Sick Information SHOW

	Parameter settings for the Sigg distance sensor 1. Set to "Surface" to measure the distance from the first surface within the sensor's detection range. This setting is available for all sensor heads. 2. Set to Glass Thickness to measure the distance from the front to the back of a transparent object, such as glass. This means that it has been measured with the sensing ...
	Sick sensor - the classification and principle of distance sensors Principle of ultrasonic distance sensor: Ultrasonic waves have a great ability to penetrate liquids and solids, especially in solids that are opaque to sunlight, and it can penetrate to a depth of tens of meters. Ultrasonic waves will produce significant reflections when they encounter impurities or interfaces, forming reflections into echoes, which can produce ...
	What are the main uses of Sick sensors – laser distance sensors? 1. Laser length measurement Precision length measurement is one of the key technologies in the precision machinery manufacturing industry and the optical processing industry. Modern length measurement is mostly carried out by using the interference phenomenon of light waves, and its accuracy mainly depends on the monochromacy of light. Laser is the most ideal light source, it is more ...
	Introduction to the characteristics of the Sick sensor - laser distance sensor 1. Wide measurement range and fast response; 2. Reflector is not required for long-distance measurement; 3. High measurement accuracy and large range; 4.905 nm safety laser is not harmful to human eyes; 5. Small size, easy to install and debug; 6. On-line continuous measurement to reach unmanned ...
	Where are the main applications of Sick Sensors – Laser Distance Sensors? Position monitoring of moving objects; Railway catenary survey, building limit survey; Measurement of objects that are not suitable for access; industrial automation and intelligent production management; Automobile speed and traffic statistics; Industrial monitoring signal trigger control; Tower crane ...
	Sick releases the Visionary-T Mini AP 3D vision camera The Visionary-T Mini is a 3D snapshot camera based on TOF (Time-of-Flight) that outputs internally calibrated 2D grayscale images and 3D point cloud data at the same time, helping users reliably identify and locate objects in indoor and semi-outdoor environments. ...
	Introduction to the characteristics of the Sick sensor - infrared distance sensor 1) Long-distance measurement, in the case of no reflector and low reflectivity, it can measure a long distance; 2) There is a synchronous input terminal, which can be measured synchronously by multiple sensors; 3) Wide measurement range and short response time; 4) Compact design, easy to install, easy to operate ...
	Sick sensors – the advantages of ultrasonic sensors over photoelectric sensors It is possible to bypass small obstacles (such as dust) (photoelectric is completely not allowed in this environment). Liquid position can be measured. (e.g. for level monitoring) Transparent objects can be measured. (e.g. presence or displacement of glass) Not affected by the surface of the object ...
	Sick Sensors – Applications of Photoelectric Sensors 1. Application of photoelectric sensor in high-voltage and high-current testing In recent years, the use of optical equipment for high-voltage and high-current measurement has developed rapidly in the power system, and many new photoelectric sensor systems have been put into on-site operation, bringing many convenient measures for the monitoring of high-voltage and high-current.
	Sick sensor - introduction to the characteristics of photoelectric sensors 1. Long detection distance If the detection distance of 10 m or more is retained in the through-beam type, it is possible to achieve detection that is not possible with other detection methods (magnetic, ultrasonic, etc.). 2. There are few restrictions on the detected objects Due to the detection of shading and reflection caused by the detection of objects ...
	Sick sensors – how light-sensitive sensors work, classification and areas of application A photosensor is a sensitive device that responds to or converts external light signals or light radiation. A photosensor is a sensor that uses a photosensitive element (photodiode) to convert an optical signal into an electrical signal. Their sensitive wavelengths are close to those of visible light, including infrared and ultraviolet wavelengths ...
	Sick Sensors – An introduction to the photoelectric effect of photoelectric sensors It is a physical phenomenon in which light irradiates certain substances and changes the conductive properties of the substance, which can be divided into three categories: external photoelectric effect, internal photoelectric effect and photogenerated volt effect. The external photoelectric effect refers to the physical emission of electrons from the surface of an object under the action of light.
	Sick Sensor - Introduction to photodiodes for photoelectric sensors 1. Photodiode Photodiodes are generally in reverse operation in circuits Dark current, photocurrent (the stronger the light, the photocurrent?) ） 2. Phototransistor There is no lead-out at the base, and the collector is positive with respect to the emitter When the light shines on ...
	Sick Sensor – The difference between a photoelectric sensor and a light sensor 1. Different definitions: A light sensor is generally a device that can sensitively sense light energy from ultraviolet light to infrared light and convert the light energy into an electrical signal. Photoelectric sensors are sensors that use an optoelectronic element as a detection element. It first converts the measured change into light ...
	Sick sensor - light source selection for photoelectric sensors Visible red LED light source The sensor application of this light source is very common, the light spot is visible, the light spot is large, easy to align, easy to install and adjust, and the price is close to the people, which can meet most applications. The disadvantage is that the detection accuracy is not high. Red laser light source The light of the laser ...
	Sick sensors – classification and working methods of photoelectric sensors (1) Fork photoelectric sensor An optical transmitter and a receiver are mounted face to face on both sides of a trough to form a trough photoelectric. The luminaire emits infrared or visible light, and the light receiver receives the light in an unobstructed condition. But when the detected object passes through the slot, the light is blocked ...
	Sick sensors – fork photoelectric sensor applications 1. Parking lot or conveyor and other places Its function is to detect the parking position, and the detection distance is relatively long, which is more applicable in parking lots and other occasions. 2. The position of the processed parts In the factory production process, in order to realize the automatic processing state of the parts, the position of the parts must be inspected.
	Sick sensors – the working methods and characteristics of fork photoelectric sensors and their differences How fork photoelectric sensors work: Placing an optical transmitter and a receiver facing each other on either side of a slot is a fork photoelectric. The luminaire emits infrared or visible light, and the light receiver receives the light in an unobstructed condition. But when the detected object passes through the trough ...
	Sick tailors the new series of magnetostrictive linear encoders – the DAX. Magnetostrictive technology and magnetostrictive encoders are increasingly used in linear motion measurement in various industrial equipment due to their wear-free, maintenance-free, and reliable absolute position detection. Condition-based diagnostics and predictive maintenance enable efficient production, where the intelligent functions of sensors are increasingly ...
	Common fault causes and treatment methods of Sick sensors 1. No weighing reading This kind of fault is generally more common, the weighing value of a certain scale is zero, regardless of whether there is something on the scale, its weighing value is always zero. There are several reasons for the above failure: a. the sensor is damaged, b. the line is open, c. the signal is ...
	Sick Sensors – What are the precautions for the use of load cells? 1. The signal cable of the sensor should not be arranged in parallel with the strong current power line or control line (for example, do not place the sensor signal line in the same pipe as the strong power line and the control line). IF THEY MUST BE PLACED IN PARALLEL, THEN THE DISTANCE BETWEEN THEM SHOULD BE KEPT AT LEAST 50CM, AND THE SIGNAL ...