PVC Multicore – H05VV-F, H05V2V2-F

Construction

Generally Conforms to, DIN VDE 0282 PART 810, IEC 245, BS7655, BS7919/ HD22.1, HD22.4
Conductor : Flexible Class 5 Copper Conductor According to DIN VDE 0295, IEC 60228
Insulation : EPDM-rubber, Core Identification by Colours
Sheathing : Weather – and Oil Resistant Rubber Black or Blue
Color: Blue / Black or Any Other Color on Specific Request Can be Supplied

Features

> Temperature Range -30°C to +90C
> Designed for Heavy Duty Use
> Cur, Tear & Abrasion Resistant
> Exceptional Long Term Performance
> Excellent Resistant to Oils, Chemicals, Ozone & Solvents
> Excellent Weather Resistant
> Performs & Looks like Vulcanize Rubber
> Excellent Electrical Properties

Technical Detail

Operating Temperature : -25C to +90C
Nominal Voltage: 450/750 V
Test Voltage: 2500 V
Min. Bending Radius: 8 x Cable Diameter
Flame Propagation: Flame Retardant Test as per IEC 60332-1

Application

Addison H07RN-F Rubber Insulated and Sheathed Cables are Intended for flexible connection to Electrical Equipment. They are suitable for both indoor and outdoor use in Industrial and Agricultural Plant and on Construction sites.

Standard Length cable packing: coils 100 and 200mm in cartoon boxes, reels

H05VV-F, H05V2V2-F (300/500 V)

Nominal Sq. Area In Sq.mm.Copper Configuration No./mm.Nominal Insulation Thickness In mm.Nominal Sheath Thickness in mmApprox.Overall Dia. in mmMax.D/C Resistance @ 20 °C Ohm/km.
2 CORE3 CORE4 CORE5 CORE2 CORE3 CORE4 CORE5 CORE
0.7524/0.2000.600.800.800.800.906.206.507.108.0026.00
132/0.2000.600.800.800.900.907.207.608.509.3019.50
1.530/0.2500.700.800.901.001.107.808.459.5010.5513.30
2.550/0.2500.801.001.001.101.209.409.9511.1012.357.98
456/0.3000.801.101.201.201.4010.6011.4012.5014.104.95

HO5VV-F
> All are class 5 flexible conductor
> Insulation grade is T|2
> Sheathing grade is Tm2

HO5V2V2-F
> All are class 5 flexible conductor
> Insulation grade is T|3
> Sheathing grade is Tm3
Note : The number of wires is approximate and wire diameter is nominal ; however they shall be such as to satisfy the requirements of conductor resistance.

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