IFM OPD 100 Series Photoelectric Sensor Switches

IFM OGD 500 Series Photoelectric Sensor

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2025/7/4 Update

Compact M18 metal housing Time-of-Flight principle｜Maximum detection range 300 mm, with button
— The O5D series of sensors provides reliable optical performance that is not affected by target color. Whether the object is reflective, matte, dark, or light, the O5D provides excellent background suppression.

IFM OGD 500 Series Photoelectric Sensor

Technical Features

PMD “Time-of-Flight” technology enables precise, millimeter-level distance measurement.

Other features include plug-and-play replacement, real-time configuration file changes, and diagnostic feedback.

Digital transmission of target distance.

Reliable background suppression prevents false triggers from high-reflectivity objects like stainless steel.

Can be mounted on any surface and rotated to any position for a wide range of applications.

Excellent optical performance unaffected by target color.

Products + Accessories Selection:

Type	Range	Output	Spot diameter at max. sensing range	Switching frequency	Light source	Unit of measurement	Order No.
	25…300 mm	PNP	3 mm	33 Hz	Class 1 Laser, 650 nm	mm, inch (selectable)	OGD592
	0.025…1.5m	PNP	5 mm	33 Hz	Class 1 Laser, 650 nm	mm, inch (selectable)	OGD580

Optional Accessories

Type	Description	Order No.
	Low-profile swivel mount for OGD, die-cast zinc	E20718
Low-profile swivel mount for OGD, 316 stainless steel	E20870
	High-profile swivel mount for OGD, die-cast zinc	E20719
High-profile swivel mount for OGD, 316 stainless steel	E20869
	Cube for mounting on an aluminum profile, M10 thread, die-cast zinc	E20951
	LineRecorder Device, parameter setting software (requires E30390 cable)	QA0011
	USB IO-Link master, for parameter setting	E30390
	Memory plug for storing sensor parameters, for easy upload without a PC	E30398

Mating cables

Type	Description	Order No.
	M12 Micro DC (4-pin) 2 m, PUR	EVC001
	M12 Micro DC (4-pin) 5 m, PUR	EVC002
	M12 Micro DC (4-pin) 2 m, PUR	EVC004
	M12 Micro DC (4-pin) 5 m, PUR	EVC005

Specifications:

Operating voltage: 10…30 VDC
Switching status indicator: 2 x Yellow LED
Output function:
- OUT1: Switching output or IO-Link
- OUT2: Switching output
Rated current: 2 x 100 mA
Housing material: Stainless steel, PPSU, ABS, PMMA, PBT PC, EPDM
Lens material: Glass
Operating temperature: -25…50 °C
Protection class: IP65, IP67
Laser Information
Label:
- CLASS 1
- LASER PRODUCT
- IEC60825-1:2007
- IEC60825-1:2014
- 21CFR PART1040
Designation:
- Class 1 Laser

What’s More:

Benefits Introduce In Detail

OGD High-Precision Sensors Detect Errors Instantly!

New Product! ifm’s innovative OGD series of photoelectric sensors uses a powerful laser light source to detect position deviations of very small parts via long-distance measurement.

By combining the “Time-of-Flight” sensing principle and PMD technology, OGD provides reliable detection, background suppression, and a visible red light spot, which facilitates setup and achieves high excess gain.

Simple setup! Adjust the setpoint distance up or down, then save. The visible red light spot helps to align the sensor, and the digital display shows the set distance. OGD’s switching point can also be set via IO-Link.

With its excellent optical performance, PMD technology, and compact design for simple installation, the OGD high-precision sensor is a great asset for improving product quality at any time.

Discover Production Errors Before They Impact Profitability!

Challenge	Experience ifm Products!
Product defects are often discovered only at the end of the production process, wasting significant time and money.	The OGD high-precision sensor can detect errors in-process and in real time, allowing for corrective measures to be taken immediately, thus reducing losses.
Traditional error-proofing solutions such as vision systems or 2D devices have sufficient accuracy, but are complex to integrate and have a high price point.	OGD uses the “Time-of-Flight” principle to ensure consistent measurements in quality control tasks. Setup takes less than 5 minutes, and it can be used throughout the entire production process.