Sick Sensor

Table of Contents:

• About sick
• Products of Sick

Products of Sick:

SICK is a leading manufacturer of sensor solutions for industrial applications. Their product range includes detection sensors, distance sensors, and safety devices, as well as LiDAR and radar sensors. They also specialize in machine vision and identification, motion control sensors, and process sensors.

For measuring flow and conducting analysis, SICK provides flow measurement tools and analyzers. Their offerings extend to network and connection technology, system solutions, digital services, and solutions. Their offerings are designed to enhance efficiency and safety across various sectors, contributing to the advancement of smart industry practices.

Array Sensors:

SICK’s array sensors, particularly the AS30 series, offer enhanced flexibility and efficient communication for various detection tasks. These sensors are designed to provide reliable detection and measurement, catering to a wide range of applications.

Array sensors by SICK are pivotal in ensuring precise detection, measurement, and analysis, contributing significantly to the efficiency of automated processes. The Sick Array Sensor AS30 series stands out for its adaptability and communication capabilities, making it a versatile choice for industrial sensing needs.

Capacitive Proximity Sensors:

SICK offers a range of capacitive proximity sensors, including the CM series, known for being rugged and cost-effective. The CMB series is highlighted for being smart and rugged, while the CQ series is enclosed in rectangular housing for reliable sensing. The Sick Capacitive sensor CQF series is specifically designed for reliable level measurement of water-based liquids.

Color Sensors:

SICK offers a diverse range of color sensors for precise detection and differentiation. The Sensor features a large 60 mm sensing distance with an NPN output and a Ø12mm light spot. The color sensor, with a 13 mm range, offers push-pull outputs and a small 2mmx4mm light spot. Each Sick Color sensor is designed for specific industrial applications, ensuring accuracy and reliability.

Contrast Sensors:

SICK contrast sensors are designed for high-speed detection of printed or control marks in packaging and printing machines. They excel in identifying subtle grayscale differences between marks and backgrounds on various surfaces, including matte, shiny, or transparent.

The Sick Contrast Sensor product line includes sensors with diverse contrast resolution methods and teach-in capabilities to address a broad spectrum of industrial requirements.

Cylinder Sensors:

SICK cylinder sensors offer fast, precise detection for a variety of pneumatic actuators. With easy mounting, analog output, and IO-Link support, they are suitable for food and beverage applications.

Adapters allow for universal fitting, ensuring compatibility with different cylinder types. Sick Cylinder Sensors are High-temperature variants and explosion-proof options cater to challenging environments.

Fiber Optic Sensors and Fibers:

SICK fiber-optic sensors and fibers are designed for tight spaces and small object detection. They meet high standards for range, temperature resistance, and durability. The sensors work with a variety of fiber-optic cables, ensuring flexibility and precision in challenging applications. Sick Fiber Optic Sensors Up to 16 devices can connect to a bus system, reducing interference and wiring efforts.

Fork Sensors:

SICK fork sensors integrate senders and receivers within one housing for quick adjustment. Their focused light beam and high detection accuracy allow for the detection of slight light differences. These sensors offer easy mounting, a variety of fork sizes, and high ambient light immunity, making them suitable for label and object detection in various applications.

Glare Sensors:

SICK’s Glare sensors are engineered to detect and differentiate glare on even surfaces, offering maximum reliability while reducing costs. These sensors have turned a once problematic issue of surface gloss into a useful criterion for process control, irrespective of the object’s color, transparency, or pattern.

Sick Glare sensors represent a significant advancement in sensor technology, reinforcing SICK’s status as a leader in optoelectronic sensors for diverse object detection.

Inductive Proximity Sensors:

SICK’s inductive proximity sensors offer a range of solutions for industrial environments. The IMS series is rugged for mobile machines, while the IME series serves as the economic standard. The IQM and IMM series provide rectangular miniature sensors and miniature sensors for industrial applications, respectively.

The IMB series is designed for harsh conditions, and the IMN series caters to explosive zones. The IMI series features full metal sensors for challenging applications, and the IQG series offers compact rectangular housings. Lastly, the Sick Inductive Proximity Switch IMW series is the economical standard, and the IMC series boasts four times the switching capability with inductive intelligence.

Linear Measurement Sensors:

SICK linear measurement sensors utilize cutting-edge, non-contact technologies for precise measurement of positions, speeds, and lengths. The OLM sensors, with a camera-based system, can accurately position themselves by referencing a bar code tape over distances up to 10 km, with a minimum accuracy of 0.15 mm.

This Sick linear measurement sensor system is effective regardless of whether the path is straight or curved.

Luminescence Sensors:

SICK luminescence sensors are designed to detect marks that are visible and non-visible by illuminating them with ultraviolet (UV) light. These sensors can reliably identify fluorescent materials and marks, regardless of pattern, color, or surface conditions, on any material type.

The sensors operate by emitting UV light at approximately 375 nm wavelength, which fluorescent substances convert into long-wave visible light. This light is then received and evaluated by the sensor for accurate detection.

Magnetic Sensors:

Sick Magnetic sensors offer versatile solutions for a variety of applications. They serve as proximity switches with high sensing ranges, precise angle measurement systems, line guidance sensors, and identification sensors for magnetic-coded tags. These sick Magnetic sensors are reliable even in harsh conditions and provide flexibility with different designs and output options.

Photoelectric Sensors:

SICK photoelectric sensors are designed for precision with advanced optics and technology. The W4 series offers compact, powerful photoelectric for automation. GR18s are reliable, versatile cylindrical sensors. G2s provide cost-effective, space-saving photoelectric sensing. G10s ensure detailed, efficient detection. 

Sick Photo Sensor G6s offer premium detection economically. V18 Lasers deliver precision in an M18 housing. W12s perform strongly in tough metal casings. W16s excel in object detection, while V180-2s are the market’s budget-friendly cylindrical sensors.

Laser Distance Sensors:

SICK laser distance sensors excel in diverse industrial applications, measuring distances with precision. They offer solutions for any space, from microns to miles, and are equipped with advanced technologies and interfaces. These Sick Laser Distance sensors are part of a unique range that combines comprehensive performance with flexibility, ensuring success in various environments and over any distance.

Ultrasonic Sensors:

SICK’s UM18 ultrasonic sensors ensure a simple setup and perfect detection. The UM30 is a versatile solution for universal applications. UC40 sensors offer intelligent, flexible designs for various uses. UC4 models are compact and precise for detailed tasks. UD18 detects double layers in materials like paper and metal.

The Sick Ultrasonic Sensor UC30 combines ruggedness with a reliable, rectangular design. UC12 features industry-proven ultrasonic technology. Lastly, the UM12 provides significant benefits in a small package.

Safe Motion Monitoring and Control:

SICK Safe Motion Monitoring and Control ensures the reliable monitoring of machine movements, optimizing the interplay between humans and machines. It includes certified safety functions for direction, speed, and position monitoring, reducing machine downtime, and enabling continuous processes.

The system integrates seamlessly with various safety products, providing precise control and monitoring for both mobile and stationary machines, thus enhancing machine availability and safety.

Safe Series Connection:

SICK safe series connection solutions, like Flexi Loop, offer diagnostic functions for enhanced safety. Explore 11 product variants designed for flexible, secure integration in safety systems, ensuring reliable diagnostics and streamlined safety operations.

Safety Camera Sensors:

SICK safety camera sensors, like the safeVisionary2, offer new dimensions in safe 3D environment perception. The V200 and V300 Work Station Extended models provide perfect protection with minimal space requirements, although they are being phased out.

Safety Controllers:

SICK safety controllers offer reliable productivity for both stationary and mobile machines. They feature modular hardware, easy wiring, and quick project planning with intuitive software. These versatile devices are suited for a wide range of applications, ensuring safety up to performance level.

Safety Distance Sensors:

SICK safety distance sensors are essential for protecting people and assets in industrial settings. They ensure high productivity with a broad measuring range, advanced technology, and compact designs that require minimal space.

Safety Laser Scanners:

SICK safety laser scanners offer maximum performance for both mobile and stationary applications, indoors and outdoors. They utilize time-of-flight measurement for two-dimensional area monitoring. These Sick Safety Laser scanners support up to 128 configurable fields and 8 protective fields, with precise measurement data for localization and navigation up to 64 meters.

Safety Light Beam Sensors:

SICK safety light-beam sensors provide reliable access protection over large distances. Standardized, compact designs ensure fast setup and easy diagnostics. They support smooth operations, even in harsh conditions, with a scanning range of up to 70 meters. These Sick Safety Light beam sensors streamline processes, reducing downtimes for increased productivity.

Safety Multibeam Scanners:

SICK safety multibeam scanners merge light curtain and laser scanner benefits, offering innovative safety solutions. They fit even in small vehicles due to their compact design, ensuring mobile logistics and factory automation are secure. 

These scanners are intuitive, and rugged, and provide a cost-effective ratio for protective field monitoring. Sick Multibeam Scanners are Easy to install and configure, they minimize machine downtime and enhance productivity.

Safety Light Curtains:

SICK safety light curtains offer cost-effective protection for hazardous areas and points. They integrate with safe control solutions, providing flexibility in design and resilience in tough conditions. 

These Sick Safety Light Curtains enhance safety without compromising productivity, featuring easy installation, intelligent beam processing, and a range of automated functions for reliable operation.

Safety Radar Sensors:

SICK safety radar sensors ensure high machine availability, even in harsh conditions like dust, heat, or cold. These rugged sensors maintain productivity by reliably detecting people and objects, suitable for both indoor and outdoor applications. Sick Safety Radar Sensors are easy to install, configure, and maintain, with a durable housing rated IP67 against environmental factors.

Safety Relays:

SICK safety relays, paired with their safety sensors, facilitate the implementation of safety functions up to PL e. The relays are suitable for various applications, offering individual, safe, and cost-effective solutions. 

Sick Safety Relays having a compact design allows for efficient control cabinet integration, and diagnostic LEDs aid in rapid troubleshooting to minimize machine downtime.

Safety Switches:

SICK safety switches portfolio includes 317 product variants for diverse safety applications. Products like the ES21 ensure fast machine stopping, while the RE1 offers non-contact door monitoring. Sick Safety Switch i110P is a rugged safety position switch, and the MLP1 combines RFID with magnetic locking for process protection.

Safety Systems:

SICK safety systems integrate personal safety with productivity, offering hardware and software for various applications. They ensure smooth operations with systems like sBot Speed, which dynamically reduces robot speed, and Safe Portal, which secures material flow.

LiDAR and Radar Sensors:

SICK LiDAR and radar sensors are pivotal for detecting and localizing objects, and assessing their size and shape. These sensors are robust, functioning reliably even under harsh conditions, and are utilized in various settings, including AGVs, harbor cranes, and building automation.

Sick Radar sensors excel in rugged environments, detecting objects in adverse weather and polluted conditions, ideal for collision prevention in ports and mining. LiDAR sensors offer precise detection for indoor and outdoor applications, aiding in-vehicle navigation, collision prevention, and security in diverse environments like ports, airports, and factories.

Fixed Mount Barcode Scanners:

SICK fixed mount barcode scanners ensure reliable 1D code identification. The CLV62x is rugged, while the CLV63x is designed for harsh environments. Compact CLV50x models are ideal for standard applications, and the CLV60x features a short-range CMOS sensor.

Image-Based Code Readers:

SICK image-based code readers excel in flexibility and performance, handling a variety of codes at high speeds. They capture damaged or colored codes on any surface, ensuring high read rates. These readers are essential in factory automation for tracking components, with features like 360° reading, dynamic focus, and high-speed decoding.

Machine Vision:

SICK machine vision solutions provide 2D and 3D cameras for industrial inspection and measurement tasks. They offer the ability to measure, locate, inspect, and identify, enhancing automation and product quality. The Ranger3 camera leads in 3D performance, while the InspectorP61x offers compact, deep learning-capable inspections. The Ruler3000 is a new, fast 3D camera, and SICK AppSpace enables adaptive automation solutions.

Mobile Handheld Scanners

SICK mobile handheld scanners provide quick, flexible data acquisition, ensuring fast and error-free scanning. They feature linear imagers for 1D barcodes and image-based imagers for 2D codes, with application-oriented illumination for optimal contrast. These scanners are durable, withstanding harsh industrial conditions, and offer connectivity options like USB and RS-232 for easy integration.

RFID

SICK RFID technology enables radio-based identification without visual contact, even in harsh conditions. It can read and write to multiple transponders simultaneously from up to 10 meters away. This technology is ideal for seamless data collection across various applications, ensuring reliable identification and efficient process management.

Encoders:

SICK encoders precisely detect position, angle, revolutions, and speed in industrial automation. They offer high-resolution optical and rugged magnetic encoders for exact measurements. Available as incremental or absolute, they suit various applications. Sick Linear encoders and wire draw encoders provide precise linear measurements.

Inertial Sensors:

SICK inertial sensors are designed for both static and highly dynamic applications, ensuring reliable position data. They offer simple integration, space-saving designs, and rugged housings. With precise inclination measurement and reliable interference suppression. These sensors excel in demanding environments, providing accurate data for a variety of industrial automation needs.

Linear Encoders:

SICK linear encoders detect movements precisely without contact, providing absolute position values. They require no reference run, are wear-free, and suit various applications due to their high resolution and robust design.

Motor Feedback Systems:

SICK motor feedback systems combine commutation, position, and speed measurement in one device. The feature interfaces offer high-resolution and multiturn designs. These systems are suitable for implementing the Machinery Directive.

Non-contact motion sensors:

SICK non-contact motion sensors detect object surface movements without requiring scales or measuring elements. This ensures surfaces stay clean and objects wear-free. They can capture linear or rotary motion in any direction, regardless of whether the object or sensor is in motion.

Level Sensors:

SICK offers a comprehensive range of level sensors for process engineering, storage, and protection. They provide efficient solutions tailored to specific installation situations, medium properties, and ambient conditions, leveraging a broad technology portfolio.

Pressure Sensors:

SICK pressure sensors offer a range of electronic pressure measurement transmitters and switches, customizable for specific needs. They are known for high-quality materials, durability, and precise technology, while also being user-friendly and easy to install.

Temperature Sensors:

SICK temperature sensors include screw-in and insertion thermometers, as well as temperature switches for liquids and gases. They are adaptable, with various insertion lengths and flexible configurations, ensuring high-quality contact temperature measurements tailored to individual needs.

Flow metering systems:

SICK’s flow metering systems utilize cutting-edge ultrasonic metering technology, tailored as turnkey solutions like metering skids or runs. The ultrasonic flow meter at the core ensures precise gas measurement. It meets stringent requirements for both custody and non-custody transfer applications with the lowest measurement uncertainty.

Flow Sensors:

SICK flow sensors are engineered for robust flow measurement technology, combining versatile measuring methods with sturdy designs and cost-efficient connectivity. These sensors ensure reliable and safe operation, capable of handling a variety of media in challenging processes and ambient conditions.

Sick Flow Sensor offers both analog flow rate detection and quantity measurement via pulse detection, catering to a broad spectrum of industrial needs.

Air Quality Measuring Devices:

SICK air quality measuring devices enhance traffic safety and reduce congestion. They provide advanced equipment for measuring visibility, visual range, and wind speed, and detecting over-height vehicles, crucial for modern traffic management solutions.

Analyzer Solutions:

SICK analyzer solutions are designed for advanced emission and process measurement tasks in industries such as power generation, waste incineration, cement production, and chemicals. These solutions offer innovative approaches to monitoring and improving environmental and process efficiency.

Dust Measuring Devices:

SICK’s dust measuring devices offer advanced solutions for monitoring particulates. The DUST HUNTER series includes models for various applications. From probe designs for forward scattered light measurement to type-approved transmissometers for emission monitoring. They provide continuous, reliable dust measurement in both dry and wet gases, ensuring compliance and process optimization.

Gas Analyzers:

SICK gas analyzers utilize diverse, powerful measurement principles for in-situ and extractive monitoring. They equip complete facilities, offering solutions for various systems and complex tasks in gas analysis.

Overheight Detectors:

SICK overheight detectors are crucial for traffic safety, monitoring vehicle height before tunnels, underpasses, or bridges. They reliably trigger stop and alarm signals when linked to vehicle detection systems, functioning accurately at speeds up to 100 km/h, even in adverse weather conditions.

Smoke Detectors:

SICK smoke detectors are essential for monitoring pollutant concentrations in high-traffic areas like tunnels. They measure exhaust gases directly, ensuring efficient operation of ventilation systems and providing critical safety measures during fire incidents.

Visual Range Measuring Devices:

SICK visual range measuring devices are designed for determining visibility on roads, sea routes, and at weather stations, including inside tunnels. They excel in fog detection, distinguishing it from other obstructions like foliage or lens dirt. The devices feature rugged outdoor housing and require minimal maintenance.

Website: sick.com