Three Valve Manifold

Product Details:

A 2 Way Manifold Valve in a pipe-to-pipe configuration is a compact valve assembly designed to isolate or shut off flow between two pipelines or between a pipeline and an instrument. It is widely used in process industries for pressure measurement, sampling, or system isolation.

• Design Type: 2 Way, Pipe-to-Pipe (in-line configuration)

• Function: Isolation (ON/OFF) of process media

• Body Type: Bar stock or forged

• Mounting: Inline (not directly mounted to instrument like remote/R type or flange type)

• Operation: Needle-type valve (manual handwheel or wrench operated)

• Compact and robust design for limited space installations

• Leak-tight shutoff in high-pressure and high-temperature conditions

• Suitable for a wide range of media: air, gas, steam, water, oil, and chemicals

• Available in various corrosion-resistant alloys

• Pressure gauge isolation

• Instrument impulse lines

• Chemical injection lines

• Skid-mounted process systems

• Oil & gas, petrochemical, and power plants

• Pipe to Pipe (inline body)

• Pipe to Instrument (R Type or flange mounting)

• Panel Mount Option

• With Vent Plug or Drain Port

Additional Information:

• Delivery Time: READY STOCK
• Packaging Details: HPDE BOX

Product Details:

A 3 Way R Type Manifold Valve made from Stainless Steel 304 is designed to control, isolate, and divert fluid flow in instrumentation and process systems. The "R Type" typically refers to the valve configuration that allows flow in three directions — useful for applications like pressure measurement, calibration, and sampling.

• Material: Stainless Steel 304 (corrosion resistant and durable)

• Type: 3 Way Manifold Valve

• Configuration: R Type (three ports, arranged for isolating, venting, or equalizing functions)

• Valve Operation: Needle valve or ball valve mechanisms (depending on design)

• Connection: Threaded (NPT, BSP, BSPT), or Flanged connections available

• Pressure Rating: Typically up to 6000 PSI (varies by design and size)

• Temperature Range: -120°C to 500°C (depending on seal materials)

• Seal Materials: PTFE, PEEK, Graphite, or other specialty sealing materials for chemical compatibility

• Body Type: Forged or bar stock for durability

• Durable and corrosion-resistant stainless steel construction

• Enables precise control of flow in multiple directions

• High-pressure and temperature handling capability

• Leak-tight sealing with high-quality seal materials

• Suitable for harsh chemical and industrial environments

• Instrumentation and process control lines

• Chemical and petrochemical industries

• Oil and gas refineries

• Power plants

• Hydraulic and pneumatic systems

• Kalpataru Pipe & Fittings

Additional Information:

• Packaging Details: Box

Product Details:

A 3-valve manifold designed in a T-pattern layout to:

• Isolate (block) high and low process pressures

• Equalize both sides of a differential pressure transmitter

• Allow for calibration, zeroing, and safe removal of the instrument

All three valves use individual needle mechanisms with stem seals (PTFE or graphite).

• 1/2" NPT Female (Standard)

• Optional: BSPT, BSPP, socket weld, tube fitting (e.g., 1/2" OD double ferrule)

• Direct Mount Flange (2-bolt or 3-bolt) per IEC 61518

• 54 mm or 54.5 mm center-to-center hole pattern

• Threaded option: 1/2" NPT female port to connect via impulse lines

• 1/4" NPT female

• Plugged or with bleed valve

• Oil & Gas (Onshore / Offshore)

• Petrochemical

• Power Plants

• Chemical & Fertilizer

• Water Treatment

• Instrumentation Panels

Product Details:

Instrumentation manifold valves are typically 2-valve or 3-valve configurations.

• Block valve: Isolates the instrument

• Bleed/vent valve: Releases trapped pressure

• Used for simple isolation and maintenance

• Two block valves: Isolate high and low-pressure sides

• One equalizing/bleed valve: Balances pressure before calibration

• Essential for differential pressure transmitters

Body Design:

• Forged or bar stock Inconel 625

• Ports: Typically NPT, BSP, or SAE threaded for instrumentation tubing

• Flow path: Designed to minimize pressure drop and allow smooth isolation

Sealing:

• Metal-to-metal or soft-seat options (PTFE, PEEK)

• Ensures leak-tight operation in high-pressure and high-temperature environments

1. Isolation: Block valves shut off process pressure from the instrument.

2. Equalization: Equalizing valve balances pressure across high and low sides.

3. Bleed/Vent: Bleed valve safely releases trapped fluid to atmosphere.

4. Calibration/Maintenance: Instrument can be calibrated or replaced without shutting down process.

• Chemical processing plants (acids, chlorides)

• Petrochemical and refinery instrumentation

• Offshore and marine applications

• High-temperature steam or process lines

• Differential pressure transmitters, flow meters, pressure gauges