JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
Try searching for keywords in categories, brands, products, and more. If you have any questions, please contact our Support team
Out of stock
Shopping cart
Your cart is empty
Looks like you haven't made your choice yet.
x
SKU:
Subtotal:
Total:
My Quote
Your Quote is empty
Checkout using your account
This form is protected by reCAPTCHA - the Google Privacy Policy and Terms of Service apply.
Checkout as a new customer
Creating an account has many benefits:
Allen-Bradley 43GR-TIS10SS is a 36-inch bifurcated glass fiber optic cable for diffuse sensing applications. It features a stainless steel flexible conduit, right-angle M6 threaded tip, and is designed for use with small-aperture photoelectric sensors in industrial environments.
Fluke Networks fiber optic launch cable delivers 105m multimode 62.5µm connectivity with LC/LC connectors for reliable, high-speed network performance.
Fluke Networks TRC Fiber Optic Cord: Durable metal LC connectors for OTDR testing, 62.5 µm multimode cable ensures precise, reliable measurements.
Fluke Networks CFM-TRC-S-MPO12P CertiFiber Max test reference cord set supports accurate optical loss testing of single-mode MPO12 unpinned fiber when used with CertiFiber Max OLTS.
Fluke TRC-SM-VERIFY-MPO24U is a reference-grade single-mode MPO 24 verification cord for CertiFiber™ Max testing, ensuring accurate reference setup when testing unpinned MPO fiber links.
Fluke Networks TRC-SM-VERIFY-MPO12U is a reference-grade single-mode MPO12 Type A verification cord designed to confirm proper reference settings when testing unpinned MPO cables with CertiFiber Max systems.
The INNO Instrument OLL-1000-652D-SC-APC is a 1000 m single-mode OTDR launch fiber reel designed for dead-zone elimination in fiber optic testing. The assembly uses G.652D single-mode fiber and SC/APC connectors to support accurate reflectance and insertion-loss measurement when testing optical links with an OTDR.
UOI OptiTap Singlemode SC/APC 3M Black Test Jumper
An OTDR launch cable, which connects the OTDR to the link-under-test, discloses the insertion loss and reflectance of the near-end connection. It is often available on a small spool or within a “launch box”, which is used to create the proper conditions for testing another similar optical fiber for faults. This method avoids undesirable variations in loss and distance measurements. A launch fiber will help to overcome the blind spot or Dead Zone of an OTDR brought about by high launch power or faults near the launch end of the fiber.