PVC-flatmdgdata.solar.eu/PRD/Media/1ce1f42b6f2247aba67d43c... · BS 6360 cl.5, IEC 60228 cl.5...
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PVC-flat 300/500 V and 450/750 V Properties Cable structure Technical data • Bare copper-conductor, to DIN VDE 0295 cl.5, fine-wire, BS 6360 cl.5, IEC 60228 cl.5 • • Special PVC-flat cable adapted to EN 50214 / DIN VDE 0283-2 Temperature range flexing -5°C to +70°C fixed installation -40°C to +80°C Extensively oil resistant, oil-/ chemical Resistance - see table Technical Informations • Extremely small bending radius • Core insulation of PVC compound type TI2 to DIN VDE 0207-363-3 / DIN EN 50363-3 • High flexibility • Nominal voltage up to 1 mm² U0/U 300/500 V from 1,5 mm² U0/U 450/750 V • Minimum waste of space • Core identification to DIN VDE 0293 - up to 5 cores coloured - from 7 cores, black with continuous white numbering • Packeting possibility Tests • Test voltage up to 1 mm² 2000 V from 1,5 mm² 2500 V • PVC self-extinguishing and flame retardant acc. to DIN VDE 0482-332-1-2, DIN EN 60332-1-2, IEC 60332-1 (equivalent DIN VDE 0472 part 804 test method B) • Cores laying parallel • GN-YE conductor • Minimum bending radius 10x cable thickness • Outer sheath of special PVC compound type TM2 to DIN VDE 0207-363-4-1/DIN EN 50363-4-1 Note • Radiation resistance up to 80x10 6 cJ/kg (up to 80 Mrad) • Part no. 27012 (6x4). • Sheath colour black (RAL 9005) • G = with green-yellow conductor • AWG sizes are approximate equivalent values. The actual cross section is in mm². Application PVC type of flat cables are used mainly as trailing cable for crane installations, floor conveyer systems and shelf control units. Installation notes Cables reels with flat cables must be transported in standing position on the flange. A bending flexibility can be achieved on a plane surface. For this purpose, the corresponding fitting instructions should be followed. • Put the cable trolly on the guiding rail or upon carrier beam and push them together at the starting point. The distance between the bedding surface of two cable trollys must be wider than the double thickness of a cable-packet. • During the packeting performance, it must be started with the smaller cross section which lays on the bedding surface and will be builded successively so that the biggest cross section is laying on the top. • Further, be careful of a symmetrical load distribution. • In case of multicore flat cables with small cross section, smaller than 2,5 mm², is very critical due to its low tensile stress. In such case, you should add 10% reserve wire for calculation. = Product conforms with EC Low-Voltage Directive 2006/95/EC. AWG-No. Weight app. kg / km Cop. weight kg / km Outer dimension app. mm No.cores x cross-sec. mm² Part no. AWG-No. Weight app. kg / km Cop. weight kg / km Outer dimension app. mm No.cores x cross-sec. mm² Part no. 19 90,0 28,8 4,3 x 12,6 4 G 0,75 26980 16 421,0 173,0 4,5 x 38,9 12 G 1,5 27006 16 555,0 230,4 4,5 x 51,5 16 G 1,5 27028 19 115,0 36,0 4,3 x 16,1 5 G 0,75 26981 19 141,0 43,2 4,3 x 19,4 6 G 0,75 26982 16 820,0 346,0 4,5 x 83,0 24 G 1,5 27030 19 198,0 64,8 4,3 x 26,4 9 G 0,75 26983 14 205,0 96,0 5,5 x 17,0 4 G 2,5 27007 19 224,0 72,0 4,3 x 30,1 10 G 0,75 26984 14 256,0 120,0 5,5 x 21,5 5 G 2,5 27008 19 258,0 84,4 4,3 x 33,8 12 G 0,75 26985 14 344,0 168,0 5,5 x 30,3 7 G 2,5 27009 19 340,0 115,2 4,3 x 44,4 16 G 0,75 26986 14 389,0 192,0 5,5 x 31,9 8 G 2,5 27010 19 380,0 129,6 4,3 x 49,2 18 G 0,75 26987 14 580,0 288,0 5,8 x 47,1 12 G 2,5 27011 19 424,0 144,0 4,3 x 55,0 20 G 0,75 26988 14 674,0 384,0 5,8 x 55,1 16 G 2,5 27029 19 509,0 172,8 4,3 x 65,6 24 G 0,75 26989 14 950,0 604,0 15,0 x 63,0 24 G 2,5 27012 18 80,0 28,8 4,5 x 10,8 3G1 26990 14 950,0 604,0 5,8 x 120,0 24 G 2,5 27027 18 104,0 38,4 4,5 x 13,4 4G1 26991 12 344,0 154,0 7,0 x 21,8 4G4 27013 18 134,0 48,0 4,5 x 16,0 5G1 26992 12 428,0 192,0 7,0 x 27,4 5G4 27014 18 161,0 57,6 4,5 x 20,6 6G1 26993 12 590,0 269,0 7,9 x 36,6 7G4 27015 18 230,0 86,4 4,5 x 28,4 9G1 26994 10 424,0 230,0 8,2 x 24,8 4G6 27016 18 256,0 96,0 4,5 x 30,0 10 G 1 26995 10 530,0 288,0 8,2 x 31,8 5G6 27017 18 298,0 115,2 4,5 x 36,2 12 G 1 26996 10 760,0 403,0 8,2 x 42,6 7G6 27018 18 395,0 153,6 4,5 x 47,6 16 G 1 26997 8 710,0 384,0 10,0 x 29,6 4 G 10 27019 18 441,0 172,8 4,5 x 52,8 18 G 1 26998 6 1014,0 614,0 11,2 x 34,4 4 G 16 27020 18 495,0 192,0 4,5 x 59,0 20 G 1 26999 6 1370,0 768,0 13,0 x 46,6 5 G 16 27025 18 590,0 230,4 4,5 x 70,4 24 G 1 27000 4 1365,0 960,0 13,7 x 42,6 4 G 25 27021 16 133,0 58,0 4,5 x 13,7 4 G 1,5 27001 4 2000,0 1200,0 15,5 x 55,5 5 G 25 27026 16 169,0 72,0 4,5 x 17,9 5 G 1,5 27002 2 2100,0 1344,0 15,4 x 47,6 4 G 35 27022 16 235,0 101,0 4,5 x 23,5 7 G 1,5 27003 1 2940,0 1920,0 18,2 x 57,0 4 G 50 27023 16 265,0 115,0 4,5 x 26,8 8 G 1,5 27004 2/0 4090,0 2688,0 20,0 x 64,2 4 G 70 27024 16 332,0 144,0 4,5 x 33,5 10 G 1,5 27005 Dimensions and specifications may be changed without prior notice. (RJ01) 13.04.2016 / Dimensions and specifications may be changed without prior notice.
Transcript of PVC-flatmdgdata.solar.eu/PRD/Media/1ce1f42b6f2247aba67d43c... · BS 6360 cl.5, IEC 60228 cl.5...
PVC-flat300/500 V and 450/750 V
PropertiesCable structureTechnical data• Bare copper-conductor, toDIN VDE 0295 cl.5, fine-wire,BS 6360 cl.5, IEC 60228 cl.5
• •Special PVC-flat cable adapted toEN 50214 / DIN VDE 0283-2Temperature rangeflexing -5°C to +70°Cfixed installation -40°C to +80°C
Extensively oil resistant, oil-/ chemicalResistance - see table TechnicalInformations
• Extremely small bending radius• Core insulation of PVCcompound type TI2 toDIN VDE 0207-363-3 / DIN EN 50363-3
• High flexibility• Nominal voltageup to 1 mm² U0/U 300/500 Vfrom 1,5 mm² U0/U 450/750 V
• Minimum waste of space• Core identification to DIN VDE 0293- up to 5 cores coloured- from 7 cores, black with continuouswhite numbering
• Packeting possibilityTests
• Test voltageup to 1 mm² 2000 Vfrom 1,5 mm² 2500 V
• PVC self-extinguishing and flame retardantacc. to DIN VDE 0482-332-1-2,DIN EN 60332-1-2, IEC 60332-1 (equivalentDIN VDE 0472 part 804 test method B)
• Cores laying parallel• GN-YE conductor• Minimum bending radius
10x cable thickness • Outer sheath of special PVCcompound type TM2 toDIN VDE 0207-363-4-1/DIN EN 50363-4-1
Note• Radiation resistance
up to 80x106 cJ/kg (up to 80 Mrad) • Part no. 27012 (6x4).• Sheath colour black (RAL 9005) • G = with green-yellow conductor
• AWG sizes are approximate equivalentvalues. The actual cross section is in mm².
ApplicationPVC type of flat cables are used mainly as trailing cable for crane installations, floor conveyer systems and shelf control units.Installation notesCables reels with flat cables must be transported in standing position on the flange. A bending flexibility can be achieved on a plane surface. For thispurpose, the corresponding fitting instructions should be followed.• Put the cable trolly on the guiding rail or upon carrier beam and push them together at the starting point. The distance between the bedding surfaceof two cable trollys must be wider than the double thickness of a cable-packet.
• During the packeting performance, it must be started with the smaller cross section which lays on the bedding surface and will be builded successivelyso that the biggest cross section is laying on the top.
• Further, be careful of a symmetrical load distribution.• In case of multicore flat cables with small cross section, smaller than 2,5 mm², is very critical due to its low tensile stress. In such case, you shouldadd 10% reserve wire for calculation.= Product conforms with EC Low-Voltage Directive 2006/95/EC.
AWG-No.Weight
app.kg / km
Cop.weightkg / km
Outerdimensionapp. mm
No.cores xcross-sec.mm²
Part no. AWG-No.Weightapp.kg / km
Cop.weightkg / km
Outerdimensionapp. mm
No.cores xcross-sec.mm²
Part no.
1990,028,84,3 x 12,64 G 0,7526980 16421,0173,04,5 x 38,912 G 1,52700616555,0230,44,5 x 51,516 G 1,52702819115,036,04,3 x 16,15 G 0,7526981
19141,043,24,3 x 19,46 G 0,7526982 16820,0346,04,5 x 83,024 G 1,527030
19198,064,84,3 x 26,49 G 0,7526983 14205,096,05,5 x 17,04 G 2,52700719224,072,04,3 x 30,110 G 0,7526984 14256,0120,05,5 x 21,55 G 2,52700819258,084,44,3 x 33,812 G 0,7526985 14344,0168,05,5 x 30,37 G 2,52700919340,0115,24,3 x 44,416 G 0,7526986 14389,0192,05,5 x 31,98 G 2,52701019380,0129,64,3 x 49,218 G 0,7526987 14580,0288,05,8 x 47,112 G 2,52701119424,0144,04,3 x 55,020 G 0,7526988 14674,0384,05,8 x 55,116 G 2,52702919509,0172,84,3 x 65,624 G 0,7526989 14950,0604,015,0 x 63,024 G 2,527012
1880,028,84,5 x 10,83 G 126990 14950,0604,05,8 x 120,024 G 2,527027
18104,038,44,5 x 13,44 G 126991 12344,0154,07,0 x 21,84 G 42701318134,048,04,5 x 16,05 G 126992 12428,0192,07,0 x 27,45 G 42701418161,057,64,5 x 20,66 G 126993 12590,0269,07,9 x 36,67 G 42701518230,086,44,5 x 28,49 G 126994
10424,0230,08,2 x 24,84 G 62701618256,096,04,5 x 30,010 G 126995 10530,0288,08,2 x 31,85 G 62701718298,0115,24,5 x 36,212 G 126996 10760,0403,08,2 x 42,67 G 62701818395,0153,64,5 x 47,616 G 126997
8710,0384,010,0 x 29,64 G 102701918441,0172,84,5 x 52,818 G 126998
61014,0614,011,2 x 34,44 G 162702018495,0192,04,5 x 59,020 G 126999 61370,0768,013,0 x 46,65 G 162702518590,0230,44,5 x 70,424 G 127000
41365,0960,013,7 x 42,64 G 2527021
16133,058,04,5 x 13,74 G 1,527001 42000,01200,015,5 x 55,55 G 252702616169,072,04,5 x 17,95 G 1,527002
22100,01344,015,4 x 47,64 G 352702216235,0101,04,5 x 23,57 G 1,527003
12940,01920,018,2 x 57,04 G 502702316265,0115,04,5 x 26,88 G 1,527004 2/04090,02688,020,0 x 64,24 G 702702416332,0144,04,5 x 33,510 G 1,527005
Dimensions and specifications may be changed without prior notice. (RJ01)
13.04.2016 / Dimensions and specifications may be changed without prior notice.
