Object Detection
Our inductive proximity switches offer non-contact detection of metal objects, specifically designed for narrow machine configurations. Despite their compact size, these small sensors boast impressive sensing distances, ensuring reliable operation even under challenging object properties, mounting positions, or lighting conditions. With a focus on maximizing performance in minimal designs, our smart sensors streamline the design-in process to commissioning, delivering the highest precision. We also provide fiber optic sensors that are smaller, more precise, and faster, along with capacitive sensors capable of non-contact detection of both liquid and solid objects. Our ultrasonic sensors are outstandingly fast, small, and robust, while our magnetic proximity sensors can achieve a large sensing distance of up to 60 mm, even through metal walls. Experience cutting-edge technology and efficiency with our advanced sensor solutions.
Inductive proximity sensors
Inductive proximity sensors
Inductive sensors play a vital role in automation technology, enabling the precise detection of metal objects without physical contact. They operate at high switching frequencies and offer exceptional accuracy, making them indispensable for modern automated systems. inductive sensors are highly resistant to vibrations, dust, and moisture, ensuring robust performance, maintenance-free operation, and a long lifespan. Inductive proximity sensors are available in various sizes (from Ø 3 mm to M30) and rectangular designs, optimizing the efficiency and reliability of automation processes.In addition to standard industrial applications, we offers all-metal versions, pressure-resistant sensors up to 500 bar, and models with extended 3x or 4x switching distances. Sensors with anolog outputs are also available for precise measurement in production or testing processes. Below are key series and their special features:
· Standard Series:Ideal for cost-effective solutions, available in Ø 3 mm to M30 with normal and rectangular designs. Features single/double switching distances and multiple connection options (plugs or PVC cables). Ideal for standard applications with 1x to 2x switching distances, offering an excellent price-performance Extended Series:Suited for demanding applications, offering enhanced mounting tolerances with double/triple switching distances. Available in normal and short designs with connectors, including PUR cables. Large Operating DistanceGuarantees precise detection with up to 4x switching distances. Designed for ambitious tasks with extended switching distances where M12 flush designs switch at 8 mm, and M30/square designs switch up to 40 mm. High Pressure-Resistant:Specialized for hydraulic systems and valve monitoring, capable of withstanding pressures up to 500 bar. Available in stainless steel housing in M12, M14, and M18 sizes.
· Analog:Precision sensors for measuring small changes in distance. Provides analog current/voltage outputs for highly precise measurements of metallic distances in production or testing processes.
· High-Temperature Resistant:Robust performance in extreme temperatures from -25°C to +230°C, ideal for harsh environments.
· Full Metal:Built for high durability. Corrosion-resistant sensors with V4A stainless steel housing, ideal for use in harsh chemical environments.
· Miniature:Designed for confined spaces, providing compactness without compromising performance.
· Short Design:Short, compact sensors for tight spaces, maintaining a strong price-performance balance..
Capacitive proximity sensors
Long Span Shelving
Capacitive proximity sensors
capacitive proximity sensors are designed for precise and reliable detection of liquid, powdery, and solid materials. They can detect both metallic and non-metallic parts, even through container walls or packaging.
EXTENDED Series: These sensors feature sensitivity adjustment through IO-Link or a multiturn potentiometer and offer three operation modes:
Standard: For general applications, with a 100 Hz switching frequency.
High Resolution: Ideal for detecting small objects, with reduced switching frequency (10 Hz) and enhanced interference immunity.
Speed: Optimized for fast-moving parts, with a high switching frequency (300 Hz) but lower interference immunity.
Available in small sizes (Ø 6.5 mm, M8, and M12), they feature NO/NC switching with the Smart Sensor Profile.
STANDARD Series: These sensors are offered in stainless steel or plastic housings and are available in larger sizes (M18 to M30, and Ø 50 mm). They also provide reliable detection of various materials, with sensitivity adjustment using a multiturn potentiometer or auto-teach key.Available in small sizes (Ø 6.5 mm, M8, and M12), they feature NO/NC switching with the Smart Sensor Profile.
STANDARD Series: These sensors are offered in stainless steel or plastic housings and are available in larger sizes (M18 to M30, and Ø 50 mm). They also provide reliable detection of various materials, with sensitivity adjustment using a multiturn potentiometer or auto-teach key
Photoelectric sensor
Photoelectric sensor for any industrial application
Photoelectric sensor uses the best technologies called ASIC and LED by which the sensors offers highest level of operational reliability. It detects every type of objects whether it is transparent, small, fast or shiny and has best background suppression in the market team of engineers specializes in selling factory automation/ industrial automation products.
Advantages
· Comprehensive detection
· All conditions, all standards
· For every type of machine
· Intelligent communication
· Complete and customized to your needs
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Industrial Safety with Light Curtains
Industrial Safety with Light Curtains
In today's fast-paced industrial environments, ensuring the safety of workers and machinery is paramount. One technology that has revolutionized safety in various sectors is light curtains. These advanced optical devices are designed to detect and measure objects within a defined detection field, acting as a barrier that safeguards personnel and equipment.
Light curtains consist of multiple through-beam sensors arranged across a detection or measuring field. These sensors can be interlinked for basic object detection or evaluated individually for more advanced measurements. In essence, light curtains provide a non-intrusive way to monitor industrial processes, ensuring that machinery halts when an object or person enters a designated area, thereby preventing accidents.
There are two primary types of light curtains: Switching Light Curtains and Measuring Light Curtains. Each type is tailored to meet specific safety and operational needs.
Fiber optic sensors and fiber optics
Fiber optic sensors and fiber optics
Compact, cost-effective sensors in plastic housings
Robust sensors in metal housings for demanding environmental conditions
Universally applicable with plastic or glass fiber optics
Easy adjustment via teach button or potentiometer
Clear, easy-to-read OLED display and intuitive operation
With IO-Link dual channel interface and intuitive parametrization
customized fiber optic solutions
Smaller, more precise, faster
Robust - High-temperature, chemically resistant, mechanically robust glass or plastic fibers
Better performance - Position-independent detection of irregular objects or liquids Plastic fiber optic cable
Diffuse type
Sensing distance up to 151 mm
Threaded sensing head M3, coaxial fiber layout for increased precision
Bend-tolerant plastic fiber 50 cm long
Operating temperature up to +70 °C 10 and OF10
Ultra-compact fiber optic sensors
Detection range 160 / 45 mm with 1 ms response time
Smallest dimensions 10.4 x 27 x 14 mm (WxHxD)
Simple adjustment using potentiometer
Light source: Red LED
Economical solution
Compact fiber optic sensors
Detection range 940 / 260 mm with 1 ms response time
Minimum response time 0.25 ms
2 x 4-digit display
Connection of up to 16 devices (master / device)
Light source: Red LED
Compact fiber optic sensors with OLED display
Detection range 840 / 210 mm with 0.25 ms response time
Minimum response time 0.05 ms
Intuitive handling via the OLED display
Parameterization via IO
Light source: Red LED.
Ultrasonic sensors
Ultrasonic sensors – maximum versatility in object detection
No impairments by adverse ambient conditions or varying object properties
Comprehensive choice of sensors for every measuring task: the perfect match in size, design and detection range, for any ambient condition and much more. ultrasonic technology: Fast, compact, the shortest blind range, adjustable sonic cone and smart filter functions
Fast ultrasonic sensors - up to 10ms reaction time Ultrasonic sensors for front mount
Very short blind range of 10 mm
Sensing distance up to 2000 mm
Ultra-flat housing - 15mm Miniature ultrasonic sensors
Best-in-class blind range of 15 mm
Sensing distance up to 1000 mm
Extremely short cylindrical design - 50mm
Robust ultrasonic sensors with parameterization flexibility
Very short blind range of 20 mm
Sensing distance up to 2000 mm
Sensor element with PEEK coating
Robust ultrasonic sensors with flexible parameterization
Extremely resistant sealed sensor element
Very short blind range of 20 mm
IO-Link functionality for flexible parameterization and easy installation
Also available with 2 output switches, as a retro-reflective or through beam-sensor
Sensing distances up to 2000 mm
Best-in-class blind range of 15 mm
Optimum sensor setting thanks to enhanced functions such as sonic cone adjustment or disruption filter
Efficient integration and additional data via the IO-Link interface
Sensing distances up to 1000 mm
Outstandingly fast, small and robust
Also on glossy, colored or transparent objects
Insensitive to dust, moisture and ambient light
Ultrasonic sensors for front mount
Extremely compact, flat-housing designs
Cylindrical variants in M18 or M30 housing with connector or cable outlet
With teach-in, potentiometer
Different distance ranges for varied applications
Sensing distance up to 2000 mm
Large sensing distances
High degree of signal reliability thanks to narrow sonic cone
Available with 2 independent switching outputs
Easy one-button configuration
Sensing distances up to 6000 mm
Always the right edge sensor
The new toolbox for edge measurement
Edge detection with up to 1 µm precision
Flexible design-in thanks to different functional principles
Compact and easy to integrate
Additional digital data, e.g. contamination indicator
IO-Link / EtherCat / Modbus RTU
Best-in-class precision up to 1 µm
Measuring range up to 10 mm
All-in-one: compact and easy to integrate
Digital secondary data, e.g. contamination indicator
Modbus RTU and EtherCat interface
Precision up to 5 µm in a compact housing
Measuring range up to 24 mm
Detection of transparent edges
Plug-and-play without alignment thanks to reflector bracket
Digital secondary data, e.g. contamination indicator
Analog & IO-Link interface
Smart profile sensors for edge detection
Measurement of multiple edges and step heights
Resolution up to 30 µm in X-direction and up to 5 µm in Z-direction
Free configuration in the intuitive web interfaceWeb edge control in battery cell production
In battery cell production, the alignment of the individual components (anode, cathode and separator foil) during battery cell winding is a key factor for the resulting quality of the battery cell. precise edge sensors with a repeat accuracy of up to 1 µm enable particularly precise web edge control. does not use high-risk materials such as zinc, copper or nickel.
Web edge control in packaging industry
Reliable edge detection of transparent films with optical sensors is a major challenge in the packaging industry. edge sensor with its specialized measuring mode is up to this challenge and can reliably measure edge positions on thin transparent films.
Dimensional accuracy checks in the wood processing industry
The smart 2D profile sensor checks floor planks to identify any non-compliance of tongue and groove. By measuring the edge position, the sensor identifies depth or width of tongue and groove. The measured results are delivered straight to the system so that tool wear will be detected early on by any change in the height profile.
Label sensors
Label sensors
Precise detection of labels and print marks
Reliable detection of a wide variety of labels and carrier materials such as transparent or metallic labels
Short set-up times without adjustment effort
Precise label detection even at high conveyor speeds
Fast commissioning and adjustment thanks to IO-Link
Photoelectric label sensors
Integration flexibility due to compact housing with flat leg
Short reaction time and high repeat accuracy
Insensitive to contamination and material fluctuations
Sensitivity adjustment via teach buttons
Fork width of 5 mm for booklet labels Reliable detection of a wide variety of labels and carrier materials including metallic- or booklet-labels
Short set-up times without adjustment effort
Precise label detection even at high conveyor speeds
Fast commissioning and adjustment thanks to Auto-Teach
Ultrasonic label sensors
Detection of transparent labels on transparent carrier material
Easy configuration thanks to dynamic teach function
Fork width up to 6 mm
IO-Link for configuration and format changes
Reliable detection of a wide variety of labels and carrier materials including transparent or metallic labels
Short set-up times without adjustment effort
Precise label detection even at high conveyor speeds
Fast commissioning and adjustment thanks to IO-Link
