• Products
  • Industries
  • IIoT & Solutions
  • Service
  • Company
  1. Products
  2. OT5015

Retro-reflective sensor

OT5015

OTP-FPKG

Retro-reflective sensor

OT5015

OTP-FPKG

  • Compact housing for use where space is restricted
  • Programmable light-on/dark-on mode
  • Intuitive setting of the sensitivity via potentiometer
  • With polarisation filter
  • LED display to check switching status and operation
phase-out article
Alternative articles: O5P500 Product comparison: OT5015 / O5P500 When selecting an alternative article and accessories please note that technical data may differ!
  • ccc
  • ce
  • cul
Product characteristics
Type of light red light
Housing rectangular
Application
Special feature polarisation filter
Function principle Retro-reflective sensor
Electrical data
Operating voltage [V] 10...55 DC
Current consumption [mA] 35; ((24 V))
Protection class II
Reverse polarity protection yes
Type of light red light
Wave length [nm] 660
Outputs
Electrical design PNP
Output function light-on/dark-on mode; (programmable)
Max. voltage drop switching output DC [V] 2.5
Permanent current rating of switching output DC [mA] 250
Switching frequency DC [Hz] 150
Short-circuit protection yes
Type of short-circuit protection pulsed
Overload protection yes
Detection zone
Range referred to prismatic reflector [m] 0.2...2; (Prismatic reflector Ø 80 E20005)
Max. light spot diameter [mm] 280
Light spot dimensions refer to at maximum range
Polarisation filter available yes
Operating conditions
Ambient temperature [°C] -25...60
Protection IP 67
Tests / approvals
EMC
EN 60947-5-2
EN 55011 class B
MTTF [years] 585
Mechanical data
Weight [g] 202.4
Housing rectangular
Dimensions [mm] 75 x 19 x 30
Materials PBT
Lens material
PMMA
Lens alignment side lens
Displays / operating elements
Display
switching status 1 x LED, yellow
operation 1 x LED, green
Accessories
Items supplied
Angle bracket: 1, E20441
screwdrivers
Remarks
Pack quantity 1 pcs.
Electrical connection
Connection Cable: 2 m, PVC; 3 x 0.34 mm²
Diagrams and graphs
excess gain graph