U Tube Manometer Dealers in Delhi

• Type: Manometer U Tube
• Material: Plastic
• Shape: U Shape
• Thickness: 20-30mm
• Length: 200-300mm, 300-400mm, 400-500mm
• Application: Duct Static Pressure
• Grade: BS
• Color: Silver
• Finishing: Non Poilshed, Polished
• Dimension: 20-30mm, 40-50mm
• Feature: Corrosion Proof, Excellent Quality, Fine Finishing, High Strength, Perfect Shape

• Diameter: 20-40mm
• Automatic Grade: Automatic
• Pressure: 0-5000psi
• Feature: Accuracy, Measure Fast Reading, Robust Construction, Rust Proof
• Accuracy: +/- 0.5 % of FS
• Test Pressure: 1.5 time of Operating pressure

• For Acrylic Body: 50 - 0 - 50 mm , 150 - 0 - 150 mm

U-Tube Manometers are versatile, economical instruments for the measurement of pressure, vacuums or differential pressures. Pressure measurements are accomplished by balancing a vertical head of indicating fluid with the pressure to be measured. As there are no cams, gears or levers to operate in the manometer, the readings obtained are always accurate.

Technical Specification : U Tube type Primary standard Manometer used for precision measurement of pressure, vacuum, differential pressure, and flow measurement in plants and labs where certain accuracy is required. Avaliable Sizes : In Wall mounted & stand mounted. Ranges in mm : 50-0-50 to 250-0-250 mm.

• Feature: Zero adjustment scale,Available in Acrylic Body

U-Tube Manometers are versatile, economical instruments for the measurement of pressure, vacuums or differential pressures. Pressure measurements are accomplished by balancing a vertical head of indicating fluid with the pressure to be measured. As there are no cams, gears or levers to operate in the manometer, the readings obtained are always accurate.The U Tube Manometer, have “U” shaped tube, half filled with liquid (Water Mercury SP Gr. 0.81). When both the tubes are open, the liquid is at the same height in each leg (Tube Limbs). When positive pressure is applied to one leg which is the sum of the reading above and below zero, tells you the pressure. When vacuum is applied to one leg, the liquid rises in that leg and falls in the other. The difference in the height indicates the amount of vacuum.