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SICK Sensors

A Sensor is an object whose purpose is to detect events or changes in its environment, and then provide a corresponding output. A sensor is a type of transducer sensors may provide various types of output, but typically use electrical or optical signals.

Sick - One of the world’s leading producers of sensors and sensor solutions for industrial applications. Sick is a technology and market leader in Factory and Logistics Automation as well as Process Automation.

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  • Markless Sensors
  • Markless Sensors
Markless Sensors
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Running markless for stability and design freedom

The markless sensor is based on a pattern recognition principle. A taught-in image is used as a reference for the detection of a recurring contrast pattern. A stable switching signal is generated at high speed thanks to new technology without print marks. The markless sensor is ideal for applications in the packaging industry. User-friendly configuration is offered via the sensor’s control panel or by using SICK’s SOPAS software via Ethernet.

The markless sensor provides benefits particularly in the field of roll-fed label machines. It is typically used for controlling the cutting process in order to separate labels without the use of print marks which take up a lot of space and are unaesthetic. Furthermore, the machine process is made more stable and waste caused by incorrect cuts is minimized. The operation principle is based on a line camera that searches for contrast differences in the applicable print image without interruption. This allows an exact switching point to be determined even at high speeds.

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  • Bar Code Scanners
  • Bar Code Scanners
  • Bar Code Scanners
  • Bar Code Scanners
  • Bar Code Scanners
  • Bar Code Scanners
Bar Code Scanners
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Intelligent solutions for logistics and automation:

SICK bar code scanners accelerate logistics and automation processes. Their excellent reading performance ensures continuous process flow - even with poor quality or damaged bar codes. A high scanning frequency permits high process speeds, and simple networking improves operational efficiency. Plus, compact connection devices save space and reduce costs. The SICK bar code product portfolio offers the right solution for nearly any task.

a) CLV61x:

  • Optimized reading field for intralogistics applications.
  • Available with SICK CAN sensor network.
  • Configuration with SOPAS, the configuration tool for all new SICK products.
  • Available in different versions (ECO, CAN, fieldbus) for use in almost any application.
b) CLV61x dual port:
  • Straightforward PROFINET IO connection.
  • Minimal cabling complexity thanks to line and ring topologies.
  • PROFINET IO with integrated switch (Dual Port).
  • Optimal reading field for intralogistics applications.
  • USB interface.
c) CLV62x:
  • CAN, Ethernet TCP/IP, and EtherNet/IP available on board, no additional gateway needed (depending on variant).
  • SMART620 code reconstruction technology.
  • Flexible sorting, filtering, and logical functions.
  • Advanced, easy-to-use SOPAS configuration software .
  • High scanning frequency of up to 1,200 Hz.
d) CLV63x:
  • Integrated pushbuttons for auto setup and reading diagnostics.
  • Integrated LED bar graph.
  • CAN, Ethernet TCP/IP, and EtherNet/IP available on board, no additional gateway needed (depending on variant).
  • Enhanced SMART code reconstruction technology.
  • Flexible sorting, filtering, and logical functions.
e) CLV64x:
  • Dynamic focus adjustment enables extended depth of field.
  • Integrated pushbuttons for auto setup and reading diagnostics.
  • CAN, Ethernet TCP/IP, and EtherNet/IP available on board, no additional gateway needed (depending on variant).
  • Integrated LED bar graph.
  • Advanced remote diagnostics and network monitoring capabilities available over Ethernet.

f) CLV65x:
  • Huge depth of field due to auto focus.
  • Integrated pushbuttons for auto setup and reading diagnostics.
  • CAN, Ethernet TCP/IP and EtherNet/IP available on board, no additional gateway needed (depending on variant).
  • Enhanced SMART code reconstruction technology.
  • Flexible sorting, filtering, and logical functions.
g) CLV69x:
  • Enhanced SMART decoder technology.
  • New and flexible cloning plug technology.
  • CAN, Ethernet and serial communications available on board (dependent on cloning plug variant).
  • Large depth of field due to real-time auto focus.
  • Advanced, easy-to-use SOPAS configuration software.
  • Integrated encoder tracking for up to 7 devices without an external controller.
  • Flexible sorting, filtering, and logical functions.
  • Integrated LED bar graph with pushbuttons.

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  • 2D Laser Scanners
  • 2D Laser Scanners
  • 2D Laser Scanners
  • 2D Laser Scanners
  • 2D Laser Scanners
  • 2D Laser Scanners
  • 2D Laser Scanners
2D Laser Scanners
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Reliable measurement data, irrespective of the mounting position:

2D laser scanners are suitable for performing detection and ranging tasks on surfaces. Regardless of the angle of installation, SICK 2D laser scanners operate with consistent reliability and accuracy, and can be used both indoors and outdoors. For navigation, detection, or measurement: 2D laser scanners supply reliable measurement data for a whole host of tasks.

a) Tim3xx:

  • Configure without a PC using "touch and teach".
  • Small, light and economical measurement sensor.
  • Field evaluation using intelligent algorithms.
  • Set parameter interface is accessible while device is mounted.
b) TiM5xx:

  • Monitoring area of up to 235 m² with just one sensor.
  • High ambient light tolerance due to HDDM technology.
  • Rugged housing with up to an IP 67 enclosure rating.
  • Low power consumption of just 3 W.
  • Compact design with a housing height of just 86 mm maximum.
c) S100:

  • Easy to integrate due to small dimensions and low weight.
  • Large 270° scanning field.
  • Two switching fields (S100 Standard) or 16 switching fields (S100 Professional).
d) LMS1xx:

  • Efficient and cost-effective 2D laser scanner for measuring ranges of up to 50 m.
  • Outstanding performance whatever the weather, thanks to multi-echo technology and intelligent algorithms.
e) LMC1xx:

  • The only VdS-certified laser scanner on the market (German certificate standard).
  • Highest class "C" with environmental class II or IVa.
  • Flexible connection to DC 9 V to 30 V.
f) LMS4xx:

  • The Application Level Control integrated in the sensor allows the shadow-free detection of objects in crates by virtue‘ of a continuous scanning surface. Even small objects of any particular colour are detected in all positions in the container.
g) LMS5xx:

  • Powerful and efficient laser measurement sensor for measurement ranges of up to 65 m.
  • Outstanding performance in adverse environmental conditions due to 5-echo technology.
  • IP 67, built-in heater, highly compact design.
h) LD-OEM:

  • Fine angular resolution.
  • 360° field of view.
  • Real-time output of measurement data via Ethernet interface.
  • High ambient light compatibility.
  • Measurement on hot surfaces.
i) LD-LRS:

  • Long range on dark objects.
  • Fine angular resolution.
  • High ambient light compatibility.
  • 360° field of view.
  • Small spot diameter.
j) NAV:

  • Mixed-mode navigation provides both spatial contour data and reflector data.
  • Long scanning range: up to 70 m on reflectors (up to 35 m on black targets).
  • High internal computing power and individual AGV configuration.
k) LMP:
  • Fully pre-configured laser measurement sensors for anti-collision tasks.
  • All necessary accessories are included.
  • Large operating temperature range from –30° to 50° C.
  • Wide detection range up to 250 m.
  • Resistant to maritime climates.

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  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
  • Miniature Photoelectric Sensors
Miniature Photoelectric Sensors
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Detection, recording, positioning, counting – optical sensors by SICK:

Sensor intelligence – by using the latest ASIC and LED technologies, these sensors offer the highest level of operational reliability regardless of any conceivable interference factors. Additional sensor information can be used to simplify modern production processes.

The extensive range of photoelectric sensors is used effectively and efficiently in many automation applications around the world.

Miniature Photoelectric Sensors:

i)  W2S-2 :   Incredibly small, yet powerful

  • Sensor with background suppression and without any significant black/white shift.
  • PinPoint 2.0 LED with extended sensing distances and high operating reserves.
ii) W2SG-2:  Powerful clear material detection in an ultra-compact housing .
  • Extremely high sensor size to sensing distance ratio.
    High switching point accuracy.
  • Teach-in functions enable reliable settings.
iii)  W2 FLAT: One of the smallest photoelectric sensor families in the world .
  • The smallest photoelectric proximity sensor in the world.
  • No external amplifier required.
iv) W4 : 
  • High-performance sensor that saves space.
  • Detection of thin, critical objects against nearby backgrounds.

v) W4 Inbox:
  • Washdown and Hygiene variants available
  • Intelligent hygiene design, according to EHEDG guidelines

         vi) W8: High-performance object detection at close range. 

    • Miniature housing with M3 threaded mounting holes.
    • Switching frequency up to 2 kHz.

      vii) W100 Laser: Miniature photoelectric laser sensor provides precise detection of objects in standard applications .

    • Standard miniature housing with M3 threaded mounting holes.
    • Long sensing range.
    • Light/dark switching and sensitivity adjustment via rotary switch possible.

    viii) W100-2: Versatile miniature photoelectric sensors with large sensing ranges. 

    • Reliable detection behavior, rugged housing and immunity to ambient light.
    • WT100-2 photoelectric proximity sensor (energetic or with background blanking).

       ix) G2S: No space is too small .

    • Complete product family of photoelectric sensors in a tried-and-tested sensor design.
    • Adjustable BGS photoelectric proximity sensor with an sensing range up to 120 mm.
    • Optical performance data that exceeds market standards for sensing range and housing design.
    • Reliable detection of jet-black, poorly reflective and highly reflective objects.
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    • Proximity Sensors
    • Proximity Sensors
    • Proximity Sensors
    • Proximity Sensors
    • Proximity Sensors
    • Proximity Sensors
    • Proximity Sensors
    • Proximity Sensors
    Proximity Sensors
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    PROXIMITY SENSORS:

    a) CAPACITIVE PROXIMITY SENSORS:

    Detection of metallic and non-metallic objects

    Sometimes you just want to know what is hidden behind a surface - behind a wall, for example, or in a storage container, in a shipping container, or behind a cover. Level and feed monitoringis one example of an application for capacitive proximity sensors. From solid materials like paper or wood, to granules or liquids, the status of the product can be reliably detected during the production process and on final inspection. Is there something behind that cover? Is the filled package really full? How much paint is still left in the tank? For capacitive sensors these are easy questions to answer.

    b) MAGNETIC PROXIMITY SENSORS:

    Magnetic proximity sensors with maximum operating distances and a minimal design

    SICK offers a comprehensive range of magnetic proximity sensors in cylindrical (MM) and rectangular (MQ) designs. The sensors are available with large operating distances and the Advanced series offers an extended operating distance, with entirely new application options opened up due to the smaller magnets. The NAMUR version of the MM sensors completes this comprehensive series. MQ sensors offer all the advantages of a magnetic proximity sensor in a compact plastic housing. Magnetic proximity sensors are specially designed for harsh environments, being resistant to dust, heat and vibration. Typical applications include situations beyond the technological limitations of other sensors.

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    • Magnetic Cylinder Sensors
    • Magnetic Cylinder Sensors
    • Magnetic Cylinder Sensors
    • Magnetic Cylinder Sensors
    • Magnetic Cylinder Sensors
    • Magnetic Cylinder Sensors
    • Magnetic Cylinder Sensors
    Magnetic Cylinder Sensors
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    With millimeter precision – cylinder sensors from SICK:

    Detecting, measuring, positioning, quality control – all crucial tasks in industrial automation. The devices involved are becoming ever smaller yet still offering unprecedented performance levels such as innovative cylinder sensors from SICK, developed for faster and more accurate detection of piston positions in compact pneumatic cylinders. This results in broader fields of application for pneumatic cylinders plus new potential for machinery and production plants. And with our huge range of magnetic cylinder sensors to choose from, we can meet your every need. With features like ease of handling, the option of an analog output, optimum switching characteristics, suitability for use in the food and beverage industry, support for the latest IO-Link technology, and universal mounting options with our comprehensive range of adapters, magnetic cylinder sensors from SICK are equipped for all installation locations and conditions.

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    • Contrast Sensors
    • Contrast Sensors
    • Contrast Sensors
    Contrast Sensors
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    SICK - The pioneer in contrast sensors for more than 60 years: 

    Contrast sensors are primarily used in packaging/printing machines for the detection of printed or control marks. SICK's line of KT contrast sensors detects even the smallest contrasts at the highest speeds, such as print marks on foils or packaging. They detect minute grayscale variations between the mark and the background on matte, shiny or transparent surfaces. A variety of device types with different contrast resolution methods and teach-in versions are available to meet wide-ranging requirements.

    Perfect for the packaging industry:

    The main application for the KTM contrast sensor is print mark control when managing packaging processes, e.g. cutting individual packaging to length from a pre-printed roll. Another aspect is the positioning or alignment of cans, tubes, labels, and pre-printed forms. In each case, precise detection of the print mark ensures optimum packaging and printing results.

    The right version for every application:
    With both the Core and Prime product families, the KTM contrast sensor covers a multitude of applications and price ranges. The KTM Core contrast sensor offers a high level of performance for standard applications at a reasonable price – with simple manual adjustment via an integrated potentiometer. More about this version on page 6. The high-performance KTM Prime contrast sensor is included in the range for use with more challenging applications. These contrast sensors are characterized by convenient adjustment options and an IO-Link interface. 

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    • Color Sensors
    • Color Sensors
    • Color Sensors
    • Color Sensors
    Color Sensors
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    Focus on color:

    Color sensors detect the color of a surface. The sensors cast light (red, green, and blue LEDs) on the objects to be tested, calculate the chromaticity coordinates from the reflected radiation and compare them with previously stored reference colors. If the color values are within the set tolerance range, a switching output is activated.

    CSM :

    Mini, easy, smart:

    ·         Color sensor in a new miniature housing.

    ·         Static and automatic teach-in method using control panel or IO-Link. Over IO-Link up to 8 colors teachable.

    ·         Improved gloss behaviour.

    ·         Switching frequency of 1.7 kHz.

    ·         12.5 mm (± 3 mm) sensing distance.

    ·         RGB light source.

    ·         Remote monitoring and rapid diagnostics using IO-Link.

    ·         Compatibility with older color sensors thanks to M12 pigtail.

     

    CSM1 :

    Compact color detection:

    ·         One color can be saved.

    ·         12.5 mm sensing distance.

    ·         Switching frequency 1.5 kHz.

    ·         Color tolerance (precise, medium, coarse) can be set.

    ·         Static object teach-in via control cable or control panel.

    ·         Small housing.

    CS8 :

    High-performance color sensing:

    ·         One (CS8-1) or four (CS8-4) colors can be saved.

    ·         12.5 mm or 60 mm sensing distance.

    ·         Fast response time up to 85 µs.

    ·         High resolution color.

    ·         Bar graph display shows the correlation of the colors.

    ·         Extremely precise light spot and high resolution.

    ·         Metal housing with two light exits (interchangeable).

     

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    • Luminescence Sensors
    • Luminescence Sensors
    • Luminescence Sensors
    • Luminescence Sensors
    • Luminescence Sensors
    • Luminescence Sensors
    Luminescence Sensors
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    The bright idea for fluorescent material:

    Luminescence sensors detect visible and non-visible marks that illuminate when using ultraviolet (UV) light. Fluorescent material and marks are reliably detected independently of their pattern, colors or surface conditions on any material. Luminescence sensors emit UV light with a wave length of approximately 375 nm. Fluorescent substances convert the UV light into long-wave visible light, which is then received and evaluated by the luminescence sensor.

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    • Fork Sensors
    • Fork Sensors
    • Fork Sensors
    • Fork Sensors
    • Fork Sensors
    • Fork Sensors
    Fork Sensors
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    SICK fork sensors: more models, more functionality

    These sensors combine the sender and receiver in a single housing. This ensures very reliable detection. The distance between the sender and the receiver is fixed, defined by the housing shape, and is described as the "fork width."

    Even very slight differences in light attenuation are detected, thanks to tightly focused light emission and high detection accuracy. Simple installation and high immunity to ambient light are just two of the advantages offered by fork sensors.

    Fork sensors, which operate using a through-beam design, combine the sender and receiver in a single housing. As a result, alignment is no longer time-consuming. Even very slight differences in light attenuation are detected due to highly focused light emission and high detection accuracy. Easy installation, high immunity to ambient light, and a wide range of fork widths are some of the many advantages that SICK fork sensors offer. Applications include detecting labels or parts on conveyors.

     

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    • Registration Sensors
    • Registration Sensors
    • Registration Sensors
    • Registration Sensors
    • Registration Sensors
    • Registration Sensors
    Registration Sensors
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    Registration Sensors:

    a) Array Sensors:

    Ax20 array sensors for edge and diameter detection solutions.

    Array sensors use closely spaced beams of light to detect even the slightest differences in gray scale between the target and the background within their field-of-view. They are ideal for edge and diameter detection as well as detecting widths and gaps. SICK’s array sensors offer industry-leading reproducibility, in addition to compact, rugged metal housings for use in highly restricted or harsh environments.

    b) Register Sensors:

    Register control does the work in tough print mark applications.

    The register sensor line complements our wide range of contrast sensors. All of these sensors have a register control system, ensuring an optimal solution to detect marks in tough print conditions with extremely low contrast, complex colorful printouts or at very high speeds. Our range of register sensors also includes an ATEX certified fiber-optic product, ensuring safe solutions in hazardous areas (e.g. when using solvent based ink).

    c) Glare Sensors:

    Gloss and performance combined.

    The Glare sensor detects and distinguishes glare on even surfaces. It also provides maximum reliability and saves costs. Previously, gloss on object surfaces was a disruptive factor that regularly had engineers breaking into a sweat. Now, gloss properties are a distinguishing criterion for process control - regardless of color, transparency or pattern. And it will be engineers’ eyes that shine, not their brows. Equipped with intelligent Delta-S-Technology, Glare is a further milestone in customer-oriented sensor development. Once again, SICK is confirming its leading position in opto-electronic sensors for the detection of a range of objects.

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    Distance Sensors
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    Distance Sensors

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    A) SHORT RANGE DISTANCE SENSORS:

    Improved product quality with highly accurate measurement down to sub-micron resolution

    Short range distance sensors are laser sensors, which provide accurate distance measurements for applications that require a high degree of precision. They have a measurement range of up to 1,000 mm. Due to their accuracy, they are especially suited for controlling, sorting and inspection tasks used in quality control processes. Common applications include measuring dimension, position and shape and machining tolerances. Using SICK short range distance sensors can improve the quality of your end product while reducing material and downtime costs.

    B)  MID RANGE DISTANCE SENSORS:

    The perfect combination of range, reliability, precision and price

    SICK’s mid range distance sensors provide sensing ranges from 50 mm up to 50,000 mm, enabling them to be used in a wide range of applications. Due to their highly reliable measurements on objects of different colors and textures, process reliability can be improved. Plus, all sensors have easy-to-understand setup and programming, ensuring they can be commissioned quickly. The perfect combination of range, reliability, precision and price.

    C)  LONG RANGE DISTANCE SENSORS:

    Long range distance sensors from SICK combine highly precise measurement results with great reliability and a wide measuring range. Long range distance sensors use time-of-flight measurement technology for linear positioning and can be used to measure a distance or to indicate a switching threshhold. Due to their large measuring range, the sensors are suitable for a variety of industries and applications.

    D)  LINEAR MEASUREMENT SENSORS:

    Linear measurement sensors from SICK use highly innovative technologies for the non-contact measurement of positions, speeds, and lengths. The OLM sensors' camera-based system determines the current position based on a mounted bar code tape. This acts as a reference point against which the OLM sensor can position itself accurately, depending on variants, over a length of up to 10 km and as little as 0.15 mm, regardless of whether the product travel path is in a straight line or curved.

    E) ULTRASONIC SENSORS:

    Sound is a natural phenomenon which helps us to recognize our environment without physical contact over widely varying distances. SICK’s ultrasonic sensors use sound to accurately detect objects and measure distances. These sensors provide outstanding background suppression to reliably detect objects, regardless of the object’s appearance. The output used - switching, analog or both - is determined based on your application requirements.

    F)  OPTICAL DATA TRANSMISSION:

    wireless communication made easy

    The ISD infrared data transmission system enables wireless communication. Typical uses are on stacker cranes in storage and conveyer systems for wireless communication from the vehicle to the control unit. The system consists of an optically aligned pair of sender and receiver which can communicate bidirectional over long distances. This is a wear-free, cost-effective and highly reliable alternative to trailing cables.

    G)  POSITION FINDERS:

    Reliable and accurate fine positioning

    The DMP position finders are opto-electronic sensors that are used for precise, relative non-contact positioning of an ASRS handling or transfer unit in the xand y-axis. DMP sensors compensate for temperature and load variations to provide reliable, fast and precise positioning in automated storage and retrieval applications. The relative positioning in the x- and y-axis is done at ranges from 200 mm up to 2,000 mm - depending on the sensor type.

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    • 2D Vision Camera
    • 2D Vision Camera
    • 2D Vision Camera
    • 2D Vision Camera
    • 2D Vision Camera
    • 2D Vision Camera
    • 2D Vision Camera
    2D Vision Camera
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    The powerful simplicity of vision:

    SICK offers a powerful vision sensor portfolio designed to manage challenges in all industries where a standard sensor would not work. These vision sensors provide a full toolset for positioning, inspection, measurement and reading, depending on the variant. A flexible optical design fulfills the needs of almost all applications. Simplicity is ensured by automatic setup, intelligent algorithms and a common, intuitive user interface.

    a) Inspector:

    An intelligent vision solution in an easy-to-use sensor package.

    • High-speed positioning, inspection and measurement.
    • Powerful “object locator” tool, independent of position, rotation and scale.
    • Unique, interchangeable housing design supporting dome and various optical accessories.
    • Simple step-by-step configuration in PC including emulator.
    • Easy-to-use operator interfaces.
    • Flexible machine and HMI design interfaces.
    b) Lector62x:

    Clever. Simple. Industrial.

    • Decoding of most popular code types: 1D, 2D, direct part marking.
    • Automatic focus teach-in for quick setup.
    • Easy integration with industrial networks: serial, Ethernet, PROFINET IO, PROFIBUS DP and CAN.
    • Auto setup with function button and aiming laser does not require PC.
    • Compact design and industrial housing with swivel connector.
    c) Lector63x:
    • Code reader with 2 megapixel sensor.
    • Flexible optics and filter design.
    • Integrated, changeable high-power lighting.
    • Intuitive user interface, including flexible result string with code analytics options.
    • Function buttons, aiming laser, beeper and feedback indicator.
    • MicroSD card.

    d) Lector64x:
    • 1,7 megapixel resolution; high frame repetition rate of 40 Hz.
    • Integrated high-power LED illumination.
    • Function buttons, aiming laser, optical and audible feedback signal.
    • Intelligent, rapid decoding algorithms.
    e) Lector65x:

    Nonstop code reading flexibility.

    • 2/4 megapixel resolution; high frame repetition rate of 40 Hz.
    • Dynamic focus adjustment from object to object.
    • Integrated high-power LED illumination.
    • Function buttons, aiming laser, optical and acoustic feedback signal.
    • Intelligent, rapid decoding algorithms.

    f) CVS:
    Detect, distinguish and sorting colors.
    • Color inspection and sorting on large fields of viewInspecting one color, minimum and maximum fill.
    • 2-color matching.
    • Sorting up to 15 colors.
    • Reference capacity of 15 color configurations.
    • Parameter up- and download to PC.
    • Compact IP-67 rated housing with integrated display for configuration and monitoring.
    g) IVR-2D:

    High-performance smart cameras for industrial environments.

    • Suitable for advanced inspections and measurements.
    • Flexible working distance and field of view.
    • Stand-alone operation, no PC needed.
    • IP 65 rating.
    • Easy-to-use interface with more than 110 software tools.
    • Simple interfacing with PLCs, robots and control systems that support EtherNet/IP or OPC.
    • Available in three different resolutions from fast VGA (0.3 MP) to high-resolution UXGA (1.9 MP).

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    • 3D Vision Camera
    • 3D Vision Camera
    • 3D Vision Camera
    • 3D Vision Camera
    • 3D Vision Camera
    • 3D Vision Camera
    • 3D Vision Camera
    • 3D Vision Camera
    • 3D Vision Camera
    3D Vision Camera
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    3D Vision Camera

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    Vision intelligence in all dimensions:

    SICK's 3D vision series offers a wide range of powerful and flexible products designed for reliable operation in harsh industrial environments. They range from versatile high-speed cameras that deliver high quality 3D and contrast images to smart and configurable stand-alone sensors that facilitate rapid development and easy integration. Their scalability ensures a perfect fit with your 3D vision application.

    a) TriSpector1000:

    Intuitive 3D inspection.

    • 3D inspection of moving parts.
    • Intuitive user interface.
    • Embedded image analysis.
    b) IVC-3D:

    The world’s first 3D smart camera makes advanced vision easy.

    • Easy 3D measurement – provides information about object height, shape and volume.
    • Contrast-independent measurement.
    • Factory calibrated.
    • Easy-to-use graphical user interface for fast application development.

    c) Ranger C:

    Measure it all at once at unsurpassed speed.

    • 3D shape inspection for high speed production.
      (up to 30 000 profiles/s)
    • 3D for robust and reliable results:
      Contrast and color independent.
    • MultiScan - get more out of inspections:
      3D, Gray and Laser scatter at the same time.
    d) Ranger D:

    Affordable 3D for mid speed applications.

    • 3D shape inspection for mid speed applications.
      (up to 1 000 profiles/s)
    • 3D for robust and reliable results:
      Contrast and color independent in high resolution 3D.
    • Easy to integrate via Gigabit Ethernet interface.

    e) Ranger E:

    Measure it all at once at unsurpassed speed.

    • 3D shape inspection for high speed production.
      (up to 35 000 profiles/s)
    • 3D for robust and reliable results:
      Contrast and color independent.
    • MultiScan - get more out of inspections:
      3D, Gray, and Scatter at the same time.
    f) ColorRanger E:

    High-speed 3D and color in one camera.

    • High-speed 3D with color up to 11kHz.
    • Up to 3,072 pixels resolution in color and 1,536 pixels in 3D.
    • Multi-linear: RGB + Monochrome (w / + w/o IR).
    • On-chip color channel white balancing.
    • Spatially corrected color output.

    g) Ruler E:

    Gigabit 3D for tough environments.

    • Factory calibrated 3D (in mm) for high speed production.
    • 3D for robust and reliable results:
      Contrast and color independent.
    • Get more out of the object inspection:
      3D, Gray, and scatter at the same time.
    • Made for tough environments:
      Robust IP65 housing and operation down to -30°C.

    h) ScanningRuler:
    • 3D imaging of stationary objects.
    • Large field of view for scanning U.S. and Euro pallets.
    • Accurate and reliable acquisition of factory-calibrated 3D data in millimeters.
    • High immunity to ambient light and contrast variation.

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    • Image Based Code Readers
    • Image Based Code Readers
    • Image Based Code Readers
    • Image Based Code Readers
    • Image Based Code Readers
    • Image Based Code Readers
    • Image Based Code Readers
    • Image Based Code Readers
    Image Based Code Readers
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    IMAGE-BASED CODE READERS:

    Versatile, high-performance, straightforward.

    Image-based code readers provide flexibility, high performance, convenience and simplicity. Even at fast conveyor speeds, SICK image code readers can reliably detect and evaluate 1D, 2D, DPM (direct part marking), and partially damaged codes. These readers identify markings on nearly any surface, including metal, glass, plastic or paper. Plus, different models, interfaces, and networking capabilities provide application flexibility.

    a) Lector62x: 

    • Decoding of all common 1D, 2D, and stacked codes, as well as optical character recognition (depending on type).
    • Flexible interfaces: serial interface, USB, and Ethernet.
    • Function buttons, aiming laser, focus adjustment, auto-setup, and green feedback LED.
    b) Lector63x:
    • Code reader with 2 megapixel sensor.
    • Flexible optics and filter design.
    • Integrated, changeable high-power lighting.
    • Intuitive user interface, including flexible result string with code analytics options.

    c) Lector65x:
    • 2/4 megapixel resolution; high frame repetition rate of 40 Hz.
    • Dynamic focus adjustment from object to object.
    • Integrated high-power LED illumination.
    • Function buttons, aiming laser, optical and acoustic feedback signal.

    d) ICR80x:
    • Omni-directional code reading.
    • Optical alignment.
    • Extremely compact.
    • Lightweight.
    • USB and RS-232 versions.
    • RoHS and WEEE compliant.

    e) ICR840-2:
    • Easy to configure with live image and auto setup.
    • Fast, omni-directional reading of printed or direct marked 1D and 2D codes.
    • Rapid image and data transfer via Ethernet.
    • Reliable code reading of codes on stationary objects even with very small codes.

    f) ICR845-2:
    • Easy to configure with live image and auto setup.
    • Fast omni-directional reading of printed or direct marked 1D and 2D codes.
    • Rapid image and data transfer via Ethernet.
    • Reliable reading of codes on stationary and on fast moving objects guarantee secure identification and flexible use.
    g) ICR84X-2L FlexLens:

  • Fast, omni-directional reading of printed and direct marked 1D and 2D codes.
  • Rapid image and data transfer via Ethernet.
  • Reliable reading of codes on stationary and on fast-moving objects guarantee secure identification and flexible use.
  • Identification from near to far distances due to flexible use of c-mount lenses and illumination.

    h) ICR88x:

    The ICR880 vision system covers the high-end applications for linear and 2D code reading.

    • High-end camera system; optimized for short reading distances.
    • Highest level of integration – all decoders onboard.
    • Highest level of reliability – no external PCs needed.
    • 1D and 2D codes supported.
    i) ICR89x:

    • Dual-line CMOS sensor for maximum bar code and OCR read rates.
    • Maximum scanning frequency up to 30 kHz for high-resolution images (200 dpi) at up to 3.8 m/s.
    • Large reading field of up to 1,200 mm.
    • Ability to read all common 1D and 2D codes and postal codes.
    • Five image output channels for OCR, video coding, archiving, and diagnostics.
    • Parameter cloning for all components.
    • Intelligent control standby mode.
    • Industrial design – an external PC is not required.
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    • RFID
    • RFID
    • RFID
    • RFID
    RFID
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    RFID

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    Intelligent identification :

    Radio-based RFID technologies in the HF (high frequency) and UHF (ultra high frequency) ranges supplement SICK’s industrial automation portfolio. In applications where process-relevant data is modified remotely, RFID makes it possible to store data on writable and rewritable media. And, in contrast to optical solutions, RFID provides reliable identification of all objects - despite dirt and everyday wear.

    * HF Ranges - RFH6xx:

    • 13.56 MHz RFID write/read device for ranges up to 240 mm.
    • Transponder communication according to ISO/IEC 15693 standard.
    • Compact, industrial design with integrated antenna.
    • Embedded protocols allow interfacing with standard industrial fieldbus technologies.
    • Powerful micro-processor executes internally configurable logic.
    • Flexible trigger control.
    • Supports parameter cloning via microSD memory card.
    • Built-in diagnostics.
    * UHF Ranges - RFU62x:

    • Compact UHF RFID read/write device with integrated antenna for scanning ranges of less than 1 m.
    • Standard-compatible transponder interface (ISO/IEC 18000-6C / EPC C1G2).
    • Supports industry-standard data interfaces and fieldbuses, as well as PoE.
    • MicroSD memory card for parameter cloning.
    • Extensive diagnostic and service functions.
    * UHF Ranges - RFU63x:

    • UHF RFID read/write unit for industrial applications.
    • With or without integrated antenna, depending on the type (up to four external antennas can be connected).
    • Standard-compliant transponder interface (ISO/IEC 18000-6C/EPC G2C1).
    • Supports common industrial data interfaces and fieldbuses.
    • MicroSD memory card for device parameter cloning.
    • Several diagnostic and service options available.

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    • Level Sensors
    • Level Sensors
    • Level Sensors
    • Level Sensors
    • Level Sensors
    • Level Sensors
    • Level Sensors
    • Level Sensors
    Level Sensors
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    Intelligent solutions for level and point level measurement:

    Whether for continuous level measurement, point level measurement or both - SICK offers a wide range of solutions for process engineering, storage and protection. Depending on the installation, characteristics of the liquid or solid, and ambient conditions, SICK provides a comprehensive product portfolio and a high level of expertise for more efficient processing.

    A) Guided Radar:

    A low-energy, electromagnetic impulse is generated in the electronics of the sensor and coupled into the probe. When this impulse reaches the fluid on the surface to be measured, part of the impulse is reflected there and runs along the probe back to the measurement electronics, which then calculate the fill level from the time difference between the impulse sent out and the received on.

    B) Optical Level Switch: 

    The sensor is based on the energetic SICK photoelectric proximity sensor technology, which has been proven and optimized over a number of decades. Thanks to this, the sensor construction is simple, robust and reliable. 

    C) Ultrasonic Level Sensor:

    Contact-free level measurement is advantageous especially in aggressive or dirty liquids. SICK ultrasonic sensors are using the sonic time of flight technology to detect level of liquids and bulk solid and convert it in analog and switching outputs.

    Further advantages:

    • the outstanding background suppression and the reliable detection of objects almost independently of their appearance.
    • the application determines the output - binary or analogue - according to your wish.
    D) Vibration Level Sensor: 

    The sturdy stainless steel tuning fork is piezoelectrically energized and vibrates at its resonant frequency. If the tuning fork is covered with liquid or bulk solid, the vibration frequency changes. This change is reliably detected by the integrated electronic circuitry and converted into a switch signal.

    E) Hydrostatic Level Probe:

    The level probe LFH is a precise pressure transmitter for continuous level measurement. The liquid column above the probe creates a hydrostatic pressure which is a direct indicator for the liquid level. Through its permanently connected
    cable the LFH is submerged into the liquid to be monitored. Thus, the container wall does not need to be disturbed to fit a level sensor. 

    F) Capacitive Proximity Sensors:

    Capacitive sensors supplied by SICK are always convenient to use. Sensing ranges between 1 and 25 mm allow clearance in almost any installation situation and they are extremely adaptable for a wide range of applications, suitable for extremely adverse industrial environments, in the food industry, car industry or in storage and conveying technology.

    G) Fibre-optic cable:

    The fibre-optic cable for measuring liquid levels detects the level of almost any liquid. Whereby it is irrelevant whether the liquid is clear or opaque. The detection principle is based on the differing refractive indices of air and liquids. There is a large difference between the refractive index of the plastic and the air when the tip of the sensor is in the air. The light beam is completely reflected and returned to the receiver. The difference in the refractive index of plastic and liquid is, however, considerably smaller when the tip of the sensor is in the liquid. The majority of the light beam is then absorbed by the liquidand only a very small amount of light returns to the receiver. The level of the liquid is thus determined.

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    • Flow Sensors
    • Flow Sensors
    • Flow Sensors
    Flow Sensors
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    Robust and precise - flow measurement technology from SICK:

    SICK provides innovative sensor solutions for flow measurement technology which combine flexible measuring methods and robust equipment design with cost-efficient connection concepts for higher-order systems. Whether you need to detect the current flow rate using analog values or find the quantity using pulse detection - SICK's flow sensors are always reliable and safe, for a wide range of media and under difficult process and ambient conditions.

    SICK provides innovative sensor solutions for flow measurement technology which combine flexible measuring methods and robust equipment design with cost-efficient connection concepts for higher-order systems. Whether you need to detect the current flow rate using analog values or find the quantity using pulse detection – SICK's flow sensors are always reliable and safe, for a wide range of media and under difficult process and ambient conditions.

    A) Ultrasonic Flow Meter:

    FFU flow sensor - non-contact flow measurement :
    • Flow sensor for conductive and non-conductive liquids.
    • Compact design with no moving parts.
    • Process temperature up to 80 °C, process pressure up to 10 bar.
    • High chemical resistance due to seal-free sensor design.
    • Large display with membrane keyboard.
    • Integrated teaching tube detection.

    B) Laser Volume Flowmeter:

    The Bulkscan® LMS511 uses time-of-flight technology for non-contact measurement of volume flow on conveyor belts. Aside from calculating volume and mass flow, the Bulkscan can monitor the operation of the conveyor belt, the integrated center-of-gravity calculator can be used to detect uneven loading of the bulk material.

    • Non-contact measurment of volume and mass flow of bulk material. 
    • Laser pulses with high angular resolution ensure outstanding image resolution.
    • 5-echo pulse evaluation produces highly reliable measurements.
    • Robust structure for harsh ambient conditions.
    • Can also measure at low temperatures thanks to integrated heater.

     

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    • Pressure Sensors
    • Pressure Sensors
    • Pressure Sensors
    • Pressure Sensors
    • Pressure Sensors
    • Pressure Sensors
    • Pressure Sensors
    Pressure Sensors
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    Universal pressure measurement for liquids and gases:

    SICK's portfolio of electronic pressure transmitters and switches can be optimally adapted to individual customer's requests thanks to its intelligent and versatile configuration possibilities. Typical of all solutions from SICK is the use of high-quality materials, robustness and precise measurement technology, in addition to being easy to operate and install.

    A) Pressure switch: 
    i) The compact pressure switch for hygienic applications: PBS Hygienic :

    • Hygienically-graded pressure switch with display for the food and beverage industry.
    • Wetted parts are made from stainless steel 1.4435.
    • Individually programmable switching outputs and analog output.
    ii)  Universal pressure switch PBS with IO-Link :
    The electronic pressure switch PBS is designed for pressure monitoring and measurement in liquid and gaseous media.
    • Compact and robust design
    • Rotatable housing for flexible installation
    • Safe and simple operation and set-up with three large buttons and well legible display
    iii)  Turns pressure into colors: pressure switch PAC50 :
  • Electronic pressure switch for pneumatic applications
  • Large display shows system pressure, output states and set switching points
  • Three large function keys and intuitive menu navigation
  • Measuring ranges fro gauge pressure (vacuum and overpressure)

    B) Pressure Transmitter:

    i) PHT Pressure Transmitter:
    - Safe Hygienic operation through EHEDG certification,
    - High reliability and availability through robust design and use of high-grade materials,
    - High system availability due to CIP/SIP ability,
     
    ii) PFT Flexible Pressure Transmitter:
    - Wide application range.
  • High accuracy across wide temperature range.
  • Large number of configurations possible to meet customer requirements.
  • No moving parts: No mechanical wear, fatigue-proof, maintenance-free.

    iii) Pressure Transmitter PET:

    - Compact and robust design,
    - Simple and cost saving installation,
    - Individually tailored customer specific solutions for your application,
    - Insensitive against corrosive media.

    iv) PBT Standard Pressure Transmitter:

     Universal electronic pressure transmitter used in general industrial applications for pressure measurement of liquid and gaseous media with an excellent price-performance ratio.
    SICK’s pressure transmitter for standard applications in machine tools, control systems, hydraulics, pneumatics etc.
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    • Temperature Sensors
    • Temperature Sensors
    • Temperature Sensors
    • Temperature Sensors
    • Temperature Sensors
    • Temperature Sensors
    • Temperature Sensors
    • Temperature Sensors
    Temperature Sensors
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    With its product portfolio of screw-in and insertion thermometers as well as temperature switches SICK offers high-quality solutions for contact temperature measurement in liquids and gases. The devices can optimally be adapted to meet individual requirements through its various insertion lengths and the flexible mechanical configuration possibilities.

    a) Well-proven temperature measurement - TBT :

    · Pt100 element, accuracy class A according to IEC 60751.

    · Measuring ranges –50 °C … +150 °C and –50 °C … +250 °C.


    b) TCT - compact, rugged tough, precise temperature measurement :
    • Pt100 element, accuracy class A according to IEC 60751.
    • Measuring ranges –50 °C … +150 °C and –50 °C … +250 °C.

    c) Efficient and space saving temperature measurement - Temperature sensor TSP :
    • Platinum element (Pt100 or Pt1000, 2-wire), accuracy class B. according to IEC 60751.
    • Measuring range –30 °C … +130 °C.

    d) Simple hygienic temperature measurement - Temperature sensor THTS :

    · Pt100 element, accuracy class A (IEC 60751).

    · Measuring ranges –50 °C … +150 °C and –50 °C … +250 °C.

    e) Hygienic and flexible: Temperature sensor THTE with protection tube:

    · Pt100, accuracy class A (IEC 60751).

    · Measuring ranges –50 °C … +150 °C and –50 °C … +250 °C.

    f) Hygienic temperature measurement in pipes - Temperature sensor THTL:

    · Pt100, accuracy class A (IEC 60751).

    · Measuring ranges –50 °C … +150 °C and –50 °C … +250 °C.

    g) Temperature monitoring made easy - Temperature switch TBS :

    · Large display.

    · Measuring range –20 °C … +80 °C.

     

     

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    • Traffic Sensors
    • Traffic Sensors
    • Traffic Sensors
    • Traffic Sensors
    • Traffic Sensors
    • Traffic Sensors
    Traffic Sensors
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    On the road to developing active traffic safety.More safety, less congestion – this is the main objective of traffic management in the future. Intelligent traffic monitoring systems will form the basis of modern traffic management technology. With our highly sophisticated measuring systems, we’re on the right road to solving a few of these issues. As the volume of traffic rises, the need to continuously monitor pollution levels is becoming increasingly important. Our in-situ monitors measure exhaust gases where they arise, thereby enabling effective monitoring and control of emissions, and ensuring that ventilation systems operate efficiently. Developed by experts with many years of experience, our measuring systems are tailored to meet your requirements.

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    • Measuring Devices Analyzers
    • Measuring Devices Analyzers
    • Measuring Devices Analyzers
    Measuring Devices Analyzers
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    A) Dust Measuring Devices :

    SICK established a new standard in dust measurement: Durable and low-maintenance systems for detecting and monitoring dust concentration. All of the dust measuring systems can be seamlessly integrated into existing measurement landscapes at your plant. Easy installation and commissioning and comfortable handling are self-evident.

    B) Analyzers Solutions :

    Our analyzer systems provide application specific solutions for measuring tasks in emission and process measurement. Typical applications are emission and process monitoring in power plants, waste incineration plants, cement plants and in the chemical industry.

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    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    • Ultrasonic Gas Flow Measuring Devices
    Ultrasonic Gas Flow Measuring Devices
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    With diverse gas flow measuring devices SICK provides solutions for a wide variety of measuring tasks - from calculating volume flows in processes, custody transfer applications in natural gas industry, environmental monitoring of plants, on test stands in automotive industry and many others.

    Ultrasonic air velocity meter:

    · Continuous air flow measurement.

    · Ultrasonic technology with no moving parts.

    Volume flow measurement for continuous emission monitoring:

    · Rugged titanium transducers for high durability.

    · Measuring systems without purge air or measuring systems with internal or external purge air.

    Gas flow measurement for process applications:

    · Corrosion-resistant transducers made of stainless steel or titanium.

    · Process pressure up to 16 bar.

    · Hermetically sealed ultrasonic transducers.

    Gas mass flow measurement for flare gas applications:

    · Innovative sensor design for very high gas velocities.

    · Hermetically sealed transducers made of titanium or stainless steel.

    · High transducer power.

    Ultrasonic measurement system:

    · Direct measurement in the undiluted exhaust gas.

    · Single or multi-path measurement.

    · Quick-release connectors for easy installation.

    Flow speed measuring device:

    · Very large measuring distance possible.

    · Contact-free measurement.

    Ultrasonic flow meter:

    · Quality components.

    · Modular flexible installation.

    Ultrasonic gas flow meter:

    · Direct 2-path or 4-path layout without reflection of signals.

    · Also 4+1-path or 4+4-path layout for redundance measurement possible.

    Gas flow computer:

    · MID approved configuration for gas metering streams with FLOWSIC600.

    · Each module features CPU, memory and equal in/outputs.

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    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    • Motor Feedback Systems Rotary
    Motor Feedback Systems Rotary
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    a) SEK90:
    • HIPERFACE® motor feedback systems for large hollow shaft and torque motors.
    • 64 sine/cosine periods per revolution.
    • Absolute position with a resolution of 2,048 increments per revolution.
    • Programming of the position value and electronic type label.
    • HIPERFACE® interface.
    • Turn & play – for simple assembly without tools.
    • High resistance to shock and vibration due to holistic scanning.
    • Bearingless motor feedback system.
    b) SEK160:
    • HIPERFACE® motor feedback systems for large hollow shaft and torque motors.
    • 128 sine/cosine periods per revolution.
    • Absolute position with a resolution of 4,096 increments per revolution.
    • Programming of the position value and electronic type label.

    c) SEK260:
    • HIPERFACE® motor feedback systems for large hollow shaft and torque motors.
    • 256 sine/cosine periods per revolution.
    • Absolute position with a resolution of 8,192 increments per revolution.
    d) SKS / SKM36:
    • Motor feedback systems for the standard performance range.
    • 128 sine/cosine periods per revolution.
    • Absolute position with a resolution of 4,096 increments per revolution and 4,096 revolutions with the multiturn system.
    • Integrated version and stand-alone design.
    e) SEK / SEL52:
    • Motor feedback systems for the basic performance range.
    • 16 sine/cosine periods per revolution.
    • Absolute position with a resolution of 512 increments per revolution and 4,096 revolutions with the multiturn system.
    • Programming of the position value.
    • Electronic type label.

    f) SEK / SEL37:
    • Motor feedback systems for the basic performance range.
    • 16 sine/cosine periods per revolution.
    • Absolute position with a resolution of 512 increments per revolution and 4,096 revolutions with the multiturn system.
    • Programming of the position value.
    • Electronic type label.
    g) SFS / SFM60:
    • HIPERFACE® motor feedback system in singleturn and multiturn design, compatible with the world's leading drive systems.
    • 1,024 sine/ cosine periods per revolution.
    • Absolute position with a resolution of 32,768 increments per revolution and 4,096 revolutions with the multiturn system.
    • HIPERFACE® interface: Programming of the position value and electronic type label.
    • Universal cable outlet and common connector versions.
    • Protection class IP 65.

    h) SRS / SRM50:
    • Motor feedback systems for the top performance range.
    • 1,024 sine/ cosine periods per revolution.
    • Absolute position with a resolution of 32,768 increments per revolution and 4,096 revolutions with the multiturn system.
    • HIPERFACE® interface: Programming of the position value and electronic type label.
    i) SEK / SEL34:
    • Motor feedback system for basic performance level.
    • Special design for motors with 40 mm square.
    • 16 sine/cosine periods per revolution.
    • Absolute position with a resolution of 512 increments per revolution and 4,096 revolutions with the multiturn system.
    • Programming of the position value.

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    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    • Small Photoelectric Sensor
    Small Photoelectric Sensor
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    Detection, recording, positioning, counting – optical sensors by SICK:

    Sensor intelligence – by using the latest ASIC and LED technologies, these sensors offer the highest level of operational reliability regardless of any conceivable interference factors. Additional sensor information can be used to simplify modern production processes.

    The extensive range of photoelectric sensors is used effectively and efficiently in many automation applications around the world.

    Small Photoelectric Sensors:

    i) G10 :Powerful detection, smart installation - down to the last detail.

    • Maximum optical window surface combined with a small sensor housing.
    • Sensing range up to 1,200 mm with background suppression performance.
    ii) W9-3: Robust VISTAL housing material.
    Best in class performance.

    iii) W9LG-3:
    • Tough VISTAL™ housing.
    • Precise laser light spot, laser class 1.
    • Continuous switching threshold adjustment (CTA).
    • Autocollimation optics and polarizing filter.

    iv) W15:
    • Photoelectric sensor in a special housing as common in the USA market.
    • Flush front flange mounting by snap ring.
    • Background suppression with best-in-class performance based on OES3 technology.

    v) W12-3:
    • Robust metal housing with dovetail attachment.
    • Setting per potentiometer, teach-in or double teach-in.
    • Great number of application in industrial environments and with extraneous light, optical reflections and equipment mounted opposite.
    • Rotatable M12 plug.

    vi) W11-2:
    • Outstanding performance in plastic housing.
    • Multifaceted mounting options including dovetail mounting.
    • Rotatable M12 plug.
    • Pin-point technology.

    vii) W18-3:
    • Suitable for demanding tasks.
    • Great number of applications under extraordinary conditions.
    • Lean design, wide range of applications.
    • Permissible ambient operating temperature: –40 °C ... +60 °C.
    • IO link.

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    • Compact Photoelectric Sensors
    • Compact Photoelectric Sensors
    • Compact Photoelectric Sensors
    • Compact Photoelectric Sensors
    • Compact Photoelectric Sensors
    • Compact Photoelectric Sensors
    • Compact Photoelectric Sensors
    • Compact Photoelectric Sensors
    Compact Photoelectric Sensors
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    Detection, recording, positioning, counting – optical sensors by SICK:

    Sensor intelligence – by using the latest ASIC and LED technologies, these sensors offer the highest level of operational reliability regardless of any conceivable interference factors. Additional sensor information can be used to simplify modern production processes.

    The extensive range of photoelectric sensors is used effectively and efficiently in many automation applications around the world.

    Compact Photoelectric Sensors:

    i) W250-2:

    • Mounting brackets included in delivery.
    • Visible red Bright Light LED.
    • Cable or rotatable M12 connector.
    • Operating mode (light/dark) selectable via control wire.
    ii) W280-2:
    • Highly visible red light spot thanks to the BrightLight LED.
    • Potentiometer for adjusting sensing range.
    • Light/dark switching (DC devices only).
    • Rotatable connector, cable connection or terminal chamber.
    iii) W280L-2 Long Range:
    • WTT280L-2: sensing distance up to 4 m.
    • WLT280L-2: sensing distance up to 18 m.
    • Complete background suppression: very small black/white shift, insensitive against reflections from the background (e.g. shiny metal, window, safety vest).
    • Ignores cross talk from adjacent sensors.
    iv) W24-2:
    • Extremely robust metal housing for harsh industrial conditions.
    • Universal voltage supply (DC and DC/AC devices).
    • Options: front pane heating, soiling alarm.
    v) W27-3:
    • Robust all-rounder, universal application for large ranges.
    • Operation stability with ambient light and optical reflections.
    • Extremely resistant against vibrations and effects of shocks.
    • Universal voltage supply (DC and DC/AC devices).
    vi) W23-2:
    • "Plug & Play" of the photoelectric reflex sensors.
    • Energetic proximity sensor.
    vii) W34:
    • Very large scanning distances and very large ranges.
    • Very robust housing with excellent resistance to chemicals.
    • High degree of insensitivity to ambient light.
    • Universal voltage supply (DC and DC/AC devices).
    viii) W45:
    • Metal housing for harsh industrial conditions and outside areas.
    • High operating reserve at 100 m with through-beam photoelectric sensor.
    • Options: detection of hot steel slabs (> 800 °C).

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    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    • Cylindrical Photoelectric Sensors
    Cylindrical Photoelectric Sensors
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    No tools required: cylindrical sensors are easy to install and ready for operation in no time. With the broadest portfolio on the market, this sensor family offers total versatility. They are equipped with an innovative mounting system, short-body or standard housings in metal, INOX stainless steel, or plastic, in versions suitable for food and beverage, or with high-precision laser technology. The comprehensive range covers the entire application spectrum of modern photoelectric sensor technology. SICK's cylindrical sensors are simply designed for every area of application.

    Cylindrical Photoelectric Sensors:

    i) GR18:

    Round, short and economically unbeatable .

    • Low-cost cylindrical M18 sensor with extra short housing.
    • Five different housing styles.
    • Variety of plastic and metal housing styles, with straight or right angle optics.
    • Bright and highly visible PinPoint-LED.
    • Potentiometer for adjustment of switching threshold (depending on type).
    • Special flush type, one-piece metal housing.
    • Highly visible signal indicator LED.
    • IP 67 rating .
    ii) GR185:

    Round, short and economically unbeatable .

    • Low-cost cylindrical M18 sensor with extra short housing.
    • Five different housing styles.
    • Variety of plastic and metal housing styles, with straight or right angle optics.
    • Bright and highly visible PinPoint-LED.

    iii) MH15V:

    Space-saving photoelectric sensors designed for wash down applications.

    • Field-tested resistance to acidic and alkaline cleaning and disinfecting agents.
    • Corrosion-resistant stainless steel housing 316L, certified by ECOLAB und JohnsonDiversey.
    iv) V18 Laser:

    Low-cost cylindrical M18 Laser photoelectric sensor.

    • Laser emitter LED enclosed in a cylindrical M18 housing.
    • Laser class 1.
    • Fast response time.
    • Straight or right-angle housing.
    v) V18V:

    Cylindrical photoelectric sensors with foolproof touch-teach for washdown areas.

    • IP 69K-rated cylindrical photoelectric sensors in M18 stainless steel housing.
    • Resistant to all common cleaning agents and certified by independent institutes.
    vi) V180-2:

    Lowest-cost cylindrical photoelectric sensor on the market.

    • Low-cost M18 housing sensor on the market.
    • Long sensing distances: 100 mm, 400 mm, 800 mm (proximity sensor), 300 mm (proximity sensor with BGS), 6 m (retro-reflective sensor) and 20 m (through-beam sensor).

    vii) W15:

    Improve performance and reduce downtime with W15 sensors.

    • M18 front mount using plastic nut or snap ring, side assembly with 24.1 mm through holes.
    • Flush mounting possible using the snap ring.
    • Transparent back cover.
    • Best-in-class background suppression and red PinPoint LED.

    viii) Z-Sensor:

    Flexible, low-cost presence detection solutions with clear housings.

    • Economical design with background suppression, retro-reflective or energetic variants available; non-adjustable.
    • Compact, transparent housing with 360° status indication.
    • M18 front mount and 24-25.4 mm slotted side through holes compatible with competitor devices.

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    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    • Multitask Photoelectric Sensors
    Multitask Photoelectric Sensors
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    Multitask Photoelectric Sensors:

    i) Deltapac:
    • Delta-S-Technology®: four PinPoint emitters and two energy scales combined with SIRIC® and distance measurement technology.
    • Direction-independent object contours with radius up to 20 mm.
    • For conveyor speeds up to 3 m/s or production capacities up to 200.000 packages per hour.
    ii) PowerProx:
    • Time-of-flight technology.
    • Laser class 1.
    • Sensing range for object detection: 5 cm to 2.5 m.
    • Switching frequency: 1,000 Hz.
    • Minimum distance between the object and background: 27 ... 36 mm.

    iii) MultiPac:
    • Two complete and independent receiver systems.
    • HighPower LED, extreme light intensity.
    • Special software.
    • Sensing distance up to 500 mm.
    • Fast and easy commissioning thanks to the very good visible red HighPower LED.


    iv) MultiLine Sensors:
    • Two logical and intelligently linked sensors with background suppression in one miniature housing offer the highest ruggedness for object detection.
    • Consistent, reliable detection of structures and perforated objects such as e-cards.
    • Consistent, reliable detection of reflective and irregular objects such as blister packs and soup sachets on conveyor belts.
    v) Reflex Array:
    • Position-independent detection within the light array.
    • The installation costs could be reduced by up to 50%.
    • Optical alignment indicator.
    • More reliable operation due to the continuous automatic adjustment of the switching threshold.
    vi) Zone Control:
    • 3 in 1: Photelectric proximity sensor, valve and logic from a compact unit.
    • Under the conveyor mounting between the rollers.
    • Background suppression.
    • Continuously variable scanning distance.
    • Integrated logic for accumulating roller conveyors (fit also for motorized driven rollers).
    vii) TranspaTect:
    • High-performance SICK technology.
    • No reflectors required.
    • Existing machine parts are used as reference target.
    • AutoAdapt for continuous threshold adaptation in contaminated conditions.
    • PinPoint LED with bright and precise light spot.
    • Easy-to-use teach-in button.
    • Status LEDs visible from all sides.
    • Rugged metal housing (PTFE coating available on request).

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    • Motor Feedback Systems Linear
    • Motor Feedback Systems Linear
    • Motor Feedback Systems Linear
    Motor Feedback Systems Linear
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    Motor-Feedback-Systems linear HIPERFACE:

    a) TTK70:


    • Absolute, non-contact, wear-free length measurement system for linear motors .
    • Measured lengths of up to 4 m.
    • Suitable for high traverse speeds of up to 10 m/s.
    • Reliable location indication even in the event of condensation and contamination of the magnetic tape.
    • Electronic type label and programming of the position value .
    • Absolute location indication, no reference run.
    • HIPERFACE® interface.
    • Conforms to RoHs.
    b) TTK50:
    • Absolute, non-contact, wear-free length measurement system for linear motors.
    • Measured lengths of up to 1 m.
    • Suitable for high traverse speeds of up to 10 m/s.
    • Reliable location indication even in the event of condensation and contamination of the magnetic tape.
    • Electronic type label and programming of the position value .
    • Absolute location indication, no reference run.
    • HIPERFACE® interface.
    • Conforms to RoHs.

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    • Profiling System
    • Profiling System
    Profiling System
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    TIC1xx Pro profiling system:
    Reliable vehicle classification and axle counting, even over multiple lanes :

    The TIC1xx Pro (Traffic Information Collector) profiling system is based on SICK''s proven laser measurement technology. It is designed for use in multi-lane, free-flowing traffic and stop-and-go traffic for toll systems and for performing traffic management. A highly innovative configuration tool, including a live 3D view, allows commissioning in just a few minutes. The system is automatically calibrated during flowing traffic and provides an integrated remote maintenance function. Configurable software triggers significantly improve the detection and read rates of license plate cameras and DSRC antennas. The TIC102 profiling system has been enhanced with a roadside laser measurement scanner for axle counting. The combination of the data from the laser measurement scanner mounted on the side and above the road surface ensures reliable axle counting, including the confidence level.

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    • Object Detection Systems
    • Object Detection Systems
    • Object Detection Systems
    Object Detection Systems
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    a) IDL:

    The IDL system for item detection performs an analysis of letters and parcels on continuous belts, tilt trays and cross belt conveyor systems. The IDL system provides information about the number of items, their position and other characteristics used to increase throughput by reducing missorts and optimizing the off load process. Reliable operation of the sorter requires adequate distance between packages and the detection of packages that are on top of each other. IDL provides accurate singulation verification and classifies packages as singles or doubles. A strength of IDL is its use of both 3D shape and 2D grayscale imaging. Using laser triangulation for 3D imaging is ideal for small- to medium-sized items. Items as small as 2 mm high can be accurately analyzed, increasing efficiency in product streams that contain both flats and packages. By measuring position, volume, occupied area and product overhang, the IDL system increases throughput and efficiency of the sorter.

    • Detection and counting of items of heights down to 2 mm.
    • Accurate measurement of item position on belt or tray.
    • Doubles detection including side-by-side, product spacing (too close), touching and piggy-back conditions.
    • Pre-calibrated measurement head in IP 65 housing.
    • Full-range item characteristics in 3D in up to 3 m/s.
    • Classify items by height measurement.

    b) AOS Prime:

    The AOS Prime (Advanced Object Detection System) object detection system is a self-testing system with excellent diagnostic capabilities. The AOS is used in monitoring applications where a stand-alone laser scanner is not sufficient and high operational reliability of the system is required. Thanks to the included preconfigured logic blocks, the system can be efficiently and reliably put into operation. In addition to optical sensor testing, the response time and output signals of the sensors are continuously tested during operation. The AOS fills the gap in outdoor areas where laser scanners alone are not enough and high system reliability must be ensured.

    • Enhanced system diagnostics
    • Automatic self-test cycles for the entire system
    • Safe monitoring of the correct switching behavior and connection cable of the laser scanner
    • Easy implementation of additional logic functions
    • Easily expandable due to modular concept

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    • Collision Awareness Systems
    • Collision Awareness Systems
    • Collision Awareness Systems
    Collision Awareness Systems
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    Protection of mine site equipment, infrastructure and personnel is a highly sophisticated task and presents great demands on collision awareness solutions.

    Heavy mining vehicle operators have to accomplish a difficult task. The increase in mine productivity has led to a proportional increase in the size of the equipment used. The awareness of mine site accidents demands a combination of technologies to assist operators and reduce risk; any collision awareness and assistance technology applied must be able to also warn of these risks.

    a) MINESIC100 EPS:

    Excavator protection system:

     

    • Active collision warnings for shovel operator and other heavy vehicles.
    • Vehicle positioning and loading assistance.
    • Highwall collision warning.
    • Visual feedback (touch screen operator display) and audible alarm.
    • Open interface to fleet management / dispatch systems & event logging.

    b) MINESIC100 TCW:

    Tunnel collision warning system:

    • Front and rear-end tunnel collision warning.
    • Corner cutting and over shooting warning.
    • Active assistance for maneuvering in confined spaces - displays the tunnel wall outline.
    • Visual feedback (touch screen operator display) and audible alarm.
    • Open interface to fleet management / dispatch systems & event logging.
    • Full functional operation across speed range (0...vmax).

    c) MINESIC100 TPS:

    Truck protection system:

    • Intelligent front-end collision warning.
    • Road departure warning.
    • Reverse assist (collision, tyre and suspension protection).
    • Black spot warning (geo fencing of hazardous areas).
    • Visual feedback (touch screen operator display) & audible alarm.
    • Open interface to fleet management / dispatch systems & event logging.

    d) MINESIC100 WPS:

    Wheel loader protection system:

    • Full coverage rear-end collision warning.
    • Visual feedback (touch screen operator display) and audible alarm.
    • Open interface to fleet management / dispatch systems & event logging.
    • Full functional operation across speed range (0...vmax).
    • Active reverse assist for maneuvering in confined spaces.
    • Displays accurately all obstacles behind the vehicle (windrows, vehicles, personnel) in real time.

    e) RAS Prime:

    The RAS Prime (Reachstacker Assistance System) collision awareness system is a cost-effective solution that can be retrofitted on reachstackers and empty container handlers. It provides a warning that prevents collisions with other vehicles and the port infrastructure and assists the operator in critical driving situations, e.g., when approaching containers, pillars, and cranes. Obstacles located in one of the defined warning areas are indicated on a display. The operator is warned in advance to ensure appropriate safety distances are maintained. If a collision is imminent, an alarm will alert the operator so that the vehicle can be stopped.

    • Rear-end collision warning.
    • 2-stage warning system provides the operator with advance warning of a collision and (stage 2)initiates a response.
    • Touchscreen that displays obstacle outlines.
    • Configurable safety distances.
    • Suppression of false alarms for higher operator acceptance.
    • Self-diagnostics for straightforward troubleshooting and maintenance.

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    • Customized Analyzer Systems
    • Customized Analyzer Systems
    • Customized Analyzer Systems
    • Customized Analyzer Systems
    • Customized Analyzer Systems
    • Customized Analyzer Systems
    • Customized Analyzer Systems
    • Customized Analyzer Systems
    • Customized Analyzer Systems
    Customized Analyzer Systems
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    a) MAC800:

    Modular complete system:

    • Cold-extractive analyzer system certified according to EN 15267-3.
    • Plug-and-play analyzer modules with 24 V power supply.
    • Operating unit for displaying all measured values and status information on a touch screen.
    • External sensors via interfaces connectable.

    b) MINESIC700 GHG:

    Analyzer system for monitoring greenhouse gases in underground coal mines:

    • Accurate measurement of greenhouse gas emissions.
    • Reliable measurement with minimal measurement uncertainties.
    • Automated switchover for up to five measuring points.
    • Software package to calculate and record all of the greenhouse gas emissions.
    c) MINESIC700 TBS:

    Tube bundle system:

    • Extractive measurement of gases in coal mines.
    • Certified according to IECEx and ANZEx.
    • Reliable, continuous measurement (24/7).
    • Automated switching between measuring points for up to 40 sites.
    • Automated alarm and alarm report.
    d) MKAS Basic:

    Analyzer system in basic configuration:

    • Up to 2 S710 or SIDOR analyzers.
    • Includes the basic system components.
    • Wired and tested - ready for use.
    e) MKAS Comfort:

    Analyzer system for emission and process measurements:

    • Up to 3 S710 or SIDOR analyzers or NOx-converter.
    • Includes the major system components.
    • Test gas supply via gas sampling probe.
    • High performance sample gas cooler.
    f) MKAS Compact:

    Analyzer system for wall mounting:

    • Compact analyzer cabinet.
    • For maximum 2 S710 or SIDOR analyzers or NOx converter.
    • Includes the major system components.
    • Wired and tested - ready for use.

    g) MKAS HD:

    Heavy-duty analyzer system:

    • Back-purgable gas sampling probe.
    • Special filtering system including a scrubber.
    • High performance sample gas cooler.
    • Corrosion-proof sample gas pump.
    • Bypass for sample gas.
    • Up to 3 S710 or SIDOR analyzers or NOx converter.

    h) MKAS Multipoint:

    Analyzer system with sample point switching:

    • Sample point switching for 2 to 8 measuring points.
    • Bypass system for switching without time lag.
    • Up to 3 S710 or SIDOR analyzers or NOx-converter.
    • Includes the major system components.

    i) MKAS Twin:

    Analyzer system for parallel measurement:

    • Includes the major system components in dual layout.
    • For S710 or SIDOR analyzers or NOx converter.
    • Test gas supply via gas sampling probe.
    • High performance sample gas cooler.

    j) PowerCEMS50:

    PowerCEMS, Power plant analyzer systems:

    • Basic system measures NOx, CO and O2.
    • Completely configured system with sampling, gas cooler and integrated gas pump.
    • The system with its free-standing cabinet is suitable for ambient temperatures +5 ... +35 °C.

    k) SCP3000:

    Gas sampling system for kiln inlets:

    • For gas temperatures up to 1400 °C.
    • For very high dust loads up to 2000 g/m3.
    • Effective shock blower prevents blockage on probe inlet.
    • Rotating unit prevents backing of deposits on probe surface.
    • Self-test functions to protect components against power, coolant or compressed air malfunction.

    l) TOCOR700:

    TOC analyzing system:

    • Very high measurement accuracy with small TOC concentrations.
    • Generates its own carrier gas.
    • Sample point switching for up to 4 sample points as an option.
    • Versions for application in Ex-zone 1 or 2 (ATEX).
    • Versions as stand-alone device or as wall cabinet.

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    • Quality Control Systems
    • Quality Control Systems
    • Quality Control Systems
    Quality Control Systems
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    Automated quality control is constantly growing in importance. Whether for recording geometrical dimensions, surface inspections or completeness checks: Quality control systems from SICK meet all requirements in terms of reliability and process stability in industrial manufacturing environments. Their use ensures that production processes can be planned more effectively, increases throughput and guarantees reproducible product quality. Each system combines sensors and software to form a reliable all-round solution.

    a) MCL:

    The MCL system is the easy, powerful and reliable choice for automated, on-demand maintenance inspections of your sorter. This vision-based system is easily installed onto your existing sorter frame and works stand-alone, without interfering with the sorter’s control system. Using the MCL for daily maintenance check inspections enables you to quickly and easily detect any potential problems with the running wheels or the tilt wheels on your sorter. The MCL system performs its inspections on the sorter without stopping normal sorting activity. This pro-active maintenance check allows you to plan maintenance work and to minimize unexpected and uncontrolled emergency stops. This results in a lower total maintenance cost and a higher sorting throughput! The maintenance needs of the sorter are shown in an easy to understand way in the operator interface and can also be saved as CSV and Excel files on a PC for further processing and analysis.

    • Vision-based system for sorter inspections.
    • On-demand inspection of sorter cart components.
    • Non-intrusive: Inspections take place during sorting activity.
    • Inspects at full sorter speed.
    • Resolution of sorter cart height position < 0.1 mm.
    • Pre-configured software for the inspections.
    • Maintenance report format: CSV and Excel.
    b) ConVer:

    ConVer is a turnkey system for quality control during packing processes. The system checks whether boxes or containers have been filled correctly and with all the required contents. It consists of a scalable number of verification stations that can be positioned as required along the conveyor belt.
    Each station is equipped with a high-performance 3D camera that acquires images of the container contents. These are compared with taught-in reference images in real time. If any discrepancies are detected, the system informs the operator who can then immediately correct the error.
    The measurement results and feedback information are clearly displayed at monitors and via indicator lights. The system also possesses an automatic stop/start function for the conveyor belt.
    The task of configuring the system could not be easier thanks to the intuitive operating software. Reference templates can be adapted quickly and easily without the need for any new teach-in activities. Comprehensive archiving functions and offline analysis capabilities make it possible to optimize the production process beyond the aspects of quality control alone.

    • Comprehensive solution consisting of hardware and software for verifying the completeness and correct positioning of objects in packaging.
    • High-resolution 3D line camera.
    • Nominal/actual comparison based on taught reference images and high-precision detection of discrepancies.
    • Reliable recognition of features independently of material, color and size characteristics.
    • Robust hardware design.
    • Immediate, clearly presented feedback to operating personnel and production manager.
    • User-friendly user interface and intuitive workflows.

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    • Robot Guidance Systems
    • Robot Guidance Systems
    • Robot Guidance Systems
    Robot Guidance Systems
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    Robot guidance using 3D vision systems designed for object localization is making a vital contribution to the optimization of industrial manufacturing processes. Robot guidance systems from SICK give users an easy, economical way to benefit from this sophisticated technology. The systems stand out thanks to their reliable, user-friendly design. They can be integrated without difficulty in existing environments, deliver high-precision measurement results and consequently play a key role in making part handling more versatile than ever before. a) PLB: Precise localization of parts in bins: 
    • Localization of parts in bins and boxes independent of part orientation.
    • 3D camera with superior image quality.
    • Reliable part localization, even under varying ambient conditions.
    • Part localization based on matching between CAD model of part and 3D image.
    • Verification that free space is available for the gripper in reported pick positions.
    • Complete solution comprising hardware and software preconfigured and tailored for the precise localization of parts in bins.
    • Integrated tools for coordinate alignment and communication with the robot. b) PLR: 3D localization of parts in carriers:
    • Sensor for flexible automated part handling.
    • Standalone sensor factory-calibrated at SICK.
    • Precise part localization and rapid measurements.
    • Combined 2D/3D part localization.
    • Calculation of correction values for the coordinate system of the gripper.
    • Reliable part localization, even under varying ambient conditions.
    • Web server user interface.
    • Tools for alignment and communication with the robot.

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    • Track and Trace Systems
    • Track and Trace Systems
    • Track and Trace Systems
    • Track and Trace Systems
    • Track and Trace Systems
    • Track and Trace Systems
    • Track and Trace Systems
    Track and Trace Systems
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    Track and Trace Systems

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    a) ICR88x System:

    The track and trace system based on the line-scan camera ICR88x is the ideal solution for all high-end linear and 2D code reading applications in transport and logistics processes. The code reading system has a modular camera design and includes an LED illumination module, focus control, and a high-performance decoder. The ICR88x System is optimized for small sorter applications. Thanks to the short reading distance of the integrated ICR88x camera, the system can be installed with a very compact footprint.

    • High-end camera system, optimized for applications with short reading distances.
    • Dual-line CMOS sensor for the best possible read rates.
    • High scanning frequency of up to 19 kHz for high-resolution images (> 200 dpi).
    • All decoders are integrated in the camera.

    b) ICR89x System:

    The track and trace system based on the line-scan camera ICR89x is the ideal solution for all high-end linear and 2D code reading applications in transport and logistics processes. The outstanding image quality of the integrated ICR89x camera also makes it suitable for use in OCR and video coding applications. The code reading system features a modular camera design, LED illumination, focus control functionality, and a high-performance decoder. The system can be supplemented with additional products such as volume measurement systems, when appropriate for the application.

    c) OPS400:
    The OPS400 offers simple operation for omni-directional reading for logistics processes. The functionality of the omni-portal system is integrated in a single housing and covers the same width at the same scanning frequency as SICK’s customized OPS system.

    d) OPS Customized:
    The omni-directional OPS (Omni-Portal System) from SICK helps optimize logistics processes. As a complete, optimized system for identifying bar codes on goods and freight, it is ideal for state-of-the-art logistics demands. The use of individual scanners allows customized configurations for a number of applications.

    e) ALIS:
    To make sure that your luggage gets sorted quickly and transferred to the correct destination, SICK offers ALIS - a state-of-the-art bar code reader and RFID system that is designed to identify IATA bar codes and/or RFID tags on airport luggage.

    f) VMS410/510:
    Designed for measuring the volume of cuboidal objects and/or packages on flat conveyor belts, etc. SICK's VMS410/510 volume measurement system family offers quick installation and simple alignment and commissioning.

    g) VMS420/520:
    The VMS420/520 are ideal when speed and precision are important. They can accurately measure almost all object shapes at up to 3 m/s on flat conveyor belts.

    h) DWS Dynamic:
    Dimensioning weighing scanning (DWS) systems from SICK automatically measure weight and volume of packages and identify them by reading 1D or 2D codes. They can be integrated in existing conveyor systems and work reliably at conveyor speeds up to 2.9 m/s.

    i) DWS Static:
    For the complete data capture of volume, weight and bar code information of freight for the courier, freight, and parcel industry as well as for retail and warehousing, SICK developed the DWS510 Static, a new dimensioning weighing scanning system.

    j) RFGS Pro:
    RFGS Pro (Radio Frequency Gate System) track and trace system is ideal for optimizing processes in the supply chain process.

    k) RFMS Pro:
    The RFMS Pro (Radio Frequency Modular System) track and trace system is an industrial-grade system from SICK.

    l) Lector65x System:
    The track and trace system based on the Lector65x matrix camera reliably identifies and decodes all common types of codes.

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      • Security Systems
      • Security Systems
      Security Systems
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      LAC1xx Prime :

      The LAC1xx Prime (Logistics Acces Control) security system is an electronic and fully automatic system for security tasks with virtual access control for gates and access points. The aim is to deny unauthorized persons access to cargo during on-site transport and storage and during the transfer of goods. The system’s sensors are capable of detecting persons and vehicles in motion, i.e., while maintaining the flow of material, recording and identifying them with the help of coded transponder cards. Any unauthorized persons are reliably detected and prevented from entering an area unnoticed. With the help of intelligent filtering algorithms and plausibility functions, the LAC also provides maximum protection against tampering. This ensures that only authorized persons can pass the access control point – and other persons cannot slip in undetected through an open gate, i.e., there is no piggy-backing (tailgating).

      • Complete solution comprising of laser measurement technology, RFID and integrated software.
      • Prevents piggy-backing (tailgating) and avoids blockages in the transit areas.
      • Active laser detection and reliable long-range passive / semi-passive identification (UHF).
      • Stand-alone system or network-compatible.
      • Tamper-proof.
      • Rugged IP67 enclosure rating.

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      Inductive Proximity Sensors
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      Reliable, powerful, rugged. Inductive sensors from SICK

      Millions of inductive sensors are currently in use in virtually all industries. They detect metal objects without contact, and are characterized by a long service life and extreme ruggedness. With the latest ASIC technology, SICK's sensors offer the ultimate in precision and reliability. SICK can provide the right solution to meet your requirements every time – from cylindrical or rectangular standard sensors with single, double or triple operating distance, to special sensors for explosive zones and harsh environments. Our sensors are the intelligent, reliable route to implementing industry-specific and customized solutions to any task involving automation.

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      • Gas Analyzers
      • Gas Analyzers
      • Gas Analyzers
      • Gas Analyzers
      Gas Analyzers
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      For analyzing gases we offer an extensive range of gas analyzers and analysis systems. Adaptation to different system conditions or solutions of complex measuring tasks - we have the answer: in-situ and extractive measuring technology for installation in complete systems.

      In-situ measurementThe in-situ analyzers are available in two types: cross-ductand analyzers with a measuring probe for installation from one side. This enables the devices to be adapted efficiently to a wide variety of different system configurations.
      The in-situ technology is characterized by low maintenance requirements and very short response times by direct measurement in the gas duct. Extractive measurementOur extractive gas analyzers are suitable for a broad range of applications. They can be extended by numerous external system components to form a complete analysis system. This enables the analyzers to be adapted specifically to your measuring task. The task-specific adaptation of the systems is the main advantage of the extractive measurement.

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      Innovative TechnologiesKhatau Building, 1st Floor, 44, N. G. N. Vaidya Marg Shahid Bhagat Singh Road, Old Custom House Road, Bombay Stock Exchange, N G N Vaidya Marg, Mumbai-400001, Maharashtra, India

      D. Desai (Partner)

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