Products
OG5105

Retro-reflective sensor

OG5105

OGPLFPKG/B6/V4A/US-100

Retro-reflective sensor

OG5105

OGPLFPKG/B6/V4A/US-100

Article no longer available - archive entry

Product characteristics

Type of light	red light
Laser protection class	2
Housing	threaded type

Application

Function principle	Retro-reflective sensor

Electrical data

Operating voltage [V]	10...30 DC
Current consumption [mA]	< 30; (operation; $Einstellung: < 50 mA)
Protection class	II
Reverse polarity protection	yes
Type of light	red light
Wave length [nm]	675

Outputs

Electrical design	PNP
Output function	light-on/dark-on mode; (parameterisable)
Max. voltage drop switching output DC [V]	2.5
Max. voltage drop of function check output [V]	3.5
Max. current load for function check output [mA]	10
Permanent current rating of switching output DC [mA]	200
Short-time current rating of switching output [mA]	200
Switching frequency DC [Hz]	500
Short-circuit protection	yes
Type of short-circuit protection	pulsed
Overload protection	yes

Detection zone

Range [m]	< 2.5; (Prismatic reflector Ø 80 E20005)

Operating conditions

Ambient temperature [°C]	-10...50
Protection	IP 67

Tests / approvals

EMC

EN 60947-5-2
EN 55011	class B

Laser protection class

Notes on laser protection

Caution:	laser light
pulse performance:	<= 2,2 mW
Wave length:	675 nm
frequency:	2,2 kHz
Pulse length:	24 µs
Do not stare into beam.
Avoid exposure to the laser light.
laser class:	2
	EN 60825-1

Mechanical data

Housing

threaded type

Dimensions [mm]

M18 x 1 / L = 72

Thread designation

M18 x 1

Materials

stainless steel (316L/1.4404); PBT

Lens material

PMMA

Displays / operating elements

Display

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

Accessories

Items supplied

lock nuts: 2

Remarks

Pack quantity	1 pcs.

Electrical connection

Connection	Connector: 1 x M12; coding: A

ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen — We reserve the right to make technical alterations without prior notice. — EN-GB — OG5105-00 — 06.03.2003 —