Digital Differential Pressure Manometer, ±89 kPA

Digital differential pressure manometer featuring a 89 kPa range, its compact design, coupled with advanced digital technology, guarantees precise readings, making it an indispensable tool for HVAC technicians, industrial engineers, and laboratory professionals.

Specification

• Model: ATO-QX1208
• Data Storage: 100 items
• Measuring Range: ±89.6 kPA
• Accuracy: ±0.3%FS
• Repeatability: ±0.2%FS
• Response Time: 0.5S
• Pressure Connection: 1/8” (3.18mm) quick connector
• Working Temperature and Humidity: 0°C ~50°C, 10% ~ 80% RH
• Storage Temperature and Humidity: -10°C ~ 60°C 10% ~ 90% RH
• Over Range Prompt: Err0 or Err1
• Low Battery Indication: ≤6.8 display
• Auto Shutdown: Approx. 15 minutes after no operation
• Room Temperature Measurement: °C/° F units selectable
• Battery: 9V Battery
• Weight: 120g
• Dimension:138.5x63. 5x27mm

Features

• The digital manometer has 12 unit conversion modes, including bar, mbar, kPA, kgf/cm2, mmHg, cmH2o, ozf/cm2, psi, inHg, inH2o, Pa, ftH2o
• Differential pressure manometer features a backlit mode, enabling effortless detection even in dark environments
• Digital manometers offer high levels of accuracy and precision in measuring pressure. 
• The digital manometer includes a low battery indicator, alerting the user when the battery power is running low to prevent any interruptions during measurements.
• The manometer offers both differential modes, enabling the measurement of pressure differences, and record mode for storing and tracking pressure data over time.

Dimension (Unit: mm)

Details

Applications

The Digital differential pressure manometer can measure differential pressure/positive pressure/negative pressure and is equipped with a simple hose connection device, suitable for measurement and on-site verification in ventilation and air conditioning systems, as well as troubleshooting in clean rooms or any gas pressure systems. The clear reading of the Digital manometer makes it a valuable tool forHVAC technicians, operational maintenance engineers, and scientific researchers.

Tips: What are the different types of differential pressure manometers available?

• U-Tube Manometer: A U-tube manometer consists of a U-shaped glass or transparent tube partially filled with a liquid, such as mercury or water. The height difference between the two liquid columns in the U-tube is directly proportional to the differential pressure being measured.
• Inclined Manometer: In an inclined manometer, the U-tube is bent at an angle to make it more compact and easier to read. This design is often used when space is limited.
• Well-Type Manometer: A well-type manometer involves a U-tube that is connected to a well or reservoir. The fluid level in the well responds to changes in pressure, allowing for precise measurements.
• Bourdon Tube Manometer: Bourdon tube manometers use a curved tube made of metal that straightens as the pressure difference increases. The deflection of the Bourdon tube is proportional to the pressure difference.
• Bellows Manometer: Bellows manometers use flexible, sealed metal bellows that expand or contract with changes in pressure difference. The motion of the bellows is measured to determine the pressure variation.
• Piston Manometer: A piston manometer employs a moveable piston within a cylindrical chamber. The piston's displacement due to pressure difference is used to determine the differential pressure.
• Diaphragm Manometer: Diaphragm manometers use a flexible diaphragm that deflects in response to pressure differences. The displacement of the diaphragm is converted into a pressure reading.
• Electronic Differential Pressure Manometer: Electronic manometers use pressure transducers and sensors to measure differential pressure. They provide digital readouts and may offer additional features, such as data logging and remote monitoring.