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Sick Sensors - How to test the quality of load cells? Sick Sensors - How to test the quality of load cells?

The load cell is a relatively easy to damage component in the weighing cell, and it is easy to cause damage to the sensor due to impact, overload, aging, high temperature, corrosion, etc. (1) Physical observation: observe whether the appearance of the load cell is deformed, cracked, etc. (2) Measure the resistance ...

New Arrivals | SICK new intelligent laser photoelectric sensor W12L New Arrivals | SICK new intelligent laser photoelectric sensor W12L

The next Gen family has added a new generation of intelligent laser photoelectric sensor W12L is now fully available, which continues the metal housing and IP69 protection level of the old product, and integrates the Bluepilot teaching assistance technology of W4F and W16/26. Fine light spots, extended detection ...

Sick Sensors – Advantages of load cells Sick Sensors – Advantages of load cells

Resistance, inductance and capacitance are the three major types of passive components in electronic technology, and a capacitive sensor is a sensor that converts the measured change into a capacitance change, which is essentially a capacitor with variable parameters. Capacitive sensors offer the following advantages: (1) ...

The range of applications for Sick sensors 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...

Common fault causes and treatment methods of Sick sensors Common fault causes and treatment methods of Sick sensors

1. No weighing reading This kind of fault is generally more common, the weighing value of a certain scale is zero, regardless of whether there is something on the scale, its weighing value is always zero. There are several reasons for the above failure: a. the sensor is damaged, b. the line is open, c. the signal is ...

How to maintain the Sick sensor 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.

Introduction to the characteristics of Sick sensors 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 ...

Introduction to the advantages and disadvantages of Sick sensors 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 ...

New Arrivals | Sick's new generation of CSM miniature color sensors New Arrivals | Sick's new generation of CSM miniature color sensors

In the packaging, electronics and other industries, there has always been a need for stable detection of specific colors to meet the needs of positioning, counting, etc. This is where a color sensor is often used. If the installation space is small, a color sensor of the miniature size type is required. This is why the miniature color sensor from SICK – CS ...

An introduction to the classification of Sick sensors An introduction to the classification of Sick sensors

1. Industrial sensors The SICK industrial sensor portfolio includes the widest range of photoelectric sensors, fiber optic amplifiers, color mark sensors, proximity sensors, magnetic cylinder sensors, and measuring light curtains in the automation sector, which are mainly used for: recording, counting, classifying, and positioning objects.

Introduction to the product functions of Sick 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 ...

New Arrivals | Sick safety locking device FLEXLOCK New Arrivals | Sick safety locking device FLEXLOCK

SICK's new generation of RFID monitoring security locking device FLEXLOCK is officially launched. The FLEXLOCK safety locking device for RFID monitoring has an operating radius of 180° for greater flexibility and is also suitable for protective doors with smaller radii. LED lights can be selected from ...

Introduction to the functions and characteristics of Sick sensors Introduction to the functions and characteristics of Sick sensors

1. At present, SICK pressure sensors can be used in combination with computers and instruments to improve operation and reduce errors. The human-machine dialogue function is the main feature of SICK pressure sensors, and the display device and input keyboard equipped with it become the medium for human-machine dialogue. 2. SICK pressure sensing ...

Why is RFID inseparable from function blocks? Why is RFID inseparable from function blocks?

With the change of supply chain and the iterative upgrading of local technology, more and more automation sites have begun to boldly try and successfully apply domestic brand PLC, which ensures the replaceability of parts on industrial sites and improves the "safety" of production stability. Today I want to talk to you about why ...

New Arrivals | Sick DLS40 incremental encoder 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.

Introduction to the functions of various types of Sick sensors Introduction to the functions of various types of Sick sensors

1. Industrial sensors The SICK industrial sensor portfolio includes the widest range of photoelectric sensors, fiber optic amplifiers, color mark sensors, proximity sensors, magnetic cylinder sensors, and measuring light curtains in the automation sector, which are mainly used for: recording, counting, classifying, and positioning objects.

Sick Sensors – Classification of RTD Sensors Sick Sensors – Classification of RTD Sensors

1. NTC RTD Sensor: This type of sensor is a negative temperature coefficient sensor, that is, the sensor resistance decreases with the increase of temperature. 2. PTC RTD sensor: This type of sensor is a positive temperature coefficient sensor, that is, the sensor resistance increases with the increase of temperature ...

Sick Sensors – Installation Requirements for RTD Sensors 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 ...

Sick Sensors - Introduction to the advantages of RTD sensors 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; ...

Sick Sensors – How RTD sensors work 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.

Sick Sensors - Classification of RTD Sensors and Their Characteristics and Uses 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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