ESX-IOS

STW announces a new product line, controllers for mobile applications for less money. The first member of this controller family will be the ESX-IOX, available beginning 3rd quarter 2007.

The ESX-IOX is a low cost I/O module for mobile applications, which provides a lot of I/O for less money. The total current output is 10A.

The following I/O is possible with ESX-IOX:

The ESX-IOX extends the I/O capability of a master controller, using CAN (CANopen protocol or layer 2 communication). The controller can also be programmed for your individual application.

The module is mounted in a plastic housing (5.4” x 4.6 x 1.4”). Connection is provided by a single 42-pin-connector from Tyco. Depending on your specific needs, it can be ordered in different options.

 

Automation & Control

STW Technic is the premier manufacturer of mobile electronics for on- and off-highway vehicles. A wholly owned subsidiary of STW GmbH, Germany, STW Technic is located in Atlanta, GA.

STW was founded in 1985, and has since provided electronic controls for world wide market leaders of agriculture, construction, municipal and military vehicles as well as many other kinds of mobile equipment. In 2007, STW will sell about 60,000 freely programmable controllers (more than any other manufacturer) in more than 200 different variations into these markets.

Due to highly demanding safety requirements for many applications in mobile equipment (i.e. cranes, fire equipment, etc.), many of STW’s controllers are certified based on IEC 61508 (SIL2) and EN 954-1 (Cat. 3) standards. STW is also ISO 9001 certified, and further certification includes ISO/TS 16949:2002, the quality standard of the automotive industry.

In addition to the controller product range, STW offers displays, joysticks, sensors, and other electronic components to provide a complete electronic system for vehicles.

STW is also a supplier of robust pressure and force measurement sensors with thin-film, ceramic or silicon technology. STW specializes in applications in extreme conditions, which includes pressures up to 3,000 bar (44,000 psi) and media temperatures up to 300 °C (540 °F).