Precision simulator MEDAS

Precision simulator - MEDAS - HORIBA STEC
Precision simulator - MEDAS - HORIBA STEC
Precision simulator - MEDAS - HORIBA STEC - image - 2
Precision simulator - MEDAS - HORIBA STEC - image - 3
Precision simulator - MEDAS - HORIBA STEC - image - 4
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precision

Description

The MEDAS system is a compact altitude simulator that reproduces a wide range of environmental conditions. It allows for testing light- to heavy-duty vehicles, including Non-Road Mobile Machinery (NRMM). It is ideally suited for a range of testing applications, such as durability, RDE replication, emission tests and mapping as well as tests from component to vehicle level. The patented technology inside the MEDAS system allows dynamic changes on the simulated atmosphere with high accuracy. The system can also be moved between different test cells due to its compact design. MEDAS enables measurements up to 5,000m with a simulated temperature range from -45 to 50 °C (with the MEDAS Temperature Module) and a simulated humdity range of 5 to 95 % (with the MEDAS Humidity Module). Suitable for different test cell configurations (e. g. engine, vehicle, powertrain) Full integration with test cell control through CAN Two MEDAS systems can be coupled in parallel to multiply the mass flow No limit on minimum engine flow rate Additional options available, e. g. noise insulation Key Benefits From Road to Laboratory The MEDAS system increases flexibility by offering a modular design, which can be adjusted for a wide range of different test environments and possible applications. It allows any worldwide atmospheric condition to be reproduced inside the test cell. For a complete real driving correlation (such as emissions correlation), an integration with other testing equipment is possible.

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MEDAS
MEDAS
8 Pages
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.