M2000 Receiver M2000 2 and 3 beam devices are used for perimeter and access guarding where risk assessment shows that a category 2 device (according to EN 954) offers a suitable level of safety. The M2000 is a Type 2 IEC 61508 safety device and as such, is testable. Features Simple assembly and alignment Short response time (8ms) Optical synchronisation between sender and receiver External device mounting Alignment Aid 2 OSSD Outputs Seven segment display and LEDs for status/diagnostic information EDM (External device monitoring) M12 connectors Protection rating IP65 Connection cable, mounting kit and safety relay also available Applications Robot systems Palletising systems Warehousing and materials handling Package and bottling industry Assembly lines Quarrying industry Note Installation and operation of this safety device must be in strict accordance with accompanying operating instruction. Further guidance on the use of Active Opto-electronic Protective Devices (AOPD) is available from Health & Safety Executive guidance note HSG180. Perimeter and Access Guard

SICK Guided Radar Level Detection A range of guided radar level detection units from SICK. Using TDR (time domain reflectrometry), time of flight technology these level sensors use contact type level measurement to detect and monitor levels in both water and oil based fluids. Offering accurate and reliable measurement that is unaffected by environmental and physical conditions such as temperature, pressure, agitated surfaces, viscosity or acidity. SICK’s range of guided radar level sensors can be mounted close to each other without crosstalk and accuracy is unaffected by deposit build-up on the probe. LFP Inox models have been specifically designed for hygienic applications and are CIP and SIP resistant (see stock numbers 794-3395 , 794-3399 , 794-3709 ) Four button set-up No requirement for calibration or re-calibration 3 in 1 Combination, Display, analog and binary outputs Simultaneous level detection and continuous monitoring output capability High Accuracy measurement in difficult conditions Compact design Rotatable housing IP67 Rated enclosure Probe length can be easily modified to suit application. No moving parts

MHF15 Optical Point Level Switch A range of easy to install level sensors requiring no calibration and suitable for installation in confined or difficult to access areas. SICK's MFH15 series of optical level switches are robust and simple in construction and manufactured from stainless steel and polysulfone with a casing rated to IP 67. Optical Level sensors operate using a LED light and the principle of refraction. The level sensor emits a beam of light from the LED which is directed via a prism at the tip of the sensor to a receiver unit. When the level detectors prism is immersed in liquid the emitted light is lost to the surrounding liquid and triggers a response.Ideally suited to level monitoring of fluids and water based media and suitable for applications such as pipe leak detection and level detection in industrial, pharmaceutical and food manufacturing systems and dry running protection. No calibration required IP 67, IP 69K rated enclosure 2 ms response time 250 Hz switching frequency Choice of PNP or NPN output Stainless steel casing M12 4 pin connection FDA Compliant Note These sensors cannot detect low density foams. Use with high density foams may lead to incorrect operation.

W4S-3 Inox Photoelectric Sensor & Accessories Compact, robust and designed to withstand aggressive production and cleaning procedures, providing reliable detection of small, transparent and very reflective objects. This makes them ideal for the food and beverage industry or other harsh environments. Range of accessories are available separately. Accessories include connecting cables, reflectors and brackets. Fast and simple installation Completely enclosed stainless steel housing ( 316L/1.4404) IP68 / IP69K protection Quick and easy alignment due to highly visible PinPoint emitter LED Diffuse type with background suppression Connecting cables also available W2 To W34 Series Block Style Note For retro-reflective sensors a suitable reflector is required. For PL80A, PL30A & C110 reflectors see stock nos. 265-2776 , 265-2760 & 265-2748 respectively. *Guaranteed operating distances. Maximum sensing distance may be up to double the figure shown.

W4S-3 Inox Photoelectric Sensor & Accessories Compact, robust and designed to withstand aggressive production and cleaning procedures, providing reliable detection of small, transparent and very reflective objects. This makes them ideal for the food and beverage industry or other harsh environments. Range of accessories are available separately. Accessories include connecting cables, reflectors and brackets. Fast and simple installation Completely enclosed stainless steel housing ( 316L/1.4404) IP68 / IP69K protection Quick and easy alignment due to highly visible PinPoint emitter LED Diffuse type with background suppression Connecting cables also available W2 To W34 Series Block Style Note For retro-reflective sensors a suitable reflector is required. For PL80A, PL30A & C110 reflectors see stock nos. 265-2776 , 265-2760 & 265-2748 respectively. *Guaranteed operating distances. Maximum sensing distance may be up to double the figure shown.

Overview At a glance Photoelectric sensor family in a cylindrical M18 housing Widest portfolio of M18 photoelectric sensors Available with or without sensitivity control, with a metal or a plastic housing, straight or right-angle design, and 3 or 4-wire, AC and DC options Your Benefit Simple, standardized design ensures easy mounting, alignment and replacement Low-cost solution for standard applications in material handling and packaging industries Variety of sensor models gives users the flexibility to choose the right solution based on their application requirements The V18 family has the widest portfolio of M18 sensors on the market. Users can choose from a variety of options, including sensors with or without sensitivity control, metal or plastic housings and straight or right-angle housing designs. Due to the wide variety of options, the V18 is an ideal solution for countless applications. Some of these applications include detection of clear bottles on packaging machines, parts detection on metal forming presses and product detection on conveyors. Applications Variety of sensor models gives users the flexibility to choose the right solution based on their application requirements Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

Overview At a glance Photoelectric sensor family in a cylindrical M18 housing Widest portfolio of M18 photoelectric sensors Available with or without sensitivity control, with a metal or a plastic housing, straight or right-angle design, and 3 or 4-wire, AC and DC options Your Benefit Simple, standardized design ensures easy mounting, alignment and replacement Low-cost solution for standard applications in material handling and packaging industries Variety of sensor models gives users the flexibility to choose the right solution based on their application requirements The V18 family has the widest portfolio of M18 sensors on the market. Users can choose from a variety of options, including sensors with or without sensitivity control, metal or plastic housings and straight or right-angle housing designs. Due to the wide variety of options, the V18 is an ideal solution for countless applications. Some of these applications include detection of clear bottles on packaging machines, parts detection on metal forming presses and product detection on conveyors. Applications Variety of sensor models gives users the flexibility to choose the right solution based on their application requirements Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

Overview At a glance Your Benefit The smart light grid product family includes smart area sensors, smart gate sensors and smart pick-to-light-sensor light grids. At only 8 mm x 25 mm, they fit nearly anywhere and can be embedded inside walls, doors, conveyors, and machines. Slim and flat versions are available. They can be ordered in 120 to 1,400 mm lengths in a plastic or aluminum housing. Auto-muting, the teach-in button and an alignment aid ensure longer operating time. Applications Small, slim, and sleek design enables easy integration into applications Capacitive teach-in button and LEDs make commissioning easier for complex solutions Slim and flat models offer flexible mounting options User-defined factory preset configuration or flexible configuration with teach-in button Optical synchronization eliminates the need to lay cables, thus saving time At only 8 mm x 25 mm, smart light grids fit nearly anywhere and can be embedded inside walls, doors, conveyors, and machines The teach-in button and auto-muting enable Plug & Play. The alignment aid and the “Click & Go” principle also enable faster installation.Variable monitoring lengths from 120 mm to 1,400 mm (in 160 mm increments) Operating range 7 m Response time 18 ms Resolution 45 mm to 25 mm Order-picking with bright job LEDS on the sender and receiver sides IP 65 protection class Ambient light immunity up to 150,000 lux Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

Overview At a glance Your Benefit The smart light grid product family includes smart area sensors, smart gate sensors and smart pick-to-light-sensor light grids. At only 8 mm x 25 mm, they fit nearly anywhere and can be embedded inside walls, doors, conveyors, and machines. Slim and flat versions are available. They can be ordered in 120 to 1,400 mm lengths in a plastic or aluminum housing. Auto-muting, the teach-in button and an alignment aid ensure longer operating time. Applications Small, slim, and sleek design enables easy integration into applications Capacitive teach-in button and LEDs make commissioning easier for complex solutions Slim and flat models offer flexible mounting options User-defined factory preset configuration or flexible configuration with teach-in button Optical synchronization eliminates the need to lay cables, thus saving time At only 8 mm x 25 mm, smart light grids fit nearly anywhere and can be embedded inside walls, doors, conveyors, and machines The teach-in button and auto-muting enable Plug & Play. The alignment aid and the “Click & Go” principle also enable faster installation.Variable monitoring lengths from 120 mm to 1,400 mm (in 160 mm increments) Operating range 7 m Response time 18 ms Resolution 45 mm to 25 mm Order-picking with bright job LEDS on the sender and receiver sides IP 65 protection class Ambient light immunity up to 150,000 lux Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

Overview At a glance Your Benefit The TiM5xx 2D LiDAR sensor is a non-contact ranging solution within the TiM series from SICK. Thanks to its HDDM technology, the TiM5xx is able to monitor large areas in indoor and outdoor applications – regardless of the surface or ambient light. Enclosed in a compact, rugged housing, the TiM5xx provides accurate measurement data from the scanned surface, making it possible to determine additional information such as the size and shape of objects. The TiM5xx is flexible for use in a variety of industrial applications as well as in building automation. The integrated Ethernet interface makes for easy implementation and remote maintenance. The TiM5xx is an efficient solution for stationary use as well as for use on automated guided vehicles (AVG) and in other mobile applications. Applications Reliable object detection independent of the surface and ambient light IP 67 enclosure rating can be relied upon to withstand both indoor and outdoor conditions Easy integration into compact automated guided vehicles (AGV) due to small size Ethernet interface makes for easy implementation and remote maintenance Can determine additional information such as object size, shape, etc. through measurement data output Low implementation costs due to scalability: Sensor telegram is identical to sensor telegrams for 2D LiDAR sensors in the SICK portfolioMonitoring area of up to 1,470 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 (typ. 4 W) Compact design with a housing height of just 86 mm maximum Integrated Ethernet interface Long sensing range of up to max. 25 m Industry-standard design and M12 male connector Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

Overview At a glance Your Benefit The safety light curtain in miniature format – in hazardous point protection for finger and hand protection. Its two twin sticks, in which the sender and receiver are installed symmetrically in a compact housing for the first time, have received several awards. One of the Twin-Sticks is mounted opposite the other one and rotated by 180 degrees. This creates a safe protective field. The miniature design of the miniTwin, the option of cascading it and its different protective field heights save production space and enable small safety distances. At the same time, this mini device achieves great things: it functions perfectly, even when subjected to very strong shocks and vibrations and temperatures down to –20° Celsius. Applications Benefit from optimum integration into your machine thanks to the miniature design Minimize your ordering, logistics, handling and maintenance work due to the small number of components, which are all standardized Increase the productivity of your staff with optimal work ergonomics With the miniTwin, work can be performed unhindered at machines, accelerating production processes Take advantage of the benefits of quick diagnostics Save time and resources thanks to easy commissioning and configuration Eliminate blind zones Reduce mounting timesTwin sticks: sender and receiver in a compact housing Different protective field heights, graduated to 60 mm each Diagnostics through protective field visualization Commissioning and alignment by means of color LEDs, configuration without software Cascading possible Application-specific brackets Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

Overview At a glance Types: M8 to M30 Extended sensing ranges: 1.5 mm to 38 mm Electrical configuration: DC 3-/4-wire, DC 2-wire Enclosure rating: IP 67 Temperature range: –25 °C to +75 °C Nickel-plated brass housing plastic sensing face Your Benefit High machine availability thanks to rugged design Highly cost-efficient thanks to low purchase costs Wide selection available thanks to extensive standard portfolio High positioning accuracy thanks to precise switching behavior The Sick inductive sensors offer precise detection, less downtime and a long service life. The inductive IME sensors pack high technology into the smallest of spaces. The integrated ASIC chip enables digital adjustment after the end of the manufacturing process. The saving of values in the ASIC ensures highly precise switching points and very high repeatability of values – for any number of production runs. IM sensors are completely encapsulated with hotmelt molding, which greatly increases shock and vibration resistance. The customer benefits from high positioning accuracy in the machine and long-term reliability. Applications Presence detection for car body parts Presence check for components Positioning tool carriers Positioning the dashboard in the work station Checking presence Non-contact detection Presence check for racks Detecting end of film reliably Breakage detection on heating strip Position monitoring at the setup mechanism Monitoring of dancer position for the film tension Position monitoring at the setup mechanism Monitoring of dancer position for the film tension Position detection Non-contact detection with inductive proximity sensor Height positioning in sheet metal storage Automated part infeed and outfeed End position detection Detection of the wooden board inside the saw Gripper function monitoring Positioning workpiece carriers Identifying bar codes on workpiece carriers Position monitoring at an indexing station Zone detection in elevator shafts Position determination o...