1. There is no display on the digital display after connecting the power supply
(1) Check whether the power cord is broken and whether the plug contact is good.
(2) Whether the power fuse of the digital display meter is blown.
(3) Whether the power supply voltage meets the requirements.
2. The digital display table does not count
(1) Change the sensor plug to another digital display, if the sensor can work normally, it means that there is a problem with the original digital display.
(2) Check whether the sensor cable is broken or damaged.
3. Discontinuous counting of digital display tables
(1) Check whether the grating ruler is installed correctly, whether all the fixing screws of the grating ruler are loose, and whether the grating ruler is polluted.
(2) Whether the plug and socket are in good contact.
(3) Whether the grating ruler is scratched or rubbed with other parts when moving.
(4) Check whether the accuracy of the motion pair of the guide rail of the machine tool is too low, resulting in the change of the working clearance of the grating.
4. The digital display table displays the alarm
(1) There is no grating sensor.
(2) The grating sensor moves too fast.
(3) The grating ruler is polluted.
5. After the grating sensor is moved, only the last display flashes
(1) A or B phase has no signal or abnormality, and there is only one signal.
(2) There is a signal line that is not connected.
(3) The phototransistor is damaged.
6. The moving grating sensor counts in only one direction, and the other direction does not count (i.e., unidirectional counting)
(1) The output of grating sensor A and B signals is short-circuited.
(2) The phase shift of the A and B signals of the grating sensor is incorrect.
(3) The digital display is faulty.
7. The reading head moves to make a squeak or is difficult to move
(1) There is a tear in the sealing strip.
(2) The indicator grating falls off, and the ruler grating is seriously in contact with friction.
(3) The slider ball falls off.
(4) The upper sliding body is seriously deformed.
8. After the installation of the new grating sensor, its display value is inaccurate
(1) The installation base surface does not meet the requirements.
(2) The installation of the grating ruler and the reading head does not meet the requirements.
(3) Severe collision changes the position of the grating pair.
|
More on that
|
Banner Sensors – A way to test the quality of pressure sensors
First, the test method of pressure sensor
The test on pressure sensors mainly includes the following aspects:
Resistance test
Output signal test
Overload test
1. Resistance test
The test machines are as follows: power supply, multimeter, ammeter, ...
|
|
Banner Sensors – Rope Position Sensor Maintenance Considerations
1. The working principle and common parameters of the rope displacement sensor
The function of a rope-actuated displacement sensor is to convert mechanical motion into an electrical signal that can be measured, recorded or transmitted. The rope displacement sensor consists of a stretchable stainless steel rope wound around a threaded hub with a ...
|
|
Banner emergency stop button - introduction to the use and function of the emergency stop button
How to use the emergency stop button
1. When there is an emergency on the scene, press and lock the red mushroom head button switch or round button switch;
2. Use the safety lock to lock the emergency stop button cover.
The role of the emergency stop button
1. Make the machine in any case, immediately ...
|
|
Banner Sensors - Applications and Considerations for Infrared Sensors
Infrared sensors are sensors that use the physical properties of infrared rays to make measurements. Infrared, also known as infrared light, has the properties of reflection, refraction, scattering, interference, absorption, etc. Any substance that has a certain temperature above absolute zero can radiate infrared rays. ...
|
|
Banner Sensors – Applications for Fiber Optic Displacement Sensors
1. Microwave and RF environments
2. Nuclear energy and hazardous environments
3. High temperature and high pressure environment
4. Online monitoring
5. Aerospace applications
6. Civil engineering and geotechnical applications
7. Materials Science
...
|
|
Banner Engineering brought innovative products to IAMD Beijing 2018
China (Beijing) International Industrial Intelligence and Power Transmission and Automation Exhibition (IAMD BEIJING) will be grandly opened at the Beijing Exhibition Center from May 9 to 11. As a representative exhibition of the industrial automation industry, IAMD Beijing has accumulated considerable influence after development. The State of United States ...
|
|
Banner Sensors – A debugging method for fiber optic sensors
1. Fully automatic calibration
When the workpiece enters the sensitive area of the probe, hold down the "SET" button for 3 seconds, the sensitivity value will be set and displayed in green
2. Two-point calibration
When the workpiece is not in the sensitive area, hold down the "SET" key for three seconds, there is a ...
|
|
Banner Sensors – A debugging method for fiber optic sensors
1. Fully automatic calibration
When the workpiece enters the sensitive area of the probe, hold down the "SET" button for 3 seconds, and the sensitivity value will be set and displayed in green
2. Two-point calibration
When the workpiece is not in the sensitive area, hold down the "SET" key for three seconds, there is a ...
|
|
Banner Sensors – What are the Uses of Photoelectric Sensors?
1. Photoelectric smoke alarm
When there is no smoke, the light emitted by the light-emitting diode travels in a straight line, and the phototriode does not receive a signal. There is no output, when there is smoke, the light emitted by the LED is refracted by the smoke particles, so that the transistor receives the light, there is a signal output, ...
|
|
Introduction to the characteristics of inductive sensors
1. Simple structure: no active electrical contacts, long life.
2. High sensitivity: the output signal is strong, and the voltage sensitivity can reach hundreds of millivolts per millimeter.
3. Large resolution: you can feel the slight mechanical displacement and the slight angle change.
4. Repeatability and linearity ...
|
|
Banner Sensors – How pressure sensors work
1. Piezoresistive pressure sensor
Resistive strain gauges are one of the main components of piezoresistive strain transducers. The working principle of metal resistance strain gauge is the phenomenon that the resistance value changes due to mechanical deformation due to the strain resistance adsorbed on the base material, which is commonly known as the resistance strain effect.
...
|
|
Problem solving for Banner's QCM series of color sensors
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 ...
|
|
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: ...
|
|
How to maintain Banner sensors after use
1. It is necessary to prevent the sensor from engaging with corrosive gases, preventing it from corroding and affecting the effectiveness of measurement.
2. Assuming that the measurement is a high-temperature medium, it is necessary to see whether the temperature is within the appropriate temperature scale of the sensor.
|
|
Banner Sensors - The difference between photoelectric level switches and capacitive level sensors
The increasing adoption of industrial automation, technological advancements in liquid level sensors, and increasing usage in the energy and power sectors will drive the growth of the global liquid level sensors market. However, the lack of precision and accuracy of liquid level sensors may hinder the market growth. There are several types of level sensors, ...
|
|
Banner Sensors – Mounting issues with pressure sensors
1. Correct installation method of pressure sensor:
(1) Verify the frequency response value of the pressure sensor under normal atmospheric pressure and standard temperature conditions with appropriate instruments.
(2) Verify the correctness of the code of the pressure sensor and the corresponding frequency response signal.
2. ...
|
|
How to adjust the sensitivity of Banner color scale sensors
1. Adjust the installation position: After the wire is connected and energized, carefully adjust the installation position to make the light point projected on the surface of the measured object the clearest and brightest.
2. In general, turning the sensitivity knob clockwise can make the green light (OUT2) on, and counterclockwise turning the red light (OUT1) on.
a. Replace the light point ...
|
|
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.
|
|
What are the application areas of Banner Sensors – Laser Displacement Sensors?
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, ...
|
|
Banner Sensors - Introduction to the applications and characteristics of various types of sensors
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.
|
|