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EEMUA 133 1900/3300V Three Core Copper Lead Covered Armoured Cable
EEMUA 133 1900/3300V three-core copper cable with XLPE insulation, lead covering, steel wire armour and PVC sheath. Compare 12 sizes from 16-400 mm2 for refinery and industrial power projects.
EEMUA 133 Lead covered armoured 1900-3300V.pdf Contact us

APPLICATION

BURY CABLE EEMUA 133 1900/3300V lead covered armoured cable is designed for fixed power distribution in refineries, petrochemical plants and industrial facilities. Three copper conductors combine with XLPE insulation, lead alloy protection, galvanized steel wire armour and PVC sheath layers.

The lead covering adds an environmental barrier where hydrocarbons, solvents or moisture are a project concern. Share the expected exposure and route conditions with BURY CABLE to select the sheath specification for trays, ducts, trenches or engineered underground routes.

CONSTRUCTION

ConductorAnnealed Copper conductor, circular or shaped, Class 2 to BS EN60228.
InsulationXLPE (Cross-Linked Polyethylene) Type GP 8 conforming to BS 7655-1.3 or type GP 6 conforming to BS 7655-1.2.
Colour Code3 Cores : Brown, Black, Grey
BeddingPVC (Polyvinyl Chloride)
ProtectionLC (Lead alloy 'E') sheathed
Inner SheathPVC (Polyvinyl Chloride)
ArmourMulti Core : GSWA (Galvanized Steel Wire Armour)
Outer SheathPVC(Polyvinyl Chloride), or anti-rodent and anti-termite PVC(optional)

TECHNICAL INFORMATION

Voltage rating1900/3300V
Temperature rating0°C to +90°C
Bending radius12 x overall diameter
Flame retardantBS EN 60332-1-2

CABLE PARAMETER

Three-core 1900/3300 V cables with lead sheath

Nominal Cross-sectional AreaStrand TypeNominal Insulation thicknessNominal Lead sheath thicknessNominal Inner Sheath thicknessNominal Steel Wire Armor dia.Nominal Outer Sheath thicknessApprox. Overall DiameterAprrox Weight
mm²No./mmmmmmmmmmmmmmkg/km
3x167/1.7021.311.61.831.82750
3x257/2.1421.411.61.834.93412
3x357/2.5221.511.61.937.64045
3x50*19/1.7821.51.22240.24822
3x70*19/2.1421.51.222.141.75560
3x95*19/2.5221.61.222.243.56582
3x120*37/2.0321.71.42.52.350.48440
3x150*37/2.2521.81.42.52.452.79540
3x185*37/2.5221.91.42.52.556.611272
3x240*61/2.25221.62.52.662.313819
3x300*61/2.5222.21.62.52.766.916456
3x400*61/2.8522.31.62.52.971.420900

* Shaped stranded conductor

KEY FEATURES

  • Three-core 1900/3300V construction with 12 entries from 16 to 400 mm².

  • Class 2 annealed copper conductors, circular or shaped; brown, black and grey core identification.

  • Lead alloy E protection with PVC bedding, inner sheath and outer sheath.

  • Galvanized steel wire armour; optional anti-rodent and anti-termite PVC.

  • Temperature rating 0°C to +90°C and minimum bending radius 12 times the overall diameter.

SELECTION NOTES

  • Use the exact table row when selecting glands, supports and pulling arrangements. Starred 50–400 mm² entries use shaped stranded conductors.

  • Confirm the insulation grade, lead sheath requirements, chemical exposure and sheath options with BURY CABLE in the project datasheet.

  • Provide the load, grouping, route and short-circuit duty for current-rating and voltage-drop checks, including lead sheath and armour bonding arrangements.

  • The gallery includes single-core, multicore and LSOH series references. The product specified here is the three-core lead covered PVC construction in the technical table.

RELATED CABLE TYPES

FAQ

What sizes are listed?

Twelve three-core sizes are shown: 16, 25, 35, 50, 70, 95, 120, 150, 185, 240, 300 and 400 mm².

Why specify a lead covering?

It adds an environmental barrier for demanding industrial routes. Match the cable to the actual chemicals, temperature and installation conditions.

Is this the same as the 600/1000V version?

This page covers 1900/3300V with its own insulation, sheath dimensions and weights. Use the separate 600/1000V page for that voltage range.

Is the standard sheath LSZH?

The specified outer sheath is PVC. For low smoke zero halogen requirements, contact BURY CABLE to select the appropriate construction.

What fire performance is listed?

The technical table specifies BS EN 60332-1-2 flame retardance. For fire survival circuits, request a construction with the required circuit-integrity evidence.

What should I send for a quotation?

Send the voltage, conductor size, quantity, run lengths, lead sheath and outer sheath requirements, route conditions, packing and delivery details.