VTE18-3F4212 SICK Product information
Product overview
The VTE18-3F4212 is a cylindrical diffuse reflection photoelectric sensor manufactured by SICK.It is mainly used to detect the presence and absence of objects,location and distance information.With its compact structure,reliable performance and wide application range,the sensor is widely used in the automation industry.
Product parameter
Model:VTE18-3F4212
Type:Cylindrical diffuse reflection photoelectric sensor
Detection method:diffuse reflection
Light source:infrared LED
Maximum switching distance:400mm
Sensing distance:5mm-350mm
Output type:PNP(on)
Protection level:IP67
Operating temperature:-25°C~+70°C
Connection mode:Cable
Other parameters:Please refer to the SICK official technical documentation
Product application
VTE18-3F4212 Photoelectric sensor has a wide range of applications in the field of industrial automation,such as:
Object detection:detect the presence,location and distance of objects,used for material detection and parts counting on automated production lines.
Position detection:detect the arrival position of moving objects,used for robot positioning,conveyor belt control,etc.
Liquid level detection:detection of liquid level height,for liquid level control,leakage detection,etc.
Safety protection:As a safety protection device,it is used to detect the proximity of personnel or objects to prevent accidents.
Brand introduction
SICK is a leading global supplier of sensor solutions focused on industrial automation.SICK’s products are widely used in automotive manufacturing,logistics,packaging,electronics,food and beverage industries.SICK’s products are known for their high precision,high reliability and long life.
Characteristics and advantages
Compact design:Compact and easy to install.
High sensitivity:long detection distance,fast response speed.
Strong anti-interference ability:suitable for harsh industrial environment.
Multiple functions:The detection distance can be adjusted by adjusting the potentiometer.
Easy installation:Multiple installation methods are available.
