- Switching function: Normally open (NO)
- Output type: Two-wire
- Rated operating distance: sn: 2 mm
- Installation: flush
- Output polarity: AC/DC
- Assured operating distance: sa: 0 … 1.62 mm
Free Shipping: $50+ U.S. orders | $350+ International orders
12-Month Warranty
Hassle-Free Returns Within 30 days
Over 100,000 parts in stock
- Brand: Pepperl+Fuchs
Pepperl+Fuchs NJ2-PD-US-2.062-V93 Inductive Proximity Sensors 906642
Mfr # NJ2-PD-US-2.062-V93
$323.90
/ea
Availability: Available to Order|Typically ships within 7–10 business days. Lead time may vary based on supplier availability.
- Free shipping is available on U.S. orders over $50 and international orders over $350.
- Hassle-Free 30-Day Returns.
- 12-Month Warranty for all products.
- Get 10% off—join our email list.
Accepted Payments
- Compact cylindrical design with threaded housing: Enables easy installation in tight spaces and secure mounting with standard fittings
- Reliable short-range detection: Provides precise object recognition within a defined sensing range for accurate automation control
- Flush-mountable inductive technology: Ensures consistent performance even when embedded in metallic environments
- Rugged construction with IP-rated protection: Designed to withstand industrial conditions such as dust, vibration, and moisture
The Pepperl+Fuchs NJ2-PD-US-2.062-V93 inductive sensor is a highly reliable and versatile solution for proximity detection in modern automation systems. Designed with a compact cylindrical body and threaded housing, this sensor is simple to integrate into machinery, conveyor systems, and control applications, particularly where space constraints or precise positioning are critical. Its flush-mountable design makes it especially useful in metallic environments, where non-flush models may be influenced by surrounding structures, ensuring that detection remains accurate and repeatable.
The NJ2-PD-US-2.062-V93 features a defined short-range sensing capability, delivering reliable object detection within its specified range. This makes it ideal for applications where small clearances exist, or where controlled detection of metallic targets is required for machine sequencing, counting, or position feedback. Its ability to deliver consistent results under demanding operating conditions helps to maintain smooth production flows, reducing downtime caused by misreads or false triggers.
Built with robust construction, the sensor is protected against dust ingress, mechanical vibrations, and moisture exposure thanks to its IP-rated housing. This rugged design ensures long service life and dependable operation in challenging industrial environments such as packaging, food processing, assembly lines, and material handling. By withstanding harsh conditions, it minimizes the need for frequent replacements, helping users reduce maintenance costs and improve system uptime.
Another strength of this model lies in its compatibility with standard industrial systems. The threaded design enables secure mounting with common fixtures, while its electrical interface is engineered to work seamlessly with controllers, PLCs, and monitoring equipment. This interoperability enhances flexibility for system integrators, making it a dependable component in both new installations and retrofit projects.
Overall, the Pepperl+Fuchs NJ2-PD-US-2.062-V93 inductive sensor delivers a combination of compact design, rugged durability, and precise detection performance. Whether used for monitoring machine positions, verifying part presence, or ensuring accurate process control, it provides the reliability and robustness demanded in modern automated production environments. With its proven inductive sensing technology, this sensor is a trusted choice for engineers seeking a cost-effective and long-lasting solution to their proximity detection needs.
Product Specifications
| Manufacturer | Pepperl+Fuchs |
|---|
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.