XHP 84
XHP 84 is a JUS / SRPS / HRN N.C0.006 type names (former Yugoslavia) cable designation: X = Cross-linked polyethylene (XLPE) insulation; H = H: semiconducting layers over the conductor and over the insulation; P = PVC sheath; 84 = 84: round galvanised steel wire armour over the screened cores; XHP 84 = XHP 84: three-core XLPE medium voltage cable, copper wire screen on each core, PVC separation sheath, armour of round zinc-plated steel wires with or without a contra-helical steel tape, PVC sheath (N2XSEYRGY, NA2XSEYRGY); aluminium: XHP 84-A. 6/10 kV, test voltage 15 kV (Novkabel). SRPS N.C5.230.
1 coding system recognises this code
JUS / SRPS / HRN N.C0.006 type names (former Yugoslavia)
| Symbol | Meaning |
|---|---|
X | Cross-linked polyethylene (XLPE) insulation |
H | H: semiconducting layers over the conductor and over the insulation |
P | PVC sheath |
84 | 84: round galvanised steel wire armour over the screened cores |
XHP 84 | XHP 84: three-core XLPE medium voltage cable, copper wire screen on each core, PVC separation sheath, armour of round zinc-plated steel wires with or without a contra-helical steel tape, PVC sheath (N2XSEYRGY, NA2XSEYRGY); aluminium: XHP 84-A. 6/10 kV, test voltage 15 kV (Novkabel). SRPS N.C5.230 |
What is XHP 84 cable?
XHP 84: three-core XLPE medium voltage cable, copper wire screen on each core, PVC separation sheath, armour of round zinc-plated steel wires with or without a contra-helical steel tape, PVC sheath (N2XSEYRGY, NA2XSEYRGY); aluminium: XHP 84-A. Rating: 6/10 kV, test voltage 15 kV (Novkabel). Standard: SRPS N.C5.230.
Novkabel pdf p.35 'XHP 84, XHP 84-A | N2XSYRGY, NA2XSYRGY; N2XSEYRGY, NA2XSEYRGY': 3 screened cores stranded together, extruded separation sheath, armour of round zinc-plated steel wires with or without a contra-helical steel tape, PVC sheath (black, red for mining). Letters per the Split university text, Tablica 1.3 'Nacin oznacavanja energetskih kabela' (HRN N.C0.006 against HD 603 S1 / HD 620 S1): P = PVC insulation or sheath (HD Y), X = XLPE (2X), Y = green-yellow protective conductor (HD J), H = semiconducting layers round the insulation, E = PE sheath (2Y), Eh = semiconducting PE sheath, 00 = no mechanical protection, 44 = round steel wire armour, 49 = watertight electrical protection (S(F)), 91 = outer protective covering, A = aluminium; OJ / OV / SJ / SV = round solid / round stranded / sector solid / sector stranded conductor (RE / RM / SE / SM). The other two-digit codes are read off the Novkabel catalogue, which prints each SRPS name beside its VDE / HD and GOST twin.
Documents and pages the readings were taken from
- Novkabel AD, 'Cables and Wires' catalogue, pdf p.35
JUS / SRPS / HRN N.C0.006 type names (former Yugoslavia): how to read the cable type names
Fire behaviour (EU CPR)
PVC sheath (P).
Typically targeted, as declared by makers for this kind of construction in the examples this site checked (not the class of this cable):
EcaN1XV-R, Ahlsell (seller)Cca-s3,d1,a3FG16OR16, Nexans (La Triveneta Cavi)EcaU1000 R2V, Nexans (La Triveneta Cavi)EcaN2XSY, Waskönig+Walter (10 kV datasheet)
Listed as sources, alphabetically by maker. No maker pays to appear here.
A CPR class is declared by the maker in its Declaration of Performance and printed on the sheath (EN 50575 cl 7). This decoder does not assign one. What the CPR classes mean →
Sources: EN 13501-6 draft and FprEN 50575:2014 final draft (drafts, not the published texts); IEC 60332-3-24:2000+A1:2008; EN 13501-3 draft A2.
Laying, sizes and datasheet: XHP 84
Terms on this page: steel wire armour
Work with XHP 84
Who makes or stocks this cable?
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