The Telemecanique XUYFLNEP100120 is a photoelectric fork sensor from the Square D Switches & Sensors portfolio, listed with a current production lifecycle. The fork-style design provides through-beam detection across a fixed U-shaped gap, suited for part presence, edge detection, or label verification on conveyors and packaging machinery. Sourcing is to order; submit an RFQ for lead time and pricing.

XUYFLNEP100120 Telemecanique Fork Sensor, Current
Telemecanique Square D Switches & Sensors, XUYFLNEP100120 Photoelectric Fork Sensor, current production.
Specifications
| Parameter | Value |
|---|---|
| Product description | Telemecanique XUYFLNEP100120 Photoelectric Fork Sensor |
Product details
Frequently asked questions
What is the fork width and sensing range of the XUYFLNEP100120?
Confirms mechanical fit and detection capability for the target application before specifying or sourcing.
Does the XUYFLNEP100120 have PNP or NPN output, and what is the wiring/connector pinout?
Directly affects PLC input card compatibility and panel wiring choices for controls engineers and panel builders.
What is the response time of the XUYFLNEP100120 fork sensor?
Determines whether the sensor can keep up with high-speed processes or motion-control timing requirements.
Is the XUYFLNEP100120 obsolete or still in production, and what is the official Schneider lifecycle status?
AO Ctrl operates as an independent stocking distributor and global sourcing desk, rather than a franchised single-brand dealer. This independence allows us to source active, allocation-constrained, and obsolete components across global open markets without regional franchise restrictions.
What is a compatible replacement or equivalent for the XUYFLNEP100120?
Needed to qualify alternates when stock is unavailable, EOL is reached, or a second source is required.
Where can I buy the XUYFLNEP100120 with current stock, lead time, and authorized-channel pricing?
Sourcing decision hinges on authorized availability, lead time, and trust signals versus gray-market risk.