WS/WE12L-2N430A01 Allicdata Electronics
Allicdata Part #:

WS/WE12L-2N430A01-ND

Manufacturer Part#:

WS/WE12L-2N430A01

Price: $ 477.61
Product Category:

Sensors, Transducers

Manufacturer: SICK, Inc.
Short Description: THRU-BEAM LASER 80M RANGE
More Detail: N/A
DataSheet: WS/WE12L-2N430A01 datasheetWS/WE12L-2N430A01 Datasheet/PDF
Quantity: 1000
1 +: $ 434.19000
Stock 1000Can Ship Immediately
$ 477.61
Specifications
Series: W12-2 Laser
Part Status: Active
Sensing Method: Through-Beam
Sensing Distance: 3149.606" (80m)
Voltage - Supply: 10 V ~ 30 V
Response Time: 200µs
Output Configuration: NPN
Connection Method: Connector, M12
Ingress Protection: IP67
Cable Length: --
Light Source: Red (650nm)
Adjustment Type: --
Operating Temperature: -10°C ~ 50°C (TA)
Description

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The WS/WE12L-2N430A01 optical sensors are designed with both industrial and photoelectric characteristics. As an industrial application, these are ideal for applications with a high need for accuracy and reliability. With a built-in photoelectric sensor the WS/WE12L-2N430A01 is able to measure the light intensity or detect light sources accurately and quickly. This includes applications in production line automation, spectral measurement of light sources, and environmental illumination monitoring.

The photoelectric function of the WS/WE12L-2N430A01 can accurately measure the light intensity and accurately detect the light levels of the environment. As a result, it is able to control or monitor the light variables in response to changes in the environment. This is an extremely useful application for a variety of applications, such as monitoring the brightness of a production line or detecting changes in the intensity of sunlight. Furthermore, the accuracy of this can be adjusted based on the user\'s needs and application requirements.

The industrial application of the WS/WE12L-2N430A01 involves measuring the displacement and position of parts and objects. As the driving of the industrial application, this feature delivers an accuracy and reliability comparable to that of an optical encoder. The added accuracy to the industrial application allows for increased precision in position control in production line applications.

The working principle of the WS/WE12L-2N430A01 is based on its ability to accurately detect changes in light intensity. The device is able to measure changes in light sources by analyzing the intensity of light waves that emit from the source and received by the sensor. From the collection of this data, the sensor is then able to detect the presence of light and accurately monitor it.

This device is also designed with a wavelength specific feature that is capable of filtering out certain wavelengths. This is especially useful for industrial applications that call for measuring the displacement of objects since it can improve the accuracy of positioning. The ability ofof the WS/WE12L-2N430A01 to accurately detect the intensity and corresponding wavelengths of light makes it an ideal choice for industrial uses.

Overall, the WS/WE12L-2N430A01 is an extremely versatile device with an array of applications. Its built-in photoelectric sensor coupled with its ability to accurately detect the intensity of wavelengths make it ideal for both industrial and photoelectric applications. This then facilitates increased accuracy, reliability, and control in a range of applications from monitoring environmental variables to measuring the position and displacement of parts or objects.

The specific data is subject to PDF, and the above content is for reference

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