DHIP162USB02C

Indoor Digital Electricity Hybrid Cable, OS2, 2 Breakout Fibers, #16-2pr, CMP-OF

DHIP162USB02C
Indoor Digital Electricity Hybrid Cable, OS2, 2 Breakout Fibers, 3.0mm Sub-units, 2- 16 AWG Pairs, Plenum
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Specifications
Product Overview

Suitable Applications

Distributed Antenna Systems (DAS), Passive Optical Network (PON), Wireless Access Points (WAP), Security (Cameras), Power over long distances

Fiber Specifications

Fiber Type

OS2

Fiber Core Diameter

8.2/125 µm

Buffer Material

PVC - Polyvinyl Chloride

Buffer Diameter

900 µm

Fiber Count

2

Fiber Color Coding

TIA-598-D

Fiber Construction

Subunit Strength Members

Aramid yarns

Fibers Per Subunit

1

Nom. Jacket Diameter

0.118 in. (3.0 mm)

Jacket Color

Yellow

Conductor Specifications

AWG Size

16

Number of Strands

19x29

Conductor Type

TC - Tinned Copper

Number of Pairs

2

Insulation Material

PVC

Nom. Insulation Diameter

0.087 in. (2.2 mm)

Nom. Capacitance Cond-to-Cond

30 pF/ft @ 10 kHz

Outer Jacket Specifications

Material

PVC - Polyvinyl Chloride

Nom. Diameter

0.395 in (10.1 mm)

Color

Apple Green

Number of Ripcords

1

Optical Characteristics
Wavelength 1310 nm 1550 nm
Max. Attenuation 0,50 dB/km 0,50 dB/km
Mode Field Diameter 9,2 µm 10,4 µm
1 Gigabit Ethernet Performance 5000 m --
10 Gigabit Ethernet Performance 10,000 m 40,000 m
Mechanical Characteristics

Min. Bend Radius During Installation

15x Cable OD

Min. Bend Radius During Operation

10x Cable OD

Max. Tensile Strength During Installation

2670 N (600 lbf)

Max. Tensile Strength During Operation

800 N (180 lbf)

Crush Resistance

220 N/cm

Bulk Cable Weight

73 lbs/kft (109 kg/km)

Temperature Range

Installation Temp Range

0°C to +60°C

Operating Temp Range

0°C to +70°C

Storage Temp Range

-40°C to +70°C

Standards and Compliance

Environmental Suitability

Indoor

Sustainability

CA Prop 65

NEC / UL Compliance

CMP-OF

ICEA Compliance

S-120-742

TIA/EIA Compliance

ICEA S-120-742

History

Update and Revision

Revision Number: 0.63 Revision Date: 04-08-2022