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EE-SX672

Omron EE-SX672 Slot-Type Photoelectric Sensor 5mm NPN Output

SKU: EE-SX672

Omron EE-SX672 is a compact slot-type photoelectric sensor with 5 mm slot architecture and NPN output for accurate object interruption detection.

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Product Overview

Omron EE-SX672 is supplied for industrial automation projects requiring reliable delivery, verified authenticity, and responsive support from inquiry to shipment.

  • SKU: EE-SX672
  • Series: EE-SX672

Best-Fit Applications

  • Triggers sequence changes on flag passage
  • Confirms mechanism state transitions
  • Provides repeatable count pulses for PLC logic
  • Supports compact mechatronic assemblies
  • Reduces wear compared with contact switches
  • Improves cycle consistency in fast indexing tasks

Buying Checklist

  • Stable slot-based interruption detection
  • Compact footprint for tight machine spaces
  • NPN output compatibility with standard controls
  • Effective for counting and position tasks
  • Long-life non-contact sensing approach

Technical Specifications

Sensor type Slot/transmissive photoelectric sensor
Model EE-SX672
Slot class Approx. 5 mm slot geometry class
Output type NPN open-collector class
Primary use Flag, tab, and edge interruption sensing
Mechanical fit Compact machine modules
Control integration Digital PLC input channels
Lifecycle benefit No contact wear during switching
Typical process role Counting and position confirmation
Installation focus Rigid alignment around motion path

FAQ for EE-SX672

What kinds of targets are easiest to detect with EE-SX672?
Thin flags, tabs, and defined edges that pass cleanly through the slot provide the most reliable and repeatable triggering.
How does slot sensing compare with diffuse sensors for counting?
Slot sensing is often more repeatable for counting because it depends on beam interruption in a fixed geometry rather than reflected light intensity.
Can it be used for high-cycle mechanisms?
Yes, non-contact optical operation makes it suitable for repetitive motion applications where mechanical switches wear quickly.
What installation detail most affects long-term reliability?
Rigid bracket mounting and consistent part path alignment are key to maintaining stable detection margins over time.

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