LS FA CableLS FA Cable
Contents
1. Definition & Requisitions of FA/Robot Cables
2. FA Cables Characteristics per each applicable part
3. Trend of FA Cables
4. Characteristics & Construction of LS FA/Robot Cables
5. Factors of life span in the moving parts of FA/Robot
6. Characteristics of LS FA/Robot Cables
7. Selection of LS FA/Robot cable materials
8. Installation method of FA/Robot Cables
9. Life span Test Method of LS FA/Robot Cables
10. Major Supply history of LS FA/Robot Cables
11. Bus Cable
12. Certifications of LS FA/Robot Cables
13. Cable Comparison Table (Other Cable Companies vs. LS Cable)
1. Definition & Requisitions of FA/Robot Cables
Cables for Industrial Robotics and Factory Automation Tools
Requires high flexibility and reliability for bending and twisting in the moving parts
NCLINE-S Series
NCLINE-M Series
ROBOLINE-S Series
ROBOLINE-M Series
Special FA Cable
Signal Transmission, Motor Control / Fixed Parts
Signal Transmission, Motor Control / Minutely Moving Part
Power Supply, Motor Control / Fixed Parts & Minutely Moving Part
Moving Part (Reciprocation, Twist, Right & Left Bendings)
Applicable to special use (Joint Development with customers)
2. FA Cable Characteristics per each applicable part
Part Required Characteristics
ACables highly resistant to bending
and twisting & Curl Cable
BCables resistant to bending and
twisting
CFlexible cables for easier control
and handling
D Fixed flexible cable connecting
robotics and control unit
3. Trend of FA Cables
Environment Environment Environment Environment
friendlyfriendlyfriendlyfriendly
Environment Environment Environment Environment
friendlyfriendlyfriendlyfriendly
LeadLeadLeadLead----
FreeFreeFreeFree
RoHSRoHSRoHSRoHS
HalogenHalogenHalogenHalogen
----FreeFreeFreeFree
Change of Change of Change of Change of
cable materialscable materialscable materialscable materials
Change of Change of Change of Change of
cable materialscable materialscable materialscable materials
GeneralGeneralGeneralGeneral
PVCPVCPVCPVC
SpecialSpecialSpecialSpecial
PVCPVCPVCPVC
UrethaneUrethaneUrethaneUrethane
Eng.Eng.Eng.Eng.
PlasticsPlasticsPlasticsPlastics
GeneralGeneralGeneralGeneral
PEPEPEPEIrradiated PEIrradiated PEIrradiated PEIrradiated PE
TeflonTeflonTeflonTeflon
4. Characteristics & Structure of LS FA/Robot Cables
LS Cable rapidly develops cables conformable to characteristic and structure
required by the customers.
Cable NameItem
COVV(-SB)1
ROVV(-SB)2
ROVVU(-SB)3
ROIREU(-SB)(Halogen free)
4
ROIREVU(-SB)(Halogen free)
5
ROFHV(-SB)
ROFHU(-SB)6
ROFHVU(-SB)7
Application
Fixed Part
Moving Part
Moving Part
Moving Part
Moving Part
Moving Part
Moving Part
Insulation
Special PVC
Special PVC
Special PVC
Irradiated PE (XLPE)
Irradiated PE (XLPE)
Fluorine Resin
Fluorine Resin
Sheath
Special PVC
Special PVC
Polyurethane(TPU)
Polyurethane(TPU)
Polyurethane(TPU)
Special PVC,
Polyurethane(TPU)
Special PVC,
Polyurethane(TPU)
ROTPEU(-SB)(Halogen free)
8 Moving PartTPE-E Compound
(Thermoplastic elastomer)
Polyurethane
(TPU)
5. Factors of cable life span in the moving part
Selection of Materials
Conductor
Insulation
Sheath
Manufacturing Method
Twist Direction & Pitch
Direction of conductor
assembly & Pitch
Subsequent treatment of Insulation
Pair Pitch
Braid Shield Pitch
Manufacturing method of Sheath
•The best fitted application of the pitch of inner insulated wires improves flexibility of the cables and prevents
“Kink phenomenon” of the inner insulated wires during repeated movement.
•Pitch of the assembled inner wires which forms each layer of combined process affects life span of
the cables for the moving part.
5. Factors of FA/Robot life span in the moving part
Installation method of the cables
Process method of Connecting Work
Motion Condition of the cables→→→→ Motion Velocity, Stroke Length, The Radius of Curvature
6. Characteristics of LS FA/Robot Cables
Excellent in flexibility and bending characteristic by using ultra-thin cable,
specially constructed conductor and special insulation material
Low coefficient of friction in insulation and Excellent in mechanical characters in moving part
( High creditability for long hours of motion by the application of ETFE)
Excellent in electrical shield and prevention of EMI
Excellent cold-resistant, oil-resistant and abrasion-resistant by using special PVC and
polyurethane to Sheath
High flexibility by using special design method
Insulation
Conductor
Binder Tape
Braid shield
Sheath
Halogen Free “TPE” Cables with the low coefficient of friction
& excellent mechanical durability in moving parts
7. LS FA/Robot,Selection of cable materials (Insulation)
Material Name Poly Vinyl Chloride Polyethylene Irradiated
Polyethylene
Thermoplastic
elastomer Fluorine Resin
Code PVC PE IRE (XLPE) TPE(-E) FH
Temperature Range
() 60∼∼∼∼105 75 90~125 90~150 150~200
Insulation Resistance O
Flammability O X O
Low Toxic X
Cold Resistance O
Durability O O
Frictional Resistance O O
Mechanical Strength O
Soldering Work O
Application ·Fit for fixed part ·Fit for moving part
·In the parts of high bending stress ※※※※ We recommend ETFE fluorine material to be applied in the parts of high bending stress,
1) Low Friction
2) Hard and toughness
3) High Kink resistance
4) High tensile strength
※※※※ : Excellent, O : Good, : Not bad, X : Bad
7. LS FA/Robot, Selection of the cable materials (Sheath)
Material Name Poly Vinyl Chloride Special Poly Vinyl
Chloride
Flame Retardant
Polyurethane
HALOGEN
FREE
Flame Retardant
Polyurethane
Code PVC PVC TPU HFPU
Application Fixed Part Moving Part Moving Part Moving Part
Durability O
Cold-Resistance O
Mechanical Strength O O
Oil-Resistance O
Flammability O O O O
Low Toxic X X O
Abrasion-Resistance O O
Bending O
Criterion of
selection
·Fit for fixed part
·Most general
material for sheath
·Moving part
·Material for requiring
flexibility
·Moving part
·Oil resistance,
Cold resistance
·Moving part
·Flammability,
.Oil-Resistance,
Cold-Resistance
7. LS FA/Robot, Selection of the shield materials (Shield type)
2 4 6 8 10
0
10
20
No. of Bending cycles
(Unit : million)4
Mixed(Copper & Cotten yarn) Braid Shield
Tinsel Copper Braid Shield
Tinned Copper
(or Annealed Bare Copper)
Braid Shield
Wound type applied,
Excellent in shield-function,
flexibility, durability for long
moving.
Though shield function is less
than tinned conductor,
abrasion resistance is excellent.
No decrease of shield function
for long motion
Good Shield function in first stage,
But when bended for long time,
shield function rapidly down
Feature
Intensively moving part
Part requiring high flexibility
Moving PartFixed & Moving PartApplication
Tinsel Braid ShieldMixed Braid ShieldTinned or Annealed
Braid Shield Type
Shield Type
Shield
Resistance
Increase
Rate(%)
8. FA/Robot, Installation Method of the cables(The Bending radius(R))
Cable for Fixed part
Cable for Power supply Cable for Moving Part
Classification
Single Core Multi Core
Cable for
Control Under 15 Cores Over 15 Cores
Shielded
Non Shielded
8 D
12 D
6 D
12 D
8 D
12 D
10 D
15 D
15 D
20 D (Conductor Size Over 0.75SQ, D : Cable Out-diameter)
Cable for Fixed Part
Cable for Power supply Cable for Moving Part
Classification
Single Core Multi Core
Cable for
Control Under 15 Cores Over 15 Cores
Shielded
Non Shielded
-
-
-
-
-
-
7.5 D
10 D
10 D
15 D (Conductor Size Less 0.75SQ, D : Cable Out-diameter)
R
Cables should not be bended exceeding allowed scope of the
radius of curvature conformity to the cable structure.
When excessively bended, insulation is cracked by fiery heat
caused by the longitude difference on the same circumference
Especially, it affects life span of the cables in the moving part.
※ Reference Data : ICEA International Cable Engineering Association
9. Life span test method of LS FA/Robot Cables
90 Left & Right Bending Test
Shift Bending Test (U-Bend)
Twist(Torsion) Test
Bending & Twist(Torsion) Test
9.1 FA/Robot, Life span test, Evaluation criterions
External Appearance & Existence of Cable short
Abrasion state of cable sheath, Existence of Crack occurrence The number of test Operation times => 10 ~ 20 Millions times
Change rate of Conductor Resistance (Shield type includes shield-resistance)
Check change rate of conductor resistance every 1 Million times of motion
Mechanical Characteristics
Check the change of Tensile Strength and Elongation Rate after operatinginsulation and sheath material
Electrical Test
AC Voltage test & Allowable Current Test
90 Left & Right Bending Test
①③②④
Sample
Load
AxisMandrel
1 Cycle : ①→②→③→④①→②→③→④①→②→③→④①→②→③→④
Velocity : 40 Cycles/Minute
Load : 500 gf (Variable)
Mandrel Diameter : Adjustable
(Bending radius)
9.2 LS FA/Robot, Cable life span, test method
9.2 LS FA/Robot, Cable life span, test method
Shift Bending Test (U-Bend)• Bending radius(R): Adjustable variously
• Velocity : Average 2.0m/s
• Bending cycles : Average 80 Cycles/Minute
(Max. 100 Cycles/Minute)
• Acceleration : 2G (20 )• Stroke length : 1,500
9.2 LS FA/Robot, Cable life span, Test method
Torsion(Twist) Test • Torsion cycles : Average 60 cycles / Minute
(Max. 100 cycles / Minute)
• Torsion Angle : Max. ±±±± 540˚
• Cable Length : 1000mm
• Load : 250 gf (Variable)
Rotation
Specimen
Fixture
9.2 LS FA/Robot, Cable life span, Test method
Bending & Twist(Torsion) Test Test for the simultaneous motions for requiring bending and twisting
such as arm of the welding robotics
Bending Test
Torsion Test
Simultaneously performing 2 tests in 1 test
equipment (Bending & Twisting)
Torsion cycles : Average 60 cycles / Minute
Torsion Angle : Max. ±±±± 360˚
U-bending speed : 2.0m/s (Acceleration : 2G)
Bending radius : Variable
Cable Length : 1000mm
9.3 LS FA/Robot, Result of life span test comparing with the cables of competing companies
1. Condition : Simultaneous Motion
→→→→Twist + Shift Bending
2. Twist Test Condition :
- Twist Angle : 360 degree
- Twist Velocity : 63.5 Times/1 Minute
3. Shift Bending Condition:
- The radius of curvature (R) : 67mm
- Shift Velocity : 63.5 Times/1 Minute
- Stroke : 195mm
4. Applied Electric Current : 300mA
Twist & Bending Test Condition
5
10
15
Competing
Company(A)
Competing
Company(B)
24,000 Times 34,000 Times
LSC
140 Thousand Times
(LS Model Name :ROFHV-SB 8PX0.2SQ)
(* Same Type of Cable 8PX0.2SQ)
Bended
Times
(10,000
Times)
9.3 LS FA/Robot, Test result comparing with the cables of competing companies
1. Condition : Shift Bending(U-Bend)
2.Test Condition
1)Velocity : 2.5m/s
2)Shift Range : 1,200mm
3)Target : 15 Million times
4)The radius of curvature
: 120¢¢¢¢, 100¢¢¢¢ (2 conditions)
5)Cable Name : ROFHU-SB 9CX2SQ
3. Evaluation Items
- External Appearance
- Conductor Resistance
(3 Million Times / Test)
- Voltage Test (A.C 2kV/1 min.)
- Allowable Current(30A/Core, 45 Minute)
Shift Bending(U-Bend) Test Condition
NormalNormalVoltage Test
Sheath AbrasionNormal
External
Appearance
Sheath MeltedNo change
Allowable
Current
No ChangeNo changeConductor
Resistance
Competing Company
(A)LS Cable
Evaluation
Items
10. LS FA/Robot Cable, Supply History(Application Record)
Samsung Electronics
• Semi Conductor / LCD, Automated Production Line / - Cleanroom Cable for Power Chain- Supplied Cables : ROFHU-SB( For power supply), ROFHV-SB (For Encoder)
• PDP Automated Production line - Cleanroom Cable for power chain
- Supplied Cables : ROIREU-SB Type (Power, Encoder)
Hyundai Heavy Industries
• Industrial Robot system
- Fix & Motion Cable for driving Robot
- Supplied Cables : COVV-SB, COEV-SB, ROIREV-SB, ROFHV-SB,ROFHU-SB,
CO-FH, etc.
Samsung Techwin
• High Speed Chip mounter
- Power & Signal Cable
- Supplied Cables : ROVV-SB(Fix), X,Y Axis Cable Bear ROFHV-SB
20C Round Type Flat Cable (ROFHV(F)-SB 20C)
Ssangyong Motor• Welding Robot Application Cable
-Supplied Cables: ROFR 2CX22SQ+1CX16SQ(Power supply),
ROFHVU 25CX0.5SQ(Encoder)
11. Bus Cable
DeviceNet Cable
Product Construction
Sheath
Braid Shield
Data Cable
Color : White
AL/MYLAR
Shield
Data Cable
Color : Blue
DC Power supply
Cable
Color : Black
AL/MYLAR
Shield
Ground Cable
DC Power Supply
Cable
Color : Red
• Application
• DeviceNet cable for Low cost communication Link
• Power supply and Signal transmission for control equipments
• Characteristics
• Power Supply(2 Lines) & Signal(2 Lines) & Ground Cable (1 Line)
• Linear Bus (Trunk line – Drop line)
• Multi Cored Cable:(24Vdc)Power+Signal+Common
:Easy & Simple wiring Minimize wiring error Cost Save
• Decrease Signal loss by using Foamed PE to Data Cable
Data RateData RateData RateData Rate ThickThickThickThick(Kbaud)(Kbaud)(Kbaud)(Kbaud) Max. Cumulative125 500M 100M 156M250 250M 100M 78M20 100M 100M 39M6MThinThinThinThinMax. TrunkLength Max. TrunkLength Drop Length• Transmission Distance
• Cable Standard
Item Size
Out
Diameter
(mm)
Impedence
(Ω)
Insulateion Resistance
(MΩ,km)
Conductor Resistance
(Ω/km)
Thin
(DBEV-IAMESB)
1PX22AWG
+1PX24AWG≒ 6.8
Min. 10000(24AWG)
Min. 100(22AWG)
Max. 91.8(24AWG)
Max. 57.4(22AWG)
Thick
(DBEV-IAMESB)
1PX15AWG
+1PX18AWG≒ 11.5
Min. 10000(18AWG)
Min. 100(15AWG)
Max. 22.6(18AWG)
Max. 11.8(15AWG)
Thick
(DBEV-IAMESB)
1PX14AWG
+1PX18AWG≒ 12.0
Min. 10000(18AWG)
Min. 100(14AWG)
Max. 22.6(18AWG)
Max. 11.8(14AWG)
120±10%
CC – Link Cable (Ver. 1.10)
Cable Construction
Braid Shield
AL / MYLAR
Shield
Grounding Conductor
• Application
• CC-Link Cable for High speed Transmission & Big volume of data
• Characteristics
• High Speed Response , Easy and simple wiring work
by joining connector
• Multi function in one cable (Signal Transmission+ Power Supply)
• Improved shield characteristics by double shield
• Characteristics of the Cable
• Cable Standard
Conductor
Insulation
Sheath
Item Property Value
Conductor Resistance Max. 37.8 Ω/km
Insulation Resistance Min. 10000M Ω.km
Characteristic Impedence 110±15ΩElectric Capacity Max. 60pF/m
Max. 1.6dB/100m@1MHz
Max. 3.5dB/100m@5MHzAttenuation
Application Item Size ColorOut diameter
(mm)
Fixed PartPLFEV
-AMESB3Cx20AWG Brown ≒ 7.7
Moving PartROPLEV
-ESB3Cx20AWG Brown ≒ 8.0
11. Bus Cable
Germany IPA Certification
12. Certifications of LS FA/Robot Cables
1. Use : Product certification for Clean room
2. Fields of application : Medical Treatment , Bio , Semi-conductor,
LCD production line, Foil, Optics,
Micro, Industrial Ceramic Techniques, etc.
3. Certification Organization : German IPA
(Institute Produktionstechnik und Automatisierung)
4. Certification Level : Clean Class 3 in conformity to ISO 14644-1
(ISO 14644-1 is a global standard of the requisites
and test item about Clean room)
5. Products : 1) XLPE, Teflon Insulated & Polyurethane Sheathed
2) XLPE, Teflon Insulated & Special PVC Sheathed
6. Significance : Applicable to the cables for Moving part of clean room
Test tool
12. Certifications of LS FA/Robot Cables
1. Authorized Objects : LS Cable R & D Center
2. Organizations which endowed authority to LS Cable
1) UL (Underwriters Laboratories Inc.)
2) MOCIE, Republic of Korea
Ministry of Commerce, Industry and Energy
3) KATA
Korea Agency for Technology and Standard
4) KOLAS : Korea Laboratory Accreditation Scheme
3. Approval Subject : RoHS, 6 hazardous Materials)
( Pb, Cd, Cr6+, Hg, PBBs, PBDEs )
4. Significance : Publication of the international
certified UL test report for RoHS
LS Cable is a authorized and certified International Environment Test Approval organization
12. Certifications of LS FA/Robot Cables (Global approval)
North America
Europe
12. Certifications of LS FA/Robot Cables (Global approval)
13. Cable Comparison Table (Other Cable Companies vs. LS Cable)Cable NameCable NameCable NameCable Name InsulationInsulationInsulationInsulation SheathSheathSheathSheath RemarkRemarkRemarkRemark Cable NameCable NameCable NameCable Name InsulationInsulationInsulationInsulation SheathSheathSheathSheath RemarkRemarkRemarkRemarkOLFLEX CLASSIC 100 special PVC special PVC Out-Door COVV PVC PVCOLFLEX CLASSIC 100 CY special PVC special PVC Braid Shield COVV-SB PVC PVCOLFLEX CLASSIC 100 SY special PVC special PVC Steel-Wire BraidOLFLEX SF special PVC special PVC Very thin(0.07mm) COVV PVC PVCOLFLEX 140 / 140 CY special PVC special PVC Harmonized VCT(SB) PVC PVCOLFLEX 150 / 150 CY special PVC special PVC UL/CSAOLFLEX 190 / 190 CY special PVC special PVC UL/CSA/CEOLFLEX 100 H HF Polymer HF Polymer Power HalogenFreeOLFLEX 110, 110 CY special PVC special PVC Out-Door/SB COVV(-SB) PVC PVC UL/CSAOLFLEX 110 CH HF Polymer HF Polymer SBOLFLEX 115 H HF Polymer HF Polymer ECOOLFLEX CLASSIC 400 P / CPspecial PVC PU ROV(V)U-(SB) PVC PU(PVC) PVC bedding OLFLEX 440 P / 440 CP TPE PU ROTPEU TPE-E PUOLFLEX 450 P special PVC PU Chemical-ResistanceROVVU PVC PU PVC beddingOLFLEX 500 P PU PUOLFLEX 540 P TPE PU ROTPEU TPE-E PUOLFLEX 540 CP TPE PU SB ROTPEU-SB TPE-E PU SBOLFLEX 550 P Rubber PU RORU Rubber PUH05RR-F / H05RN-F / H07RN-FRubber RubberOLFLEX SERVO 700 / 700 CYPVC PVC ROVV-ISW/CSB PVC PVC I/COLFLEX SERVO 710 CY TPE PVC SB ROTPEV-SB TPE-E PVC SBOLFLEX SERVO 720 CY PVC PVC SB ROVV-SB PVC PVC SBOLFLEX SERVO 730 / 730 CYPVC PVC 600V~1,000V ROVV PVC PVCOLFLEX SERVO FD 750 P PVC,TPE PU ROIREU XLPE PUOLFLEX SERVO FD 755 P TPE,PP PU ROTPEU TPE-E PUOLFLEX SERVO FD 755 CP TPE,PP PU SB ROTPEU-SB TPE-E PU SBOLFLEX SERVO FD 760 CP TPE PU SB ROTPEU-SB TPE-E PU SBOLFLEX SERVO FD 770 CP PVC PU SB ROTPEU-SB TPE-E PU SBOLFLEX SERVO FD 780 P / 780 CPPVC PU ROIREU(-SB) XLPE PU (SB)OLFLEX SERVO FD 785 P / 785 CPTPE PU ROTPEU(-SB) TPE-E PU (SB)OLFLEX SERVO FD 790 CP PVC PU SB ROIREU-SB XLPE PU SBOLFLEX FD CLASSIC 810 / 810 CYPVCPVCPVCPVC PVCPVCPVCPVC ROIREV(-SB)ROIREV(-SB)ROIREV(-SB)ROIREV(-SB) XLPEXLPEXLPEXLPE PVCPVCPVCPVC (SB)(SB)(SB)(SB)OLFLEX FD CLASSIC 810 P /810 CPPVCPVCPVCPVC PUPUPUPU ROIREU(-SB)ROIREU(-SB)ROIREU(-SB)ROIREU(-SB) XLPEXLPEXLPEXLPE PUPUPUPU (SB)(SB)(SB)(SB)OLFLEX FD 855 P / 855 CPTPETPETPETPE PUPUPUPU ROTPEU(-SB)ROTPEU(-SB)ROTPEU(-SB)ROTPEU(-SB) TPE-ETPE-ETPE-ETPE-E PUPUPUPU (SB)(SB)(SB)(SB)OLFLEX FD 90 PVC PVC UL/CSA ROVV PVC PVC UL/CSAOLFLEX FD 891 / 891 CY PVC PVC UL/CSA ROVV(-SB) PVC PVC UL/CSAOLFLEX FD 890 P / CP PVC PU ROVU(-SB) PVC PUROBOT 2000ROBOT 2000ROBOT 2000ROBOT 2000 TPE-ETPE-ETPE-ETPE-E TPE-ETPE-ETPE-ETPE-E SBSBSBSB ROFHV-SBROFHV-SBROFHV-SBROFHV-SB ETFEETFEETFEETFE PVCPVCPVCPVC SBSBSBSBOLFLEX ROBOT 900 / 900 DPOLFLEX ROBOT 900 / 900 DPOLFLEX ROBOT 900 / 900 DPOLFLEX ROBOT 900 / 900 DPTPE-ETPE-ETPE-ETPE-E PUPUPUPU ROBOTROBOTROBOTROBOT ROFHVU(-SB)ROFHVU(-SB)ROFHVU(-SB)ROFHVU(-SB) ETFEETFEETFEETFE PUPUPUPU PVC inner JacketPVC inner JacketPVC inner JacketPVC inner Jacket
LAPP CABLELAPP CABLELAPP CABLELAPP CABLE LS CABLELS CABLELS CABLELS CABLE
FlexibleCable
ItemItemItemItem
Cable NameCable NameCable NameCable Name InsulationInsulationInsulationInsulation SheathSheathSheathSheath RemarkRemarkRemarkRemark Cable NameCable NameCable NameCable Name InsulationInsulationInsulationInsulation SheathSheathSheathSheath RemarkRemarkRemarkRemarkUNITRONIC LiYY PVC PVC COVV,ROVV PVC PVCUNITRONIC LiYCY PVC PVC SB CO(RO)VV-SB PVC PVC SBUNITRONIC LiYY (TP) PVC PVC Twisted CO(RO)VV-SB PVC PVC SBUNITRONIC LiYCY (TP) PVC PVC SB+Twisted CO(RO)VV-SB PVC PVC SBUNITRONIC LiYY UL/CSA PVC PVC COVV,ROVV PVC PVC UL/CSAUNITRONIC LiYCY UL/CSA PVC PVC SB CO(RO)VV-SB PVC PVC UL/CSAUNITRONIC LiYCY TP UL/CSA PVC PVC Twisted CO(RO)VV-SB PVC PVC UL/CSAUNITRONIC 100 PVC PVC COVV,ROVV PVC PVCUNITRONIC 100 CY PVC PVC SB CO(RO)VV-SB PVC PVC SBUNITRONIC LiYCY - CY PVC PVC Double Shield CO(RO)VV-ISB/CSB PVC PVC I/CUNITRONIC LiFYCY (TP) PVC PVC SB+Twisted CO(RO)VV-SB PVC PVC SBUNITRONIC CY PiDY (TP) PVC PVC Shielded PairUNITRONIC LiYD11Y PVC PU ROVU PVC PUUNITRONIC ST PE PVC ROIREV XLPE PVCUNITRONIC FD PVC PVC ROVV PVC PVCUNITRONIC FD CY PVC PVC SB ROVV-SB PVC PVC SBUNITRONIC FD P PVC PU ROVU PVC PUUNITRONIC FD CP PVC PU SB ROVU-SB PVC PU SBUNITRONIC FD CP (TP) PVC PU SB+Twisted ROVU-SB PVC PU SBUNITRONIC FD CP (TP) PLUS PO PU SB+Twisted ROIREU-SB XLPE PU SBUNITRONIC Li2YCY (TP) PE PVC SB+Twisted ROIREU-SB XLPE PU SBUNITRONIC Li2YCYv (TP) PE PVC for undergroundROIREV-SB XLPE PVC SBUNITRONIC Li2YCY PiMF PE PVC AMESB ROIREV-AMESB XLPE PVC AL/SBUNITRONIC JE-Y(ST)Y PVC PVC Solid Copper UL2095-AMS PVC PVC AL ShieldUNITRONIC JE-LiYCY PVC PVC Solid Copper UL2464-SB PVC PVC SB
DataCable
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