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O4E500 - Through-beam sensor receiver

O4E500 - Through-beam sensor receiver

PRODUCENT CODE: O4E500
CATEGORY: Rectangular design O4 with very long range
Producer: ifm electronic
634.67 PLN
(net)
7-14 days
The product is available on request
At the moment, the product is not available in our warehouse.
After placing the order, we will notify you of the expected delivery date of the product.
Fast shipping
Free delivery
from 1000 PLN (net)
Do you have questions about the product?
Ask an experienced consultant:
+48 32 237 61 98 w. 101
bn@newtech.com.pl
Description
O4E-FPKG/US100
  • Very long range
  • Sensitivity adjustable via teach buttons
  • Programmable light-on/dark-on mode
  • Robust housing for use in harsh industrial environments
  • With connector that can be rotated by 270°
Technical data
Product characteristics
Type of light red light
Housing rectangular
Application
Function principle Through-beam sensor
Electrical data
Operating voltage [V] 10...36 DC; ("supply class 2" to cULus)
Current consumption [mA] 12
Protection class II
Reverse polarity protection yes
Type of light red light
Wave length [nm] 624
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] 200
Switching frequency DC [Hz] 1000
Short-circuit protection yes
Type of short-circuit protection pulsed
Overload protection yes
Detection zone
Transmitter / receiver receiver
Range [m] 0...80
Range adjustable yes
Operating conditions
Ambient temperature [°C] -25...60
Protection IP 67
Tests / approvals
EMC
EN 60947-5-2
MTTF [years] 785
Mechanical data
Weight [g] 124
Housing rectangular
Dimensions [mm] 74.4 x 27 x 63.8
Materials housing: PA; bezel: stainless steel; operator interface: TPE
Lens material
PMMA
Lens alignment side lens
Displays / operating elements
Display
switching status 1 x LED, yellow
Teach function yes
Electronic lock yes
Remarks
Pack quantity 1 pcs.
Electrical connection
Connection Connector: 1 x M12; coding: A
excess gain graph
x: Abstand [mm]
y: Funktionsreservefaktor