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PRODUCT & SOLUTION

Coaxial Cable

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LS Cable & System coaxial cables are tested extensively in  every known simulated environmental and electrical performance condition. This guarantees reliable and trouble-free when put to use.
 
LS Cable & System coaxial cables are engineered and manufactured in a variety of sizes and materials, each offering unique benefits needed for physical, electrical and other various applications.

Coaxial cable choices include broadband, standard analog, precision video for analog and digital, bundled RGB, high-flex SVHS, video triax, conformable coax and more. Coaxial cables feature enhance shielding in a variety of forms to satisify all unique conditions.
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Coaxial Cable
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HFBT

Description
. Coaxial cable for comnnection of devices intended for television reception like a satellite broadcasting of 75 ohms charateristics impedence or related devices
Lists
. 5C-HFBT
. 7C-HFBT
. 10C-HFBT
Cable Construction
5C-HFBT series
ITEM UNIT 5C-HFBT 5C-HFBT-A
Inner conductor Material - Copper CCS
Diameter mm 1.20 ± 0.03 1.02 ± 0.05
Insulation Material - Foamed PE Foamed PE
Thickness mm 1.90 ± 0.05 1.73 ± 0.05
Diameter mm 5.00 ± 0.1 4.57 ± 0.1
Color - Natural Natural
Outer
conductor
1st shield Material - Al/mylar tape Al/mylar tape
Thickness mm 0.042 ± 0.003 0.051 ± 0.003
2nd shield Material - Tin-coated Annealed Copper (TA) Aluminum wire (A)
Individual wire diameter mm 0.120 ± 0.005 0.150 ± 0.01
Construction Number of wires per carrier x number of carriers 6 x 16 3 x 16
Lay length mm 46 ± 5 32 ± 5
3rd shield Material - Al/mylar tape Al/mylar tape
Thickness mm 0.025 ± 0.003 0.025 ± 0.003
Jacket Material - PVC PVC
Color - Black Black
Thickness mm 0.90 ± 0.1 0.83 ± 0.1
Diameter mm 7.40 ± 0.5 7.06 ± 0.5

7C-HFBT series
ITEM UNIT SPECIFICATION
Inner conductor Material - CCS Cu
Diameter mm 1.63 ± 0.1 1.80 ± 0.1
Insulation Material - Foamed PE Foamed PE
Thickness mm 2.74 ± 0.1 2.75 ± 0.1
Diameter mm 7.11 ± 0.2 7.30 ± 0.2
Color - Natural Natural
Outer
Conductor
1st shield Material - Al/mylar tape Al/mylar tape
Thickness mm 0.025 ± 0.003 0.042 ± 0.003
2nd shield Material - Aluminum wire Tinned copper wire
Individual wire diameter mm 0.156 0.140
Construction Number of wires per carrier x number of carriers 6 x 16 5 x 16
Lay length mm 42 ± 5 40 ± 5
3rd shield Material - Al/mylar tape Al/mylar tape
Thickness mm 0.025 ± 0.003 0.025 ± 0.003
Jacket Material - PVC PVC
Thickness mm 1.0 ± 0.125 1.0 ± 0.125
Diameter mm 10.0 ± 0.5 10.0 ± 0.5

10C-HFBT series
ITEM UNIT 10C-HFBT 10C-HFBT-CCA
Inner conductor Material - Copper CCA
(Copper Clad Aluminum)
Diameter mm 2.40 ± 0.03 2.40 ± 0.15
Insulation Material - Foamed PE Foamed PE
Thickness mm 3.50 ± 0.1 3.50 ± 0.1
Diameter mm 9.40 ± 0.2 9.40 ± 0.2
Color - Natural Natural
Outer
Conductor
1st shield Material - Al/mylar tape Al/mylar tape
Thickness mm 0.042 ± 0.003 0.042 ± 0.003
2nd shield Material - Tin-coated Annealed Copper Aluminum
Individual wire
diameter
mm 0.160 0.160
Construction Number of wires per carrier x
number of carriers
7 x 16 7 x 16
Lay length mm 40 ± 5 40 ± 5
3rd shield Material - Al/mylar tape Al/mylar tape
Thickness mm 0.025 ± 0.003 0.025 ± 0.003
Jacket Material - PVC PVC
Color - Black Black
Thickness mm 1.0 ± 0.2 1.0 ± 0.2
Diameter mm 12.3 ± 0.5 12.3 ± 0.5
Technical Details
Electrical Characteristics
 - Refer to data sheet

Physical Characteristics
ITEM UNIT SPECIFICATION REMARK
Jacket
(before heat-aged)
Tensile Strength kgf/mm2 ≥ 1.02 According to
KS C 3004 / clause 19
Elongation % ≥ 200
Jacket
(after heat-aged)
Tensile Strength % ≥ 80 According to
KS C 3004 / clause 20
Elongation % ≥ 80
Jacket Shrinkage (100℃/4h) % ≤ 10 According to
KS C 3004 / clause 24
Cold Bend Test (-20℃/1h) - No visible crack According to
KS C 3004 / clause 23
Cold Impact Test (-10℃/2.5min.) - No visible crack According to
KS C 3004 / clause 25
Conductor Discoloration - No corrosion/discoloration on
inner & outer conductor
According to
KS C 3002 / clause 3
Min. Bending Radius - 6 x Cable Diameter -
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ECX

Description
. High frequency coaxial cable of 75ohms chrateristic impedance with annealed copepr wire as inner conductor,
 PE insulation, annealed copper wire braid as outer conductor, PVC jacket
Lists
.ECX 3C/5C/7C/10C
Cable Construction
ITEM UNIT 3C 5C 7C 10C
Inner
Conductor
Material - Annealed
copper wire
Annealed
copper wire
Annealed
copper wire
Annealed
copper wire
Construction mm 1/0.5 1/0.8 7/0.4 7/0.5
Diameter mm 0.5±0.02 0.8±0.02 1.2±0.05 1.5±0.05
Insulation Material - PE PE PE PE
Thickness mm 1.3±0.1 2.05±0.1 3.05±0.2 3.95±0.2
Diameter mm 3.1±0.2 4.9±0.2 7.3±0.3 9.4±0.3
Color - Natural Natural Natural Natural
Outer Conductor Material - Annealed
copper wire
Annealed
copper wire
Annealed
copper wire
Annealed
copper wire
Individual wire diameter mm 0.14 0.14 0.18 0.20
Number of wires
per carrier
ea 5 (8) 7 (10) 8 (10) 10 (10)
Number of carriers ea 24 (16) 24 (16) 24 (16) 24 (16)
Lay Length mm 26 (26) 42 (30) 45 (25) 60 (22)
Jacket Material - PVC PVC PVC PVC
Thickness mm 0.8±0.08 0.9±0.09 1.1±0.11 1.3±0.13
Diameter mm 5.4±0.5 7.4±0.5 10.4±0.5 13.0±0.6
Technical Details
Electrical Characteristic
ITEM UNIT 3C 5C 7C 10C
Conductor Resistance (max.) Ω/㎞ 91.4 35.9 20.7 13.1
Insulation Resistance (min.) ㏁/㎞ 1000 1000 1000 1000
Dielectric Withstand Voltage AC, V/min 1000/1 1000/1 1000/1 1000/1
Capacitance pF/km 67±3 67±3 67±3 67±3
Relative Propagation Velocity % 66±2 66±2 66±2 66±2
Impedance (MEAN) Ω 75±3 75±3 75±3 75±3
Attenuation
(@ 20℃, 10MHz)
dB/km 42 27 22 18

Physical Characteristic
ITEM UNIT SPECIFICATION REMARK
Insulation
(before heat-aged)
Tensile Strength kgf/mm2 ≥ 1.0 According to
KS C 3004 / clause 19
Elongation % ≥ 400
Insulation
(after heat-aged)
Tensile Strength % ≥ 80 According to
KS C 3004 / clause 20
Elongation % ≥ 65
Jacket
(before heat-aged)
Tensile Strength kgf/mm2 ≥ 1.0 According to
KS C 3004 / clause 19
Elongation % ≥ 200
Jacket
(after heat-aged)
Tensile Strength % ≥ 80 According to
KS C 3004 / clause 20
Elongation % ≥ 80
Jacket Shrinkage (100℃/4h) % ≥ 10 According to
KS C 3004 / clause 24
Cold Bend Test (-20℃/1h) - No visible crack According to
KS C 3004 / clause 23
Cold Impact Test (-10℃/2.5min) - No visible crack According to
KS C 3004 / clause 25
Conductor Discoloration - No corrosion/discoloration on inner & outer conductor According to
KS C 3002 / clause 3
Min. Bending Radius - 6 x Cable Diameter -

 
Q&A
Technical Details
Electrical Characteristic
ITEM UNIT 3C 5C 7C 10C
Conductor Resistance (max.) Ω/㎞ 91.4 35.9 20.7 13.1
Insulation Resistance (min.) ㏁/㎞ 1000 1000 1000 1000
Dielectric Withstand Voltage AC, V/min 1000/1 1000/1 1000/1 1000/1
Capacitance pF/km 67±3 67±3 67±3 67±3
Relative Propagation Velocity % 66±2 66±2 66±2 66±2
Impedance (MEAN) Ω 75±3 75±3 75±3 75±3
Attenuation
(@ 20℃, 10MHz)
dB/km 42 27 22 18

Physical Characteristic
ITEM UNIT SPECIFICATION REMARK
Insulation
(before heat-aged)
Tensile Strength kgf/mm2 ≥ 1.0 According to
KS C 3004 / clause 19
Elongation % ≥ 400
Insulation
(after heat-aged)
Tensile Strength % ≥ 80 According to
KS C 3004 / clause 20
Elongation % ≥ 65
Jacket
(before heat-aged)
Tensile Strength kgf/mm2 ≥ 1.0 According to
KS C 3004 / clause 19
Elongation % ≥ 200
Jacket
(after heat-aged)
Tensile Strength % ≥ 80 According to
KS C 3004 / clause 20
Elongation % ≥ 80
Jacket Shrinkage (100℃/4h) % ≥ 10 According to
KS C 3004 / clause 24
Cold Bend Test (-20℃/1h) - No visible crack According to
KS C 3004 / clause 23
Cold Impact Test (-10℃/2.5min) - No visible crack According to
KS C 3004 / clause 25
Conductor Discoloration - No corrosion/discoloration on inner & outer conductor According to
KS C 3002 / clause 3
Min. Bending Radius - 6 x Cable Diameter -

 
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RG 59 Cable

Description
. Electrical and mechanical properties of flexible braided 75 ohm coaxial drop cable
. Transmission of optimal signals and power for voice, data and video applications and indoor cable application for CCTV camera
Lists
. RG-59 60%
. RG-59 80%
. RG-59 80% Siamese
Cable Construction
ITEM DESCRIPTION
RG59 60% RG59 80% RG59 Siamese
 Inner conductor Copper Clad Steel Copper Clad Steel Copper Clad Steel
Diameter[mm] 0.81±0.008 0.81±0.008 0.81±0.008
Dielectric Foamed PE Foamed PE Foamed PE
Diameter[mm] Nom. 3.45 Nom. 3.45 Nom. 3.45
 Outer conductor 1st shield Bonded Al foil Bonded Al foil Bonded Al foil
Thick[mm] 0.04724~0.08128 0.04724~0.08128 0.04724~0.08128
Diameter[mm] 3.60±0.13 3.60±0.13 3.60±0.13
2nd shield Aluminum Braid Aluminum Braid Aluminum Braid
Diameter[mm] 0.120±0.01 0.120±0.01 0.120±0.01
Coverage Min. 59% Min. 79% Min. 79%
Jacket PVC PVC PVC
Diameter[mm] 5.80±0.20 5.80±0.20 5.90±0.20
Thickness[mm] Nom. 0.80 Nom. 0.80 Nom. 0.90
Power Wire
2/18AWG
Conductor - - Stranded CCA
Diameter[mm] - - 15*0.25mm
Insulation - - PE
Diameter[mm] - - 2.0±0.10
Jacket - - PVC
Diameter[mm] - - 4.95±0.2
Thickness[mm] - - Nom. 0.50
Technical Details
Electrical Characteristic
ITEM UNIT RG59
DC Resistance Inner Ω/km ≤140
DC Loop Ω/km ≤199.7
Capacitance(pF/m) pF/m 50±3
Relative Propagation Velocity % ≥82
 
SRL(dB)
 
5MHz-1000MHz dB ≥20
1000MHz-3000MHz dB 15
Impedance Ω 75±3

Attenuation
Frequency (MHz) Max. (dB/100m)
5 2.85
55 6.73
211 12.47
250 13.45
270 13.85
300 14.60
330 15.29
350 15.75
400 16.73
450 17.72
500 18.70
550 19.52
600 20.34
750 22.87
870 24.85
1000 26.64

Mechanical and Envrionmental Performance
Minimum Braid Wire Tensile Strength ( AL ) 43,000 psi
Center Conductor Minimum Break Strength ( CCS ) 91 lbf
Corrosion Resistance No signs of corrosion
Cold Bend Test No visible damage to jacket
Cold Impact Test No visible damage to jacket
Maximum Jacket Longitudinal Shrinkage 5% of initial length under test
Minimum Center Conductor Bond to Dielectric 5 lbs
 
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RG 11 Cable

Description
. Flexible braided 75 ohm coaxial drop cable
. Transmission of RF signals and power for voice, data and video applications and CATV/Internet
Lists
. RG-11 60%, 80%, 90%
. RG-11 80%, Tri-shielded with messenger
. RG-11 90%, Tri-shielded with messenger
Cable Construction
ITEM DESCRIPTION
RG11 60% RG11 80% RG11 90% RG11 80%
TRI M
RG11 90%
TRI M
 Inner conductor CCS CCS CCS CCS CCS
Diameter[mm] 1.63±0.01 1.63±0.01 1.63±0.01 1.63±0.01 1.63±0.01
Dielectric Foamed PE Foamed PE Foamed PE Foamed PE Foamed PE
Diameter[mm] Nom. 7.11 Nom. 7.11 Nom. 7.11 Nom. 7.11 Nom. 7.11
 Outer conductor 1st shield Bonded Al foil Bonded Al foil Bonded Al foil Bonded Al foil Bonded Al foil
Thick[mm] 0.04724~
0.08128
0.04724~
0.08128
0.04724~
0.08128
0.04724~
0.08128
0.04724~
0.08128
Diameter[mm] 7.25±0.13 7.25±0.13 7.25±0.13 7.25±0.13 7.25±0.13
2nd shield Aluminum Braid Aluminum Braid Aluminum Braid Aluminum Braid Aluminum Braid
Diameter[mm] 0.160±0.01 0.160±0.01 0.160±0.01 0.160±0.01 0.160±0.01
Coverage Min. 59% Min. 79% Min. 89% Min. 79% Min. 89%
3rd shield - - - Al foil -
Jacket PVC PVC PVC PVC PVC
Diameter[mm] 10.16±0.20 10.16±0.20 10.16±0.20 10.16±0.20 10.03±0.20
Thickness[mm] Nom. 1.07 Nom. 1.07 Nom. 1.07 Nom. 1.07 Nom. 1.07
Messenger Conductor - -   Galvanized steel Galvanized steel
Diameter[mm] - -   1.30±0.05 1.83±0.05
Characteristics
Electrical Characteristic
ITEM UNIT RG11 (Single Tape & Braid) RG11 (Tri-shield)
DC Resistance Inner ≤40.4 ≤40.4 ≤40.4
DC Loop ≤65.6 ≤54.0 ≤54.0
Capacitance(pF/m) pF/m 50±3 50±3
Relative Propagation Velocity % ≥82 ≥82
 
SRL(dB)
 
5MHz-1000MHz 20 20 20
1000MHz-3000MHz 15 15 15
Impedance Ω 75±3 75±3

Attenuation
Frequency (MHz) Max. (dB/100m)
5 1.50
55 3.30
211 6.23
250 6.72
270 7.00
300 7.38
330 7.71
350 7.94
400 8.53
450 9.10
500 9.70
550 10.20
600 10.63
750 12.25
870 13.50
1000 14.40

Mechanical and Environmental Performance
Minimum Braid Wire Tensile Strength ( AL ) 43,000 psi
Center Conductor Minimum Break Strength ( CCS ) 363 lbf
Corrosion Resistance No signs of corrosion
Cold Bend Test No visible damage to jacket
Cold Impact Test No visible damage to jacket
Maximum Jacket Longitudinal Shrinkage 5% of initial length under test
Minimum Center Conductor Bond to Dielectric 5 lbs
 
Learn more
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RG 6 Cable

Description
. Flexible braided 75 ohm coaxial drop cable
. Transmission of RF signals and power for voice, data and video applications and CATV/Internet
Lists
. RG-6 60%, 80%, 90%
. RG-6 60% Tri-shielded
. RG-6 60% with messenger
. RG-6 60% Tri-shielded with messenger
Cable Construction
ITEM DESCRIPTION
RG6 60% RG6 80% RG6 90% RG6 60% TRI RG6 60%
M
RG6 60%
TRI M
 Inner conductor CCS CCS CCS CCS CCS CCS
Diameter[mm] 1.02±0.01 1.02±0.01 1.02±0.01 1.02±0.01 1.02±0.01 1.02±0.01
Dielectric Foamed PE Foamed PE Foamed PE Foamed PE Foamed PE Foamed PE
Diameter[mm] Nom. 4.57 Nom. 4.57 Nom. 4.57 Nom. 4.57 Nom. 4.57 Nom. 4.57
 Outer conductor 1st shield Bonded Al foil Bonded Al foil Bonded Al foil Bonded Al foil Bonded Al foil Bonded Al foil
Thick[mm] 0.04724
~ 0.08128
0.04724
~ 0.08128
0.04724
~ 0.08128
0.04724
~ 0.08128
0.04724
~ 0.08128
0.04724
~ 0.08128
Dia.[mm] 4.78±0.13 4.78±0.13 4.78±0.13 4.78±0.13 4.78±0.13 4.78±0.13
2nd shield Aluminum
Braid
Aluminum
Braid
Aluminum
Braid
Aluminum
Braid
Aluminum
Braid
Aluminum
Braid
Dia.[mm] 0.120±0.01 0.120±0.01 0.120±0.01 0.120±0.01 0.120±0.01 0.120±0.01
Coverage Min. 59% Min. 79% Min. 89% Min. 59% Min. 59% Min. 59%
3rd shield - - - Al foil - Al foil
Jacket PVC PVC PVC PVC PVC PVC
Diameter[mm] 6.90±0.20 6.90±0.20 6.90±0.20 6.93±0.20 6.90±0.20 6.90±0.20
Thickness[mm] Nom. 0.80 Nom. 0.80 Nom. 0.80 Nom. 0.80 Nom. 0.80 Nom. 0.80
Messenger Conductor - -   - Galvanized steel Galvanized steel
Dia.[mm] - -   - 1.30±0.05 1.30±0.05
Characteristics
Electrical Characteristic
ITEM UNIT RG6 (Single Tape & Braid ) RG6 (Tri-shield )
DC Resistance Inner Ω/km ≤102
DC Loop Ω/km ≤135 for 0.16mm AL Braiding
≤150 for 0.12mm AL Braiding
≤121.1 for 0.16mm AL Braiding
≤145 for 0.12mm AL Braiding
Capacitance(pF/m) pF/m 50±3
Relative Propagation Velocity % ≥82
 
SRL(dB)
 
5MHz-1000MHz dB 20
1000MHz-3000MHz dB 15
Impedance Ω 75±3

Attenuation
Frequency (MHz) Max. (dB/100m)
5 2.60
55 5.25
211 10.00
250 10.82
270 11.04
300 11.64
330 12.26
350 12.63
400 13.61
450 14.43
500 15.29
550 16.08
600 16.73
750 18.54
870 20.04
1000 21.49

Mechanical and Environmental Performance
Mininum Braid Wire Tensile Strength ( AL ) 43,000 psi for 0.16mm
31,900 psi for 0.12mm
Center Conductor Minimum Break Strengh ( CCS ) 144 lbf
Corrosion Resistance No signs of corrosion
Cold Bend Test No visible damage to jacket
Cold Impact Test No visible damage to jacket
Maximum Jacket Longitudinal Shrinkage 5% of initial length under test
Minimum Center Conductor Bond to Dielectric 5 lbs
 
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