Item # UPRM-744-60-M, Furon® UPRM Pressure Regulator - Manually Actuated On Saint Gobain Performance Plastics

Saint-Gobain Performance Plastics
7301 Orangewood Avenue
Garden Grove, California 92841, United States
Toll Free: (800) 833-5661 • Phone: (714) 630-5818 • Fax: (714) 688-2614
Email: process-systems@saint-gobain.com • Web site: www.furon.com

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Furon UPRM Pressure Regulators are engineered to accurately maintain predetermined output pressures in fluid lines utilizing a manual actuator.

All fluoropolymer wetted surfaces
Non-metallic external surfaces
Integral leak port detection
Panel mount feature standard

Unit of Measure

Specifications

End Connection Type	N/A FuseBond™
Outlet Pressure	N/A 15 to 60 psig
Orifice	N/A 1/4 in
End Connection Size	N/A 1/4 in
A - Length	N/A 4.90 in124.5 mm
B - Height	N/A 1.45 in36.83 mm
Dimension C	N/A 5.2 in132.08 mm
Dimension D	N/A 2.72 in69.09 mm
Maximum Operating Temperature	N/A 194 ºF90 ºC
Standard Options	N/A Close couple Flare Grip® End Connections for reduced footprint in multi-component systems. Standard Options are readily available with slightly longer lead times. Please contact your local distributor or factory for part number, price and delivery.
Non-Standard Options	N/A Custom End Connections available. Flare Grip End Connections with fine thread flare style fittings. Gauge port available. Non-Standard Options and custom configurations are welcome. Please consult factory for part number, price and delivery.
Features/Benefits	N/A Mechanical design maintains predetermined output pressure Handles fluid temperatures up to 194°F (90°C) All fluoropolymer wetted surfaces Non-contaminating fluoropolymer coated spring Non-metallic external surfaces Variety of port selections including Fuse Bond Integral leak port with fiber optic leak detection option
Notes	N/A These regulators work best if the pressure drop across the regulator is less than 30 PSIG. Large inlet pressure variations will effect regulator performance. When selecting either Flare Grip® or Grab Seal™ ends, we recommend end connections that are larger than the valve orifice size in order to achieve full flow.