Photoelectric sensors get more done

Did you know that light, such as  LED ceiling illumination or additional illumination systems, can affect process safety?

In the White Paper you can learn:

• Why light is a problem for optical sensors
• How a lack of ambient light immunity lowers the system availability and process quality
• The innovative ambient light algorithm as solution for highest detection reliability

Read now

Light barriers and photoelectric sensor are distinguished by their reliable object detection and positioning with a great variety of object and material properties, mounting positions, and light environments.

Find out for yourself.

What is the sensor influence on the three factors of plant effectiveness? Discover more.
In the webinar focus:

• Absolutely reliable object detection and positioning with high-performing function principles, taking optical sensor O200 as an example
• How to reliably master different materials and environmental conditions
• The decisive role of optics and operating principle
• Improved operational reliability thanks to optimum sensor parameterization at the example of U300 ultrasonic sensor

Ask your questions to our experts – even in the webinar recording.

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Measurably better throughout the entire toolbox of light barriers and photoelectric sensors: Learn how to...
... prevent interpretation errors in beam paths.
... save time and nerves in CAD design.
... eliminate conversion errors by the appropriate CAD format.
... mount optical sensors without any further fine alignment. 

• Smallest designs from 4 mm with integrated electronics
• Long ranges up to 10 m
• Line or point beam shape
• Plastic and stainless steel housing
• Simple mounting and fast parameterization on the sensor or via IO-Link

• Sensors in M18 housing with excellent price-performance ratio
• 6 sensor principles to choose from
• Plastic, brass or stainless steel housing
• Extensive sensing range up to 55 meters

• PinPoint positioning with 0.01 mm accuracy
• 0.1 mm laser beam to detect even tiny objects
• Laser line for seamless object detection
• Short response times of < 0.1 ms

• Through-beam sensor in one device
• No adjustment of transmitter nor receiver required
• No misalignment caused by machine vibration
• Laser versions for very small components and positioning operations in the 1/100 mm range
• Simple mounting and fast parameterization on the sensor or via IO-Link

• Reliable print mark detection with low color and contrast differences
• Luminescence sensors for invisible print marks
• Precise and fast processes (jitter＜7 μs)
• Intuitive sensor setting
• Variants with color mode for minimal color differences

• Large selection of sensing heads
• Plastic and glass fiber optics
• Fiber optic amplifiers in different versions
• Detecting filling levels or leaks

• Safe and easy referencing on machine parts
• Short response times of < 0.25 ms
• Sensing range up to 1.9 m
• Insensitive to dirt
• Extremely easy setup

Find out:

• Why smart IO-Link sensors, like OT300, are key for efficient sensor engineering
• How the Baumer Sensor Suite, an intuitive IO-Link Software free of charge, supports in every stage of sensor selection and commissioning

Get full application report

• Based on the triangulation principle
• Transmitter and receiver in one device
• Evaluation of the angle of incidence of the light
• Detection regardless of the object color, surface or background

• Beam interruption between sensor and e.g. machine part
• Very reliable object detection regardless of form, color and surface
• Maximum operating safety, no standstill caused by dirty or defective reflector

• Light re-emitted from the target object triggers the sensor
• Transmitter and receiver in one device
• Dependent on object color, surface and degree of gloss

• Beam interruption between the sensor and the reflector
• Transmitter and receiver in one device
• Detection regardless of the object color or surface
• Detection of glossy and reflective objects thanks to polarization filter

• Beam interruption between the transmitter and the receiver
• Transmitter and receiver located opposite each other in separate housings
• Detection of objects over long distances
• Highest excess gain

• Standard LED: Diffuse light spot for object recognition
• Baumer PinPoint LED: Small, homogeneous light spot with sharp edges
• Infrared LED: Invisible light beam
• Laser: Focused, easily visible light beam

Benefit from the data provided by present-day intelligent sensors to enhance process transparency, to improve efficiency and to cut down on costs. Find out here how IO Link will be of help.