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Machine vision V3DU3-060RM21A SICK 815mm 3D

Working range 395 mm ... 815 mm; Illumination color Red, laser, Visible, 660 nm; Interfaces Ethernet; Technology 3D triangulation

Machine vision V3DU3-120RM21A SICK 1445 mm 3D

Working range 430 mm ... 1,445 mm; Illumination color Red, laser, Visible, 660 nm; Interfaces Ethernet; Technology 3D triangulation

Machine vision V3DU3-060RR21A SICK 815mm 3D

Working range 395 mm ... 815 mm; Illumination color Red, laser, Visible, 660 nm; Interfaces Ethernet; Technology 3D triangulation

Machine vision V3DU3-120RR21A SICK 1445 mm 3D

Working range 430 mm ... 1,445 mm; Illumination color Red, laser, Visible, 660 nm; Interfaces Ethernet; Technology 3D triangulation

Machine vision V3DU3-120RM25A SICK 1445 mm 3D

Working range 430 mm ... 1,445 mm; Illumination color Red, laser, Visible, 660 nm; Interfaces Ethernet; Technology 3D triangulation

Automation light grids SLG-2

  • Detection of the thinnest objects such as envelopes or metal sheets thanks to cross-beam function.
  • Precise leading edge detection thanks to short response times and high resolution
  • Housing dimensions: 12 mm x 24 mm, detection heights: 100 mm to 2,400 mm
  • Slim and flat housing variants
  • Cross-beam function: Up to 9 beams

RFID RFH630-1102101 SICK 240 mm

The RFH630-1102101 SICK is RFID, reading range ≤ 240 mm, radio approval global, frequency band HF (13.56 MHz), RFID standard ISO/IEC 15693, ISO/IEC 18000-3 “Mode 1”, connection type ethernet.

RFID RFH620-1001201 SICK 150 mm

The RFH620-1001201 SICK is RFID, reading range ≤ 150 mm, radio approval global, frequency band HF (13.56 MHz), RFID standard ISO/IEC 15693, ISO/IEC 18000-3 “Mode 1”, connection type ethernet

RFID RFH620-1000001 SICK 150 mm

The RFH620-1001201 SICK is RFID, reading range ≤ 150 mm, radio approval global, frequency band HF (13.56 MHz), RFID standard ISO/IEC 15693, ISO/IEC 18000-3 “Mode 1”, connection type male connector

Safety systems Safe Robotics Area Protection

  • Free, safe access to cooperative robot applications for less downtime, optimal work processes and high productivity.
  • Highly flexible and future-proof solution thanks to easy tailoring of the systems to the specific robot application and production environment.
  • Documentation with wiring diagram, SISTEMA file and operating instructions.
  • Automated robot restart possible.
  • Performance level (PL) d.

Photoelectric proximity sensor GTB2F-E1331 SICK 34 mm NPN

Sensing range max 0.5 mm… 34 mm; Digital output NPN Dark switching; Cable, 3-wire, 2 m, Type of light Visible blue light; Response time < 0.625 ms

Safety switches RE2

  • Long service life due to durable and low-maintenance design.
  • Just one safety switch in conjunction with a suitable safety module makes it possible to solve applications up to PL e and Cat. 4 (EN ISO 13849).
  • Response range of up to 9 mm.
  • 2 or 3 contacts.
  • LED status indicator (RE27).

Safety switches TR110 Lock

  • High level of machine availability due to a rugged metal locking head and high locking force.
  • High coding level of the actuator fulfills the requirements of EN ISO 14119 on manipulation protection without additional measures.
  • Locking force: up to 3,900 N.
  • Actuator with high coding level (EN ISO 14119).
  • Enclosure rating: IP67, IP69K

Motor feedback systems Scon

  • The compact design enables simple integration into the motor assembly area.
  • Thanks to the external temperature input, additional temperature values can be transmitted via the HIPERFACE-DSL® protocol – additional cabling is not required
  • Enclosure rating: IP00
  • Input connector: Male connector, 8-pin
  • Output connector: Male connector, 4-pin

LiDAR sensors MRS6000

  • Measurement data transferred in real time via the 1-Gbit Ethernet connection
  • Compact and rugged design with IP67 enclosure rating for adverse ambient conditions
  • Gap-free detection across 24 scanning layers at an aperture angle of 120°
  • Fine angular resolution with high scanning point density

Magnetic sensors MIS

  • Very easy mounting and commissioning
  • High repeatability
  • No programming effort since the tags are magnetic-coded
  • The tag number is output either via an analog voltage, a current output or via IO-Link
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