FD-L23 Panasonic Through Beam Sensors

FD-L23 on Applied Automation
Panasonic

Part#:FD-L23

Manufacturer:Panasonic

Product Lifecycle:Active

Get a quick Quote!

Panasonic FD-L23 is a fiber sensor designed for glass substrate seating confirmation, featuring an ambient air temperature range for operation between -20 to +70°C. It comes with a degree of protection rated at IP40, ensuring its suitability for various environments. The sensor has a length of 3m and is designed to accommodate a minimum bending radius of R2.

About the manufacturer: Panasonic is one of the manufacturers that offers Through Beam Sensors that you can order at Applied Automation site. Panasonic is a leading supplier of cutting-edge automation control solutions that are both advanced and cost-effective. With a significant presence in a variety of industrial sectors globally, including automotive, semiconductor, packaging, and OEMs, our product lineup features PLCs, HMI, and other offerings.

Check out the FD-L23 Panasonic price in the box on the right side or send a quick quote.

Product condition

New Factory Sealed

New Factory Sealed - New condition, never used, original OEM part with original packaging and factory seal.


FD-L23 Description

Panasonic FD-L23 is a fiber sensor designed for glass substrate seating confirmation, featuring an ambient air temperature range for operation between -20 to +70°C. It comes with a degree of protection rated at IP40, ensuring its suitability for various environments. The sensor has a length of 3m and is designed to accommodate a minimum bending radius of R2.


Manufacturer warranty

Get a quick Quote!

Request a quote, and we will send you price and availability within minutes.

Select Qty:

Average response time: 11 minutes

Fast Shipping & Delivery

We deliver nationwide and international


Secure Payment Processing

with money back guarantee


Warranty

Manufacturer warranty


Responsive Customer Support

Got Questions? We've Got Answers!


Need more details?

Feel free to chat with us

What can I help you find today?