Products and Solutions for Automotive
The dynamic temperature control system is applied to the test of new energy automobile components, the temperature control flow and pressure solution，-40℃~100℃.
There are a large number of applications for our temperature control machines in the area of the automotive industry. Typical areas of application are, for example, environment simulations, materials testing as well as temperature-dependent stress and loading tests for materials, gearboxes, bearings and engine parts. Further very frequent areas of use are research tasks, test series and quality controls on batteries, rechargeable batteries and electronic components. Researchers and engineers throughout the whole world rely for the conception, construction and operation of test stands in the automotive industry on temperature control engineering from LNEYA.
Life-time tests for batteries
To determine the life-time of batteries, they are subjected to different ambient temperatures in climate chambers. The LNEYA KRYinstruments simulate the cooling circuit and deliver a wide temperature spectrum.
Fuel oil test
At certain test benches, individual components must be pre-temperature-controlled. To simulate a cold start in different vehicles, fuels such as diesel or gasoline are injected in the engine at a predefined temperature. Here, the so-called injector carrier is temperature-controlled by an instrument from the LNEYA KRY series.
Motor test benches
Pumps are essential components of vehicle assemblies. The fluids required in development, stress, and endurance tests of pumps and their electric motors are temperature-controlled using instruments from the LNEYA KRY series. The temperature control can be realized directly in the instrument or indirectly via plate heat exchangers.
Converters and inverters are becoming increasingly important as components for vehicle construction. During development, these components must be tested under realistic conditions and subjected to a wide temperature spectrum. In this phase, the instruments of the LNEYA KRY series deliver quick temperature changes and simulate the cooling circuits of vehicles or environmental influences.
Test bench for electronics components
Investigation and testing of components for electromobility require a simulation of the temperature control circuit (loop circuit) of vehicles at different temperatures.
Component tests for power modules
LNEYA KRY instruments provide the loop circuits for the characterization and optimization of thermal power modules.
Temperature control of air
For component tests in powertrains under different environmental conditions, not only fluids, but also air must be temperature-controlled.
Battery Test Inspection
Motor Simulation Test
Building test bench, material test, quality control, stress test, environmental simulation, battery test, solar technology, motor test, power module test, inverter test, charging pile test, fuel oil test, etc.
Products & Solutions
KRY -40 ℃ ~ 100 ℃ series is a temperature solution designed for automotive industry, product has the characteristics of control temperature, flow, and pressure changes. Width of the temperature control (can be extended to -40 ° C ~ 150 ° C), the temperature control accuracy can reach ± 0.3 ° C. When performing tolerance testing, there is usually an infinite loop.
KRY-P series can achieve high temperature testing for electronic pump, low temperature test antifreeze system, can be used as hot and cold impact refrigeration heating system cooling medium: ethylene glycol aqueous solution (-45 ℃ antifreeze)
KRY 0 ℃ ~ 100 ℃ series is a temperature solution designed for automotive industry, product has the characteristics of control temperature, flow, and pressure changes. Width of the temperature control (can be extended to 0 ° C ~ 150 ° C), the temperature control accuracy can reach ± 0.3 ° C. When performing tolerance testing, there is usually an infinite loop.
In response to many demand for the automotive industry, the space is small, the LNEYA KRY series specially designed a multi-device, one drag two, one drag three, one drag six, one device can support multiple test platform temperature control, control flow pressure.