1. Add a protective cover as much as possible, and clean up the chips and oil splashed on the ruler in time to strictly prevent any foreign matter from entering the inside of the grating ruler sensor housing.
2. When plugging and unplugging the grating displacement sensor and the plug holder of the digital display, the power should be turned off.
3. In order to prolong the life of the dust-proof sealing strip, a thin layer of silicone oil can be evenly coated on the sealing strip, and care should not splash on the glass grating scribing surface.
4. Regularly check whether the mounting screws are loose.
5. In order to ensure the reliability of the grating displacement sensor, the grating surface and the indicator grating surface can be cleaned and wiped with ethanol mixture (50% each) at certain intervals to keep the glass grating surface clean.
6. Do not disassemble the grating displacement sensor by yourself, and do not arbitrarily change the relative spacing between the main scale and the secondary scale, otherwise the accuracy of the grating scale sensor may be damaged on the one hand; On the other hand, it may also cause relative friction between the main scale and the secondary scale, and damage the chrome layer will also damage the grid line, resulting in the scrapping of the scale.
7. Attention should be paid to preventing oil and water pollution of the grating ruler surface, so as not to damage the distribution of the grating ruler lines and cause measurement errors.
8. The grating displacement sensor should try to avoid working in a serious corrosive environment, so as not to corrode the chromium layer of the grating and the surface of the grating ruler, and damage the quality of the grating ruler.
9. The grating displacement sensor is strictly forbidden to vibrate violently and beat, so as not to damage the grating ruler, if the grating ruler is broken, the grating ruler sensor will fail.
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Introduction to the advantages and disadvantages of Sick sensors
1. Advantages
(1) Germany SICK flow sensor can be used to measure industrial conductive liquids or slurries.
(2) No pressure loss.
(3) The measuring range is large, and the diameter of the electromagnetic flow transmitter is from 2.5mm to 2.6m.
(4) Germany Sick SICK traffic transmission ...
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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 ...
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New Arrivals | Sick DLS40 incremental encoder
As we all know, incremental encoders are used to monitor rotational speed or position, and are widely used in all kinds of automated machinery. With the continuous development of the industrial control industry and the continuous change of product demand, SICK has launched a more cost-effective and cost-effective small incremental encoder market in the large and competitive small incremental encoder market.
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Sick has launched its latest MDA Vision system
In the current era of rapid economic development, logistics is known as the "blood" of the national economy, although the early Chinese logistics industry started late, with the continuous improvement of the system, the rapid development of high and new technology, now the logistics industry has become a social and economic bridge and link. Among them, the data flow is ...
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Introduction to the characteristics of Sick sensors
Static characteristics of Sick sensors
The static characteristics of the Sick sensor refer to the correlation between the output and the input of the Sick sensor for the static input signal. Since the input and output are not time-dependent, the relationship between them, i.e. the static ...
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Sick Sensors - Top 10 Commonly Used Sensors in the Internet of Things
01 Temperature sensor
Temperature sensors measure the heat energy in a heat source, allowing it to detect temperature changes and convert those changes into data.
Machinery used in manufacturing often requires a specific level of ambient and equipment temperature. Similarly, within agriculture, soil temperature is ...
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Presentation of the Sick Multi Physics Box sensor
advantage
Processes are more transparent and machine downtime is less
The Multi Physics Box enables Condition Monitoring. Whether it's motors, pumps, conveyor belts or fans – the measured values of temperature, vibration behavior and shock show the phase...
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An introduction to the three common types of photoelectric sensors
1. Photoelectric switch sensor
The occlusion between the transmitter and receiver is used to detect states such as motion, object presence, or object position. When the measured object passes through the occlusion beam, the intensity of the light signal received by the receiving head changes, which in turn triggers the switching signal. Photoelectric switch ...
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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 ...
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How to adjust the sensor of Sick NT6-03022? What are the methods?
1. Self-regulation. At the beginning of use, please check whether the switch itself is in good condition, whether the appearance is in good condition, etc.
2. When avoiding obstructions. When the photoelectric switch is used, for some goods such as colored goods, goods with weak reflectivity, and goods with large gaps between small pieces...
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Sick Sensors – An introduction to the working principle of common pressure sensors
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.
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Sick 3D cameras help the field of refractory bricks
With the continuous advancement of the wave of industrial upgrading in the metallurgical industry, the refractory brick industry in the subdivided field has also ushered in a new opportunity, machine vision as the core technology of industrial automation has also been fully applied, and the 3D camera of Sick has shown excellent performance in the field of refractory bricks.
Refractory bricks are abbreviated ...
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What are the performance parameters of Sick Sensors - Pressure Sensors
Pressure sensor is the most commonly used sensor in industrial practice, which is widely used in various industrial automatic control environments, involving water conservancy and hydropower, railway transportation, intelligent buildings, production automatic control, aerospace, military industry, petrochemical, oil wells, electric power, ships, machine tools, pipelines and many other industries. ...
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Sick Sensors - Common faults and treatment methods of photoelectric sensors
1. First of all, the front face of the photoelectric sensor must be parallel to the surface of the workpiece or object to be detected, so that the conversion efficiency of the photoelectric sensor will become high.
2. When installing and welding, the small distance between the root of the pin of the photoelectric sensor and the pad shall not be less than 5 mm, otherwise ...
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Sick's 3D vision product Ruler3000 series has been expanded with two new members
Two new members of the Ruler3000 family of Sick 3D vision products have been added, named Ruler3120 and Ruler3008.
The new 3D vision sensor solution Ruler3000 from SICK is suitable for a wide range of industrial applications and is characterized by its high speed and image quality.
3D Visual Transmission ...
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Sick Sensors - Analysis of common fault codes for fiber optic sensors
1. Alarm code E401
E401 is one of the common fault codes of fiber optic sensors, which indicates that the fiber optic sensor has detected that the fiber is cracked or bent. This problem can usually be dealt with by replacing the fiber or adjusting the fiber installation orientation.
2. Alarm code E402
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Sick Sensors – Common classifications and connections for RTD sensors
1. Platinum thermal resistance
The platinum metal is used as the temperature sensing element, and then together with the inner lead and the protective tube, the platinum thermal resistance temperature sensor is formed. It is also often connected to external measurement circuits, controls, and mechanisms to form a temperature sensor.
This sensor has two main ...
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Sick Sensors – How to Choose the Right Color Sensor
1. What is the purpose of the application?
2. What is the type of existing power supply? 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?
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Detailed explanation of fault judgment and maintenance of SICK sensors
Analysis of the factors that may cause the zero point change of the SICK sensor: overload will lead to a sudden change in the zero point, and the output resistance will obviously exceed the specified value impact, as above; Moisture return or turbidity, so it is mainly manifested as a continuous change of 0 point, high and low, etc., at this time, the ground resistance will be further reduced - in ...
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Introduction to the functional characteristics of SICK's safety switches
1. When the load exceeds the action current, the circuit will be automatically cut off.
2. After the circuit is automatically cut off, the panel indicator light is on, which is convenient for judging the fault part.
3. After troubleshooting, press the red button at the bottom of the panel to restore the normal power supply.
4. For other reasons, the shell ...
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