SAKOR To Showcase Dynamometer Testing Capabilities At 2007 Automotive Testing Expo North America

SAKOR Technologies, Inc., a recognized leader in the implementation of instrumentation products for powertrain system testing, will showcase its range of dynamometer testing solutions at the 2007 Automotive Testing Expo North America, from October 24-26 at The Rock Financial Showplace in Novi, Michigan. On display will be the DynoLAB EM as well as the new Accudyne AC Dynamometer and the DynoLAB PT 4.4.

SAKOR's DynoLAB EM is designed to perform highly reliable testing of electric motors and other rotating electrical devices, including alternators, starters, pumps, and generators. Its versatility allows it to perform a wide variety of tasks, such as performance testing, engineering evaluation, durability cycling, quality control validation, and in-use simulation, all with a single system.

The Accudyne AC offers an extremely flexible dynamometer system that is readily compatible with a broad range of testing applications, including conventional engine and power-train systems, hybrid vehicle drives, electric motors and rotary components, such as alternators, generators, pumps, compressors and much more. Available in sizes ranging from fractional to over 2,000 horsepower, and speeds in excess of 30,000 rpm, Accudyne dynamometers are appropriate for almost any rotational testing need.

The DynoLAB PT 4.4 offers the increased bandwidth and convenience of Ethernet and Wireless Ethernet (IEEE 802.11g) to the DynoLAB PT system. The distributed nature of the DynoLAB PT has always offered unmatched ease of installation and noise immunity. Ethernet support increases the bandwidth available for data acquisition, reduces the number of connections required, and enables an even higher level of remote monitoring capability. The deployment of Wireless Ethernet further reduces the impact to existing facilities during installation by providing the potential to eliminate all physical connections between test cell devices and the control room.

SOURCE: SAKOR Technologies, Inc.