On June 27, 2018, Turck's Uprox series inductive sensors were awarded the "AI User Praise Award" at the 2018 (18th) Advanced Manufacturing Skills and Car Manufacturing Industry High-Level Forum and Award Ceremony. Selected by readers of the car industry, the award is selected over a period of several months and is awarded to those who have the best skills, are reliable in use, and have an outstanding reputation for skills, products, and solutions. Turck's recognition of this award is a testament to its outstanding reputation in the industry and in the hearts of its users.
The inductive sensors of the Uprox series are Turck's most qualified products and are constructed using an innovative multicoil system for printed circuit boards. Since its launch, it has been well received by customers and the market. Turck has continued to improve its Uprox product range, and since then we have launched the Uprox+ series and the Uprox 3 series. The inductive sensors of the Uprox series are particularly suitable for use in the passenger car industry. Its long detection distance meets the customer's high mechanical tolerance requirements, all-metal detection and sensitive device method make it more widely used, and the anti-electromagnetic interference ability and EMC characteristics make it completely used in the welding area without electromagnetic interference. The Uprox 3 intelligent sensor with IO-Link protocol can quickly and sensitively optimize or switch the performance of the sensor to meet the needs of customers in various applications in the field.
Turck is well aware that for car and parts enterprises, the use of more advanced, efficient, flexible and intelligent production methods, further improve the equipment production capacity and process level, innovative production ideas, and transform the production form in order to meet the changing market demand, as well as more and more personalized and large-scale production needs. Turck is willing to help customers to explore useful ways to achieve transformation and promotion, and analyze advanced production concepts such as intelligent processing and production methods, flexible production solutions, and integration of digitalization and automation. From product design to processing and production, to later installation, inspection, delivery and other aspects, we help customers innovate and upgrade in the process of promoting intelligent production.
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Analysis of Pressure Sensor Failure Problem - Turck
Assuming that the power supply is normal, it is necessary to carry out simple pressurization to see if the output has changed, perhaps to observe whether the zero position of the sensor has output, assuming that it has not changed, the sensor has been damaged, and vice versa, it is the appearance of the damage or other links of the whole system.
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Instructions for use of Turck's proximity switches
1) There is a difference between the two-wire system and the three-wire system of the proximity switch, and the three-wire system proximity switch is divided into NPN type and PNP type, and their wiring is different
2) The wiring of the two-wire proximity switch is relatively simple, and the proximity switch can be connected to the power supply after being connected to the load in series.
3) Three-wire proximity switch ...
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The correct way to use linear position sensors – Turck
A linear displacement sensor is an electrical signal device that converts linear mechanical displacement into a linear or arbitrary function relationship through a potentiometer element. The potentiometer planned to complete the measurement of displacement intent must require a confirmation relationship between the change in displacement and the change in resistance. So so...
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What sensors does the robot contain – Turck
Robots are chaotic machines controlled by computers with similar physical and sensory functions as human beings. Flexible action program; There is a certain level of intelligence; Able to work without relying on human manipulation. So in general, what are the primary sensors that robots contain?
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Turck's safety inductive sensors
In addition to this new sensor series, Turck's safety technology portfolio also includes safety I/O modules. Thanks to the inclusion of an OSSD output, this safety inductive sensor series provides wear-free detection, safe orientation and range monitoring without the need for a separate device ...
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Common pressure sensors – Turck sensors
Dispersion silicon pressure sensor: sophisticated, widely used, cost-effective, gauge pressure measurement is the mainstream, and a few absolute pressure, strong overload and impact resistance, but can only measure the medium below 120 °C. The micro-range accuracy is slightly lower;
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Technical analysis of Turck's inclination sensors
The so-called inclination angle is a relative orientation with reference to the horizontal line and the vertical axis. Changes in orientation can be monitored quickly and precisely by means of inclination sensors. The acceleration of gravity is a parameter measured by the sensor. This measurement principle is equivalent to using a plumb line to produce a change of direction in a gravitational field. Turck inclination ...
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Identification defined by Turck's inductive sensor number
For example, the number of the type: Ni12U-M18M-VP4X-H1141 is divided into 6 parts
Part I: Ni12U
Letter N: The device method of the sensor is (non-flush device method)
Electricity...
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Calibration steps for pressure transmitters – Turck
When calibrating the pressure, we need to zero the current of the transmitter, and then carry out the positive and negative relocation of the zero point according to the requirements, if the pressure transmitter is calibrated for the first time, then we also need to add the measured physical quantity calibration, and the subsequent calibration can be calibrated by manual operation.
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Turck's method for commissioning pressure sensors
Turck pressure sensor debugging method example: the 0.08-2MPa planning controller is selected, the pressure is requested to drop to 0.8MPa (down switching value) to announce the contact signal, the operation process is as follows: screw the product into the threaded mouth of the hydraulic pressure calibration table, and ...
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Laser displacement sensor selection method – Turck
1. Pay attention to the structure and data of the measured object, and the measurement of the general laser displacement sensor requires a complete triangular optical path. If the object to be measured has deep grooves or messy appearance, the triangular light path may be obstructed, making it impossible to measure. There are also some light-absorbing materials, such as black rubber and other materials, most of the light intensity will be ...
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Turck LUS ultrasonic level sensors
Launch of the LUS211 ultrasonic level sensor, Turck's first ultrasonic sensor with a local LED display.
The LUS211 is a programmable sensor for measuring solids and liquid levels in housings. Because...
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Displacement sensor parameters – Turck sensors
1. Technical indicators in terms of activation: for an instrument, generally the higher the degree of activity, the better, because the more active, the easier it is to feel the change in acceleration in the surrounding environment, the acceleration changes greatly, and naturally, the change of output voltage also becomes larger accordingly, ...
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Advantages of Turck sensors for linear position
Turck's linear displacement sensors have an additional measuring stroke of 100 to 4500 mm. It uses the magnetoelastic principle and non-touch measurement method, and provides a high accuracy of μm according to the 16-bit D/A conversion resolution. It can be changed according to the actual application needs through a very simple programming method.
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Types and classifications of light sensors – Turck
1. Types of light sensors
1. Ambient Light Sensor XJC-S05-T New Jingcheng Sensor 503 Series HubaControl Fuba WTAL121-N30LMWoosen WSPSS15B20GTWang Sensor Jude Life CS20D, e.g. sensor on mobile phone on laptop etc.
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Turck Sensor Systems is the basis for agricultural applications
The next stage of development in agriculture is data-driven, requiring solid sensor skills in the field. Turck products can be operated with a driver-assisted system and then fully automated farming. In the steer-by-wire system, the QR20 encoder measures the axle ...
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Choose the right laser displacement sensor method – Turck
1) Pay attention to the structure and data of the object to be measured, and the general laser displacement sensor needs to measure the triangular optical path with intact requirements. If the measured object has deep grooves or messy appearance, it may cause the triangular light path to be occluded, so that it cannot be measured. There are also some light-absorbing materials, such as black rubber and other materials, most of the light intensity will be ...
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How accelerometers are installed – Turck
The first type: screw device
The method device should be selected quenched steel screws, at the time of the device, the screws are first screwed into about half the length, the screws should be straight with the surface, the sensor should be fixed according to the specified torque, and a layer of grease should be applied to the joint surface.
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Turck's proximity switch principle and precautions
How Turck's proximity switches work
The proximity switch has stable performance, and there is a sensitive adjuster at the tail, which can effectively adjust the distance according to the size. Stability, long detection distance. There are buried and non-embedded. When an object moves towards the proximity switch and approaches to a certain distance, there is a "sense" ...
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Strain Characteristics of Pressure Sensors – Turck
Pressure sensors have been widely used in recent years, many products are in use, according to different types of test pressure, pressure sensors can be divided into gauge pressure sensors, differential pressure sensors and absolute pressure sensors, what are the strain characteristics of pressure sensors?
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