| type | liquid level sensor |
| light source | pulsed infrared diode |
| nominal pressure (probe tip) | 40 bar |
| operating temperature | 0 ... +65 °C |
| type | liquid level sensor |
| light source | pulsed infrared diode |
| nominal pressure (probe tip) | 40 bar |
| operating temperature | 0 ... +65 °C |
| type | background suppression |
| special type | hygienic design |
| light source | pulsed red LED |
| operating temperature | -30 ... +60 °C |
| type | background suppression |
| special type | hygienic design |
| light source | pulsed red LED |
| operating temperature | -30 ... +60 °C |
| type | diffuse contrast sensor |
| special type | hygienic design |
| light source | white LED |
| operating temperature | -25 ... +60 °C |
| sensing distance Tw | 40 mm |
| sensor channels | 4 (teachable) |
| tolerance ranges | 5-step teachable (LEDs) |
| operating temperature | -10 ... +55 °C |
| sensing distance Tw | 40 mm |
| sensor channels | 2 (teachable) |
| tolerance ranges | 5-step teachable (LEDs) |
| operating temperature | -10 ... +55 °C |
| sensing distance Tw | 40 mm |
| sensor channels | 4 (teachable) |
| tolerance ranges | 5-step teachable (LEDs) |
| operating temperature | -10 ... +55 °C |
| sensing distance Tw | 40 mm |
| sensor channels | 2 (teachable) |
| tolerance ranges | 5-step teachable (LEDs) |
| operating temperature | -10 ... +55 °C |
| sensing distance Tw | 25 mm |
| sensor channels | 4 (teachable) |
| tolerance ranges | 5-step teachable (LEDs) |
| operating temperature | -10 ... +55 °C |
| sensing distance Tw | 40 mm |
| sensor channels | 2 (teachable) |
| tolerance ranges | 5-step teachable (LEDs) |
| operating temperature | -10 ... +55 °C |
| measuring distance Sd | 0 ... 60 mm |
| optimum operating distance | 40 mm |
| counting rate | < 600000 copies/h |
| output circuit | opto isolated |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 120 mm |
| optimum operating distance | 100 mm |
| counting rate | < 600000 copies/h |
| output circuit | opto isolated |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 60 mm |
| optimum operating distance | 40 mm |
| counting rate | < 600000 copies/h |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 60 mm |
| optimum operating distance | 40 mm |
| counting rate | < 600000 copies/h |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 120 mm |
| optimum operating distance | 100 mm |
| counting rate | < 600000 copies/h |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 120 mm |
| optimum operating distance | 100 mm |
| counting rate | < 600000 copies/h |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 55 mm |
| optimum operating distance | 40 mm |
| counting rate | < 280000 copies/h |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 120 mm |
| optimum operating distance | 70 mm |
| object speed | < 5 m/sec |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 90 mm |
| optimum operating distance | 70 mm |
| counting rate | < 3000000 copies/h |
| output circuit | opto isolated |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 120 mm |
| optimum operating distance | 100 mm |
| counting rate | < 3000000 copies/h |
| output circuit | opto isolated |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 90 mm |
| optimum operating distance | 70 mm |
| counting rate | < 3000000 copies/h |
| operating temperature | 0 ... +50 °C |
| measuring distance Sd | 0 ... 120 mm |
| optimum operating distance | 100 mm |
| counting rate | < 3000000 copies/h |
| operating temperature | 0 ... +50 °C |
| type | tolerance analysis |
| sensing distance Tw | 16 ... 120 mm |
| Teach-in range min. | > 0,4 mm |
| operating temperature | 0 ... +50 °C |
| type | window analysis |
| sensing distance Tw | 16 ... 120 mm |
| Teach-in range min. | > 0,4 mm |
| operating temperature | 0 ... +50 °C |
| type | measuring mode: edges, center, width, gap |
| version | PosCon 3D |
| measuring range (width) | 75 ... 125 mm |
| output circuit | analog and RS 485 |
| type | measuring mode: edges, width |
| measuring field size | 24 mm |
| measuring distance (to object) | 0 ... 40 mm |
| operating temperature | 0 ... +55 °C |
| type | background suppression |
| light source | pulsed red LED |
| sensing distance Tw | 10 ... 60 mm |
| operating temperature | -20 ... +50 °C |
| type | background suppression |
| light source | pulsed red LED |
| sensing distance Tw | 10 ... 60 mm |
| operating temperature | -20 ... +50 °C |
| type | background suppression |
| light source | pulsed red LED |
| sensing distance Tw | 20 ... 350 mm |
| operating temperature | -25 ... +65 °C |
Baumer photoelectric sensors determine the position of object using an optical light signal. They are able to measure movement, presence or absence, speed, etc.
The following types of Baumer photoelectric optical sensors are available:
- Standard
- Laser
- Light barriers without reflector
- Transparency detection
- Subminiature
- Photoelectric with IO-Link
- Miniature sensors 0200
- Standard with extra power O300/O500
- Cylindrical M18
- Robust washdown
- Hygienic
- Fork and angle
- Differential
Presented sensors consist of three main elements: a light source, photoelectric sensitive element and transducer (optical system).
The German company manufactures models with thee three source types: standard LED, PinPoint LED and Infrated LED.
The quality of measurement does not depend on the material, color and magnetic fields of the measured objects. Such sensors operate in the range from 0.01 mm to 60 m. Seven different operating principles of measurement are available depending on the model.
The device housing is made of stainless steel or plastic. Equipment with a special design is manufactured for high hygiene requirements of the food and pharmaceutical industries.
Baumer photoelectric sensors use a wide range of unique technologies: IO-Link, Smart-reflect, qTech, qTarget, PosCon, VeriSens etc.
More detailed information you can see here:
