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Sick VTE180-2P42447 Photoelectric Sensor

The Sick VTE180-2P42447 Photoelectric Sensor offers a Cylindrical design, 1 mm ... 500 mm sensing range, LED light source, PNP output, and Male connector M12, 4-pin connection. Manufactured by Sick under the Sick Photoelectric Sensor category, this model belongs to the V12 Series.

BrandSick
Product TypePhotoelectic Sensor
Model NumberVTE180-2P42447

Sick VTE180-2P42447 Photoelectric Sensor – Technical Specifications

SpecificationValue
Functional principlePhotoelectric proximity sensor
Functional principle detailEnergetic
Dimensions (W x H x D)18 mm x 18 mm x 69.8 mm
Housing design (light emission)Cylindrical
Housing length69.8 mm
Thread diameter (housing)M18 x 1
Optical axisAxial
Sensing range max.1 mm ... 500 mm
Sensing range1 mm ... 350 mm
FocusApprox. 1.5Β°
Type of LightVisible red light
Light sourceLED
Light spot size (distance)Ø 20 mm (400 mm)
Angle of dispersionApprox. 1.5Β°
Wave length645 nm
AdjustmentPotentiometer, 270Β° (Sensing range)
Supply voltage UB10 V DC ... 30 V DC
RippleΒ± 10 %
Current consumption30 mA 3)
Switching outputPNP
Switching modeLight/dark switching
Switching mode selectorSelectable via L/D control cable
Output current Imax.≀ 100 mA
Response time≀ 0.5 ms 5)
Switching frequency1,000 Hz 6)
Connection typeMale connector M12, 4-pin
Protection classIII
Housing materialPlastic, PBT/PC
Optics materialPlastic, PMMA
Enclosure ratingIP67
Ambient operating temperature–25 Β°C ... +55 Β°C
Ambient temperature, storage–40 Β°C ... +70 Β°C
Weight18 g

The Sick VTE180-2P42447 Photoelectric Sensor is designed with a compact 18 mm x 18 mm x 69.8 mm body and an M18 x 1 threaded cylindrical housing, making it well-suited for tight industrial spaces. Utilizing an energetic sensing principle, it emits visible red LED light at 645 nm with a beam focused at 1.5°, achieving reliable detection over a wide sensing range of 1 mm to 350 mm and a maximum capability of 500 mm. The sensor delivers consistent accuracy with a light spot size of Ø 20 mm at 400 mm, enabling detection of various surface types, including low-reflectivity targets.

This PNP switching sensor operates efficiently within a 10 V to 30 V DC supply range and maintains low energy consumption at 30 mA. Switching performance is rapid with a ≀ 0.5 ms response time and a high 1,000 Hz switching frequency, making it ideal for high-speed production lines. The light/dark switching mode is user-selectable via an L/D control cable, offering flexibility in sensor behavior depending on detection needs. Users can fine-tune the sensing distance using the 270Β° potentiometer integrated on the sensor.

The VTE180-2P42447 is protected by an IP67-rated enclosure made from PBT/PC plastic for the housing and PMMA optics, ensuring durability in dusty, humid, or mildly corrosive conditions. Its 4-pin M12 male connector simplifies installation and ensures strong signal integrity. Despite its robust performance, the sensor weighs only 18 grams, making it ideal for weight-sensitive or mobile automation systems. Backed by Sick's legacy of innovation and engineering excellence, the VTE180-2P42447 offers a cost-effective, reliable solution for OEMs and automation professionals.

The Sick WL4S-3F2130 Photoelectric Sensor is widely used in industrial automation to detect the presence or absence of small parts, bottles, labels, or packages moving on conveyors. It plays a crucial role in tasks such as part positioning, product counting, and object sorting in packaging, bottling, food, and assembly lines.

For junior engineers and technicians, this sensor is easy to install thanks to its visible red beam, compact size, and standard M12 connector. You don’t need special software or calibration tools β€” just mount the sensor, set the range with the potentiometer, and it’s ready to use. Its IP67 protection makes it a strong fit for Indian manufacturing floors that deal with dust, vibration, or occasional water sprays.

For senior maintenance engineers, the WL4S-3F2130 delivers excellent performance in high-speed environments where precision and repeatability matter. The short response time ensures the sensor reacts instantly without lag, reducing downtime and improving machine throughput. Engineering students can observe how real-world automation relies on sensing technologies, understanding how beam angle, light wavelength, and surface reflectivity affect sensor performance. This clarity, reliability, and ease of integration make Sick Photoelectric Sensors a smart investment across industries.

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