FLIR EM54 HVAC-R Environmental Meter

Product Code: FLIEM54

Price

£247.00 ex. VAT £296.40 inc. VAT

Available In 3-7 Days

One tool provides all the environmental measurements you need

The FLIR EM54 is ideal for inspecting and troubleshooting HVAC/R ducting systems within residential, commercial, and industrial facilities. This meter can help you verify that duct inlets and outlets have the specified volumetric flow – a prerequisite to an efficient functional system. Featuring humidity, wet bulb, and dew point functions, the EM54 can measure deviations from proper relative humidity levels.
Plus, the included Type-K contact temperature probe is useful to check electric motors and thermal equipment components for proper operating temperatures.

ACCURATE AND RELIABLE

Receive high-quality data consistently, and work without interruption. Using the tripod, place the meter away from objects that may influence
relative humidity measurements.

INSPECT AND TROUBLESHOOT EFFICIENTLY

Work on a wide range of systems more efficiently using the contact temperature probe and wet bulb/dew point calculations.

EASY TO USE

Intuitively operate this simple, ergonomic meter with a backlit display, a ‘hold’ function that freezes readings, and well-marked function keys.

FLIR EM54 Environmental Meter
Measurement	Range	Resolution	Accuracy
Air Temperature	30 ~ 60°C (-22 ~ 140°F)	0.1°C (1°F)	±1°C (±1.8°F) 10° ~ 30°C (50° ~ 86°F) ±2°C (±3.6°F) -30° ~ 9.9°C (-22° ~ 50°F) and 31° ~ 60°C (88° ~ 140°F)
Relative Humidity	5 ~ 98%	0.1%	±3.5%
Dew Point	-30°C ~ 60°C (-22°F ~ 140°F)	0.1°C (1°F)	F) ±3°C (4.8°F)
Wet Bulb	-30°C ~ 50°C (-22°F ~ 122°F)	0.1°C (1°F)	±3°C (4.8°F)
K-Type Temperature	-99.9°C ~ 1372°C (-148°F ~ 2502°F) NOTE: The supplied Type-K probe cannot be used to measure temperature > rating printed on the connector	0.1°C (1°F)	± (1.5% +1°C [1.8°F]) -99.9° ~ 99.9°C (-148° ~ 212°F) ± (1.5% +2°C [3.6°F]) 100° ~ 1372°C (212° ~ 2502°F)
Air Velocity	0.4 ~ 30 (m/s) 79 ~ 5906 (ft/min) 1.4 ~ 108.0 (km/h) 0.9 ~ 67.2 (mph) 0.8 ~ 58.3 (knots)	0.01 (m/s) 1 (ft/min) 0.1 (km/h) 0.1 (mph) 0.1 (knots)	± (3% + 0.2 m/s) ± (3% + 39 ft/min) ± (3% + 0.7 km/h) ± (3% + 0.4 mph) ± (3% + 0.4 knots)
Airflow	0 ~ 999900 CFM 0 ~ 999900 CMM	0.001 ~ 100 0.001 ~ 100	Airflow is a calculation; airflow accuracy is dependent on the air velocity accuracy (specification listed above)