- Switching function: Normally open (NO)
- Output type: Two-wire
- Rated operating distance: sn: 15 mm
- Installation: quasi flush
- Output polarity: AC
- Assured operating distance: sa: 0 … 12.15 mm
Free Shipping: $50+ U.S. orders | $350+ International orders
12-Month Warranty
Hassle-Free Returns Within 30 days
Over 5,000 parts in stock
- Brand: Miscellaneous
Pepperl+Fuchs LS682-DA-EN/F2 Photoelectric Sensors 265351
Mfr # LS682-DA-EN/F2
$1,757.17
/ea
Availability: Available to Order|Ships in 3 to 5 business days
- Free Shipping on orders over $50
- Hassle-Free 30-Day Returns
- 12-Month Warranty for all products
- Get 10% off—join our email list.
Accepted Payments
- Extended sensing range with reliable detection: Provides a large 15 mm nominal sensing distance, ideal for applications requiring consistent and precise metal detection.
- Robust cylindrical M30 housing: Features a durable brass nickel-plated body designed for long service life in industrial environments.
- DC 3-wire output with versatility: Offers reliable switching performance with a wide supply voltage range, ensuring flexible integration into existing control systems.
- High protection class IP67: Resistant to dust, moisture, and harsh industrial conditions, guaranteeing dependable operation in demanding environments.
The Pepperl+Fuchs LS682-DA-EN/F2 Optical Data Coupler is a cutting-edge solution designed for efficient, contactless transmission of data in demanding industrial automation environments. This device enables reliable communication between fixed and moving system parts without the need for traditional cable connections, making it especially valuable in applications such as automated storage systems, material handling, and conveyor technology. By utilizing infrared optical transmission, the LS682-DA-EN/F2 eliminates mechanical wear associated with cable connections, ensuring a long service life and consistent performance.
One of the key advantages of the LS682-DA-EN/F2 is its ability to maintain high-speed data transfer even in dynamic environments. Its wide alignment tolerance allows for stable operation despite slight misalignments or vibrations, which are common in automated machinery and moving systems. This feature greatly reduces the need for precise mechanical adjustments and minimizes downtime caused by connection issues. Additionally, the optical design ensures resistance to electromagnetic interference, providing a clean and uninterrupted data signal even in facilities with heavy electrical equipment.
Durability is another defining strength of this optical data coupler. Encased in a robust housing, the LS682-DA-EN/F2 is designed to withstand exposure to dust, dirt, and other environmental challenges. Its rugged construction makes it suitable for installation in warehouses, logistics centers, and production lines where harsh conditions are often present. The device is also built to resist shocks and vibrations, ensuring continuous operation even under demanding industrial loads.
Integration is simplified through the LS682-DA-EN/F2’s standard interface options, which allow seamless connection to existing automation systems. This flexibility makes it easy to incorporate into both new and retrofit applications, ensuring compatibility with a wide range of control architectures. By providing reliable, maintenance-free operation and reducing the need for costly cabling and connectors, the LS682-DA-EN/F2 enhances productivity, lowers operational costs, and improves system uptime.
In summary, the Pepperl+Fuchs LS682-DA-EN/F2 Optical Data Coupler delivers a highly dependable, efficient, and durable solution for contactless communication in industrial automation. Its strong performance in alignment tolerance, rugged housing, and flexible integration options makes it an ideal choice for modern facilities seeking to optimize data transmission between stationary and mobile components while minimizing downtime and maintenance needs.
| Manufacturer | Pepperl+Fuchs |
|---|
Related Products
We’re Always Ready to Assist You

Submit A Request
Reach us through our form.
Give Us A Call
Connect with a representative.
Live Chat
Chat live with our support team.


Reviews
There are no reviews yet.