EMC anechoic chamber (vehicle & Units)
The evaluation of electronic control units and systems in vehicle level can be done by measuring the electromagnetic characteristics of EMI and EMC. This particular action can be executed using an anechoic chamber.
Exhaust gas emission and fuel consumption evaluation
The environmental laboratory is to measures exhaust gas emission and fuel consumption using a chassis dynamo, and evaluates the fuel consumption performance and the performance of an exhaust gas aftertreatment device.
Air conditioning performance evaluation
The real vehicle environmental wind tunnel which can reproduce all environmental conditions, such as solar radiation which considered temperature (From cryogenic temperature to high temperature), humidity, and an illuminating angle. Moreover, evaluation of a vehicles driving condition is also possible and it corresponds also to the high speed operation over 200 km/h.
Complex thermal shock evaluation
Evaluation of the thermal shock which occurs because the engine cooling water used as high temperature flows into a radiator intermittently with the influence of the run wind under low temperature.
Inverter performance evaluation
Test equipment which simulates various driving conditions of electric vehicles and evaluates the various performances of an inverter.
Squeak & Rattle noise evaluation
Test equipment which measure a squeak noise or rattle sound which occurs from the interior parts during a driving.
Safety performance evaluation
Test equipment which measures the injury degree of the head and legs of the crew member at the time of vehicles crash, and evaluates the safe performance.
Multi-axial Vibration simulator
Test equipment which reproduce a vibration added to exhaust system parts from vehicles or an engine with high precision and contributes to the weight saving of exhaust system parts, etc.
Air conditioner system evaluation
The test equipment carries out a comprehensive evaluation of the air conditioning system's performance by a two-room constant temperature chamber (an engine room and a cabin). This chamber controls the engine water temperature characteristic and the temperature-and-relative-humidity environment in and outside of the car.
Compressor durability evaluation
Test equipment which can reproduce thermal environment conditions around the world, from extreme cold to high temperatures, and carry out both durability evaluation and analytical evaluation.
EGR cooler performance evaluation
Test equipment which reproduces actual vehicle conditions and is able to carry out measurement and evaluation of EGR cooler’s heat transfer performance. This contributes to meeting vehicle emission regulations and improving fuel efficiency.
Silent air supply system
Test equipment that supplies low-noise air to air conditioner parts, and measures and evaluates the amount of noise produced when air is introduced. This leads to understanding of mechanisms that generate noise or abnormal sounds due to air flow, and contributes towards improving these.
High-temperature thermal durability evaluation
This equipment is to evaluate the thermal reliability of an exhaust system with a super-high temperature exhaust gas without engine.
3D scanning vibrometer
Test equipment that can measure overall actual operation and inherent modes of the compressor, including local vibration modes, by using non-contact laser Doppler vibrometer.
Test equipment that films the behavior of particles in fluids and uses image processing to visualize flow. This leads to understanding of mechanism that generates fluid noise and contributes to reducing noise of products.
X-ray CT scanner
Test equipment that can carry out non-destructive structural analysis of components, analyze failure modes, and determine defective parts.
It has 3D analysis function, and contributes towards improving analysis capability of electronic devices.
Test equipment which measures quantitatively the amount of emergence of the organic compound which volatilizes slightly from interior parts.
Scanning acoustic tomography (SAT)
Test equipment that uses ultrasound to carry out non-destructive inspection on the insides of electronic components such as semiconductor packages, plastic components, and so on. It can observe occurrences such as voids, cracks, and flow separations, thereby contributing to defect analysis.
Field emission electron probe microanalyzer
Test equipment that uses a microscope analyzer with high resolution electron gun to analyze composition of small metal structures of joined areas such as solder, structures of composite materials, microscopic contaminants, and so on.
Test equipment that projects an electron beam onto the sample to observe its surface. It has resolution way beyond those of optical microscopes, making it possible to observe microscopic parts.
High temperature observation equipment
Test equipment that analyzes the material behavior of metal welds, chemical, fibers, plastics, and so on under high temperatures.