fr 2009 catalogue

RADOX® Wire+Cable Catalogue

Excellence in Connectivity Solutions

Edition 2009 / 2010

Item Number 84078415 / 03.2009

RADOX® Wire+Cable Catalogue

Content Page

Introduction to HUBER+SUHNER and RADOX® The Material 1

RADOX® Fire Resistant Cables 2-7

Cable Installation 8

Fire Resistant Stainless Steel Cable Ties 9

RADOX® R125 & R155 High Temperature Flexible Wires 10-14

RADOX® Cables Fire Safety Performance 15-20

Technical Information 21-25

Notes 26-27

Further Catalogues 28

Company Contact Details Back Cover

1

HUBER+SUHNER is a Swiss based multinational company specialising in the manufacture of speciality cables with enhanced fire safety characteristics and telecommunication products.

The ever increasing demands to improve the fire safety of materials used for insulating and sheathing compounds of electric cables extends beyond the fundamental requirements of flame retardancy.

HUBER+SUHNER recognised these demands and developed RADOX®, a high performance compound with superior fire safety properties.

At HUBER+SUHNER we define our role as more than just a product supplier but more as a solutions partner to our customers to solve their individual requirements. Our experience is drawn from over 30 years of development in materials technology and extends beyond the industry norm.

Research and development remains a key element at HUBER+SUHNER with approximately 7% of revenue re-invested back into product development.

Our RADOX® cable products are manufactured according to a Quality Management System which is certified to ISO 9001 (AS 9001).

RADOX® was developed by HUBER+SUHNER to fill the temperature gap between conventional electrical cable insulation material such as PVC, XLPE + EPR which are rated at 90°C or lower and the more expensive high temperature resistant materials such as Tefzel (ETFE), Teflon (PTFE), and silicon rubbers rated at temperatures of 150°C and above.

Cables insulated and sheathed with RADOX® offer the electrical industry superb mechanical and environmental properties, halogen free with no corrosive by-products of combustion, low smoke and a 125°C continuous temperature rating.

RADOX® is a halogen free polyolefin-copolymer based compound crosslinked by e-beam technology to eliminate melt and flow of the material when subjected to extreme heat such as overload, short circuit or high ambient temperatures.

Due to the higher current carrying capacity per cross sectional area when compared to MIMS, PVC and XLPE designs, RADOX® Power cables can offer significant cost, weight and space savings while still providing a superior level of fire safety.

RADOX® cables are accepted worldwide and are considered as the benchmark for fire performance cabling systems.

Crosslinking of a cable material is the process of bonding together the molecular chains of a thermoplastic compound. Once the material is crosslinked it is heat stabilised and therefore will not melt or flow. Crosslinking may be achieved

through electron beam (e-beam) technology, chemical processes or temperature pressure methods. The chemical and temperature pressure methods are difficult to control and can result in variability in the level of crosslinking. RADOX® is

e-beam crosslinked to achieve exact and uniform crosslinking throughout the length and depth of the material.

What does crosslinking mean?

Introduction to HUBER+SUHNER

RADOX® The Material

Fire Resistant Cables

Control and Power Cables 3-4

Multi-core Power Cables 5

Single Insulated Building Wire 6

Telephone and Data Cables 6

Communication Cables 7

Stainless Steel Cable Ties 9

RADOX® FR-3013

2

Item

Number

Cross Section

mm2

No. of

Cores

Stranding

No. / Ø mm

Weight

kg / 100m

Overall Diameter

mm

Classification

Acc. AS/NZS 301312536429 0.75 2 7 / 0.38 8.0 8.0 WS51W12536460 0.75 3 7 / 0.38 10.0 8.5 WS51W12537006 0.75 4 7 / 0.38 12.0 9.5 WS51W12537192 0.75 10 7 / 0.38 30.0 14.5 WS51W12548139 0.75 20 7 / 0.38 46.5 19.0 WS51W12536434 1.0 2 7 / 0.45 9.5 8.5 WS51W12536467 1.0 3 7 / 0.45 11.5 9.0 WS51W12537012 1.0 4 7 / 0.45 15.0 10.0 WS51W12536444 1.5 2 7 / 0.54 12.0 9.0 WS52W12536472 1.5 2 + earth 7 / 0.54 14.5 10.0 WS52W12536474 1.5 3 7 / 0.54 14.5 10.0 WS52W12537024 1.5 3 + earth 7 / 0.54 18.5 11.0 WS52W12537021 1.5 4 7 / 0.54 18.5 11.0 WS52W12537054 1.5 4 + earth 7 / 0.54 23.0 12.5 WS52W12548140 1.5 6 + earth 7 / 0.54 27.5 13.0 WS52W12537092 1.5 7 7 / 0.54 27.5 13.0 WS52W12537212 1.5 10 7 / 0.54 40.5 17.5 WS52W12537232 1.5 11 + earth 7 / 0.54 45.0 18.0 WS52W12537259 1.5 16 7 / 0.54 59.0 20.5 WS52W12537284 1.5 20 + earth 7 / 0.54 74.0 22.5 WS52W12539462 1.5 40 + earth 7 / 0.54 144.5 32.5 WS52W

2 HOUR FIRE SURVIVAL CABLES

• FR 3013 (2005)• Flame Retardant AS 1660.5.1 (IEC 60332-3)• Zero Halogen AS 1660.5.4 (IEC 60754-1)• Low Smoke AS 1660.5.2 (IEC 61034-2)• Zero Corrosive Gases AS 1660.5.4 (IEC 60754-2)

RADOX® FR - 3013

Control and Power Cables

Voltage Rating: 0.75mm2 to 1.0mm2 300/500V 1.5mm2 to 2.5mm2 0.6/1kVMaximum Temperature Range: -40°C to +90°C

3

Item

Number

Cross Section

mm2

No. of

Cores

Stranding

No. / Ø mm

Weight

kg / 100m

Overall Diameter

mm

Classification

Acc. AS/NZS 301312536454 2.5 2 7 / 0.70 16.5 10.5 WS52W12536487 2.5 2 + earth 7 / 0.70 20.0 11.5 WS52W12536486 2.5 3 7 / 0.70 20.0 11.5 WS52W12547477 2.5 3 + earth 7 / 0.70 25.5 12.5 WS52W12537039 2.5 4 7 / 0.70 25.5 12.5 WS52W12537059 2.5 4 + earth 7 / 0.70 32.0 14.0 WS52W12537099 2.5 6 + earth 7 / 0.70 39.5 15.5 WS52W12537225 2.5 10 + earth 7 / 0.70 60.5 21.0 WS52W12537289 2.5 20 + earth 7 / 0.70 106.0 26.5 WS52W

No. of Cores Core Colours Sheath Colour: Red2 Red, White Conductors: Copper to AS 1125 (IEC 60228 Class 2)2 + earth Red, Black, Yellow/Green3 Red, White, Blue3 + earth Red, White, Blue, Yellow/Green 4 Red, White, Blue, Black4 + earth Red, White, Blue, Black, Yellow/Green ≥ 5 White with Black Numbers + Yellow/Green if earthed

The WS classifications are valid when the cables are installed in accordance with our installation recommendations. Refer page 8.

Voltage Rating: 0.6/1kV

Maximum Temperature Range: -40°C to +90°C



4

Item

Number

Cross Section

mm2

No. of

Cores

Stranding

No. / Ø mm

Weight

kg / 100m

Overall Diameter

mm

Classification Acc. AS/NZS 3013

*12536459 4.0 2 7 / 0.88 23.0 12.0 WS52W12536496 4.0 2 + earth 7 / 0.88 28.0 13.0 WS52W12536494 4.0 3 7 / 0.88 28.0 13.0 WS52W12537047 4.0 3 + earth 7 / 0.88 38.0 14.5 WS52W12537062 4.0 4 + earth 7 / 0.88 45.0 16.0 WS52W12537478 6.0 2 7 / 1.07 31.5 14.0 WS52W12537996 6.0 2 + earth 7 / 1.07 41.0 14.5 WS52W12537708 6.0 3 + earth 7 / 1.07 51.0 16.5 WS52W12537654 6.0 4 + earth 7 / 1.07 61.5 18.0 WS52W



No. of Cores Core Colours Sheath Colour: Red2 Red, White Conductors: Copper to AS1125 (IEC 60228 Class 2)2 + earth Red, Black, Yellow/Green3 Red, White, Blue3 + earth Red, White, Blue, Yellow/Green 4 Red, White, Blue, Black4 + earth Red, White, Blue, Black, Yellow/Green

* Proposed operating temperature range for the purposes of AS/NZS 3013 classification is -25°C to +110°C.RADOX® FR - 3013 cables are capable of operating outside the stated temperature range (as low as -40°C and as high as +125°C) with a differing degree of resistance to mechanical damage than the AS/NZS 3013 classification indicates. For details please contact us.


Voltage Rating: 0.6/1kVMaximum Temperature Range: -40°C to +125°C

RADOX® FR - 3013

Multi-core Power Cables

5

Cross Section

mm2

No. of

Cores

Stranding

No. / Ø mm

Weight

kg / 100m

Overall Diameter

mm

Classification

Acc. AS/NZS 30131.5 1 7 / 0.54 2.5 3.5 WS5XW2.5 1 7 / 0.70 3.5 4.0 WS5XW

Voltage Rating: 0.6/1kVMaximum Temperature Range: -40°C to +125°C

Colours Available: Red, White, Black, Blue & Yellow/Green Note: RADOX® FR - 3013 Building Wire should be provided with additional mechanical protection, i.e. conduit, duct etc.

Item

Number

Cross Section

mm2

No. of Twisted

Pairs

Stranding

No. / Ø mm

Core Diameter

mm

Weight

kg / 100m

Overall Diameter

mm

Classification Acc. AS/NZS 3013

*12539787 0.375 2 1 / 0.69 1.75 6.1 7.8 WS51W

Austel Approved: A93/CA/0097 (2 pairs)Core Colours: According to Austel Technical Standard TS008 Sheath Colour: RedConductors: Plain Copper Wire

* Proposed operating temperature range for the purposes of AS/NZS 3013 classification is -25°C to +60°C.RADOX® FR - 3013 cables are capable of operating outside the stated temperature range (as low as -40°C and as high as +125°C) with a differing degree of resistance to mechanical damage than the AS/NZS 3013 classification indicates. For details please contact us.


RADOX® FR - 3013

Single Insulated Building Wire

RADOX® FR - 3013

Telephone and Data Cables

Maximum Temperature Range: -40°C to +125°C Data Transmission Characteristic: Category 3

2 HOUR FIRE SURVIVAL CABLES• FR 3013 (2005)• Flame Retardant AS 1660.5.1 (IEC 60332-3)• Zero Halogen AS 1660.5.4 (IEC 60754-1)• Low Smoke AS 1660.5.2 (IEC 61034-2)• Zero Corrosive Gases AS 1660.5.4 (IEC 60754-2)

RADOX® FR Telephone and Data Cables are IDC (Krone) compatible and can be connected with standard jelly filled connectors.

6

Item

Number

Cross Section

mm2

No. of Twisted Cores

Stranding

No. / Ø mm

Weight

kg / 100m

Overall Diameter

mm

Classification

Acc. AS/NZS 301312536430 0.75 1 x 2 7 / 0.38 8.5 8.0 WS51W12537009 0.75 2 x 2 7 / 0.38 20.5 13.5 WS51W12537069 0.75 3 x 2 7 / 0.38 23.0 14.0 WS52W12537196 0.75 5 x 2 7 / 0.38 33.5 17.5 WS52W12537247 0.75 7 x 2 7 / 0.38 40.0 19.0 WS52W12537270 0.75 10 x 2 7 / 0.38 55.5 23.0 WS52W

12536436 1.0 1 x 2 7 / 0.45 10.0 8.5 WS51W12536408 1.0 1 x 3 7 / 0.45 12.0 9.0 WS51W12537015 1.0 2 x 2 7 / 0.45 23.5 14.5 WS51W12537074 1.0 3 x 2 7 / 0.45 28.5 15.5 WS52W12537201 1.0 5 x 2 7 / 0.45 41.5 19.0 WS52W12537250 1.0 7 x 2 7 / 0.45 49.0 21.0 WS52W12537273 1.0 10 x 2 7 / 0.45 69.5 25.5 WS52W12536447 1.5 1 x 2 7 / 0.54 12.5 9.5 WS52W12536410 1.5 1 x 3 7 / 0.54 15.5 10.0 WS52W12537029 1.5 2 x 2 7 / 0.54 30.0 16.0 WS52W12537081 1.5 3 x 2 7 / 0.54 35.5 17.0 WS52W12537206 1.5 5 x 2 7 / 0.54 52.0 21.0 WS52W12537253 1.5 7 x 2 7 / 0.54 61.5 22.5 WS52W12537276 1.5 10 x 2 7 / 0.54 87.0 28.0 WS52W

Core Colours: White with black numbers Sheath Colour: RedConductors: Copper to AS 1125 (IEC 60228 Class 2)


RADOX® FR - 3013

Communication Cables

Voltage Rating: 300/500VMaximum Temperature Range: -40°C to +90°C Screen: Overall Alu/Poly screen + drain wire



7

RADOX® FR - 3013

Cable Installation Requirements

On Cable Tray / Ladder

Direct Fixing to Walls, Ceilings and in PVC Conduit

Steel Conduits

Catenary Wire

Unsupported Spans

Cables should be secured with metal* fixings such as stainless steel cable ties, strapping or cable clamps with the following minimum recommended fixing distances: Vertical, Inclined or Unsupported - For cables or cable bunches of diameter less than or equal to 25mm fix every 600mm- For cables or cable bunches of diameter greater than 25mm fix every 300mm Horizontal - Where supported by the ladder or tray fix every 1000mm Trays / ladders should be fixed to the fire rated elements of the building structure using steel expanding bolts or a similar system. Trays and fixing should be loaded according to the manufacturers recommendation for fire conditions.

Cables / conduits should be secured with saddles (generally galvanised steel) using steel expanding bolts or a similar system not incorporating flammable materials such as nylon. Minimum recommended fixing distances are as follows: Vertical, Inclined or Unsupported - For cables, cable bunches or PVC conduits containing cable bunches of diameter less than or equal to 25mm fix every 600mm - For cables, cable bunches or PVC conduits containing cable bunches of diameter greater than 25mm fix every 300mmHorizontal - Where supported by a fire rated surface fix every 1000mm

Conduits should be secured with saddles (generally galvanised steel) using steel expanding bolts or a similar system not incorporating flammable materials such as nylon. Vertical, Inclined or Unsupported- Fix every 600mm

Cables must be secured to catenary wires using metal* fixings such as stainless steel cable ties or strapping with the following minimum recommended fixing distances: - For cables or cable bunches less than or equal to 25mm fix every 600mm - For cables or cable bunches of diameter greater than 25mm fix every 300mm Catenary wires should be secured to fire rated elements of the building structure and should only be loaded to 50% of the manufacturers recommended maximum.

No unsupported span over 600mm for cable or cable bunch diameters less than or equal to 25mm.No unsupported span over 300mm for cable or cable bunch diameters greater than 25mm.

* Metals such as steel and copper are deemed suitable. Brass or aluminium is not suitable due to its lower melting point.All fixings and supports must be tested and comply with AS/NZS 3013. These recommendations are considered minimum requirements and should be read in conjunction with local statutory requirements.

8

Part No. Length mm Width

mm

Thickness

mm

Max. Bundle Diameter

mm

Min. Loop Strength

kg

Pack Qty

ST200/7 200 7 0.28 55 32 100ST250/7 250 7 0.28 70 32 100ST360/12 360 12 0.35 110 50 50ST450/12 450 12 0.35 110 50 50

RADOX® FR - 3013

Stainless Steel Cable Ties

2 HOUR FIRE RATING

• Stainless Steel Type 304 (Type 316 available on request)• Corrosion Resistant• Normal Operating Temperature Range -80°C to +539°C (approx.)• RADOX® Stainless Steel Cable Ties have been approved for use in fire resistant wiring systems requiring conformance with AS/NZS 3013.

9

10

RADOX® R125 & R155 High Temperature Flexible Wires

Flexible Single Core R125 11

Flexible Multi-core R125 12

Flexible Single Core R155 13

Flexible Multi-core R155 14

Cross Section

mm2

Stranding

No. / Ø mm

Colours Available Weight

kg / 100m

Overall Diameter

mm0.25 19/0.13 Black, Brown, Red, Orange, Yellow, Blue, Grey, White, Violet 0.4 1.50.50 19/0.18 Black, Brown, Red, Orange, Yellow/Green, Blue, Grey, White 0.7 1.70.75 24/0.20 Black, Brown, Red, Orange, Blue, Grey, White, Violet 1.1 2.2

1.0 32/0.20Black, Brown, Red, Orange, Yellow,

Yellow/Green, Blue, Grey, White, Violet1.5 2.6

1.5 30/0.25 Black, Brown, Red, Orange, Yellow/Green, Blue, Grey, White, Violet 1.9 2.72.5 48/0.25 Black, Brown, Red, Yellow, Yellow/Green, Blue, Grey, White, Violet 3.0 3.44.0 56/0.30 Black, Brown, Red, Blue, Grey, White 4.6 4.16.0 81/0.30 Black, Brown, Red, Yellow/Green, Blue, White 6.5 5.010.0 78/0.40 Black, Red, Blue, White 11.0 6.216.0 119/0.40 Black, Red, Blue, White 16.5 7.425.0 182/0.40 Black 25.0 8.935.0 266/0.40 Black 35.0 10.350.0 378/0.40 Black 50.0 12.170.0 348/0.50 Black 71.0 14.4

RADOX® R125

Flexible Single Core 125°C Rated

11

RADOX® 125 High Temperature Low Smoke Halogen Free Flexible Wires Thermal Class B

Voltage Rating: 0.25mm2 to 1.0mm2 450/750V 1.5mm2 to 240mm2 0.6/1kV

Benefits• High current carrying capacities• Wide temperature range -40°C to +125°C• Electron beam crosslinked• Short circuit temperatures of up to 280°C with no change to material properties• Easy processability (removal of insulation etc.) • Excellent resistance against all conventional impregnating varnishes and potting resins • Flexible• Good abrasion resistance and mechanical properties• Available in a full range of colours• Good resistance to ozone, UV and sunlight radiation

Behaviour in Case of Fire• Flame retardant AS 1660.5.1 (IEC 60332-3)• Zero halogen AS 1660.5.4 (IEC 60754-1)• Low smoke AS 1660.5.2 (IEC 61034-2)• Zero corrosive gases AS 1660.5.4 (IEC 60754-2)

Applications• All class B insulated equipment • Electric locomotives and railway carriages • Electric Trams • Electronic equipment • Switchboards • Lighting equipment• Thermal equipment and appliances• Refrigeration units and freezers• Air conditioners• Wiring of coils, leads to ballasts transformers and converters etc. • Flexible connection to diesel motor generator sets• Harnesses for automotive industry• Engine bay wiring• RADOX® 125 RW for high density wiring

Note: Other sizes available on request

Cross Section

mm2

No. of

cores

Stranding

No. / Ø mm

Core Colours Weight

kg / 100m

Overall Diameter

mm0.75 2 24/0.20 Brown, Blue 6.3 6.60.75 3 24/0.20 Brown, Blue, Yellow/Green 7.1 7.00.75 4 24/0.20 Brown, Grey, Black, Yellow/Green 8.8 7.70.75 5 24/0.20 Brown, Blue, Black, Grey, Yellow/Green 10.9 8.61.0 2 32/0.20 Brown, Blue 7.4 7.51.0 3 32/0.20 Brown, Blue, Yellow/Green 9.1 7.91.0 4 32/0.20 Brown, Grey, Black, Yellow/Green 11.2 8.81.0 5 32/0.20 Brown, Blue, Black, Grey, Yellow/Green 13.6 9.61.5 2 30/0.25 Brown, Blue 8.6 7.81.5 3 30/0.25 Brown, Blue, Yellow/Green 11.0 8.31.5 4 30/0.25 Brown, Grey, Black, Yellow/Green 13.6 9.21.5 5 30/0.25 Brown, Blue, Black, Grey, Yellow/Green 16.8 10.42.5 2 48/0.25 Brown, Blue 13.0 9.12.5 3 48/0.25 Brown, Blue, Yellow/Green 16.6 10.12.5 4 48/0.25 Brown, Grey, Black, Yellow/Green 20.9 11.32.5 5 48/0.25 Brown, Blue, Black, Grey, Yellow/Green 24.9 12.44.0 2 56/0.30 Brown, Blue 18.7 11.04.0 3 56/0.30 Brown, Blue, Yellow/Green 23.9 12.04.0 4 56/0.30 Brown, Grey, Black, Yellow/Green 29.8 13.06.0 2 82/0.30 Brown, Blue 29.1 14.16.0 3 82/0.30 Brown, Blue, Yellow/Green 36.8 14.56.0 4 82/0.30 Brown, Grey, Black, Yellow/Green 41.8 15.6

12

RADOX® R125

Flexible Multi-core 125°C Rated

Voltage Rating: 0.25mm2 to 0.5mm2 450/750V 0.75mm2 to 6.0mm2 0.6/1kV

Sheath: RADOX® 125 Black

Note: Other sizes available on request Some sizes available with screen from stock

RADOX® 125 High Temperature Low Smoke Halogen Free Flexible Cables Thermal Class B

Cross Section

mm2

Stranding

No. / Ø mm

Colours Available Weight

kg / 100m

Overall Diameter

mm0.25 19/0.13 Black, Yellow, Yellow/Green, White 0.4 1.50.50 19/0.18 Black, Brown, Red, Orange, Yellow, Yellow/Green, Blue, White 0.7 1.70.75 24/0.20 Black, Brown, Red, Orange, Yellow, Yellow/Green, Blue, Grey, White 1.1 2.2

1.0 32/0.20 Black, Brown, Red, Orange, Yellow, Yellow/Green, Blue, Grey, White, Violet 1.5 2.6

1.5 30/0.25 Black, Brown, Red, Yellow, Yellow/Green, Blue, Grey, White 1.9 2.72.5 48/0.25 Black, Brown, Red, Yellow/Green, Blue, Grey, White 3.0 3.44.0 56/0.30 Black, Brown, Red, Yellow, Blue, Grey 4.6 4.16.0 82/0.30 Black, Red, Yellow/Green, Blue 6.5 5.010.0 78/0.40 Black, Red 11.0 6.216.0 119/0.40 Black, Red, White 16.0 7.425.0 182/0.40 Black 25.0 8.935.0 266/0.40 Black 35.0 10.350.0 378/0.40 Black 50.0 12.170.0 348/0.50 Black 68.0 14.495.0 444/0.50 Black 89.0 16.3120.0 570/0.50 Black 110.0 18.4

RADOX® R155

Flexible Single Core 155°C Rated

13

Voltage Rating: 0.25mm2 to 1.0mm2 450/750V 1.5mm2 to 240mm2 0.6/1kV

Benefits• Flame retardant AS1600.5.1 (IEC 60332-3) • Wide temperature range -40°C to +155°C• Self extinguishing• Low halogen• High current carrying capacities • Electron beam crosslinked • Short circuit temperatures of up to 280°C with no change to material properties• Easy processability (removal of insulation)• Excellent resistance against all conventional impregnating varnishes and potting resins • Flexible • Good abrasion resistance and mechanical properties• Available in a full range of colours• Good resistance to ozone, UV and sunlight radiation Note: Other sizes available on request

Applications• All class F insulated equipment • Electric motors • Furnaces • Switchboard wiring • Domestic appliances• Hot water systems• Lighting equipment• Air conditioners• Transformers • Electronic equipment • Generators• High temperature equipment

RADOX® 155 High Temperature Flexible Wires Thermal Class F

Cross Section

mm2

No. of

cores

Stranding

No. / Ø mm

Core Colours Weight

kg / 100m

Overall Diameter

mm0.75 2 24/0.20 Brown, Blue 4.9 6.30.75 3 24/0.20 Brown, Blue, Yellow/Green 5.9 6.70.75 4 24/0.20 Brown, Grey, Black, Yellow/Green 8.8 7.50.75 5 24/0.20 Brown, Blue, Black, Grey, Yellow/Green 10.9 8.61.0 2 32/0.20 Brown, Blue 6.1 7.01.0 3 32/0.20 Brown, Blue, Yellow/Green 7.7 7.61.0 4 32/0.20 Brown, Grey, Black, Yellow/Green 11.2 8.81.0 5 32/0.20 Brown, Blue, Black, Grey, Yellow/Green 13.6 9.61.5 2 30/0.25 Brown, Blue 6.6 7.51.5 3 30/0.25 Brown, Blue, Yellow/Green 9.2 7.91.5 4 30/0.25 Brown, Grey, Black, Yellow/Green 11.7 8.81.5 5 30/0.25 Brown, Blue, Black, Grey, Yellow/Green 15.0 10.12.5 2 48/0.25 Brown, Blue 13.0 9.12.5 3 48/0.25 Brown, Blue, Yellow/Green 14.6 9.92.5 4 48/0.25 Brown, Grey, Black, Yellow/Green 18.6 11.12.5 5 48/0.25 Brown, Blue, Black, Grey, Yellow/Green 22.3 11.94.0 2 56/0.30 Brown, Blue 18.7 11.04.0 3 56/0.30 Brown, Blue, Yellow/Green 23.9 12.04.0 4 56/0.30 Brown, Grey, Black, Yellow/Green 29.0 13.06.0 2 82/0.30 Brown, Blue 29.1 14.16.0 3 82/0.30 Brown, Blue, Yellow/Green 36.8 14.56.0 4 82/0.30 Brown, Grey, Black, Yellow/Green 41.8 15.6

Note: Other sizes available on request

RADOX® R155

Flexible Multi-core 155°C Rated

14

Voltage Rating: 0.25mm2 to 0.5mm2 450/750V 0.75mm2 to 120.0mm2 0.6/1kV

Sheath: RADOX® 155 Black

RADOX® 155 High Temperature Flexible Cables Thermal Class F

RADOX®

Fire Survival and Safety CablesProtection of human life and prevention of damage to equipment and buildings in case of fire has become increasingly important to owners, tenants and regulatory authorities.

Safety requirements are becoming more and more stringent for electrical installations particularly in the area of essential services such as fire alarm and sprinkler systems, smoke extraction equipment, evacuation / intercommunication systems, emergency lighting and lifts.

For these services to operate effectively a wiring system capable of supplying power to them for the period they are required to function is imperative.

Various tests have been devised to classify the suitability of cables for this application including IEC 60331 and BS6387, however the AS/NZS 3013 is one of the only standards to address the classification of the entire wiring system including cables, supports fixings etc.

AS/NZS 3013 is a classification system which defines the performance criteria for a wiring system inclusive of all elements forming part of that system i.e. cable joints, tap-offs, supports and fixings.

The classification system is similar to the IP system ratings however the prefix will be ‘WS’ followed by two numerals and a supplementary letter ‘W’. The first numeral will indicate the wiring systems ability to maintain circuit integrity to fire. The second numeral will indicate the wiring systems capability of maintaining electrical integrity when subjected to water spray following a fire.

The classification categories for fire testing are divided into groups based on their cross sectional areas:

GROUP A: 1mm2 to 6mm2 (from 1 to 5 cores)

GROUP B: 10mm2 to 630mm2 (from 1 to 5 cores)

GROUP C: Other cables with a cross sectional area less than 1mm2 of having more than 5 cores

For the classification of mechanical ratings a series of tests are conducted on cables with different cross sectional areas. The same rating may be assigned to cables having the same construction comprising more conductors with the same cross section, or larger conductors with the same number of cores. It can not be applied to cables with a smaller cross section or a lower number of cores than that tested.

AS/NZS 3013

15

Fire test according to AS1530.4

AS/NZS 3013 - Fire Test

Three representative cable specimens from each group shall be subjected to fire conditions according to AS1530.4 and be continually monitored for electrical continuity and short circuit. The shortest time at which failure occurs is recorded and a characteristic numeral is assigned to the wiring system according to the table opposite.

FirstCharacteristic

Numeral

Minimum time for which the circuit integrity of the wiring system is

maintained in minutes

x

1

2

3

4

5

Degree of protection does not apply

15

30

60

90

120

RADOX® FR-3013 wiring systems have been tested and proved to achieve a WS52W rating for groups A, B and C. (See pages 3 to 7 for specific data).

AS/NZS 3013 - Mechanical Test

The procedure used to determine the mechanical rating of a wiring system consist of a series of Impact and Cutting Tests. A second characteristic numeral will be assigned to the wiring system depending upon the results obtained. The classification and applications will be according to the following table.

RADOX® FR-3013 wiring systems have been tested and proved to achieve the specific classification detailed on pages 3 to 7.

SecondCharacteristic

Numeral

Indicative Application of a Wiring System (Refer clause G4.2 AS/NZS 3013)

x

1

2

3

4

5

Degree of protection does not apply

Used in internal, domestic or office situations where some damage is considered likely

Used in passageways in domestic, office and commercial locations where impact by hand, trucks and barrows is considered likely

Wiring in carparks and driveways where impact by cars or light vehicles is considered likely

Wiring in areas where impact by vehicles not exceeding 2T but with solid frames is considered likely

Wiring in areas where impact by laden trucks exceeding 2T is considered likely

Impact Test

16

IEC 60331 - Fire Test

A 1200mm sample of cable is mounted over a gas burner and energised at its rated voltage. Flames are applied for 3 hours with the temperature at the cable being 750°C and 800°C.

After 3 hours the gas and power are turned off, then a further 12 hours the power is reconnected. To pass the cable must remain operational both during the 3 hour exposure to the flames and when the power is reconnected after 12 hours.

RADOX® FR Cables meet and exceed the requirements of IEC 60331.

BS 6387 - Fire and Mechanical Tests

BS 6387 defines the performance of electric cables when subjected to fire conditions including fire with water spray and fire with mechanical shock. Depending on the level achieved a characteristic letter is assigned according to the following categories:

Fire Test Category A: 650°C for 3 hrs Category B: 750°C for 3 hrs Category C: 950°C for 3 hrs Category S: 950°C for 20 min

Fire with Mechanical Shock Category X: 650°C for 15 min + mechanical shock Category Y: 750°C for 15 min + mechanical shock Category Z: 950°C for 15 min + mechanical shock

Fire with Water Spray Category W: 650°C for 15 min then 650°C with water spray for a further 15 min

RADOX® FR Cables are certified to categories C, W and Z being the highest rating.

17

Fire test according to IEC 60331

Fire Test Rig

Construction of RADOX® FR Cables and Performance when Subjected to Fire

The Propagation of Fire

In the event of a fire with flames directly affecting the FR cable, the sheath will release water vapour as the temperature elevates. As this water vapour is formed it significantly retards the cables ability to burn, however, should the fire continue as in a large fire, the sheath will eventually degrade to an ash. The primary RADOX®

insulation then with elevated temperature also releases water vapour until it, in turn degrades. Irrespective of the degradation of sheath and insulation the flame barrier is designed to interact with the ash and maintain the cables circuit integrity at the nominated voltage at temperatures over 1000°C.

Fire can spread rapidly to other areas in a building via the large volumes of cables installed in riser shafts and ceiling spaces. It is for this reason that it is important to install highly flame retardant cables.

There are several tests for determining the flame propagation characteristics of cables, however as AS1600.5.1 is a good representation of a real fire situation detailing methods for assessing the flame retardance of bunched cables having densities of combustible material.

AS1660.5.1 (IEC 60332-3)

AS1660.5.1 details 3 test categories determined by the amount of combustible material contained in a one metre sample of bunched cable.

Category A: 7 litres of combustible material per metre exposed to a flame for 40 minutes.

Category B: 3.5 litres of combustible material per metre exposed to a flame for 40 minutes.

Category C: 1.5 litres of combustible material per metre exposed to a flame for 20 minutes.

The cable specimens are placed vertically next to each other on a vertical ladder tray and are then exposed to the flame of a ribbon burner for the appropriate time.

After the removal of the flame, the cable specimens must be wiped clean and the charred or affected portion should not have reached a height exceeding 2.5 metres.

RADOX® FR and R125 Cables meet the requirements of AS1660.5.1 for Categories A, B and C.

Flame Propagation Test

18

Copper Conductor

Flame Barrier

Insulation, RADOX® zero halogen, flame retardant

Sheath, RADOX® zero halogen, flame retardant

Toxic and Corrosive Gases

AS1660.5.4 (IEC 60754-1) Acid Gas Emission Test

19

Toxicity of combustion products is an extremely involved subject. The concentrations of various gases considered fatal to humans within 30 minutes have been documented, however little is known about the effect of lower concentrations of combinations of these gases. It is therefore important to eliminate the most toxic of these (most commonly the halogens) and to minimise the other less toxic gases such as carbon dioxide and carbon monoxide, both of which are also responsible for a great number of fatalities.

As well as being highly toxic, halogens combine with hydrogen to form acid gases which can cause serious damage to electronic equipment even in small scale fires which are extinguished quickly. When combined with water these halide gases form concentrated acid solutions which cannot only cause serious damage to building structures, but which are extremely irritating to people trying to evacuate.

HCI gas generated by burning PVC combines with water in the eyes, throat, nose and lungs to form hydrochloric acid which contributes significantly to panic, loss of coordination and subsequently in combination with other toxic by-products such as CO, CO2, HCN etc. leads to fatalities.

The following example highlights the quantity of these gases which can be generated - A 10 metre length of cable with 2.86kg of PVC can produce 320 litres of hydrochloric acid with highest possible concentration. This is enough to cover an area of 1400m2.

Concentrations considered to be fatal to humans within 30 minutes

Carbon Dioxide

Carbon Monoxide

Ammonia

Hydrogen Sulphide

Formaldehyde

Hydrogen Chloride

Acrylonitrile

Sulphur Dioxide

Oxides of Nitrogen

Hydrogen Cyanide

Hydrogen Bromide

Hydrogen Fluoride

(Extract from NES 713)

100,000 ppm

4,000 ppm

750 ppm

750 ppm

550 ppm

500 ppm

400 ppm

400 ppm

250 ppm

150 ppm

150 ppm

100 ppm

AS1660.5.4 specifies a method for the determination of the degree of acidity of gases evolved during combustion of cables by measuring pH and conductivity.

The performance requirements of this standard state that the weighted pH value of conductivity should not exceed 10µS/mm.

The pH and conductivity values for RADOX® 125 material are 5.46 and 4.8µS/mm respectively, well within the requirements of the standard.

RADOX® FR and 125 cables have zero halogen content, produce no corrosive by-products of combustion and due to the high content of inorganic fillers (50% by volume) have a very low fuel element.

Concentrations considered to be fatal to humans within 30 minutes

Carbon Dioxide

Carbon Monoxide

Ammonia

Hydrogen Sulphide

Formaldehyde

Hydrogen Chloride

Acrylonitrile

Sulphur Dioxide

Oxides of Nitrogen

Hydrogen Cyanide

Hydrogen Bromide

Hydrogen Fluoride

(Extract from NES 713)

100,000 ppm

4,000 ppm

750 ppm

750 ppm

550 ppm

500 ppm

400 ppm

400 ppm

250 ppm

150 ppm

150 ppm

100 ppm

20

Smoke Generation

AS 1660.5.2 (IEC 61034-2) 3m3 Smoke Obstruction Test

Smoke is a major obstacle to the safe evacuation of people during fire and also hinders the fire fighting efforts. Smoke extraction equipment improves the situation, however the use of low smoke products is a very important step in reducing the panic and inevitable disorientation caused by the presence of dense smoke generated by conventional insulation and sheathing materials.

Most cables are insulated with PVC and the following quote emphasises the dangers associated with such materials.

“A 1 metre length of burning cable containing around 0.85kg of PVC will result in complete obscuration in a room of 1000m3 within 5 minutes”.

RADOX® cables generate very little smoke, less than 1/10th than PVC.

The 3m3 test measures the generation of smoke from electric cables during fire.

An enclosure measuring 3m x 3m x 3m is constructed with two transparent windows installed on opposite sides.

A light beam emitted from a window is projected across the enclosure to a photocell connected to a recorder at the opposite window. The recorder is adjusted to register from 0% for complete obscuration to 100% luminous transmission.

A 1m cable specimen is placed in the centre of the enclosure and then subjected to fire. The minimum light transmission is recorded.

RADOX® cables have an average minimum light transmission value greater than 84% for the range of cables tested. Acceptance criterion given in AS 1660.5.2 is a minimum light transmission value greater than 60%.

For specific cable data contact our sale office on 1300 786 876.

Comparison of smoke burning from PVC (left) and RADOX® (right)

PVC

CSP

RADOX®

Light Absorption

Time in minutes

RADOX®

Technical Information

Current Ratings

Correction for Variation in Ambient and Operating Temperatures

Current ratings detailed on page 23 have been calculated in accordance with the International Electrotechnical Commission’s publication IEC 60287 “Calculation of the continuous current rating of cables (100% load factor)” and are based on the following assumptions.

i) Conductor temperature 105°C (for conductors ≤ 2.5mm2 90°C) ii) Ambient air temperature 40°C iii) Ambient soil temperature 25°C iv) Soil thermal resistivity 1.2Km/Wv) Depth of laying 0.5m to centre of duct / cable or group of ducts / cables Reference should be made to AS3008.1 for derating factors.

21

There are occasions when cables may be operated in ambient temperatures either above or below 40°C in which case the current rating of the cable will be affected.

The following correction factors can be used to calculate the current rating at any given ambient temperature:

Conductor

Temperature

Ambient Temperature

°C°C 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100

105 1.18 1.14 1.11 1.07 1.04 1.00 0.96 0.92 0.88 0.83 0.78 0.73 0.68 0.62 0.56 0.48 0.39 0.28

Conductor

Temperature

Ambient Soil Temperature

°C°C 10 15 20 25 30 35 40

105 1.09 1.06 1.03 1.00 0.97 0.94 0.90

RADOX® in Air

RADOX® Underground

Correction for Different Cable Operating Temperatures There may be instances when a cable will be carrying less than it’s rated current (for example where there are long cable runs and voltage drop is the primary consideration) in this case it may be necessary to calculate the actual operating temperature so that the correct values for voltage drop are used.

The estimated operating temperature at a given current can be calculated using the following formula:

θ0 = (θR - θA) ( I0 )2 + θA

IR

The estimated current rating for other operating temperatures can be calculated using the following formula:

I0 = IR √ θ0 - θA

θR - θA

WHERE

I0 = Operating current in amperes

IR = Current ratings as given in table page 23

θR = Operating temperature of cable when carrying IR in degrees Celsius

θA = Ambient air or ground temperature in degrees Celsius

θ0 = Operating temperature when carrying I0 in degrees Celsius

Note: Please contact sales on 1300 786 876 for more accurate calculations

22

Voltage DropSAA wiring rules AS 3000 requires that the voltage drop between the consumers terminals and any point of the installation shall not exceed 5% of the supply voltage at the consumers terminals.

Voltage drop (mV/A.m) values are given on page 24. These values are given at both the load power factor which results in the maximum voltage drop and at 0.8 power factor.

Actual voltage drop can be calculated as follows:

Vd = L x I x Vc

1000

WHERE

Vd = Actual voltage drop in volts

L = Route length of circuit

Vc = mV/A.m values given in the tables

I = Current to be carried by the cable

Short CircuitThe generalised form of the adiabatic temperature rise equation which is applicable to any starting temperature is as follows:

I2t = k2s2

The fault current rating for a given duration can be calculated using the following formula:

I = ks

√ tWHERE

t = Duration in seconds (maximum 5 seconds)

s = Nominal cross section of conductor in mm2

I = Value of fault current in amps

k = A factor taking account of the resistivity, temperature coefficient and heat capacity of the conductor material and the appropriate initial and final temperatures

Conductor

Material

Insulation

Material

Initial Temperature

°C

Limiting Final

Temperature °Ck

Copper RADOX®

75 280 161

90 280 153

105 280 146

Conductor

Size mm2

Spaced

Horizontal

Spaced

Vertical

Spaced

from

Surface

Touching Conduit

in Air

Conduit in

Insulation or

Partially

Surrounded

Buried

Direct

Underground Ducts

Single

Duct

Separate

Ducts

1 28 25 24 22 17 15 35 21 25

1.5 36 32 32 29 22 19 43 26 31

2.5 48 42 41 38 28 27 56 34 40

4 63 71 70 64 48 46 91 56 64

6 81 100 97 90 67 62 121 77 86

TWO SINGLE CORE

1 28 23 20 20 15 14 30 18 23

1.5 36 30 26 26 19 17 37 22 29

2.5 48 40 34 35 25 24 48 30 37

4 63 53 45 46 33 32 61 38 48

6 81 68 58 59 41 41 76 48 60

THREE SINGLE CORE

TWO CORE WITH OR WITHOUT EARTH CONDUCTOR

THREE & FOUR CORE WITH OR WITHOUT EARTH CONDUCTOR

Conductor

Size mm2

Spaced Touching Conduit

in Air

Conduit in Insulation or Partially Surrounded

In Insulation

Completely Surrounded

Buried Underground

Buried Direct

Single Duct

1 21 19 15 13 10 31 19

1.5 27 25 19 17 12 39 24

2.5 36 33 25 24 17 50 31

4 54 50 38 36 25 70 45

6 71 64 48 46 32 88 57

1 17 16 13 12 6 26 16

1.5 23 21 16 15 8 32 20

2.5 30 28 22 21 10 42 26

4 46 42 32 32 16 59 37

6 59 54 40 41 20 74 47

RADOX® FR Cables - Current Carrying Capacities (0.6/1kV)

23

Conductor

Size mm2

Three Phase Voltage Drop at 50Hz mV/A.mConductor Temperature °C

45 60 75 90 105max 0.8pf max 0.8pf max 0.8pf max 0.8pf max 0.8pf

1.0 40.3 32.4 42.5 34.2 44.7 35.9 46.8 37.6 49.0 39.41.5 25.9 20.9 27.3 22.0 28.6 23.1 30.0 24.2 31.4 25.32.5 14.1 11.4 14.9 12.0 15.6 12.6 16.4 13.2 17.1 13.84.0 8.77 7.16 9.24 7.53 9.71 7.91 10.2 8.29 10.7 8.666.0 5.86 4.82 6.18 5.07 6.49 5.32 6.81 5.57 7.12 5.82

SINGLE CORE RADOX® LAID IN TREFOIL

Conductor

Size mm2



1.0 40.3 32.5 42.5 34.2 44.7 36.0 46.8 37.7 49.0 39.41.5 25.9 20.9 27.3 22.0 28.6 23.1 30.0 24.2 31.4 25.42.5 14.1 11.5 14.9 12.1 15.6 12.7 16.4 13.3 17.1 13.94.0 8.78 7.22 9.25 7.59 9.72 7.97 10.2 8.35 10.7 8.726.0 5.87 4.88 6.18 5.13 6.50 5.38 6.81 5.63 7.12 5.89

Conductor

Size mm2



1.0 40.3 32.4 42.5 34.2 44.7 35.9 46.8 37.6 49.0 39.41.5 25.9 20.9 27.3 22.0 28.6 23.1 30.0 24.2 31.4 25.32.5 14.1 11.4 14.9 12.0 15.6 12.6 16.4 13.3 17.1 13.94.0 8.77 7.17 9.24 7.55 9.71 7.92 10.2 8.30 10.7 8.686.0 5.86 4.83 6.18 5.09 6.49 5.34 6.81 5.59 7.12 5.84

Conductor

Size mm2



1.0 40.3 32.4 42.5 34.1 44.7 35.8 46.8 37.6 49.0 39.31.5 25.9 20.8 27.3 21.9 28.6 23.0 30.0 24.1 31.4 25.32.5 14.1 11.4 14.9 12.0 15.6 12.6 16.4 13.2 17.1 13.84.0 8.77 7.12 9.24 7.50 9.71 7.87 10.2 8.25 10.7 8.636.0 5.86 4.79 6.18 5.04 6.49 5.29 6.80 5.54 7.12 5.79

SINGLE CORE RADOX® LAID SPACED

SINGLE CORE RADOX® LAID TOUCHING

MULTI-CORE RADOX® CABLES

24

RADOX® FR Cables - Voltage Drop

Conductor Size

mm2

AC Resistance at 50Hz - Ohms/km

Conductor Temperature °C

45 60 75 90 105

1.0 23.3 24.5 25.8 27.0 28.3

1.5 14.9 15.7 16.5 17.3 18.1

2.5 8.14 8.57 9.01 9.45 9.89

4.0 5.06 5.33 5.61 5.88 6.15

6.0 3.38 3.56 3.75 3.93 4.11

AC resistance at 50Hz of single core RADOX® cables laid in trefoil

Conductor Size

mm2



45 60 75 90 105

1.0 23.3 24.5 25.8 27.0 28.3

1.5 14.9 15.7 16.5 17.3 18.1

2.5 8.14 8.57 9.01 9.45 9.89

4.0 5.06 5.33 5.61 5.88 6.15

6.0 3.38 3.56 3.75 3.93 4.11

AC resistance at 50Hz of single core RADOX® cables laid touching

Conductor Size

mm2



45 60 75 90 105

1.0 23.3 24.5 25.8 27.0 28.3

1.5 14.9 15.7 16.5 17.3 18.1

2.5 8.14 8.57 9.01 9.45 9.89

4.0 5.06 5.33 5.61 5.88 6.15

6.0 3.38 3.56 3.75 3.93 4.11

Conductor Size

mm2



45 60 75 90 105

1.0 23.3 24.5 25.8 27.0 28.3

1.5 14.9 15.7 16.5 17.3 18.1

2.5 8.14 8.57 9.01 9.45 9.89

4.0 5.06 5.33 5.61 5.88 6.15

6.0 3.38 3.56 3.75 3.93 4.11

AC resistance at 50Hz of single core RADOX® cables laid spaced AC resistance at 50Hz of multi-core RADOX® cables

Conductor Size

mm2


TrefoilFlat

TouchingSpaced Multi-core

1.0 0.162 0.176 0.220 0.114

1.5 0.152 0.166 0.210 0.107

2.5 0.138 0.153 0.196 0.0992

4.0 0.136 0.150 0.194 0.0995

6.0 0.126 0.141 0.184 0.0941

Reactance at 50Hz of RADOX® cables

Conductor Size

mm2



45 60 75 90 105

1.0 23.3 24.5 25.8 27.0 28.3

1.5 14.9 15.7 16.5 17.3 18.1

2.5 8.14 8.57 9.01 9.45 9.89

4.0 5.06 5.33 5.61 5.88 6.15

6.0 3.38 3.56 3.75 3.93 4.11

DC resistance of RADOX® cables

Capacitance, Inductance and Impedance for RADOX® FR-3013 communication cables

Cable Type

f = 1kHz

Capacitance core to

core ±10% nF/km

Capacitance core to

screen ±10% nF/km

Inductance core to

core ±10% mH/km

Inductance core to screen ±10%

mH/km

Impedance ±10% Ohms

1x2x0.50mm2 90 180 0.77 0.54 325

2x2x0.50mm2 69 130 0.79 0.56 360

nx2x0.50mm2 50 100 0.80 0.57 400

1x2x0.75mm2 87 170 0.75 0.53 265

2x2x0.75mm2 70 130 0.77 0.55 310

nx2x0.75mm2 50 100 0.79 0.58 365

1x2x1.00mm2 91 180 0.75 0.52 220

1x3x1.00mm2 82 156 0.76 0.52 205

2x2x1.00mm2 72 137 0.77 0.55 250

nx2x1.00mm2 54 105 0.78 0.58 280

1x2x1.50mm2 102 200 0.72 0.50 190

1x3x1.50mm2 96 185 0.73 0.51 210

2x2x1.50mm2 80 160 0.74 0.53 265

nx2x1.50mm2 60 120 0.75 0.57 300

Cable Type

f = 1MHz

Capacitance core to

core ±10% nF/km

Capacitance core to

screen ±10% nF/km

Inductance core to

core ±10% mH/km

Inductance core to screen ±10%

mH/km

Impedance ±10% Ohms

1x2x0.50mm2 70 140 0.53 0.39 85

2x2x0.50mm2 54 108 0.61 0.44 109

nx2x0.50mm2 48 92 0.66 0.47 118

1x2x0.75mm2 76 150 0.46 0.30 77

2x2x0.75mm2 55 105 0.58 0.38 103

nx2x0.75mm2 49 95 0.60 0.40 112

1x2x1.00mm2 78 155 0.43 0.29 75

1x3x1.00mm2 67 129 0.46 0.30 86

2x2x1.00mm2 53 103 0.55 0.37 104

nx2x1.00mm2 50 96 0.57 0.38 109

1x2x1.50mm2 91 180 0.40 0.27 67

1x3x1.50mm2 86 146 0.42 0.28 71

2x2x1.50mm2 71 118 0.46 0.33 89

nx2x1.50mm2 65 107 0.53 0.35 93

25

RADOX® FR Cables - AC Resistance

RADOX® FR Cables - Technical Information

n - denotes pairs > 2 n - denotes pairs > 2

26

Notes

27

Notes

RADOX® Wires and Cables for the Coil Winding Industry Item Number 84022718

Please contact us on toll free 1300 786 876 to order your free catalogues or to obtain a list of all available HUBER+SUHNER catalogues

Wires and Cables for Industrial ApplicationsItem Number 84047253

RADOX® SolarItem Number 84017606

Further RADOX® Catalogues

28

SYDNEY MELBOURNE BRISBANE PERTH

Sydney (Head Office)Unit 6 / 4 Skyline Place Frenchs Forest NSW 2086Australia

Telephone: 1300 786 876Facsimile: 1300 663 153

Email: [email protected]: www.hubersuhner.com

HUBER+SUHNER is certified according toISO 9001 and ISO 14001.

WAIVER

It is exclusively in written agreements that we provide

our customers with warrants and representations as to the

technical specifications and / or the fitness for any particular

purpose. The facts and figures contained herein are carefully

compiled to the best of our knowledge, however they are

intended for general informational purposes only.

Item

Num

ber 8

4078

415

/ 03.

2009

fr 2009 catalogue

Documents

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