1. Hydraulics - Pneumatics
  2. Valve
  3. Globe valve
  4. Parker Refrigerating Specialties Division

Globe valve V2
manualisolationdrain

Globe valve - V2 - Parker Refrigerating Specialties Division - manual / isolation / drain
Globe valve - V2 - Parker Refrigerating Specialties Division - manual / isolation / drain
Globe valve - V2 - Parker Refrigerating Specialties Division - manual / isolation / drain - image - 2
Globe valve - V2 - Parker Refrigerating Specialties Division - manual / isolation / drain - image - 3
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Characteristics

Type
globe
Operation
manual
Function
isolation, drain
Body
seat, straight, small, stainless steel, forged steel
Applications
gauge, for pipes
Other characteristics
compact, rugged, for refrigerants
DN

0.25 in, 0.375 in

Pressure

32 bar
(464.1 psi)

Temperature

Max.: 240 °F
(116 °C)

Min.: -40 °F
(-40 °C)

Description

Parker’s V2 and V3, rugged, all steel bodied, tiny hand valves are designed to seat tight and permit isolation of small system components. They are primarily used as gauge (V2) and drain (V3) valves. Parker’s V2 and V3 small hand valves are a compact and economical solution for gauge isolation and component draining applications. These valves feature non-removable stainless steel stems and a plated housing for enhanced operating life and system safety. These valves are available in many different configurations including straight or angled bodies, MPT or FPT connections, and various extended lengths. This flexibility makes the V2 and V3 suitable for a wide variety of applications including gauge isolation, purge points, remote pilot control, and system draining functions. Features and Benefits: • Stainless Steel Stem • Options: Angle or Globe Body, Extended connection lengths Applications: • Gauge valve • Service valve • Pipe line components

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.