Verkauf : +44 191 418 1198         Email :

Menu

www.canford.de

24 Dezember 2024
  • LIEFERUNG AM NÄCHSTEN TAG
    MÖGLICH
  • ENGAGIERTE DEUTSCHSPRACHIGE
    KUNDENBETREUUNG
  • EINZIGARTIGE MÖGLICHKEITEN
    DURCH EIGENE FERTIGUNG
  • KOSTENFREIE TECHNISCHE BERATUNG
    VON UNSEREM EXPERTENTEAM

NEUTRIK NKO4S-L-0-10 OPTICALCON QUAD LITE Cable assembly SM, 10m, coil

Artikelnummer
46-6483
Hersteller
Neutrik
Typennummer
  • NKO4S-L-0-10
NEUTRIK NKO4S-L-0-10 OPTICALCON QUAD LITE Cable assembly SM, 10m, coil

Bilder können zum Illustrationszwecke angegeben werden. Bitte verweisen Sie auf die Produktbezeichnung.

NEUTRIK NKO4S-L-0-10 OPTICALCON QUAD LITE Cable assembly SM, 10m, coilNEUTRIK NKO4S-L-0-10 OPTICALCON QUAD LITE Cable assembly SM, 10m, coilNEUTRIK NKO4S-L-0-10 OPTICALCON QUAD LITE Cable assembly SM, 10m, coil

NEUTRIK OPTICALCON LITE QUAD - Semi rugged LC duplex fibre cables

The Neutrik opticalCON LITE QUAD range is a semi rugged, cost effective, light weight and compact system designed for both temporary and permanent installations. Easy to clean with no need for specialized tools or equipment, fully compatible with the opticalCON ADVANCED QUAD chassis connector and other ADVANCED QUAD accessories. Available in both Singlemode (PC) and Multimode (PC) versions.

The opticalCON LITE system is designed around the duplex LC optical connector, housed in a light weight durable plastic casing, with a spring loaded Push-Pull locking mechanism, complete with a protective dust cap attached to the connector strain relief. The connection when mated, is environmentally sealed up to IP65. They are suitable for point-to-point audio, data or camera connection used in all environments such as studio floors, touring, rental and outside broadcast.

The newly designed opticalCON LITE tactical patch cable allows extreme bending of the cable without fibre breakage, whilst also absorbing high lateral forces. A semi rugged, lightweight four-fibre mobile field cable with PVC jacket and excellent cable retention provided by an aramid yarn wrap. Available in multimode (4M) or singlemode (4S) versions, all multimode types are 50/125-OM3, single mode types are 9/125-G657A.

Assemblies may be factory fitted with custom labels protected by heat-shrink sleeving to identify channels, fibre type, company name etc.

Fibre cable assemblies can be supplied in coils, special opticalCON cases, or on an appropriately sized, heavy duty cable drum with cable tail support flange arms and 'docking' panel connectors.

For opticalCON ADVANCED Connectors, cables, panels and accessories.

See NEUTRIK OPTICALCON ADVANCED DUO - Rugged LC duplex fibre connector system
See NEUTRIK OPTICALCON ADVANCED QUAD - Rugged LC duplex fibre connector system
See NEUTRIK OPTICALCON ADVANCED MTP - MPO-style - Rugged 12 core fibre connector system
See CANFORD OPTICALCON CONNECTION PANELS - Flat and angled

For technical data concerning the optical fibres please see the linked resources.

Canford are a certified assembler of the Neutrik opticalCON LITE range.

As part of our final test process Canford carry out both insertion and return loss measurement, as well as interferometry measurement on all Fibre terminations. Although some termination facilities do not use interferometry and rely merely on insertion and return loss testing to determine results Canford will always carry out interferometry as standard. Test results including 3D imagery of terminations can be supplied upon request.

Interferometry measures three critical dimensions required for continued reliability, end shape (radius of curvature measured in mm), the polished apex offset (measured in um) and fibre height (measured in nm). These three parameters all fall within tight industry standards which guarantees reliability when mating random connectors.

Popular cable lengths are listed, custom lengths or configurations are available to special order.
Due to the large number of possible configurations, some individual assemblies are not listed here. Please contact Sales or Technical Support to discuss your exact requirements and options.