these cables are ideal for use with medium mechanical stresses with free movement but without tensile stress or forced movements in dry, moist and wet areas but however are not suitable for open air. these cables can be used as control cables in machine industry, conveyor belts and production lines. these cables have been tested according to DIN VDE 0207 and 0473 and proved to be oil resistant. Cables are resistant to chemical influences and therefore can be used in moist and wet areas such as breweries, bottling plants and car washing stations.                                                             
    Stranded bare copper conductor according to DIN VDE 0295 cl.5 and IEC 60228 cl. 5
    Special core insulation PVC according to DIN VDE 0281 part 1
    Cores stranded in layers with repeated white numbering according to DIN VDE 0293
    Special outer PVC jacket according to DIN VDE 0281 part 1, HD 21.1S2/A16, color grey
    PVC self-extinguishing and flame retardant, according to DIN VDE 0482 part 265-2-1/ EN 50265-2-1/ IEC 60332-1

Technical data

    Flexible PVC cable with oil resistant outer jacket according to DIN VDE 0281 part 13, HD 21.13 S1 and IEC 60227/75
    Temperature range flexing from -5C to +70C; fixed from -40C to +70C
    Nominal voltage Uo/U 300/500 V
    Test voltage a.c. 50 Hz 2000 V
    Spark test 6000 V
    Insulation resistance min. 20 M x km
    Minimum bending radius for permanent approx. 7,5 x cable diameter
    Radiation resistance up to 80 x 106 cJ/kg (up to 80 Mrad)


Optional: flat cable

H05VV-F	1.5*2C	48	0.2	98.9	7.4
H05VV-F	1.5*3C	48	0.2	124.1	8.1
H05VV-F	1.5*4C	48	0.2	155.6	9
H05VV-F	1.5*5C	48	0.2	189.2	10.1
H05VV-F	1.5*6C	48	0.2	220.9	11.1
H05VV-F	1.5*7C	48	0.2	244.5	11.1
H05VV-F	1.5*8C	48	0.2	278.5	12.1
H05VV-F	1.5*9C	48	0.2	319.8	13.5
H05VV-F	1.5*10C	48	0.2	362.7	14.6
H05VV-F	1.5*11C	48	0.2	396.6	15.1
H05VV-F	1.5*12C	48	0.2	413.4	15.1
H05VV-F	1.5*13C	48	0.2	453.7	16
H05VV-F	1.5*14C	48	0.2	470.2	16
H05VV-F	1.5*15C	48	0.2	513.4	17
H05VV-F	1.5*16C	48	0.2	533.6	17
H05VV-F	1.5*17C	48	0.2	578.6	18
H05VV-F	1.5*18C	48	0.2	595.3	18
H05VV-F	1.5*19C	48	0.2	618.9	18
H05VV-F	1.5*20C	48	0.2	647.1	18.6
H05VV-F	1.5*21C	48	0.2	682	19.1
H05VV-F	1.5*22C	48	0.2	695	20.5
H05VV-F	1.5*23C	48	0.2	734.4	21.5
H05VV-F	1.5*24C	48	0.2	758	21.5
H05VV-F	1.5*25C	48	0.2	789.9	22
H05VV-F	1.5*26C	48	0.2	813.5	22
H05VV-F	1.5*27C	48	0.2	837.2	22
H05VV-F	1.5*28C	48	0.2	875.3	23
H05VV-F	1.5*29C	48	0.2	898.9	23
H05VV-F	1.5*30C	48	0.2	922.5	23
H05VV-F	1.5*31C	48	0.2	962.6	23.9
H05VV-F	1.5*32C	48	0.2	986.2	23.9
H05VV-F	1.5*33C	48	0.2	1009.9	23.9
H05VV-F	1.5*34C	48	0.2	1051.5	25
H05VV-F	1.5*35C	48	0.2	1075.1	25
H05VV-F	1.5*36C	48	0.2	1098.7	25
H05VV-F	1.5*37C	48	0.2	1122.3	25

H05VVC4V5-K	0.75*2C	24	0.2	67	8.7
H05VVC4V5-K	0.75*3C	24	0.2	83.4	9.1
H05VVC4V5-K	0.75*4C	24	0.2	102.2	9.9
H05VVC4V5-K	0.75*5C	24	0.2	121.4	10.6
H05VVC4V5-K	0.75*6C	24	0.2	143	11.5
H05VVC4V5-K	0.75*7C	24	0.2	165.1	12.5
H05VVC4V5-K	0.75*8C	24	0.2	191.1	13.7
H05VVC4V5-K	0.75*9C	24	0.2	204.3	13.7
H05VVC4V5-K	0.75*10C	24	0.2	227.7	14.7
H05VVC4V5-K	0.75*11C	24	0.2	246.4	15.2
H05VVC4V5-K	0.75*12C	24	0.2	259.7	15.2
H05VVC4V5-K	0.75*13C	24	0.2	282.4	16
H05VVC4V5-K	0.75*14C	24	0.2	295.6	16
H05VVC4V5-K	0.75*15C	24	0.2	319.8	16.9
H05VVC4V5-K	0.75*16C	24	0.2	333.1	16.9
H05VVC4V5-K	0.75*17C	24	0.2	358.3	17.8
H05VVC4V5-K	0.75*18C	24	0.2	371.5	17.8
H05VVC4V5-K	0.75*19C	24	0.2	384.8	17.8
H05VVC4V5-K	0.75*20C	24	0.2	428.1	20.1
H05VVC4V5-K	0.75*21C	24	0.2	441.4	20.1
H05VVC4V5-K	0.75*22C	24	0.2	454.6	20.1
H05VVC4V5-K	0.75*23C	24	0.2	481.7	21
H05VVC4V5-K	0.75*24C	24	0.2	494.9	21
H05VVC4V5-K	0.75*25C	24	0.2	515.5	21.5
H05VVC4V5-K	0.75*26C	24	0.2	528.8	21.5
H05VVC4V5-K	0.75*27C	24	0.2	542	21.5
H05VVC4V5-K	0.75*28C	24	0.2	567.9	22.3
H05VVC4V5-K	0.75*29C	24	0.2	581.2	22.3
H05VVC4V5-K	0.75*30C	24	0.2	594.4	22.3
H05VVC4V5-K	0.75*31C	24	0.2	622.1	23.2
H05VVC4V5-K	0.75*32C	24	0.2	635.3	23.2
H05VVC4V5-K	0.75*33C	24	0.2	648.5	23.2
H05VVC4V5-K	0.75*34C	24	0.2	677.4	24.2
H05VVC4V5-K	0.75*35C	24	0.2	690.7	24.2
H05VVC4V5-K	0.75*36C	24	0.2	703.9	24.2
H05VVC4V5-K	0.75*37C	24	0.2	717.2	24.2