M2003 Series Intelligent Manometer

M2003 Series Intelligent Pressure Meter


Two Sport Aviation calibration references in one portable device. Meriam's M2003 Altimeter/Indicated Airspeed Indicator accurately measures from 0 to 30 psi or 0 to 100 psi absolute pressure.

But that's not all. In pressure mode, the M2003 displays pressure in various conventional and SI measurement units. After selecting ALT or IAS, we can switch the M2003 to "altitude" mode to check altimeter instruments. Customers can choose conventional or SI measurement units for altitude and indicated airspeed. The timed leak test function is standard in pressure mode. The customer sets the test duration and test. The M2003 displays the minimum value, maximum value, and real-time measurement value. Leak rate per minute upon completion.

* Intrinsically safe option available

Meriam Tethered Sensor (MTS)

Expand the functionality of the M2000 by adding an MTS to measure a second pressure or PT100 Class A RTD temperature.

Select any available pressure or temperature sensor type and range, and connect the accessory MTS using the included 1-meter cable. This is an interchangeable sensor that provides additional flexibility for your measurement needs.

M2003 Features

Altitude displayed in feet or meters

Airspeed in MPH, KNOTS, KM/H

Corrections for altitude and sea level

Backlight with 4 levels: Off, Low, Medium, High

Battery level display (0 to 100%)

Maximum/Minimum pressure values

RTD (temperature) accessory sensor option with MTS

Compound, absolute, and differential pressure sensors - optional with MTS

Red protective cover

Optional pressure fitting and hand pump kit

Applications

▪ Testing and calibration of altimeters and airspeed indicators

meriSuite CG

The M2003 comes with our meriSuite CG application, allowing you to configure the M2003 and MTS to simplify daily measurement tasks. Specifications M2003 Altimeter IAS Tester Configuration Intelligent pressure meter and sensor configuration and download data logs, select measurement units and configure user-defined units, turn device functions on and off, and calibrate the device using local measurement standards