DESIGN DESCRIPTION | |||||
---|---|---|---|---|---|
1 | Pipe (Main Body) | Size | Schedule | Length | Material |
2 | Branch Pipe to Specify | Size | Schedule | Length | Material |
3 | Branch pipe | End Connection | No.of Ways (/Branch Pipes) | ||
Needle/Ball Valves______? | 4/6/8/10/12 ways ______? | ||||
4 | Connection Type | _____________ INLET | _____________ OUTLET | ||
Material Available In | SS 304, SS 316, SS 316 Ti, CS OR AS PER Requirement | ||||
Type of Test | PSI (G) | Duration | |||
Hydrostatic Test Pressure | |||||
Pneumatic Test Pressure | |||||
Radiography Required(Y/N) | |||||
Qty Required |
An instrumentation hardware air header is a crucial component in process control systems designed to distribute compressed air to various instrumentation devices and control systems. It acts as a central distribution manifold, connecting a single source of compressed air to multiple outlets or instruments. Typically constructed from robust materials like aluminum or stainless steel, the air header is built to withstand high pressures and ensure reliable operation in demanding industrial environments. It features multiple ports, each equipped with valves or regulators to control the flow of air to different instruments, ensuring even distribution and stable performance. By centralizing air distribution, the air header simplifies system design, reduces the need for multiple air lines, and helps maintain consistent pressure and flow across connected devices, which is essential for accurate measurement and control in applications such as manufacturing, oil and gas, and chemical processing.
We are involved in manufacturing and supplying a wide range of Instrumentation Hardware Airheader, which are manufactured with quality material and latest process technology. Our products are in accordance with the requisite norms and standards to maintain the consistency in the prevailing market.