FE180 E30

Safety cable, 0.6/1kV, Keram
halogen-free, with improved fire characteristics,
in accordance to SEV TP 20B/3C and CENELEC HD 604 S1 part 5.H
30 minutes system circuit integrity* with reference to DIN 4102-12

1 Conductor: solid/stranded
2 Fire barrier: high-peformance Keram compound
3 Insulation: cross-linked polymer, zero halogen
4 Filler: flame retardant, zero halogen
5 Sheath: FRNC/LSZH

07_Circuit 04_Propagation 05_Spread 06_Density 08_System 03_LS0H

Product variants & stock

Article No. Stock ProductNumber of coresDiameter mm²Outer sheath diameter [mm]CU rate [kg/km]Weight [kg/km]Fire load [kWh/m]ConductorConstructionGTIN / EAN
191118
FE180 E30 2 x 1.521.57.8291020.22solidLN40393910069662
188360
FE180 E30 2 x 1,521.57.8291020.22solid2L40393910072242
191119
FE180 E30 2 x 2.522.59481420.28solidLN40393910069655
190402
FE180 E30 2 x 2,522.59481420.28solid2L40393910070996
187180
FE180 E30 3 x 1.531.58.3431210.25solidLNPE40393910074499
187184
FE180 E30 3 x 2.532.59.5721690.31solidLNPE40393910074451
187187
FE180 E30 3 x 434111152430.41solidLNPE40393910074420
187189
FE180 E30 3 x 63612.51733290.51solidLNPE40393910074406
187182
FE180 E30 4 x 1.541.59.1581470.29solid3LPE40393910074475
190502
FE180 E30 4 x 2.542.510.5962090.38solid3LPE40393910070828
192352
FE180 E30 4 x 44412.21543040.49solid3LPE40393910067705
192353
FE180 E30 4 x 64613.82304090.61solid3LPE40393910067699
187183
FE180 E30 5 x 1.551.59.9721770.35solid3LNPE40393910074468
187186
FE180 E30 5 x 2.552.511.61202550.47solid3LNPE40393910074437
187188
FE180 E30 5 x 45413.41923710.61solid3LNPE40393910074413
187190
FE180 E30 5 x 65615.22885040.76solid3LNPE40393910074390
186267
FE180 E30 7 x 1.571.510.8100.82200.41solid6LPE40393910076172
186268
FE180 E30 7 x 2.572.512.51683190.53solid6LPE40393910076165
187201
FE180 E30 7 x 67616.74036440.89solid6LPE40393910074338
187108
FE180 E30 8 x 1.581.511.91152580.48solid7LPE40393910074680
188345
FE180 E30 10 x 1.5101.513.81443190.69solid9LPE40393910072372
186269
FE180 E30 12 x 1.5121.514.2172.83640.66solid11LPE40393910076158
192479
FE180 E30 12 x 2.5122.516.72885360.88solid11LPE40393910067354
187109
FE180 E30 21 x 1.5211.517.73035780.99solid20LPE40393910074673
190412
FE180 E30 27 x 1.5271.520.43897521.30solid26LPE40393910070972

Technical specifications

Safety cables are installed in all areas that require special protection of people and equipment against fire and fire damages and where strict security requirements must be fulfilled.
Suitable for indoor applications. For outdoor applications, protection must be provided against exposure to direct sunlight. The cable should only be laid directly in earth or water if a protective conduit is used.
Permitted operating temperature at conductor of +90˚C.
Minimum bending radius permanent (multi core) 12 x D
Minimum bending during installation (single core) 15 x D
Minimum bending radius permanent (single core) 15 x D
Minimum bending during installation (multi core) 12 x D
Remarks bending radius 50% reduction if installation at 30°C and with a template
Circuit integrity FE 180
System circuit integrity E30
Installation temperature -5 °C - +50 °C
Operating temperature -45 °C - +90 °C
Test voltage at 50Hz 3500
Nominal voltage 0.6/1kV
System Circuit Integrity is depemndent on installation method.
Conductor Bare copper, solid or stranded, IEC 60228 and EN 60228 (≥16 mm2: VDE 0295)
Insulation Special compound, HD 604 S1 part 5 H
Core colours CENELEC HD 308 S2
Filler HD 604 S1 part 5 H
Outer sheath material Compound, HD 604 S1 part 5 H
Circuit integrity IEC 60331-11/-21 (180 minutes), VDE 0472-814 (FE180), BS 6387 C/W/Z, IEC 60331-1 (120 minutes), IEC 60331-2 (120 minutes), EN 50200 (PH120 minutes), VDE 0482-200 (PH120), AREI-RGIE Section 4.3.3 FR1
Smoke density IEC 61034-1/-2, EN 61034-1/-2, VDE 0482-1034-1/-2, AREI-RGIE Section 4.3.3 SD, SEV TP 20B/3C 3.4.3
Zero halogen no corrosive gases IEC 60754-1/-2, EN 60754-1/-2, VDE 0482-754-1/-2, AREI-RGIE Section 4.3.3 SA, SEV TPV11
Flame propagation IEC 60332-1-2, EN 60332-1-2, VDE 0482-332-1-2, AREI-RGIE Section 4.3.3 F1, SEV TP 20B/3C 3.4.1.1
Flame spread IEC 60332-3-24, EN 60332-3-24, VDE 0482-332-3-24, AREI-RGIE Section 4.3.3 F2, SEV TP 20B/3C 3.4.1.3

Documentation