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PARKER HLS2V Valve Manifold, 1/2 Inch NPTF Inlet Size

In Stock
Item: AD7JXM
Model: HLS2V
Cross Ref: 4EUJ7 / HLS2V-GR

Get it by Dec 15, Friday

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$388.40 /unit (ex. VAT)
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Item Valve Manifold
Body Material Stainless Steel
Connection Size 1/2"
Connection Type FNPT
Drain 1/4" FNPT
Height 6"
Inlet 1/2" FNPT
Inlet Connection 1/2" NPTF
Inlet Size 1/2" NPTF
Length 2.5"
Material 316 SS
Max. Operating Pressure 6000 psi
Max. Working Pressure 6000 PSI
Number of Valves 2
Outlet 1/2" FNPT
Outlet Connection 1/2" NPTF
Pressure 6,000 PSIG
Seal Material PTFE
Seals PTFE
Temp. -65 to 500 Deg. F
Vent 1/4" NPTF
Vent Size 1/4"
Vent Type FNPT

Product Details

Parker HLS2V valve manifold is generally used to remotely install pressure / differential pressure / flow measurement devices in various critical applications. Parker hydraulic valve manifolds are used to block & bleed, isolate & calibrate, isolate & vent / drain / bleed or isolate & equalise pressures / flow rates in water treatment, chemical, hydraulic systems, gas flow applications.

Shipping Information

Height (cm) 4.32
Length (cm) 20.32
Width (cm) 8.38
HS Code 8481803090
Country Of Origin GB
Weight (kg) 0.84

Working Mechanism

  • Stop the flow of fluids in the piping and connect this Parker HLS2V valve manifold's inlet & outlet to the piping system using appropriate fittings.
  • Connect a small drain pipe to the small-sized drain outlet.
  • Users can now operate Parker 2 valve manifold.
  • Use the blue colour coded valve to isolate or blow the flow and use the red clour coded valve to drain the flow.


  • This valve manifold features 316 stainless steel construction for corrosion resistance and durability.
  • It offers carbon steel / stainless steel brackets and bolt mounting options, providing flexibility for installation in different environments.
  • This Parker manifold has a flat bar stock body type, making it suitable for confined spaces.
  • It features two valves, allowing precise control over two separate fluid paths or processes.
  • This manifold valve is made of metal-to-metal seats to ensure a secure and reliable seal.

Compatible Accessories

  • Mounting Brackets: Parker HLS2V valve manifold can be mounted on panels, walls orpipe stands using bracket mounting kits that offer maximum support & rigidity while ensuring enough clearance to operate all handles.
  • Tube Fittings: Parker manifolds can be fitted with Parker A-LOK (Two Ferrule) or CPITM (Single Ferrule) compression fittings for connecting to pipings.
  • Gauges: A pressure gauge or flow measurement instrument can be installed on the outlet side of the manifold for precise measurement.



Frequently Asked Questions

Which construction material is used for manufacturing Parker manifold valves?

Most of the Parker H Series manifold valves are constructed using 316 stainless steel, but Parker can supply variants made of oxygen clean and NACE compliant materials.

What Parker instruments can be complementary to Parker manifold valves?

Parker manifold valves can be fitted with instruments like mechanical pressure measurement products, condensate pots, electrical temperature measurement tools, pressure gauge accessories & gauges with diaphragm seals. Raptor Supplies also offers suitable replacement parts & accessories for this manifold valve.

What are the factors to consider while choosing this Parker manifold?

Major factors include specific application requirements, fluid compatibility, flow rate and the number & type of valve sections needed for optimal system performance.

What is the configuration of this valve manifold?

This manifold is configured for isolate and vent operations, allowing it to isolate fluid flow and facilitate venting when required.

How do I prevent leaks in this valve manifold?

  • Install the manifold correctly following manufacturer guidelines with recommended torque settings.
  • Regularly check seals for wear and promptly replace damaged ones.
  • Apply appropriate sealant or Teflon tape to threaded connections as recommended.
  • Periodically inspect and tighten loose connections to prevent leaks.
  • Conduct pressure tests after installation and maintenance to verify seal integrity.
  • Tighten connections adequately without over-tightening to avoid damage.
  • Consider environmental conditions when selecting sealing materials.
  • Implement routine inspections and maintenance to address issues promptly.
  • Ensure fluids are compatible with manifold materials to prevent corrosion.

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