Single mode LC patch cord with push-pull Dual LC connector, SM DX 1m OS2 9/15um yellow OFNR riser cable

The LC uniboot patch cord is a new type of patch cord, with uniboot boot for 2 cores single fibers in a uniboot fiber optic cable.

Description

Fiber optic patch cord features

  • Four-pass polishing technology is used to provide the best insertion loss and return loss to ensure the stability of its transmission.
  • A-grade precision ceramic ferrule ensure stable and reliable performance, ultra-low insertion loss, and better coaxiality and dimensional accuracy to realizes lossless data transmission.
  • LSZH outer sheath, plus bend-insensitive optical fiber, meets special requirements for bending performance.
  • One tube dual cores, more convenient operation, reduces cable channel blockage, and saves a lot of space.
  • New environmentally friendly material, high temperature resistance, durable and non-deformed, non-breakage, anti-falling, professional fully automated standard production, minimizes manual intervention, and stable quality.

 

Uniboot Patch Cord Application

The uniboot patch cords are widely used in data center, fiber optic communication systems, fiber-to-the-home, fiber optic data transmission, fiber optic CATV, LAN, fiber optic test equipment, fiber optic sensors, etc.

 

LC Duplex Patch Cord Specification

Item LC-LC uniboot patch cord
Polishing mode UPC to UPC
Fiber type Single mode fiber
Cable color yellow, aqua, violet, green
Ferrule Ceramic ferrule 1.25mm
Insertion loss ≤0.2dB
Plug times 1000 times
Wavelength 1310/1550nm
Repeatability ≤0.1dB
Changeability ≤0.2dB
Return loss ≥50dB
Working temperature -40 ~+85 ℃
Reference standard TIA-568C.3-2008(Fiber Optic Cabling Components Standard)
Test conditions
Temperature and humidity aging Temperature 85℃, 85% relative humidity, 14 days
Temperature cycle Temperature -40 ~ +75℃, 10%-80% relative humidity, 42 cycles, 14 days
Water immersion Temperature 43℃, PH5.5, 7 days
Vibration Amplitude 1.52mm, frequency 10Hz~55Hz, 2 hours each in X/Y/Z directions
Load bending 0.45kg load 100 cycles (with sleeve)
Load torsion 0.454kg load 100 cycles (with sleeve)
Tensile strength 0.23kg tension (bare fiber), 1.0kg (with sleeve)
Impact 1.8m high, three directions, 8 times/direction

 

One-tube dual-core patch cord vs. conventional patch cord

One-tube dual-core patch cord allows bidirectional transmission in a single optical fiber. Compared with conventional patch cords, it saves more time and cost when wiring optical fibers, is more flexible to manage, and is more convenient to wire. Its unique design satisfies data-neutral interconnection and cross-connection requirements for high-density applications.

single mode lc patch cord with push pull dual lc connector, sm dx 1m os2 9/15um yellow ofnr riser cable

Reviews

There are no reviews yet.

Be the first to review “Single mode LC patch cord with push-pull Dual LC connector, SM DX 1m OS2 9/15um yellow OFNR riser cable”

Your email address will not be published. Required fields are marked *

FAQ

EXW, FOB, CFR, CIF, DDU, DDP, CPT are optional.

TT, Paypal, Escrow, Alipay, Wechat are optional, no credit.

Yingda support team working time: 9am-18pm from Monday to Friday, but AI robot will be always online, you can leave message, will get back to you on the first sight your mails.

If urgent, please CHAT ON WhatsApp:+8618688982406

Yingda productivity is high efficiency, very fast. Normally 2-15 days on different quantity. Let's talk for more details.

Timely Delivery

Rich production experience, skilled front-line operators and strict production control ensure that all goods are delivered on time.

Quality Assurance

Adopt high-precision testing equipment and the top industry quality control system ensure high product quality standards.

Competitive Price

Long-term stable supply chain and cost control that changes in line with market trends ensure the best price for homogeneous products.

RFQ

The more details, the better offer.

yingda logo for facebook 191x100

Why leave?

Sorry that there’s no information that interests you. Please fill in the feedback form so that we can improve.