A: In-cylinder temperature measurement of gasoline direct injection engines, temperature measurement of heat transfer processes with limited and controllable flow, such as: automotive engine turbochargers; piston engine cylinders; blowers; radiators and other fields. For details, please contact the sales staff directly to obtain more technical information.
A: The principle of laser induced grating spectral temperature measurement is to form a grating-like pattern through the intersection of two pump laser beams, a thermal grating formed by a temperature gradient, and a local gas adiabatic compression caused by the sudden density modulation of the acoustic grating. For details, please contact the sales staff directly to obtain more technical information.
A: One system covers the complete temperature range from room temperature to over 1000K, non-contact measurement, only limited by the window, no need to insert the sensor, and no impact on the flow. For details, please contact the sales staff directly to obtain more technical information.
A: There are 4 major advantages:
1. The best cost-effective lighting solution for HFSB PIV
2. Meet most of the PIV measurement needs of low-speed water flow fields and spray fields
3. The highest measurement frequency can reach 50kHz
4. Support cross-frame function to cooperate with low-frequency PIV cameras
5. The highest peak power is 20W or 40W, and higher power can be customized
A: Although traditional continuous lasers can provide a stable light source, most of the laser energy is not effectively utilized due to the low duty cycle, short exposure time, and low shooting frequency when the camera is taking pictures. This increases the heat load on the environment and creates a huge laser safety problem. In addition, continuous lasers can only be used with high-speed cameras to achieve high frame rate measurements, which undoubtedly increases the cost of the PIV system.
RapidPulse uses pulsed light emission, and the laser light emission driven by the synchronizer ensures that each light pulse emitted is accurately matched with the exposure time of the camera. In this way, the camera can capture all the light energy emitted by the laser when taking pictures, achieving efficient energy utilization. In addition, this series of lasers supports dual exposure mode operation, which can perfectly cooperate with low-frequency PIV cameras to achieve higher speed measurements.
A: For the price details you need, please contact the sales staff directly to get more favorable prices and more technical support.
