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IFM O6T205 - Diffuse reflection sensor O6T-FNKG/0,30m/US

IFM O6T205 - Diffuse reflection sensor O6T-FNKG/0,30m/US

Regular price €126,59
Regular price Sale price €126,59
Sale Sold out
Taxes included.

📦 Ready for dispatch: 04.12.2025

SKU: SKU:O6T205

Particularly compact housing for use where space is restricted.
Intuitive setting of the range via potentiometer.
User-friendly selection of light-on or dark-on via rotary switch.
Excellent price/performance ratio
Type of light red light
Housing rectangular
Function principle Diffuse reflection sensor
Operating voltage [V] 10...30 DC
Current consumption [mA] 16;((24 V))
Protection class III
Reverse polarity protection yes
Type of light red light
Wave length [nm] 633
Outputs
Electrical design NPN
Output function light-on/dark-on mode;(selectable)
Max. voltage drop switching output DC [V] 2.5
Permanent current rating of switching output DC [mA] 100
Switching frequency DC [Hz] 1000
Short-circuit protection yes
Type of short-circuit protection pulsed
Detection zone
Range [mm] 5...500;(white paper 200 x 200 mm 90% remission)
Setting range [mm] 100...500
Range adjustable yes
Max. light spot diameter [mm] 15
Light spot dimensions refer to at maximum range
Operating conditions
Ambient temperature [°C] -25...60
Protection IP 65; IP 67
Tests / approvals
EMC
EN 60947-5-2
MTTF [years] 897
UL approval
UL Approval no. E012
Weight [g] 33
Housing rectangular
Dimensions [mm] 35.4 x 13 x 21
Materials housing: ABS; PPSU; Sealing: EPDM
Lens material
PMMA
Lens alignment side lens
Tightening torque [Nm] 0.5
Displays / operating elements
Display
switching status 1 x LED, yellow
operation 1 x LED, green
Remarks
operating voltage "supply class 2" according to cULus
Pack quantity 1 pcs.
Electrical connection
Connection Cable: 0.3 m, PUR; 3 x 0.25 mm²
Connection Connector: 1 x M12; coding: A
Diagrams and graphs
excess gain graph
x: distance [mm]
y: excess gain factor
ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen — We reserve the right to make technical alterations without prior notice. — EN-GB — O6T205-01 — 07.08.2023 —
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