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Optical Sensors - Photoelectric, Industrial

Photoelectric sensors are the workhorses of industrial automation. They detect objects without touching them, using a light beam and a receiver, and they show up everywhere: conveyor lines, packaging machines, palletizers, automatic doors, filling stations, and assembly cells. This category covers the main sensing modes buyers actually search for, namely through-beam (emitter and receiver in separate housings), retro-reflective (one housing plus a reflector), and diffuse or proximity types where the target itself reflects the beam back. You will also find background suppression models, fiber-optic amplifier and head combinations, fork and slot sensors for label or small-part detection, and color or contrast mark sensors. When engineers and buyers source these parts, the datasheet details matter more than the brand name on the housing. Sensing range, light source (red LED, infrared, laser), response time, output type (NPN, PNP, push-pull, relay, or IO-Link), supply voltage, connector versus pre-wired cable, and housing rating (IP67 is common for washdown or dusty areas) all decide whether a substitute will actually work on the machine. Mounting format is another one people forget: an M18 threaded barrel is not a drop-in for a rectangular compact housing even if the electrical specs match. On the purchasing side, the usual trade-off is price against lead time. Mainstream lines from Omron, Sick, Keyence, Banner, or Pepperl+Fuchs are easy to quote, but older or discontinued models often sit at long factory lead times, which is where an independent distributor earns its keep. Counterfeit risk is real in this category, especially for popular M18 sensors sold well below market price, so traceability and original packaging matter. A quick note on packaging: many plants prefer sensors still sealed in the factory box with labels intact, since it simplifies incoming inspection. Check current stock and lead time on the part numbers you need at icxing.com, or send your BOM over for a quote.

Frequently Asked Questions

Can I replace an obsolete photoelectric sensor with a newer model from a different brand?

Often yes, but check the sensing mode, range, output configuration (NPN vs PNP), supply voltage, and physical mounting first. A diffuse sensor with background suppression behaves differently from a standard diffuse type even at the same rated range. Send us the old part number and we can suggest workable crosses before you commit.

How do I know the sensors you supply are genuine and not refurbished or counterfeit?

We source through traceable channels and inspect incoming stock, including date codes, label quality, and packaging condition against manufacturer standards. For high-risk lines we can share photos of the actual stock, labels, and date codes before shipment. If a deal on popular M18 or slot sensors looks far below normal market price elsewhere, treat it as a red flag.

What is the typical lead time for industrial photoelectric sensors, and do you stock obsolete part numbers?

Common models from major brands are often available from stock or within one to two weeks, while configured or discontinued items can run eight weeks or more from the factory. We carry and source obsolete and allocated lines that franchised channels no longer support. Send the exact part number and quantity and we will confirm real lead time rather than a guess.

Image Part Manufacturer Description Stock Action
FIT0770 DFRobot
BACKGROUND SUPPR...
5,680
In-stock
Inquiry
SEN0506 DFRobot
SMART COLOR MARK...
5,110
In-stock
Inquiry
SEN0455 DFRobot
DIFFUSE REFLECTI...
1,980
In-stock
Inquiry
SEN0347 DFRobot
INFRARED PHOTOEL...
2,290
In-stock
Inquiry
FIT0319 DFRobot
THE LASER PHOTOE...
3,430
In-stock
Inquiry