The External Hybrid cable design integrates 2 PVC insulated flexible copper conductors and 250 µm buffered fibres in a gel-filled loose tube construction, comprising up to 24 fibres (up to 12 fibres per tube). Designed for visual monitoring systems, long distance data transmission and remote power within a single cable.
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Australia: 1300 232 476 New Zealand: 09 927 7140 www.AFLglobal.com Fibre Cable 1 © 2002-2023, AFL, all rights reserved. 2178, Revision 00, 11.09.23 Speciflcations are subject to change without notice. External Hybrid Fibre / 2xCu Conductor Cable The External Hybrid cable design integrates 2 PVC insulated flexible copper conductors and 250 μm buffered fibres in a gel-filled loose tube construction, comprising up to 24 fibres (up to 12 fibres per tube). Designed for visual monitoring systems, long distance data transmission and remote power within a single cable. The nylon jacket provides a termite resistant layer whilst the UV stabilized Polyethylene sacrificial sheath adds robustness and protects the nylon from the rigors of installation. Surface printing includes sequential length marking at one- metre intervals. Features • Hybrid (Fibre + Copper conductor) • Up to 24 fibres • 2x PVC Insulated flexible conductors • Robust design with protected Termite Resistance • RoHS 3 (EU Directive 2015/863) • Made in Australia Applications • IP Security cameras • ‘Smart Pole’ and ‘Smart Lighting’ • Outdoor digital signage / infrastructure, WAP and IoT • Intelligent transportation Infrastructue Cable Components Fibre Specifications FIBRE DESIGNATOR* FIBRE TYPE TUBE COLOUR MAX. ATTENUATION (CABLED) ( d B/ km ) 1310 NM 1550 NM 850 NM 1300 NM D Single-mode (ITU G.652.D) Yellow ≤ 0.36 ≤ 0.22 N/A N/A 5 Multimode OM4 50 μm Aqua N/A N/A ≤ 3.0 ≤ 1.0 Sacrificial Polyethylene Sheath Termite Resistant Nylon Jacket PVC Insulated Copper Conductor Dry Water Blocked Core Moisture Resistant Jelly-Filled Loose Tube Optical Fibres
Australia: 1300 232 476 New Zealand: 09 927 7140 www.AFLglobal.com Fibre Cable 2 © 2002-2023, AFL, all rights reserved. 2178, Revision 00, 11.09.23 Speciflcations are subject to change without notice. External Hybrid Fibre / 2xCu Conductor Cable Mechanical Data - Cable CABLE TYPE PART NUMBER FIBRE COUNT TUBE DIAMETER CABLE NOM. DIAMETER CABLE NOM. WEIGHT MAX TENSILE MIN BEND RADIUS (MM) CRUSH IMPACT (MM) (MM) (KG/KM) ( K N) UNDER LOAD (20 X OD) NO LOAD (10 X OD) ( K N/100 MM) (KG.M) External Hybrid Fibre / 2xCu Conductor Cable K3MQ*TPA2/2BK 2 2.0 9 110 1 180 90 2 1 K3MQ*TPA2/4BK 4 K3MQ*TPA2/6BK 6 K3MQ*TPA2/12BK 12 K3MQ*TPA2/24BK 24 * Represents fibre type in the Fibre Specification table on previous page. Other jacket colours available upon request. Qualifications GOVERNING BODY STANDARD CODE COMPONENT AS/CA S008 Cable IEC 60794 Cable Standards Australia AS 1049 Materials IEC 60793 Fibre ITU-T G.652 / G.657.A1 / G.651.1 Fibre TIA 598-D Fibre AS 3808 Insulation - Copper AS/NZS 1125 Copper Temperature Specifications TEMPERATURE RANGE Installation -10°C to +60°C Operation -20°C to +70°C Storage -20°C to +70°C Contact AFL for additional information or cable design assistance Copper Conductor Specifications SPECIFICATION UNIT VALUE Insulated Conductors each 36/0.32 PACW V90 PVC, 60V DC (24V AC) Nominal Area of each Conductor mm 2 2.9 Nominal Insulated Conductor Diameter mm 3.0 Resistance Ω/km 6.4 PVC insulation colour for identification - Red and Black.
Features:
- Hybrid (Fibre + Copper conductor)
- Up to 24 fibres
- 2x PVC Insulated flexible conductors
- Robust design with protected Termite Resistance
- RoHS 3 (EU Directive 2015/863)
- Made in Australia
Applications:
- IP Security cameras
- ‘Smart Pole’ and ‘Smart Lighting’
- Outdoor digital signage / infrastructure, WAP and IoT
- Intelligent transportation Infrastructure
The External Hybrid cable design integrates 2 PVC insulated flexible copper conductors and 250 µm buffered fibres in a gel-filled loose tube construction, comprising up to 24 fibres (up to 12 fibres per tube). Designed for visual monitoring systems, long distance data transmission and remote power within a single cable.