed ANSI Schedule 120.
Sufficient displacement to handle the required volumetric displacement of all instrument sizes and pressure ranges.
Integral wrench provisions for field service and maintenance. Diaphragm is Replaceable.
Low Profile Design eliminates Dead Volume
3 year limited warranty

PLEASE CLICK ITEM # BELOW TO VIEW ADDITIONAL SPECIFICATIONS & DOWNLOADS

Unit of Measure

Items	TG-22T030SS-PVC 1/4" Inlet Female NPT Connection, PVC Body, PTFE Diaphragm, 0-30 PSI Ashcroft All Stainless 2.5" Gauge List Price $264.50	TG-22T060SS-PVC 1/4" Inlet Female NPT Connection, PVC Body, PTFE Diaphragm, 0-60 PSI Ashcroft All Stainless 2.5" Gauge List Price $264.50	TG-22T100SS-PVC 1/4" Inlet Female NPT Connection, PVC Body, PTFE Diaphragm, 0-100 PSI Ashcroft All Stainless 2.5" Gauge List Price $264.50	TG-22T160SS-PVC 1/4" Inlet Female NPT Connection, PVC Body, PTFE Diaphragm, 0-160 PSI Ashcroft All Stainless 2.5" Gauge List Price $264.50	TG-22T200SS-PVC 1/4" Inlet Female NPT Connection, PVC Body, PTFE Diaphragm, 0-200 PSI Ashcroft All Stainless 2.5" Gauge List Price $264.50
Inlet Connection	N/A 1/4" Female NPT
Materials	N/A PVC, PTFE Diaphragm
Installed Gauge	N/A 0-30 PSI, All Stainless	N/A 0-60 PSI, All Stainless	N/A 0-100 PSI, All Stainless	N/A 0-160 PSI, All Stainless	N/A 0-200 PSI, All Stainless
Scope	N/A The Marquest Gauge Isolator provides two fluid chambers separated by an impermeable membrane. The upper chamber (instrument side) is normally filled with a stabilized liquid. The lower chamber receives the media under pressure. Most pressure sensing devices are compatible with 1/4" FNPT outlet. The inlet is standard 1/2" FNPT or 1/4" FNPT. Chemical resistance and purity levels are as recommended for the base materials. No metals or lubricants are used in construction, internally or externally. Custom membranes may be supplied upon request.
Materials of Construction	N/A Body: PVC: Polyvinyl Chloride CPVC: Chlorinated Polyvinyl Chloride PP: Polypropylene homopolymer, glass & mineral reinforced Membrane: Standard: PTFE®, also available in: FPM: Viton®, Fluorine elastomer EPDM: Ethylene Propylene elastomer	N/A Body: PVC: Polyvinyl Chloride CPVC: Chlorinated Polyvinyl Chloride PP: Polypropylene homopolymer, glass & mineral reinforced Membrane: Standard: PTFE®, also available in: FPM: Viton®, Fluorine elastomer EPDM: Ethylene Propylene elastomer	N/A Body: PVC: Polyvinyl Chloride CPVC: Chlorinated Polyvinyl Chloride PP: Polypropylene homopolymer, glass & mineral reinforced Membrane: Standard: PTFE®, also available in: FPM: Viton®, Fluorine elastomer EPDM: Ethylene Propylene elastomer	N/A Body: PVC: Polyvinyl Chloride CPVC: Chlorinated Polyvinyl Chloride PP: Polypropylene homopolymer, glass & mineral reinforced Membrane: Standard: PTFE, also available in: FPM: Viton®, Fluorine elastomer EPDM: Ethylene Propylene elastomer	N/A Body: PVC: Polyvinyl Chloride CPVC: Chlorinated Polyvinyl Chloride PP: Polypropylene homopolymer, glass & mineral reinforced Membrane: Standard: PTFE, also available in: FPM: Viton®, Fluorine elastomer EPDM: Ethylene Propylene elastomer
Features	N/A Protects and isolates pressure sensing instruments Total isolation from system media Low profile design eliminates dead volume Convoluted diaphragm allows accurate transmission of system pressure Optimum pressure containment spherical design Low in original cost and maintenance Simple installation