Ruetz Technologies GmbH
At RUETZ TECHNOLOGIES, we are committed to always finding the best solutions for our customers. As a specialist engineering service provider we have more than 30 years of experience in innovative implementation of solutions for technical challenges in the areas of information & convenience, lighting & testing. As a development partner we master all stages of the development process of an innovation through to marketability. Working closely with our customers, we deliver results to deadline at an optimized cost-benefit ratio. Having left the well-trodden paths RUETZ TECHNOLOGIES has successfully broken new ground and we need people with an exceptional level of commitment. This is why we care about maintaining a pleasant working atmosphere, providing our members of staff with a high degree of responsibility and opportunities for continuous professional development. Our know-how, experience and motivation combine to create synergies that ensure customer satisfaction and contribute to joint commercial success.
- 49 / 89 / 356 10-0
- 49 / 89 / 356 10-111
- info@ruetz.de
- Reichenbachstrasse 1
München, Ismaning 85737
Germany
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product
Grabbing and Sending With the Same Device
Ruetz Framegrabber
This device is used for universal and simple testing of electronic components with LVDS inputs and outputs (i.e. without interfering with the hardware or software structure). The corresponding image information can be provided for the purposes of image analysis, component testing and documentation. The PC software SNAPSHOT displays currently transmitted images and videos on the PC and saves them. This device can also be used with a sender software to generate and feed test images, videos and menu interfaces.
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Flexible Test Environments and Integration Services for your Integrated System Tests
TESTERLYZER® Frame 4.0
The TESTERLYZER® Frame 4.0 provides a flexible test environment for vehicle control units in an integrated system and is easily accessible from all sides. Customized adaption is provided for panel designs, control unit holders and cable adapters. A TESTERLYZER® I-Box 4.0 is a standard component of the TESTERLYZER® Frame 4.0 and provides the basis for a wide range of structures for the testing of control units, software and services relating to vehicles in research and development. The backbone of the I-Box provides all signals required with distribution to standardized adapter sockets and interfaces. The modular assembly structure ensures swift and safe setting up of the required test environment.
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The Ultimate Distribution Box for your Component Tests
TESTERLYZER® I-Box 4.0
The TESTERLYZER® I-Box 4.0 is a modular structured power/signal distribution box and is the new core element for your automotive component test requirements. Its backbone provides all signals required with distribution to standardized adapter sockets and interfaces for simple control unit connection.
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The Portable Solution for your On-Site Component TestsHE PORTABLE SOLUTION FOR YOUR ON-SITE COMPONENT TESTS
TESTERLYZER® Mobil Pilot
The TESTERLYZER® Mobil Pilot is a robust test unit for vehicle control units in an integrated system, which is easy to transport. The case is produced individually in line with customer requirements regarding size and integration depth.
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product
*High Current Switches
B-1002
Ross High Current Switches are available up to 36,000 amps continuous and over 1,700,000 amps 20µsec RC pulse, with voltage ratings of 6 volts to 400kV peak test. Standard Ross high current switches are built with 80 to 120psi air cylinder actuators. Air cylinder or motor operated for high contact force. Arcing contacts optional for closing current. G-10 epoxy glass laminate is standard insulation on most models. G-7 silicone glass is used on models available for RF applications above 100kHz. Most Ross high current switches are available with additional lengths of insulation, where the high voltage contacts need to be spaced at a greater distance from the actuator and control circuit. Voltage withstand value is at least doubled and the interrupt capability is much greater when high current switches are immersed in insulating oil, fluid or SF6 gas. For gas atmosphere, no modifications are necessary; however, oil or fluid immersion requires modification at a slight extra cost.
