Rechargeable strobe is a portable industrial detection device used to observe the surface state of high-speed moving objects. By adjusting the flash frequency to synchronize with the object's motion, it uses visual persistence to clearly present the dynamic details of the object. Mainly used in industries such as mechanical manufacturing, printing, textile, power, and food processing to detect the operating status or surface quality of high-speed moving objects such as rotors, gears, and production line equipment. For example, observing the degree of gear wear or dynamic defects in production line products through synchronous flashing frequency.
A rechargeable stroboscope is a portable industrial detection device that synchronizes the flash frequency with the movement of the object being measured, and uses visual persistence to observe the surface state or operating condition of high-speed moving objects.
A stroboscope rapidly flashes at a specific frequency by controlling a light source, such as a xenon lamp or LED. When the flash frequency is close to or synchronized with the rotation or motion speed of the object being measured, although the object is moving at high speed, the human eye will see its slow motion or relative stillness due to the visual persistence effect, thus clearly observing the surface quality (such as scratches, cracks, color deviation) or operating status (such as vibration, jitter).
Features:
Portability: Powered by a high-performance lithium battery, it supports continuous operation for more than 2 hours without the need for an external power source, making it suitable for explosion-proof, voltage unstable, or mobile scenarios.
High precision frequency modulation: using imported rotary encoders, supporting internal triggering (set frequency) and external triggering (automatic tracking of photoelectric signals), the frequency range is usually 50-12000 times/minute, and some models can reach 40000 times/minute.
Intelligent functions:
Phase adjustment (0-360 °): Achieve forward or backward movement of the pattern observation position.
Automatic flashing: Automatically turn off the lamp when there is no trigger signal, extending its lifespan.
Parameter memory: stores parameters such as frequency and working mode, which can be used immediately upon startup.
Application scenarios
Printing industry: Testing the color accuracy, text clarity, and ink uniformity of printed patterns.
Textile industry: observe fabric surface defects, yarn tension, and fabric texture.
Mechanical manufacturing: Monitor the vibration, wear, and operational status of components such as rotors, gears, and bearings.
Power industry: Check for blade cracks or deformations in equipment such as turbines and generators.