Air Header Condensation Pot

Product Details:

A Stainless Steel 316 Air Header is a specialized piping manifold used to distribute compressed air or other gases from a single source to multiple outputs. It’s commonly used in instrumentation systems, especially in harsh or corrosive environments like offshore platforms, refineries, and chemical plants.

An air header is essentially a manifold with multiple outlets, allowing multiple instruments or equipment to be supplied with air or gas from a single inlet.

• Multiple outlet ports (typically 4, 6, 8, or 12)

• Drain valves or vent plugs at the bottom

• Optional non-return valves, isolation valves, or pressure gauges

• Ends may be blind, flanged, or capped

• Pneumatic control systems

• Instrument air distribution

• Automation panels

• Skid packages

• Offshore oil and gas rigs

• Refineries and chemical plants

• Number and size of outlets

• End connections (threaded, flanged, welded)

• Pressure and temperature ratings

• Surface finish (passivation, polishing)

Product Details:

An SS Air Header (Stainless Steel Air Header) is a distribution manifold used to supply compressed air from a single source to multiple users or instruments in industrial settings.

An Air Header acts as a multi-port distribution block for compressed air. It's especially useful in instrumentation systems where air needs to be distributed to various pneumatic instruments or control valves.

• SS 304 or SS 316 is used for:

  • High corrosion resistance

  • Durability in harsh industrial environments (like offshore platforms, refineries, or chemical plants)

  • Cleanliness (important in food, pharma, and petrochemical industries)

• Pneumatic control systems

• Instrumentation air distribution

• Air supply for valve actuators

• Panel-mounted instruments

• Purging systems

• Inlet: 1" NPT Female

• Outlets: 8 × 1/4" NPT Female

• Material: SS 316

• Mounting: Wall bracket

• Pressure Rating: 3000 psi @ 100°F

• Finish: Polished or bead blasted

Additional Information:

• Production Capacity: 100
• Delivery Time: 2 DAYS
• Packaging Details: WOODEN BOX

Product Details:

A Stainless Steel 304 (SS 304) Air Header is a multi-port distribution manifold used for distributing compressed air from a single source to multiple pneumatic instruments or actuators. It's a common component in instrumentation and process control systems where cleanliness, durability, and corrosion resistance are essential.

• Supplies instrument air to multiple devices.

• Ensures a centralized distribution system.

• Can include valves on each outlet for isolation/control.

• Designed for clean, dry, oil-free air – typically for pneumatic instruments.

• Pneumatic control systems

• Distribution of air to:

  • Pressure transmitters

  • Solenoid valves

  • Actuators

  • Air blow systems

• Used in:

  • Power plants

  • Refineries

  • Chemical industries

  • Food & beverage plants (non-corrosive areas)

• Needle or ball valve on each outlet

• Drain valve or drain plug

• Stainless steel nameplate or tagging

• Vent plug

• Pressure gauge port

• Custom port orientations or end connections

Product Details:

An Instrument Air Header is a manifold or distribution pipe that delivers clean, dry, compressed air (instrument air) to various instruments and control devices in a plant. It ensures a reliable and consistent supply of air to maintain proper functioning of pneumatically operated equipment like control valves, actuators, and instrumentation.

1. Distribution: Distributes instrument air from a central source (like an air compressor/dryer system) to multiple users or instruments.

2. Pressure Regulation: Maintains stable air pressure across different parts of the plant.

3. Isolation: Allows isolation of sections via valves for maintenance without shutting down the entire system.

4. Monitoring: Often fitted with gauges, drains, and safety valves to monitor and maintain air quality and pressure.

• Runs across process areas to serve as a backbone for air distribution.

• Branch lines run from the header to individual instruments or equipment.

• Often installed above ground, along cable trays or pipe racks.

Instrument air is used for:

• Actuating valves (e.g., control valves, on-off valves)

• Signal transmission in pneumatic control loops

• Purge air in analyzers and instrumentation

• Fail-safe operation of instruments (air failure leads to safe positions)

• Dry (dew point below -40°C/-40°F)

• Clean (free of oil, particulates, and moisture)

• Often treated via compressor, dryer, and filter systems before entering the header

• Pressure gauges

• Ball valves or globe valves

• Drip legs or moisture traps

• Relief valves (safety)

• Tagging for identification

Product Details: