Retro-reflective sensor

OM5003

OMP-FCKG/US-100

Retro-reflective sensor

OM5003

OMP-FCKG/US-100

Very long range
Programmable light-on/dark-on mode via pushbutton
Intuitive setting of the sensitivity via potentiometer
Robust housing for use in harsh industrial environments
LED display to check operation, switching status and function

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...30 DC
Current consumption [mA]	< 80
Protection class	II
Reverse polarity protection	yes
Type of light	red light
Wave length [nm]	660
Typ. lifetime [h]	100000
Reference temperature for service life [°C]	25

Outputs

Electrical design	PNP/NPN
Output function	light-on/dark-on mode; (programmable)
Max. voltage drop switching output DC [V]	2
Max. voltage drop of function check output [V]	2
Max. current load for function check output [mA]	100
Permanent current rating of switching output DC [mA]	100
Switching frequency DC [Hz]	500
Short-circuit protection	yes
Type of short-circuit protection	pulsed
Overload protection	yes

Detection zone

Range referred to prismatic reflector [m]	13.5; (Prismatic reflector Ø 80 E20005)
Polarisation filter available	yes

Response times

Response time [s]	< 1

Operating conditions

Ambient temperature [°C]	-25...40
Protection	IP 67

Tests / approvals

EMC

IEC 1000-4-2/3/4/5/6

Mechanical data

Weight [g]

191

Housing

rectangular

Dimensions [mm]

73 x 45 x 49

Materials

ABS glass fibre reinforced

Lens material

PMMA

Lens alignment

side lens

Displays / operating elements

Display

switching status	1 x LED, yellow
operation	1 x LED, green
function	1 x LED, red

Remarks

Pack quantity	1 pcs.

Electrical connection

Connection	Connector: 1 x M12; coding: A; Locking: aluminium, uncoloured anodised

ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen — We reserve the right to make technical alterations without prior notice. — EN-GB — OM5003-00 — 06.03.2003 —