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Omron EE-SX671P — Interface & Transceivers

Omron EE-SX671P Through-Beam Slot Sensor, PNP Open Collector, 5V

MPNEE-SX671P
Active

Omron EE-SX671P through-beam slot sensor, PNP open collector output, 5 V supply, 1 ms response, 5 mm slot gap, chassis mount, bulk package.

$28.63Ref. price · indicative, final on quote
Independent supplier — new & surplus stockAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

EE-SX671P specifications
ParameterValue
MountingChassis Mount
Operating temperature high-25°C to 55°C(TA)
Output signalPNP - Open Collector
Package_typeBulk
Sensing_typeThrough-Beam
StatusActive
Response time1.0
Supply voltage5.0
Switching current0.012
Sensing distance max0.197

Product details

The Omron EE-SX671P is a through-beam slot sensor with a 5 mm gap and a PNP open-collector output. It runs on a 5 V supply and switches up to 12 mA with a 1 ms response time. If your PLC or controller input card expects PNP (sourcing) logic, this sensor connects directly — no pull-up resistor or level shifter needed. The narrow slot is sized for flag detection, edge counting on thin webs, or position verification of small parts; it will not cover a wide object presence zone.

Mounting and wiring — chassis-mount, no connector

Chassis-mount package with wire leads — no connector. The 5 V supply rail must be clean; switching transients can couple into the 1 ms response window.

Frequently asked questions

What is the output type of EE-SX671P? Is it NPN or PNP?

The EE-SX671P has a PNP open-collector output. It sources current to the load when the beam is interrupted.

Can EE-SX671P be used with a 5V supply or with Arduino?

Yes, the EE-SX671P runs on a 5 V supply and its PNP output can drive a 5 V Arduino digital input directly — no level shifting required. The 12 mA switching current is within Arduino GPIO sink limits.

What is the replacement or equivalent for EE-SX671P?

No direct replacement is listed by Omron. The EE-SPX613 is a through-beam slot sensor but has an NPN output with selectable light/dark logic — not a pin-compatible swap. Verify your input card logic before substituting.