Airflow |
| Balometers / Air Capture Hoods |
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Prohood
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| Balometers / Air Capture Hoods only |
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Aircone Flow Hoods
For a very modest investment, you can double the capability of your velocity instrument into an air flow meter as well. Commissioning and balancing of air volume flow is immediately possible at grilles, diffusers, air valves and linears. The hoods are. . .
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| Cup Anemometers / Differential Pressure Anemometers |
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Anemo
Ergonomically designed for one handed operation the meter is weather resistant and ruggedly constructed to withstand everyday use. Reading directly in km/h, m/sec and knots, Anemo also indicates wind strength in the Beaufort scale. Using the. . .
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| Thermal Anemometers |
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TA3
VELOCITY RANGEMetric Mode :- 0-20 m/secImperial Mode :- 0-4000 ft/minTemperature 0-80°C ( 32-176°F)ACCURACY AT 20°C AND 1013MBAR±( 3% of reading + 1 digit )Resolution0. 01 m/sec (1 ft/min below 30 ft/min 2 ft/min above 30 ft/min )Temperature. . .
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TA4
VELOCITY RANGEMetric Mode :- 0-30 m/secImperial Mode :- 0-6000 ft/minVolume Range :- 0-2700 m³/sec ( 0-999,999 cfm )Temperature Range:- 0-80°C ( 32-176°F )ACCURACY @ 20°C & 1013 MBAR± (3% of Reading + 1 Digit)Velocity Resolution0. 01 m/sec, (1 ft/min. . .
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TA5
This allows optimum accuracy to be displayed at all times across a wide velocity range, and when two ranges do overlap, accurate readings will continue to be displayed with a built-in neon indicator lighting to alert the operator that a more suitable. . .
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| Ultrasonic Anemometers |
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UA30 Anemosonic
The UA30 measures air velocity, volume flow and airstream temperature with readings displayed in m/sec, ft/min, mph, knots, kph, cfm, m³/sec, °C or °F, all in one hand held instrument. Having researched and developed our own unique ultrasonic technology,. . .
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| Vane Anemometers |
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AV6
The AV6 Anemometer is a hand held rotating vane anemometer and data logger packed with time saving features. Designed for both on-site and bench top air velocity, volume flow and airstream temperature measurements. Using the latest microprocessor. . .
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EDRA6
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LCA6000 Range
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Calibration |
| Pressure Calibrators |
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KAL84
PRESSURE RANGESKAL84/100,0 - 100Pa, (0 - 1mbar)KAL84/1000,0 - 1000Pa, (0 - 10mbar)KAL84/10k0 – 10kPa, (0 - 100mbar)KAL84/100k0 – 100kPa, (0 - 1000mbar)(Special ranges available to order)0 - 1000Pa, (0 -10mbar) (differential pressure) -Plus. . .
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Leakage Testing |
| Ductwork leakage testers |
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High Velocity Leakage Tester (HVLT)
Virtually anywhere low pressurisation is necessary, laboratory clean rooms, test cells or sealed enclosures, Airflow Leakage Testers provide a fast accurate measurement solution. The method of measuring the air flow rate is a primary standard using. . .
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Low Velocity Leakage Tester (LVLT)
Virtually anywhere low pressurisation is necessary, laboratory clean rooms, test cells or sealed enclosures, Airflow Leakage Testers provide a fast accurate measurement solution. The method of measuring the air flow rate is a primary standard using. . .
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Pressure |
| Barometers |
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DB2
Fully microprocessor controlled with data logging capabilities, RS232 and analogue outputs the meter can be hand-held or permanently mounted in the laboratory, classroom, test house or office with a suitable fixing pad. Supplied with calibration. . .
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| Micromanometers & Manometers |
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DM2 & DM2L
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PVM100
Reading Air velocity and Pressure direct, PVM100 combines exceptional accuracy with a high memory capability so that up to 60 measured values can be instantly stored, recalled and reviewed. Incorporating indefinite memory retention with an RS232 output as. . .
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| Pitot tubes |
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0.33m long x 4.0 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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0.36m long x 4.0 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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0.3m long x 2.3mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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0.3m long x 4.0 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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0.48m long x 8.0 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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0.8m long x 8.0 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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1.0m long x 8.0 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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1.22m long x 9.5 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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1.52m long x 9.5 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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1.83m long x 9.5 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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2.13m long x 9.5 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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2.44m long x 9.5 mm dia
When inserted into a duct with the tip facing directly into the flow it will enable air velocity at that point to be determined by connecting the Static Pressure and Total Pressure tapping's to opposite sides of a sensitive manometer. The manometer will. . .
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Telescopic Pitot Tube Max Length 0.98m x 4mm dia
When used with a high quality manometer the accuracy and dependability of results is far greater than with any non-fundamental method. An important advantage of the telescopic Pitot static tube is that it is only necessary to drill a few small access. . .
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