Photoelectric sensor E3T-ST11F 2M
  • Photoelectric sensor E3T-ST11F 2M

Photos are for informational purposes only. View product specification

please use latin characters

Manufacturer: Omron

Photoelectric sensor E3T-ST11F 2M

  • E3T-ST11F 2M
  • Electrical terminal Przewód 2 m
  • Supply voltage 12-24 V
  • Type Prostopadłościenny
  • Output NPN
  • Operating range 1000 mm
  • Width 7 mm
  • Height 18,5 mm
  • Material PBT
  • Delay 1 ms
  • Operating mode Light-ON
  • Depth 9,5 mm
  • Mode of action Nadajnik-odbiornik
  • Source of light Czerwone światło bez polaryzacji
The E3T series photoelectric sensor is characterized by small sizes and flat-shaped as an additional assembly in difficult conditions. Its precision LED point diode allows you to use in a very limited space, and the unique optical technology settings ensures the minimum deflection of the optical axis. In addition, it has a high resistance to electromagnetic interference and the effect of external light.
817.95 PLN
817.95 PLN Gross price / pcs.
665.00 PLN Net price / pc.
Tax included

Availability: Please be advised that this product is out of stock

You can place a pre-order, report your interest in the product by clicking the "Ask for availability" button.

Out of stock
ASK FOR THE PRODUCT close
Thank you for sending your message. We will respond as soon as possible.
ASK FOR THE PRODUCT close
Browse

Add to Wishlist

You must be logged in

  • Electrical terminal Przewód 2 m
  • Supply voltage 12-24 V
  • Type Prostopadłościenny
  • Output NPN
  • Operating range 1000 mm
  • Width 7 mm
  • Height 18,5 mm
  • Material PBT
  • Delay 1 ms
  • Operating mode Light-ON
  • Depth 9,5 mm
  • Mode of action Nadajnik-odbiornik
  • Source of light Czerwone światło bez polaryzacji
The E3T series photoelectric sensor is characterized by small sizes and flat-shaped as an additional assembly in difficult conditions. Its precision LED point diode allows you to use in a very limited space, and the unique optical technology settings ensures the minimum deflection of the optical axis. In addition, it has a high resistance to electromagnetic interference and the effect of external light.
Comments (0)