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Sick Sensor - Introduction to the 7 performance indicators of the sensor
1. Linearity: refers to the degree to which the actual relationship curve between the output and input of the sensor deviates from the fitting straight line. Defined as the ratio of the maximum deviation between the actual characteristic curve and the fitted line over the full scale range to the full-scale output.
2. Sensitivity: Sensitivity is the sensor ...
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Introduction to the product functions of Sick
1. Measurement
Sensors and sensor systems from SICK measure dimensions, profiles, volumes, distances, speeds, and filling levels to ensure smooth processes.
2. Detection
SICK sensors can detect the presence and quality of various objects as well as the quality of consumer products to meet the needs of ...
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Sick Sensors - Introduction to the advantages of RTD sensors
(1) High measurement accuracy; The reason why RTD sensors have high measurement accuracy is mainly because the resistance temperature characteristics of some materials are stable and reproducible. Secondly, compared to thermocouples, it does not have the problem of reference end error;
(2) It has a large measurement range, especially in low temperatures;
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Sick Sensors – How RTD sensors work
Thermal resistance is used to measure the temperature of a substance when its temperature changes, and its resistance also changes with the characteristics of the change. When the resistance value changes, the working instrument will display the temperature value corresponding to the resistance value.
RTD sensors use the resistivity of conductors or semiconductors to change with temperature.
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Full-process baggage tracking solution for Sick Airport
The important indicator of airport baggage tracking is: accurate and timely delivery of baggage, and SICK has a rich and complete solution in the field of air baggage reading.
This article will take you to take a detailed look at SICK's solutions for the whole process of baggage tracking and traceability.
The core of the system
Model...
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How Sick sensors work
SICK sensors are sensors that use a photoelectric element as a detection element. It first converts the measured change into a change in the optical signal, and then further converts the optical signal into an electrical signal with the help of an optoelectronic component. Photoelectric sensors are generally composed of three parts: light source, optical path and optoelectronic components.
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Sick Sensors – Installation Requirements for RTD Sensors
1. In order to have sufficient heat exchange between the measuring end of the RTD and the medium to be measured, the location of the measuring point should be reasonably selected, and the installation of RTD near the valve, elbow, pipe and equipment should be avoided as much as possible.
2. The thermal resistance with a protective sleeve has heat transfer and heat dissipation loss, in order to reduce the ...
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Sick 3D machine vision enables intelligent guidance for tire laser lettering
With the continuous promotion of the dual carbon policy, a sustainable production and operation model is particularly important for manufacturing enterprises. The tire and rubber industry is also seeking a greener way of development.
With the iterative improvement of the production process, the tire and rubber enterprises will also ...
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The range of applications for Sick sensors
1. Detect the torque in the working process of various machining centers and automatic machine tools.
2. Detect the load torque and input power of reducer, fan, pump, mixer, winch, propeller, drilling machinery and other equipment.
3. Detection of generators, electric motors, internal combustion engines...
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Sick Sensors – Precautions for the use of grating displacement sensors
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. For the extension of the dust seal ...
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Sick launched a new diffuse reflection long array photoelectric sensing
The logistics industry has always been a strong area of SICK, in response to the detection of various goods on different conveyor lines and the diverse needs of customers, SICK has launched a series of photoelectric sensors such as G6, Z18, W16, W26 and Ray26 - which can detect cartons, baskets, uneven appearance, transparent bottles, laminated bags, etc.
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Sick Sensors – An introduction to the classification of proximity sensors
Proximity sensors are divided according to their working principle:
High-frequency oscillation type, capacitive type, induction bridge type, permanent magnet type, Hall effect type, etc.
According to the principle of operation, it can be divided into three categories:
High-frequency oscillation type using electromagnetic induction, magnetic force type using magnets, and ...
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Sick Sensors - Classification of RTD Sensors and Their Characteristics and Uses
1. NTC RTD Sensor:
Features: This kind of sensor is a negative temperature coefficient sensor, that is, the sensor resistance decreases with the increase of temperature;
Application: NTC thermistors are commonly used as temperature measurement tools on the air side and medium side in automotive thermal management systems, such as evaporation.
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Sick sensors – the advantages of ultrasonic sensors over photoelectric sensors
It is possible to bypass small obstacles (such as dust) (photoelectric is completely not allowed in this environment).
Liquid position can be measured. (e.g. for level monitoring)
Transparent objects can be measured. (e.g. presence or displacement of glass)
Not affected by the surface of the object ...
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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 – 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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Sick Sensors – Applications for thermistor sensors
1. Thermistor sensor temperature measurement
Thermistor sensors used to measure temperature are generally simple in structure and inexpensive. Thermistors without an outer protective layer can only be used in dry places; Hermetically sealed thermistors are not afraid of moisture erosion and can be used in harsh rings.
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Adjustment method of the Sick WFS3-40N415 sensor
(1) 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 does not enter the sensitive area, press and hold the "SET" button for three seconds.
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How to maintain the Sick sensor
1. It is necessary to prevent the sensor from contacting corrosive gases, so as not to cause corrosion and affect the measurement results.
2. If the measurement is a high-temperature medium, the SICK sensor should see whether the temperature is within the suitable temperature range of the sensor.
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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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