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Optical sensors are components of industrial automation, the operation of which involves the issuing of a beam of light rays by the transmitter and receiving it by the receiver. The light source in the emitters are mostly LEDs that operate in the infrared or laser diodes. While the receiver is a phototransistor, a photodiode or photosensitive sy...
Optical sensors are components of industrial automation, the operation of which involves the issuing of a beam of light rays by the transmitter and receiving it by the receiver. The light source in the emitters are mostly LEDs that operate in the infrared or laser diodes. While the receiver is a phototransistor, a photodiode or photosensitive system with an amplifier.
Subcategories
Photoelectric sensors forming an optical barrier consisting of a transmitter and a receiver.
Reflective sensors operate on the principle of reflecting the light beam from the surface of the object. They include a light beam transmitter and a receiver arranged side by side in a single housing. Among this type of sensors are also sensors with background and foreground suppression.
Retroreflective sensors include a transmitter and receiver placed in a common housing that faces the reflective element from which the beam of light transmitted by the transmitter is reflected.
Slotted optical sensors include a transmitter and receiver in one housing against each other. Enclosures of this type of sensor are mostly C-shaped. They are used to detect the precise elements in the sensor space.
Color sensors are used to detect the color of a tag or object against the background on which it is located. Color sensors detect any color of the surface or object to be examined. They can detect any color in three independent channels.
Fiber optic sensors are often called fiber optic amplifiers. Fiber optic sensors are used to detect a variety of objects depending on the fiber used, which can have many types of terminals and work in both the reflection mode and the barrier (transceiver).
Highly visible LED Powerful push-pull output Compact and stable housing Protection class II
Opposed mode sensor (emitter) Works with S18SP6R Cable, 2 m Protection class IP67 Ambient temperature: -40…+70 °C Operating voltage: 10…30 VDC
Opposed mode sensor (emitter) Works with S18SP6RQ M12 × 1 male connector, 4-pin Protection classes IP67/IP69K Ambient temperature: -40 °C…+70 °C Operating voltage: 10…30 VDC
Opposed mode sensor (receiver) Works with S186E Cable, 2 m Protection class IP67 Ambient temperature: -40…+70 °C Selectable light/dark operation or light operation with alarm function Operating voltage: 10…30 VDC PNP switching output, changeover
Opposed mode sensor (receiver) Works with S186EQ M12 × 1 male connector, 4-pin Protection classes IP67/IP69K Ambient temperature: -40 °C…+70 °C Selectable light/dark operation or light operation with alarm function Operating voltage: 10…30 VDC PNP switching output, changeover
The SMARTEYE® MARK II sensor is one of TRI-TRONICS’ most popular photoelectric sensors. The SMARTEYE® MARK II features extremely high gain combined with very high speed. These high performance sensors were designed to resolve the most difficult sensing tasks.
The SMARTEYE® MARK II sensor is one of TRI-TRONICS’ most popular photoelectric sensors. The SMARTEYE® MARK II features extremely high gain combined with very high speed. These high performance sensors were designed to resolve the most difficult sensing tasks.
MINI-BEAM: Polarized Retro Range: 50 mm to 2 m; Input: 10-30V dc Output: Bipolar: 1 NPN; 1 PNP Quick-Disconnect Connector
MINI-BEAM EXPERT: Visible Red 650 nm Convergent Focal Point: 16 mm; Input: 10-30V dc Output: Bipolar: 1 NPN; 1 PNP 2 m (6.5 ft) cable
Retroreflective sensor with polarizing filter Cable, 2 m Protection class IP67 Ambient temperature: -40…+70 °C Selectable light/dark operation or light operation with alarm function Operating voltage: 10…30 VDC PNP switching output, changeover
The SMARTEYE® X-PRO XP10 is the highest speed (10μs) dual-function sensor in the world. This dual-function sensor is designed to be a precision registration mark sensor with 5μs repeatability, and a standard photoelectric sensor for any high speed application, in one package.
The SMARTEYE® X-PRO XPC is the most versatile Photoelectric Communication Sensor available on the market. Its patented communication technology allows for instant access, as well as feedback to and from the sensor.