How laser sensors work In the industrial field, the most common laser sensor is the laser displacement sensor, also known as the laser distance sensor, which can accurately measure the position, displacement and other changes of the measured object without contact, and is mainly used to detect the displacement, thickness, vibration, distance of the object.

The Internet of Things (IoT) is a network based on information carriers such as the Internet and traditional telecommunication networks, which allows all ordinary objects that can perform independent functions to achieve interconnection. Its application fields mainly include transportation and logistics, industrial manufacturing, health care, intelligent ...

1. Scale determination: identification of the orientation of small parts, monitoring of whether there are parts on the conveyor belt, exploration of material stacking and masking, manipulator orientation (east and west center orientation) control, equipment condition detection, equipment orientation exploration (through small holes), liquid level monitoring, thickness measurement, ...

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 ...

The QCM series reliably detects distances within a measuring range A single sensor can distinguish up to 12 colors, saving inventory costs The anti-glare version reliably detects highly reflective objects The sensor has an integrated display as well as buttons for intuitive ...

Provide measurement and control solutions, process measurement needs, and provide a solid data foundation for industrial automation production. This article describes the applications of four typical laser sensors. Laser Sensor: A sensor that uses laser skills to measure. It consists of a laser, a laser detector and a measurement circuit ...

1. Resistive type A resistive sensor is a device that converts measured physical quantities such as displacement, deformation, force, acceleration, humidity, temperature, etc. into resistance values. There are mainly resistive strain, piezoresistive, thermal resistance, thermal, gas-sensitive, moisture-sensitive and other resistive sensing.

1. Improper installation and introduction errors In other words, the thermocouple should not be installed too close to the door and the heating place, and the penetration depth should be at least 8-10 times the diameter of the maintenance tube; Maintenance of thermocouples ...

(1) Slot Banner sensor 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 slot, the light is blocked ...

Banner Engineering Introduces New Q2XAF150 Background Suppression Photoelectric Sensor! Q2X is a compact photoelectric sensor, which enhances the anti-interference ability of energy-saving lamps, and the crosstalk immunity algorithm allows the two sensors to be used at close range, which can accurately and reliably detect the orientation of small parts, which is suitable for ...

PEOPLE CAN HEAR THE SOUND DUE TO THE OSCILLATION OF THE OBJECT, ITS FREQUENCY IS IN THE RANGE OF 20HZ-20KHZ, BEYOND 20KHZ IS CALLED ULTRASOUND, BELOW 20HZ IS CALLED INFRASOUND. THE COMMONLY USED ULTRASONIC FREQUENCY IS TENS OF KHZ-TENS OF MHZ. Ultrasonic is a type of mechanical vibration in an elastic medium ...

(1) When the target to be measured is not perpendicular to the transducer of the sensor. This is because the target of the ultrasonic test must be within an angle of no more than 10° perpendicular to the sensor. (2) When a small beam diameter is required. Because the diameter of the general ultrasonic beam is ...

In the field of measurement and control, sensors designed by a certain principle can measure a variety of non-electric power at the same time, and sometimes a non-electric power can be measured by a variety of sensors of different principles, so there are many classification methods for sensors, which can generally be classified according to the following methods. 1. Sort by input ...

1. Discrete photodiode with color filter The traditional practice of sensing color is to combine three to four photodiodes on a single chip, with red, green, and blue color filters placed on the surface of the photodiode (usually two blue color filters are combined together to compensate for the ...

1. The use of ultrasonic spacer sensor skills An ultrasonic sensor consists of three parts: an ultrasonic transducer, a processing unit, and an output stage. First, the processing unit excites the ultrasonic transducer with voltage, and after it is excited, it announces the ultrasonic wave in the form of pulses, and then the ultrasonic transducer is transferred to withstand ...

We often use pressure sensors, there are pressure sensors in various environments, sometimes we will find that the pressure sensor is not accurate in the use of measurement, or the signal output is unstable, which is generally disturbed by the disturbance source, the disturbance source of the pressure sensor mainly includes ...

(1) The Ultimate Problem Solver: Solve the most challenging applications by reducing sensor inventory with reliable, durable sensors (2) Regardless of the reflectivity of the target surface, the solution is difficult distance-based applications, including black foam on black plastic, black rubber in front of metal, multi-packing, etc.

1. The problem of the sealing ring of the pressure sensor The output of the pressurized transmitter does not change, and the output of the pressurized transmitter changes suddenly, and the zero position of the pressure relief transmitter cannot be returned, which is likely to be a problem with the sealing ring of the pressure sensor. It is common that due to the specification of the sealing ring, the sensor is tightened and tightened.

1. Temperature sensor Temperature sensors are used to detect temperature and heat energy and convert it into an electrical signal (transmitted in the form of voltage or current). We actually have the following types of temperature sensors to use. 1. Thermometer 2. Thermocouples ...

1. Color recognition function 2. Color recognition function independent of working distance 3. It can also provide reliable detection of vibrating objects 4. White LED 5. Dynamic, remote control teaching function 6. Trigger input 7.3 color channels, 5 levels of threshold 8. May ...

Method 1: Put the color sensor on the white object, turn on the red filter, at this time the sensor will emit the frequency, count the emitted frequency, when the count reaches 255, there is a time, this time is recorded as T1. Turn on the green filter, at this point the sensor will ...