SICK G10 Series Photoelectric Sensor

Retro-reflective sensor, proximity and through-beam designs, compact housing for limited operating spaces. 15m max sensing range. Q-Lock assembly system.

This model has 161 variants.
Effective August 29th, 2025 SICK has added a 9.8% surcharge for all of their products. The surcharge will appear as a separate line item on each sales order.
Part Number
  • G10 Series
Highlights...

Features

  • Functional principle(s):
    • Photoelectric retro-reflective sensor
    • Photoelectric proximity sensor
    • Photoelectric through-beam sensor
  • Functional principle detail(s):
    • With reflector minimum distance (dual lens system)
    • Background suppression
    • Energetic
  • Light source: PinPoint LED, LED
    • infrared, visible red light
  • Sensing range max: up to 15m (dependent on model)
  • Switching outputs: NPN, PNP, relay
  • Switching mode(s): light/dark, light, dark
  • Adjustment: potentiometer, none
  • Power supply: 10 to 30VDC / 24 to 240VAC/VDC
  • Q-lock assembly system for quick mounting
  • IP67-rated plastic enclosure

The SICK G10 Series Photoelectric Sensor is available in proximity, retro-reflective and through-beam design principles, offering dynamic measurement methods to meet industrial application needs in tight installation spaces. The compact, durable plastic housing meets IP67 protection standards. Switching outputs are versatile with NPN, PNP or relay options, with light, dark, and light/dark switching modes. The universal DC or AC/DC power supply further increases the G10 Series' flexibility to meet various operating system requirements. An integrated potentiometer enables user-friendly adjustment of parameters, with a sensing range up to 15m(with through-beam configurations). Sick's patented Q-Lock assembly system permits quick and efficient sensor mounting and alignment in seconds.

Applications

• Storage and conveyor systems
• Packaging, handling, wood/paper processing
• Automotive
• Automated car park systems
• Doors and gates
• Distribution