PS-400S sensor de ranura óptica borde de seguimiento de salida analógica para materiales penetrantes de papel de bolsa tejida de tela no tejida

Model Number:     PS-400S                                                                  Place of Origin:               Zhejiang, China

Description:           Optical sensor                                                         Usage:                             Used to detect penetrating materials

Checking Mode:    Optoelectronic                                                      Output:                            0~5V analog output

Response Time:     0.5ms                                                                    Voltage Supply:              DC10~30V

Detect range:        5mm±2.5mm                                                      Material calibration:     Manual adjustment

Brief Introduction

The photoelectric detection method has the advantages of high precision, fast response, non-contact, etc., and has many measurable parameters. The structure of the sensor is simple and the form is flexible. Therefore, photoelectric sensors are widely used in detection, control, industrial automation devices, and robots. It can be used to detect non-electric physical quantities that directly cause changes in light quantity, such as light intensity, illuminance, radiation temperature measurement, gas composition analysis, etc.; it can also be used to detect other non-electric quantities that can be converted into light quantity changes, such as part diameter, surface roughness, Strain, displacement, vibration, velocity, acceleration, and object shape, recognition of working status, etc.

In addition to measuring light intensity, it can also use light transmission, occlusion, reflection, interference, etc. to measure various physical quantities, such as size, displacement, speed, temperature, etc., so it is an important sensitive device with a wide range of applications. During photoelectric measurement, there is no direct contact with the measured object, and the quality of the light beam is approximately zero. There is no friction and almost no pressure on the measured object during the measurement. Therefore, in many applications, photoelectric sensors have obvious advantages over other sensors. The disadvantage is that in some applications, the optics and electronics are more expensive, and the environmental conditions of the measurement are higher.