On-Vehicle Sensor Evaluation Testing System

da

Reproducing combined environmental stress that is the same as when actually vehicle is driven
Perform evaluation testing of laser radar sensors and other on-vehicle sensors

The On-vehicle Sensor Evaluation Testing System is used to ascertain issues that might occur during operation of laser radar sensors and back sonar for a vehicle-to-vehicle control cruising system installed around the bumper. You can perform evaluation tests similar to actual running in short periods by this system to compositely reproduce the various types of stress (temperature, humidity, vibration, saltwater, mud water, soap water) encountered during actual operation.

Supports flood tests
In addition to thermal cycle testing and vibration testing, it is also possible to spray saltwater, mud water, and soap rinse water to achieve results closer to actual running.
Openings installed in the ceiling
The system is designed with openings in the ceiling to enable work in the test area when installing a specimen.
Temperature and humidity control range
Temperature and humidity control range
Corrosion resistant
The inside chamber is made of titanium to prevent corrosion from saltwater. In addition, the heater and cooler are also made of titanium to enhance durability.
Combine with a vibration system
As an option, you can combine this system with a vibration system to perform more complex environmental testing.
* You may be able to use your own vibration system with this system depending on the model. Please contact us for more information.
Chamber construction
Chamber construction
Main specifications
Model LTM-3701047
Performance Temperature range -40°C to +130°C
Temperature fluctuation Within ±2°C
Temperature uniformity Within ±2.0°C (3 points around specimen)
Temperature heat-up time Within 20 minutes from +50°C to +120°C
Temperature pull-down time Within 70 minutes from +30°C to -40°C
Within 30 minutes from +30°C to -30°C
Within 20 minutes from +120°C to +50°C
Humidity control range 85 to 95%rh
Humidity fluctuation ±5%rh
Humidity uniformity ±5%rh (3 points around specimen)
Water spray function 1. Saltwater/mud water test
Method of spraying from the front ceiling side of the specimen
Spray nozzles: 3 (2 when using laser)
[Spray nozzle sprays both saltwater and mud water, requiring pipe washing after testing] Spray volume: 2 to 5 L/min. (set with manual valve)
Spray time (when ON): 1 to 60 sec. (0 to 9999 sec.)
Spray interval (when OFF): 0 to 9999 sec.
Saltwater: 5% concentration (weight ratio) or less
Mud water: 5% concentration (weight ratio) or less
(JIS Z 8901 Class 8 test dust)
2. Soap water test
Method of spraying from the front ceiling side of the specimen
Spray nozzles: 3 (2 when using laser)
[with rinse circuit] Spray volume: 2 to 5 L/min. (set with manual valve)
Spray time (when ON): 1 to 300 sec. (0 to 9999 sec.)
Spray interval (when OFF): 0 to 9999 sec.
5% concentration (weight ratio) or less
Dimensions / Weight Inside dimensions*1 W1500 × H1000 × D240mm
Outside dimensions*1 W3160 × H2475 × D2690mm
Spray tank
Outside dimensions*1
W1800 × H1200 × D850 (1000)mm
Weight Approx. 4,000 kg (reference)
Construction Interior Titanium alloy steel sheet
Heater Sheathed heater (titanium)
20 kW ×1
Humidifier Sheathed heater (SUS)
6 kW ×1
Refrigerator Multistage plate fin cooler
(Material: titanium alloy) ×1
Air circulator Sirocco fan
(Motor capacity: 750 W) ×2
* Fan runner has corrosion resistant coating.
Refrigerator for cold chamber System: single-stage compression refrigeration
Refrigerant: R404A (HFC)
Compressor: compact semi-hermetically sealed type compressor
Motor capacity: 16.5 kW
Condenser: water-cooler condenser
Expansion mechanism: temperature-regulated expansion valve, electric expansion valve
×1
*1 Excluding partial protrusions. Parentheses indicate tank pipe protrusion parts.
* The model is for operational purposes and may be changed after order. Thank you for your understanding.