PRODUCT CODE DESCRIPTION

Earthing Tape

FL6T253C Soft Drawn Copper Tape, 25mm x 3mm

GT503-3 Galvanised Steel Tape, 50mm x 3mm, Holes Each End, 3m Length

Rods, Couplers & Clamps

CBER1514 Copper Bonded Earth Rod, 1.5m x 14mm, 5/8” Threaded Both Ends, 254µm

LEH-58R Coupling for Threaded Earth Rod 14mm

UTCBER1512 Unthreaded Copper Bonded Earth Rod, 1.5m x 12.7mm, 254µm

LEH-C-12-R Compression Coupling for Unthreaded Earth Rod 12.7mm (1/2”)

UTSSER1514 Unthreaded Stainless Steel 316 Earth Rod, 1.5m x 14mm

LEH-C-14-SSR Compression Coupling for Unthreaded Earth Rod 14mm, 316 Stainless Steel

UBRC35120 U-Bolt Rod Clamp to suit 14 - 16mm Rod & Cable 35mm2 - 120mm2

Flexible Braid

TFC250C-TH01025 Tinned Copper Flexible Connector 25x3.5mm, 250mm Flex, 2 hole, suit Ø10, 25mm apart

Earth Pit

EPIT-PVC150 PVC Earth Pit with Bolted (BTS) PVC Cap

EPIT-P Polymer Earth Pit

EPIT-C Concrete Earth Pit

Earth Enhancing Compound

RESLO-10 Resistance Lowering Compound - 10kg

LOWEARTH-20 Bentonite Earth Enhancing Compound - 20kg

GRIP-10 Ground Resistance Improvement Powder - 10kg

PRODUCT CODE DESCRIPTION

Optus Earth Bars

EB300-THST-OPT-830 Earth Bar, 300mm Nominal, Two Hole, Straight, Tinned, per DRG OSD-830

EB300-THBT-OPT-830 Earth Bar, 300mm Nominal, Two Hole, Bent Both Ends, Tinned, per DRG OSD-830

EB450-THST-OPT-830 Earth Bar, 450mm Nominal, Two Hole, Straight, Tinned, per DRG OSD-830

EB450-THBT-OPT-830 Earth Bar, 450mm Nominal, Two Hole, Bent Both Ends, Tinned, per DRG OSD-830

EB600-THST-OPT-830 Earth Bar, 600mm Nominal, Two Hole, Straight, Tinned, per DRG OSD-830

EB600-THBT-OPT-830 Earth Bar, 600mm Nominal, Two Hole, Bent Both Ends, Tinned, per DRG OSD-830

EB450-THBT-SO100 Earth Bar, 450mm Nom, Two Hole, Double Bent, Tinned, Stand Off 100mm

Optus Earth Bar Accessories

EB-INSU-OPT-830 Insulator & Fastener Kit, Pair for Earth Bar, per DRG OSD-830

EB-BRKT-OPT-830 Wall Mount Bracket Kit, Pair for Earth Bar, per DRG OSD-830

Long Palm Lugs

LPL006-6D Long Palm Lugs, 6mm2, 2 hole, suit Ø6 stud 16mm apart

LPL016-6D Long Palm Lugs, 16mm2, 2 hole, suit Ø6 stud 16mm apart

LPL025-6D Long Palm Lugs, 25mm2, 2 hole, suit Ø6 stud 16mm apart

LPL035-6D Long Palm Lugs, 35mm2, 2 hole, suit Ø6 stud 16mm apart

LPL035-10D Long Palm Lugs, 35mm2, 2 hole, suit Ø10 stud 25mm apart

Feeder Earth Kits

FEKIT-10 Feeder Earthing Kit, 1.2m Tail, suit Ø10mm cable

FEKIT-78-C Feeder Earthing Kit with Clip, 1.2m Tail, suit Ø 7/8” cable

FEKIT-114-C Feeder Earthing Kit with Clip, 1.2m Tail, suit Ø 11/4” cable

FEKIT-158-C Feeder Earthing Kit with Clip, 1.2m Tail, suit Ø 15/8” cable

RF & Ethernet Surge Protectors

RF-NB-90 RF Protector, 20kA, 72-108V, N type F to F (Bulkhead)

RF-NMF-90 RF Protector, 20kA, 72-108V, N type M to F

POE-RJ45-CAT5 Power over Ethernet Protector for CAT5 10/100 Base-T data & 48V DC power signals

POE-RJ45-CAT6 Power over Ethernet Protector for CAT 6 1000 Mbit/s data & 48V DC power signals

PRODUCT CODE DESCRIPTION

NBN Earth Bars

EB275-50-SHST-NBN-21 Earth Bar, 275mm Nominal, Single Hole, Straight, Tinned, for Ø50mm, per DRG NBN-STD-0021

EB275-75-SHST-NBN-21 Earth Bar, 275mm Nominal, Single Hole, Straight, Tinned, for Ø75mm, per DRG NBN-STD-0021

EB275-100-SHST-NBN-21 Earth Bar, 275mm Nominal, Single Hole, Straight, Tinned, for Ø100mm, per DRG NBN-STD-0021

EB315-THST-NBN-21 Earth Bar, 315mm Nominal, Two Hole, Straight, Tinned, per DRG NBN-STD-0021

EB425-SHST-NBN-21 Earth Bar, 425mm Nominal, Single Hole, Straight, Tinned, per DRG NBN-STD-0021

EB425-SHBT-NBN-21 Earth Bar, 425mm Nominal, Single Hole, Bent Both Ends, Tinned, per DRG NBN-STD-0021

NBN Earth Bar Accessories

EB-INSS-NBN-21 Insulated Shelter Support Kit, 1 off 40 x 40 Alu SHS, Buttons & Hardware per DRG NBN-STD-0021

EB-INBFS-NBN-21 Insulated Base Frame Support Kit, Buttons & Hardware per DRG NBN-STD-0021

EB-LTS50-NBN-21 Lattice Tower Support Kit, Ø50mm, Galvanised U-Bolt per DRG NBN-STD-0021

EB-LTS75-NBN-21 Lattice Tower Support Kit, Ø75mm, Galvanised U-Bolt per DRG NBN-STD-0021

EB-LTS100-NBN-21 Lattice Tower Support Kit, Ø100mm, Galvanised U-Bolt per DRG NBN-STD-0021

EB-CLS-NBN-21 Cable Ladder Support Kit, Pair of Hold-down Brackets & Hardware per DRG NBN-STD-0021

The LPI story

Lightning Protection International Pty Ltd (LPI) is a

fully Australian owned manufacturer and supplier

of direct strike lightning protection, transient

voltage surge suppression, and earthing / grounding

solutions.

For many decades, the principals and senior

management of LPI have been providing specialist

lightning protection advice to customers in some

of the most lightning prone areas of the world.

Our personnel have extensive experience in risk

management, system design, training, installation,

certification, and commissioning of systems in a wide

variety of industry groups including:

• Industrial Facilities

• Aviation - Civil and Military

• Petrochemical - Oil and Gas

• High-rise Buildings and Hotels

• Telecommunications and Broadcasting

• Sporting Centres, Golf Courses, Race Tracks, Stadiums

• Mining - Coal, Gold, Nickel, Iron, Copper, Bauxite etc.

• Defence - Communications, Surveillance and Ammunition Storage

• Power Generation and Distribution

• Rail and Other Transport Systems

• Monuments and Historical Sites

LPI maintains a third party Quality Management

System to ISO9001:2000. The company has been

recognised within Australia for its outstanding export

successes and has been awarded several prestigious

export awards. Late in 2009 LPI celebrated the

grand opening of its new head office, research and

development and manufacturing facility in Hobart,

Australia.

In 2010 LPI announced a new joint venture company

– APEXLPI, China. This gave rise to the new ILSE

branding for International Lightning, Surge, and

Earthing products, and provided increased access to

the Chinese market for LPI’s products and services.

LPI’s Head Office, research and development and manufacturing facility located at Hobart, Australia.

With its head office and research facility based in Tasmania, LPI has

regional offices in Western Australia, Thailand, Hong Kong, China,

and Ecuador. From these offices, LPI Exports their range of products

throughout the world.

Lightning Protection International Pty Ltd

LPI’s 4-Step Approach to Facility Protection

Our aim is to provide comprehensive and effective lightning protection. LPI has identified 4 essential steps to ensure complete facility protection every time.

A Global Company

LPI® Exothermic WeldingThe use of LPI® Exothermic welding process is a safe and efficient way of providing a permanent connection between conductors.

Exothermic welding is a cost effective method of completing a high quality electrical connection. The process is simple to follow and through the use of a high temperature reaction a long lasting, quality electrical bond is created between conductors.

• LPI® Exothermic connections will not corrode or rust with age

• No water ingress like bolt type, crimping and compression connections

• Current carrying capacity equal to that of the conductor

• Economical and simple to install

Contact LPI or an authorised representative for details on the LPI Exothermic range of products.

Advantages

1. Does not deteriorate with age since the connections are permanent.

2. Does not loosen as the EXOWELD connections create a permanent molecular bond.

3. Excellent corrosion resistance.

4. Electrical characteristics are higher than typical mechanical connections.

5. Does not increase resistance above that of the conductor.

6. No external power or heat is required to make connections.

7. Quality can be assessed visually.

8. Easy and simple to install.

Distributed by:

BR-TS-V1

Lightning Protection International Pty LtdABN 11 099 190 897

PO Box 379 Kingston Tasmania, Australia 7051.Telephone: + 61 3 6227 1955Facsimile: + 61 3 6229 1900Email: info@lpi.com.auWeb: www.lpi.com.au

© Copyright 2012 Lightning Protection International Pty Ltd.

Making an LPI® Exothermic Connection1. Fit a handle clamp with a pre-determined carbon mold as

per your specification.

2. Remove all moisture from the mold through the use of a blow torch.

3. Fit a dry and clean conductor into the mold and close the handles to lock the carbon mold.

4. Drop the metal disk into the mold so as to hold the weld metal powder in place.

5. Place the weld metal into the mold.

6. Connect the universal igniter (one required per weld) to the ignition lead.

7. Position the end of the universal ignitor lead so that it sits in the weld metal powder.

8. Close the lid of the mold.

9. Press the ignition button on the remote ignition unit.

10. Open the mold after the metal solidifies, remove any slag from the mold.

11. Clean the mold for the next connection.