The Pepperl+Fuchs VDM18-100/20/122/151 laser distance sensor has a range of up to 100 mm and features an analog 4...20 mA output and two discrete PNP outputs. The housing features buttons for convenient setting of switching points and parameter adjustments. The VDM18-100/20/122/151 sensor is used in various distance measurement applications requiring a high-speed and accurate laser rangefinder.
Photoelectric sensors
Object measurement, detection range 100 mm, red indicator, measured value via IO-Link, 2 push-pull outputs, 2 m fixed cable
The Pepperl Fuchs VDM28-8-L1-IO/73c/136 laser distance sensor is a reliable solution for use in various industries. It delivers accurate readings in the 0.2-8 m range and stable results.
The sensor is connected via an M12 connector. It also has an additional digital output (2xpnp/npn). The voltage is 10-30 DC. It is equipped with an io-link interface for remote signal transmission and can be used in automated measurement systems. The radiation source is a laser.
The Pepperl+Fuchs VDM18-100/32/105/122 laser distance sensor has a range of up to 100 mm and features an analog 4...20 mA and discrete PNP output. The housing features buttons for convenient setting of the switching point and parameterization. The VDM18-100/32/105/122 sensor is used in various distance measurement applications requiring a high-speed and accurate laser rangefinder.
The Pepperl+Fuchs OBT150-R101-2EP1-IO diffuse optical sensor with background suppression in a rectangular plastic housing with a universal PNP/NPN NO/NC output. Connection is via a standard M12 4-pin remote connector.
Optical sensors of this series have a housing with an M18 thread, which is optionally made of plastic or metal.
The sensors are reliable and versatile.
Focusing on key requirements simplifies selection and commissioning, saving time and costs.
The Pepperl Fuchs OBG8000-R200-2EP-IO-V15 optical sensor provides reliable detection of various objects and operates by reflecting a beam from a separately installed reflector at a distance of up to 9 m.
The device operates as a reflective sensor that emits red light. It belongs to the Pepperl Fuchs series.
Retroreflective sensor with polarizing filter, plastic housing, 3m detection range, red light, sensitivity regulator, light/dark switch, DC version, PNP output, fixed cable
Retroreflective sensor with polarizing filter, plastic housing, 9m detection range, red light, light, DC versions, 2 push-pull outputs, without any controls, M12 plug
Retroreflective sensor with polarizing filter, plastic housing, 5m detection range, red light, sensitivity regulator, light / dark switch, DC version, PNP output, fixed cable with M8 plug.
Universal thru-beam sensor, large body design, 30m detection range, red light, 25kHz transmission frequency, light/dark switch, DC version, 2 PNP outputs, test input, pre-fault output, M12 plug
The OBE12M-R100-S2EP-IO optical sensor from Pepperl+Fuchs is a single-beam barrier kit with a measurement range of up to 12 meters. The OBE12M-R100-S2EP-IO kit consists of an OBE12M-R100-S-IO transmitter and an OBE12M-R100-2EP-IO receiver with a universal PNP/NPN NO/NC output signal and is connected via integrated 2-meter cables. The OBE12M-R100-S2EP-IO kit features an IO-Link interface.
Our Bulletin 45PLA polarized light photoelectric sensors are compact retroreflective arrays designed to detect irregularly shaped objects across a wide range of industries and applications. Their long range and wide detection zone allow the 45PLA to detect objects of varying sizes. The 45PLA is also suitable for complex applications, including waste collection processes and those involving transparent or reflective materials.
Our 5000 Series hazardous location sensors consist of two main components: a photo head and a power supply. The photo head, which houses the bulk of the electronics, can be quickly removed from the power supply base with the turn of a screw. These sensors are designed for Class I, II, and III; Divisions 1 and 2, Groups A, B, C, D, E, F, and G hazardous locations. They include intrinsically safe zener barriers and are available in diffuse (2.1 m), polarized reflective (6 m), reflective (10 m), and fiber optic versions in a modular IP66-rated enclosure.
Our powerful, versatile Bulletin 42AF RightSight M30 30mm diameter sensors deliver high measurement performance in a robust, easy-to-install, and flexible mounting housing. These sensors are ideal for applications requiring simplified maintenance. RightSight M30 sensors can be surface-mounted using a 30mm nose mount or installed using the 18mm threaded base mount option.
- 1
- 2
Photoelectric sensor
The photoelectric sensor is a significant advancement in modern technology, significantly simplifying and automating object detection processes. It is used in a variety of industries and sectors, from automated production lines to smart homes and cities. You can purchase reliable equipment from Power Technology Solutions. As an authorized distributor of leading sensor manufacturers, we guarantee direct product delivery with the shortest possible lead times.
The working principle of a photoelectric sensor
A photoelectric sensor uses light to detect objects. It consists of a transmitting and receiving element that generates and detects infrared, visible, or ultraviolet radiation. When an object enters the sensor's range, the emitted beam is reflected off its surface and returned to the receiver. The device analyzes the delay time between the transmission and reception of the signal, determining the presence and distance of the object.
Features of modern photoelectric sensors
- High accuracy and reliability. A properly selected sensor model ensures accurate detection of an object, even under varying lighting conditions and across a variety of materials.
- Contactless. Using light beams eliminates physical contact with the object, which is especially important in dirty or hazardous environments.
- Wide range of applications. They are suitable for a variety of tasks, including industrial process automation, transportation system management, and access control.
- Energy efficiency. Photoelectric sensors consume little power and have a long service life, making them cost-effective to use.
Prospects for technology development
With advances in microelectronics and optics technologies, photoelectric sensors are becoming increasingly compact, sensitive, and functional. Detection ranges are expected to increase to several hundred meters in the near future, as well as improved data processing algorithms for more accurate object detection.
Photoelectric sensors are an integral part of modern automation and safety technologies. Their use not only simplifies work processes but also contributes to increased efficiency and safety in various areas of human activity. The rapid development of this technology promises even greater achievements and new opportunities in the future.