OPTO-ELECTRONIC PROTECTIVE DEVICES
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Catalog excerpts

OPTO-ELECTRONIC PROTECTIVE DEVICES - 1

PRODUCT OVERVIEW OPTO-ELECTRONIC PROTECTIVE DEVICESPRODUCTS AT A GLANCE Safety laser scanners, safety light curtains, safety camera systems, multiple light beam safety devices, single-beam photoelectric safety switches, mirror columns and device columns SICK Sensor Intelligence.

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 2

OPTO-ELECTRONIC PROTECTIVE DEVICES Opto-electronic protective devices from SICK are the first choice for maximum machine and system productivity. Unlike fences and doors, they do not disrupt handling or material transport and allow a better view into the machine room. SICK‘s comprehensive portfolio is ideal for hazardous point protection, access protection, and hazardous area protection. The SICK’s proprietary interface, EFI, offers additional process optimization. Safety camera systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 V200, V300...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 3

OPTO-ELECTRONIC PROTECTIVE DEVICES Applications Applications Whether for persons, machines or other objects, in automated production and logistics processes, safety is the highest priority. For decades, SICK has been producing pioneering products for the protection of hazardous areas and hazardous points as well as for access protection. Use our Safety Solution assistant. It guides you from your safety task to a product recommendation for safety sensors and safe control solutions.  www.sick.com/safetyplus-safety-solution-assisant Hazardous point protection with finger or hand detection The...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 4

Applications OPTO-ELECTRONIC PROTECTIVE DEVICES Hazardous point protection with hand and person detection The worker works close to the hazardous point of the machine. The stopping time is very short. With a detection capability of up to 40 mm, hands are reliably detected. Benefits • Enables unrestricted access, frequent interaction and an unimpeded view into the machine • With presence detection, automatic restart can be initiated One-sided access protection with person detection The worker interacts with the machine regularly, but not frequently. Safety laser scanners or multiple-beam...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 5

OPTO-ELECTRONIC PROTECTIVE DEVICES Applications One-sided access protection with differentiation between persons and material For muting, entry/exit monitoring and machines with automatic material transport systems. Safety laser scanners or multiple-beam systems reliably detect persons. Benefits • Unimpeded material transport supports high productivity Stationary hazardous area protection with person detection in the presence The worker interacts with the machine regularly, but not frequently. The view into the hazardous walk-through area can be restricted. With a detection capability of up...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 6

Selection guide opto-electronic protective devices Ultra-compact - focused on the essentials Compact - all functions in a single device The new generation of safety laser scanners Protective field range The protective field range describes the maximum range of the monitored field. Scanning angle The scanning angle describes the maximum viewing angle of the scanner. The number of fields indicates how flexibly the scanner can be adapted to different process phases. Dimensions: width x height x depth The smaller the device, the simpler it is to integrate in a system. Safety tasks Detailed...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 7

Safety light curtains Safety camera systems Multiple light beam safety devices Simple commissioning thanks to self-teaching protective field Resistant and robust, even for special ambient conditions Single-beam photoelectric safety switches Easy integration due to small, compact designs with maximum scanning range Resolution / Beam separation The safety task determines the necessary resolution of the application. Maximum protective field height Specifies the maximum detection height for the protective field. Maximum scanning range The scanning range indicates how far apart the sender...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 8

• Compact design • 1 field set • Configuration memory integrated in the system plug • EFI interface for safe SICK device communication • Selectable resolution for hand, leg or body detection • Contour as reference for vertical applications • Ultra-compact design • 1 field set • Selectable resolution for hand, leg or body detection • Contour as reference for vertical applications • Integrated external device monitoring (EDM) • Easy-to-configure fields and functions • Can only be used in EFI system network, e.g., with a Flexi Soft safety controller or another safety laser scanner •...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 9

Product family overview Safety laser scanners Optimize production processes safely High-performance – the right protection for any speed Flexible and pioneering – for challenging applications The new generation of safety laser scanners • Compact design • 4 switchable field sets • Configuration memory • Compact design • 8 switchable field sets • Configuration memory • Compact design • 16 switchable field sets • Configuration memory • Innovative scanning tech- integrated in the system plug • EFI interface for safe SICK device communication • Selectable resolution for hand, leg or body...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 10

Technical data overview Protective field range Warning field range Scan angle Number of fields Number of monitoring cases Resolution OSSD pairs Response time Safe device communication • 8 switchable field sets • Configuration memory integrated in the system plug • Interface (EFI) for reliable SICK device communication • Incremental encoder inputs for speed-dependent field switching • Measured data output via RS-422 • Simultaneous monitoring of up to 4 protective fields • Monitoring of the maximum speed of an AGV Configuration memory inte- • grated in the system plug Interface (EFI)...

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OPTO-ELECTRONIC PROTECTIVE DEVICES - 11

PRODUCT FAMILY overview Safety laser scanners 32 switchable field sets Configuration memory integrated in the system plug Interface (EFI) for reliable SICK device communication Incremental encoder inputs for speed-dependent field switching Extended measured data output via RS-422 with field marker detection Simultaneous monitoring of up to 4 protective fields Can be used only in the EFI system network, e.g. with a Flexi Soft safety controller or another safety laser scanner Up to 32 switchable field sets Configuration memory integrated in the system plug Measured data output...

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