We are offering air header. we are manufacturer of air header in ss 304, ss316 & cs in 1/2" npt, 3/8" npt & 1/2" npt.

We have immense industrial expertise to offer Air Headers, which replace many unit valve assemblies that would normally be operating from one source. The Air Headersare suitable for use with a variety of outlet take-off valves. We offer Air Header, on which we have performed a hydraulic test to ensure its smooth functioning. Details :

• MOC : SS 316 / SS 304 / CS / Hot Dip Galvanized
• Output : Needle Valve, Ball Valve
• Input : Screw- Ball Valve / Flange
• Drain : Ball Valve
• Mounting : Bracket / U Clamp
• Test : Hydraulic Shell Test, 1.5 times working pressure

Minimum Order Quantity : 01

We are Gujarat based Integral Flow Orifice Assembly Manufacturer, Supplier and Exporter. High-grade standardized raw material is used for manufacturing the Integral Flow Orifice Assembly. Our Integral Flow Orifice Assembly is available in diverse dimensions. The Integral Flow Orifice Assembly, we offer, has dimensional accuracy and can be installed cost-effectively. High reliability and low maintenance cost define our range of Integral Flow Orifice Assembly. Technical Specifications :

• Sealing Gasket : Teflon
• Orifice Plate : 316 SS Concentric
• Connection : Flat O Ring gasket surface, bolted to transmitter or 3 Valve manifold
• Face-to-Face : 1/2 and 1 NPT 3 11/16 [93.7mm]
• Material : 316 SS, 304 SS as per AISI Standard
• Pipe Size : 1/2, 1, 1 1/2 N.B.
• Dimension : 1 1/2 NPT, 4 1/16 [103.2 mm]
• Ideal fluid types : liquid, gas, and steam
• Accuracy : up to 0. 5% of volumetric flow rate

Threaded Type :

• Accuracy : Uncalibrated Orifice Bore : +- 1.5% to +-5% of rate
• Pressure Rating : 1/2 and 1 NPT, 300 psig at 300F, 1 1/2 NPT, 1500 psig at 300F

Construction :Integral Flow Orifice Assembly uses a Differential Pressure Transmitter, which has to be directly mounted on the orifice assembly. The Differential Pressure Transmitter has an impulse piping that is connected to the orifice assembly. The differential pressure transmitter is attached to the orifice assembly, with the aid of a 3/5 Valve H-type manifold. Integral Flow Orifice Assembly comprises an orifice plate, which is attached between two integral blocks that have a corner tap. The meter-run pipe, which the Integral Flow Orifice Assembly uses, should have upstream length of 750mm & a downstream length of 250 mm. These pipes need to be welded to the integral blocks with end flange. Since the transmitter cannot take high temperature, the Integral Flow Orifice Assembly works in a process temperature that is above 120 degrees centigrade. Availability : line sizes of 2 & below Advantages Of Using Integral Meter Run Assembly :

• The use of an integral orifice flow meter eliminates the three measurement inaccuracies, which are recorded in the small-sized orifice line installations
• The honed body of the integral orifice flow meter considerably decreases ID uncertainty
• Direct mounting of the DP transmitter is possible
• The velocity profile distortion of the pipe is reduced due to the insertion of precision bored downstream and upstream sections of pipe
• The plate misalignment is reduced, owing to the self-centered design of Integral Orifice Plates
• Decrease start-up time due to high flexibility of innumerable process connections
• High reduction (approx. 50 %) in leak points
• Complete elimination of impulse lines
• Minimization of line plugging is done by removing long lines, crevices and small-bore ports, due to the direct mount design
• Reliable installations

• Material :316 SS, 304 SS as per AISI Standard
• Orifice Plate :316 SS Concentric
• Sealing Gasket :Teflon
• Pipe Size :1/2, 1, 1 1/2 N.B.
• Connection To :Flat O Ring gasket surface, bolted to transmitter or 3 Valve mainfold.
• Face-to-Face :1/2 and 1 NPT 3 11/16 [93.7mm]
• Dimension :1 1/2 NPT , 4 1/16 [ 103.2 mm]

THREADED TYPE

• Pressure Rating :1/2 and 1 NPT, 300 psig at 300F, 1 1/2 NPT, 1500 psig at 300F
• Accuracy :Uncalibrated Orifice Bore : +- 1.5% to +-5% of rate

Integral Meter Run Assembly

Integral Flow Orifice Assembly is used Differential Pressure Transmitter has to be directly mounted on the orifice assembly. This eliminates cost of installation of Differential Pressure Transmitter with impulse piping up to the orifice assembly. The transmitter is mounted on the orifice assembly through a 3/5 Valve H-type manifold. Available with line sizes of 2 & below. However due to process temperature limits of the transmitter, this assembly cannot be used for process temperatures above 120 Degrees Centigrade. The assembly consists of a orifice plate between two integral blocks having corner tap. Generally meter run pipe is recommended with upstream length of 750mm and downstream length of 250mm. The pipes are welded to the blocks with end flange.

Advantages of using Integral Meter run assembly

• Use of an integral orifice flow meter will eliminate the three measurement inaccuracies recorded in small orifice line installations.
• The Integral Orifice honed body reduces ID uncertainty
• By inserting precision bored upstream and downstream sections of pipe, the velocity profile distortion due to pipe roughness is reduced.

We are offering air header. we are manufacturer of air header in ss 304, ss316 & cs in 1/2" npt, 3/8" npt & 1/2" npt.

We have immense industrial expertise to offer Air Headers, which replace many unit valve assemblies that would normally be operating from one source. The Air Headersare suitable for use with a variety of outlet take-off valves. We offer Air Header, on which we have performed a hydraulic test to ensure its smooth functioning. Details :

• MOC : SS 316 / SS 304 / CS / Hot Dip Galvanized
• Output : Needle Valve, Ball Valve
• Input : Screw- Ball Valve / Flange
• Drain : Ball Valve
• Mounting : Bracket / U Clamp
• Test : Hydraulic Shell Test, 1.5 times working pressure

Minimum Order Quantity : 01

We are Gujarat based Integral Flow Orifice Assembly Manufacturer, Supplier and Exporter. High-grade standardized raw material is used for manufacturing the Integral Flow Orifice Assembly. Our Integral Flow Orifice Assembly is available in diverse dimensions. The Integral Flow Orifice Assembly, we offer, has dimensional accuracy and can be installed cost-effectively. High reliability and low maintenance cost define our range of Integral Flow Orifice Assembly. Technical Specifications :

• Sealing Gasket : Teflon
• Orifice Plate : 316 SS Concentric
• Connection : Flat O Ring gasket surface, bolted to transmitter or 3 Valve manifold
• Face-to-Face : 1/2 and 1 NPT 3 11/16 [93.7mm]
• Material : 316 SS, 304 SS as per AISI Standard
• Pipe Size : 1/2, 1, 1 1/2 N.B.
• Dimension : 1 1/2 NPT, 4 1/16 [103.2 mm]
• Ideal fluid types : liquid, gas, and steam
• Accuracy : up to 0. 5% of volumetric flow rate

Threaded Type :

• Accuracy : Uncalibrated Orifice Bore : +- 1.5% to +-5% of rate
• Pressure Rating : 1/2 and 1 NPT, 300 psig at 300F, 1 1/2 NPT, 1500 psig at 300F

Construction :Integral Flow Orifice Assembly uses a Differential Pressure Transmitter, which has to be directly mounted on the orifice assembly. The Differential Pressure Transmitter has an impulse piping that is connected to the orifice assembly. The differential pressure transmitter is attached to the orifice assembly, with the aid of a 3/5 Valve H-type manifold. Integral Flow Orifice Assembly comprises an orifice plate, which is attached between two integral blocks that have a corner tap. The meter-run pipe, which the Integral Flow Orifice Assembly uses, should have upstream length of 750mm & a downstream length of 250 mm. These pipes need to be welded to the integral blocks with end flange. Since the transmitter cannot take high temperature, the Integral Flow Orifice Assembly works in a process temperature that is above 120 degrees centigrade. Availability : line sizes of 2 & below Advantages Of Using Integral Meter Run Assembly :

• The use of an integral orifice flow meter eliminates the three measurement inaccuracies, which are recorded in the small-sized orifice line installations
• The honed body of the integral orifice flow meter considerably decreases ID uncertainty
• Direct mounting of the DP transmitter is possible
• The velocity profile distortion of the pipe is reduced due to the insertion of precision bored downstream and upstream sections of pipe
• The plate misalignment is reduced, owing to the self-centered design of Integral Orifice Plates
• Decrease start-up time due to high flexibility of innumerable process connections
• High reduction (approx. 50 %) in leak points
• Complete elimination of impulse lines
• Minimization of line plugging is done by removing long lines, crevices and small-bore ports, due to the direct mount design
• Reliable installations

• Material :316 SS, 304 SS as per AISI Standard
• Orifice Plate :316 SS Concentric
• Sealing Gasket :Teflon
• Pipe Size :1/2, 1, 1 1/2 N.B.
• Connection To :Flat O Ring gasket surface, bolted to transmitter or 3 Valve mainfold.
• Face-to-Face :1/2 and 1 NPT 3 11/16 [93.7mm]
• Dimension :1 1/2 NPT , 4 1/16 [ 103.2 mm]

THREADED TYPE

• Pressure Rating :1/2 and 1 NPT, 300 psig at 300F, 1 1/2 NPT, 1500 psig at 300F
• Accuracy :Uncalibrated Orifice Bore : +- 1.5% to +-5% of rate

Integral Meter Run Assembly

Integral Flow Orifice Assembly is used Differential Pressure Transmitter has to be directly mounted on the orifice assembly. This eliminates cost of installation of Differential Pressure Transmitter with impulse piping up to the orifice assembly. The transmitter is mounted on the orifice assembly through a 3/5 Valve H-type manifold. Available with line sizes of 2 & below. However due to process temperature limits of the transmitter, this assembly cannot be used for process temperatures above 120 Degrees Centigrade. The assembly consists of a orifice plate between two integral blocks having corner tap. Generally meter run pipe is recommended with upstream length of 750mm and downstream length of 250mm. The pipes are welded to the blocks with end flange.

Advantages of using Integral Meter run assembly

• Use of an integral orifice flow meter will eliminate the three measurement inaccuracies recorded in small orifice line installations.
• The Integral Orifice honed body reduces ID uncertainty
• By inserting precision bored upstream and downstream sections of pipe, the velocity profile distortion due to pipe roughness is reduced.