MPS45HF – 2 Channel High Flow Air Data Test Set

ADTS

D. Marchiori Srl. (DMA)

OVERVIEW

Control of altitude and airspeed from local or remote

RVSM compliant with 18 months recalibration

Integral pressure and vacuum pumps with 5000 hour warranty

Universal AC powered with internal 2 hour battery back-up

Optional multiple Ps & Pt ports with automatic line switchin

Enhanced flow rates suitable for high pneumatic volume aircr

SPECIFICATION

The MPS45HF is a twin channel digital technology portable flightline air data test set. Special valves and pumps allow operation with aircraft that have large pneumatic volumes. The construction is both rugged and rainproof and housed in a well proven HDPE case that incorporates both wheels and a retractable tow handle making transportation in the working environment simple. The associated auxiliaries of power leads and hoses are contained in an accompanying shoulder bag.

DOWNLOADS

MPS45HF – 2 Channel High Flow Air Data Test Set Data Sheet

Application

Aeronautical manufacturing and maintenance, Avionics instrument manufacturers, Military applications

Flight line tester for demanding applications

A conventional keypad is augmented by a multi-coloured touchscreen display for the operator to enter the test details. For flight deck use the MPSRC remote control or MPSRW wireless remote control are available. All the important air data functions are simultaneously displayed on either local or remote displays and constant screen or menu changes are not required. Readings of both commanded and measured, actual, values are displayed. Laboratory testing can also be performed by a PC connected via RS232 to the remote hand terminal connector. The comprehensive manuals include all the control instructions. ADWIN software is available as a ready-to-run PC based interface.

Two independent absolute pressure sensors are employed for the measurement of Ps altitude and Pt airspeed parameters. Advanced pressure and temperature characterisation is applied to these high quality precision sensors ensuring very high accuracy is achieved under all operating conditions without any significant warm-up time effects being relevant. Equally important is the stability of the sensors which provides a recalibration period of 18 months with RVSM compliance.