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Banner Sensors – Classification and application of sensors
1. Resistive sensors
The basic principle of a resistive sensor is to convert the measured change into a change in the resistance value of the sensing element, and then turn it into an electrical signal output through the conversion circuit. Applications: 1. Strain resistance sensor, used to measure tensile and compressive stress, and other physical quantities based on this...
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Banner Sensors – the measuring principle of fiber optic sensors
(1) The principle of physical optical fiber sensor, which uses the sensitivity of optical fiber to environmental changes to convert the input physical quantity into a modulated optical signal. Its working principle is based on the optical modulation effect of optical fibers, that is, the optical fiber's response to external environmental factors, such as temperature, pressure, electric field, ...
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What are the application areas of Banner pressure sensors?
Everyone is familiar with the brand Banner, what are the fields of sensor applications under Banner? Today, we will introduce the application fields of Banner sensors, which are mainly used in: booster cylinders, boosters, gas-hydraulic booster cylinders, gas-liquid boosters, presses, compressors, air conditioning and refrigeration equipment, etc.
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Banner Sensors – Features and Uses of Fiber Optic Sensors
peculiarity
1. Because the prism is used in the reflector, its detection performance is higher and more reliable than that of the general reflective light-controlled sensor
2. Compared with the detached photosensor, the circuit connection is simpler and easier.
3. The design of the child and mother buckle is embedded, and the safety ...
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How to adjust the photoelectric head offset of the Banner sensor - photoelectric sensor?
The photoelectric head of a photoelectric sensor is a precision device, and misalignment can seriously affect the measurement results. This usually happens when external forces interfere with it, such as when the sensor position is shifted due to excessive force during cable construction. At this point, the position of the photohead needs to be readjusted.
How to adjust: ...
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Introduction to the characteristics of Banner photoelectric sensors
1. Non-contact detection, the sensor has a long service life and no damage to the inspected object.
2. It is used for long-distance detection and has a wide range of uses.
3. There are many types of objects to be inspected, including objects that have an impact on light propagation.
4. High response frequency, suitable for high-speed assembly line ...
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Banner Sensors – How to Choose a Color Sensor?
1. What is the purpose of the application?
2. What are the existing power supply types? AC or DC? What is the rated voltage?
3. What equipment should be controlled by the detection system? Conveyor or inspection system?
4. What is the output load?
5. What is the working speed of the required system? In order to...
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Banner Engineering QCM65 color sensor features introduced
Professional color numerical analysis can meet customers' needs for accurate color quality control
With a long measuring range of up to 400 mm, the QCM65 series of sensors solves more challenging applications and is a real problem solver.
Reliable detection of up to 31 types of ...
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"2018 China Automation Industry Annual Conference" Banner won another award
The 2018 China Automation Industry Annual Conference and the 13th China Automation Industry Century Tour (CAIAC2018) were held on April 12, 2018 at Tianma Hotel, Shaoxing, Zhejiang.
CAIAC2018 aims to remember and look forward to China ...
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Banner Sensors – Technological development of distributed fiber optic sensors
1. Realize the simultaneous measurement of multiple physical parameters (temperature and strain) or chemical parameters on a single optical fiber;
2. Improve the measurement range of the measurement system and reduce the measurement time;
3. Improve the detection ability of the signal receiving and processing system, improve the spatial resolution and measurement of the system.
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Banner Ultrasonic Sensors FAQs
What is an ultrasonic sensor?
Ultrasonic sensors are industrial control devices that use sound waves above 20,000Hz that exceed the range of human hearing to measure and calculate the distance from the sensor to the target object.
How do ultrasonic sensors work?
The sensor has a ...
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Banner Sensor - The appearance of a fiber optic sensor
The appearance of a fiber optic sensor is basically made up of the following parts, from left to right:
(1) SET key, which can be used for sensitivity setting. The basic principle of the sensor is to sense the refractive index of different media through an optical fiber probe to obtain a digital signal, which is displayed on the screen.
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Banner Sensors - Introduction to the classification of infrared sensors
Common infrared sensors can be divided into thermal sensors and photonic sensors.
1. Thermal sensor
The thermal sensor is the use of incident infrared radiation to cause the temperature change of the sensor, and then make the relevant physical parameters change accordingly, by measuring the change of the relevant physical parameters to determine the ...
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Banner Sensor - How and how to select a proximity sensor
A proximity sensor is a device with the ability to perceive the proximity of an object, which uses the sensitivity of the displacement sensor to the approaching object to identify the proximity of the object and output the corresponding switching signal. For this reason, proximity sensors are often referred to as proximity switches. It is an alternative to contact detection ...
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Banner Sensor - What are the applications of fiber optic sensor technology?
1. Fiber optic gyroscope
Fiber optic gyroscopes can be divided into interference type, resonant type and Brillouin type according to the principle, which is the representative of the three generations of fiber optic gyroscopes. The first generation of interferometric fiber optic gyroscopes, which is now mature and suitable for mass production and commercialization; The second generation of resonant fiber optic gyroscopes, ...
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Banner Sensors – Classification and Advantages and Disadvantages of Infrared Sensors
Infrared sensor is a kind of sensor that uses infrared rays to process data, which has the advantages of high sensitivity, and the infrared sensor can control the operation of the driving device. Infrared sensors are commonly used for non-contact temperature measurement, gas composition analysis and non-destructive testing.
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What are the reasons why Banner photoelectric sensors do not have signal output?
First, it is the problem of wiring or configuration to be considered. For the through-beam BANNER photoelectric sensor, it must be used in combination with the light emitting part and the light receiving part, and both ends need to be powered by power; The regression reflector type must be used in combination with the sensor probe and the regression reflector; At the same time, the user has to give the sensor ...
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Banner Sensors – Rope Position Sensor Installation Considerations
1. Use the 4 fixing screw holes at the bottom to install directly or add protection or other mechanical use according to the needs of the site and machine installation space facilities.
2. When installing the stainless steel cable, it is necessary to pay attention to the horizontal angle, that is, to make the mechanism of the steel cable from the outlet to the moving part as much as possible, and slide horizontally during work.
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Banner Sensor – The difference between a photoelectric sensor and an infrared sensor
The sensor is a kind of detection device, which can feel the measured information, and can transform the felt information into electrical signals or other required forms of information output according to a certain law, so as to meet the requirements of information transmission, processing, storage, display, recording and control. Photoelectric sensors and ...
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Banner Sensors – The emitter of a photoelectric sensor has several light sources
1. Red LED – visible light, easy to adjust.
2. Infrared LED – high energy invisible light.
3. Red laser – visible light, its physical properties are ideal for small object detection and large detection ranges.
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