TransNet NZ Ltd HV Juice - December/January 2020-21

Dec 20/Jan 21

HV JUICE

Fire mitigation pages 6-8

Wedge Pressure Earthing PAGE 3

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This Issue OEL ARC FLASH PROTECTIVE GEAR PAGE 4

RAYSULATE WILDLIFE & ASSET PROTECTION PAGE 8

NEW FAULT INDICATOR PAGE 11

WHAT'S THE POINT? GROUNDING SYSTEMS: • Protect people • Provide a signal reference for low voltage digital signals for electronic equipment • Prevent the flashover of insulators on transmission lines • Protect expensive equipment, e.g. transformers, capacitors, reclosers, and lightning arrestors

WHY BONDED COPPER? ERICO COPPER-BONDED COATING: • Permanent molecular bond • Will not crack if rod is bent • Low resistance performance • Copper coating may vary to meet required standards • High fault current capacity (IEEE® Std 80) • 10 mil (254 micron) minimum coating on rods listed to UL®467 • Will not slip or tear when driven

*ERICO copper-bonded rods

• Nickel-sealed high strength steel core • 99.9% pure electrolytic copper coating • ERICO® name, length, diameter and part number is roll-stamped within 12" (304.8 mm) of chamfered end • UL logo and control number where applicable stamped on each rod for easy inspection after installation

eq

3000:

2007

uirem

e

All ERICO® rods are made to meticulous standards and exceed the requirements outlined in AS/NZS 3000:2007 for minimum surface treatment thickness.

ERITECH Earth Rod Testing & Compliance

Australia AS:3000

Britain BS:5514

DIMENSIONS COPPER THICKNESS STRENGTH TEST COPPER ADHESION TEST BEND TEST

COMPLY COMPLY N/A

COMPLY COMPLY COMPLY COMPLY N/A COMPLY

Ph 0800 442 182 +64 9 274 3340

s as/nz

s

ERICO's unique manufacturing process includes drawing the steel rod to size before the copper bonding process begins, resulting in a straighter, harder steel core. We use a continuous electro-plating process over the nickel sealed steel core resulting in a permanent molecular bond which will not slip or tear when driven, nor crack when bent, that provides decades of reliable performance.

iant t pl

o

WHY ERICO? ERICO Earth Rods have all the benefits of a copper-bonded coating, plus:

Copper sheathed rod Coating can crack if bent

nt

CARBON STEEL CORE AND TIP*: • Greater Tensile Strength • Deep driving capability

Copper-bonded Nickel sealed ERICO rod Won’t crack when bent

com

A grounding system's performance is dependent upon the effective operation of several components.

Failure of any one of these renders the entire system ineffective. Electrical elements buried underground are subject to much harsher conditions than their counterparts above ground. The ability of an electrical grounding component to resist corrosion determines its service life.

PLATING PROCESS = LONGER LIFE

r

COPPER BONDED EARTH RODS

COPPER BONDED GROUND RODS

USA UL467

Europe EN 50164-2

COMPLY COMPLY COMPLY

N/A

N/A

COMPLY

COMPLY

N/A

N/A

COMPLY

COMPLY

The copper adhesion tests confirm the design feature that prevents the ingress of moisture and subsequently the integrity of the earth rod.

ERICO use Carbon steel, grade 1018 which has a much higher tensile strength than the 250 / 350 grade mild steel typical of the core in a tubular copper sheathed earth rod.

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WEDGE PRESSURE EARTH CONNECTORS SHEAR-LOK AMP developed the SHEAR-LOK Copper Tap/Grounding Connector for applications in the power utility industry where connectors are required to withstand mid-range magnitudes of fault current (20kV symmetrical RMS).

SHEAR-LOK connectors utilise AMP Wedge Pressure Technology and controlled-torque-drive bolts to provide easily applied and highly reliable ground rod connections.

This family of connectors is ideal for MV applications where connections must be made between conductor and rod.

KEY FEATURES • • • • • •

Wedge Pressure Technology Shear-head bolt for controlled torque Removable without conductor damage No special tools required Application not inhibited by disfigured ground rod end Taps into existing ground conductors +UL Listed file # E69905

Cat No. 0-80408-2 0-83000-1

Connections 25MM² – 13MM ROD/35MM² – 13MM ROD 50MM² – 13MM ROD/70MM² – 13MM ROD

WRENCH-LOK The WRENCH-LOK System uses a specially designed shearhead bolt to drive a tapered wedge into the connector body.

All that’s needed to apply it is a common ratchet or socket wrench. When the connection is tightened to the proper torque, the bolt head shears off, giving a positive visual indication of a perfect connection. It’s that simple and sure.

WRENCH-LOK connections can be installed in any weather conditions and are very safe for the installer. This product line offers options to connect conductor to conductor or conductor to ground rod.

WRENCH-LOK meets the requirements of IEEE 837.

KEY FEATURES • Shear-head bolt for controlled torque • No special tools required • No need to change connector styles, molds or tooling Cat No. 0-83749-1 0-83747-3 0-83749-2 0-83748-2

Ph 0800 442 182 +64 9 274 3340

• Available in a range of sizes • Cable to Cable, Rod to Rod, & Cable to Rod connections • 4 sizes cover 35-120mm² connections

+UL Listed file # E69905

Connections 35MM² – 13MM ROD/50MM² – 13MM ROD 35MM² – 35MM²/50MM² – 50MM²/50MM² – 70MM² 50MM² – 13MM ROD/70MM² – 13MM ROD 95MM² – 13MM ROD/120MM² – 13MM ROD

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OEL 40 CAL ARC FLASH PROTECTION 40 CAL PREMIUM JACKET & BIB OVERALLS KIT With a 40 Cal Lift Front Switching Hood assembly this kit provides excellent peripheral vision, the light tint lens gives clarity of work environment, and the unit design is lightweight and ergonomically correct for the wearer.

FEATURES • 40 cal/cm² ATPV Rating • Approximately 60% lighter fabric weight than standard 40 calorie garment • 2 layers – 5 oz/yd² & 6 oz/ yd²- Sewn with Nomex® thread

• 32" long jacket, 32" inseam overalls • Lightweight 40 Cal hood • Standard or lift front clear hood options • Meets current ASTM F1506 and NFPA 70E standards

40 CAL LIFT FRONT HOOD • Extended Peripheral vision

• 40 cal/cm² ATPV Rating

• Permanent Anti Fog Visor

• Approximately 60% lighter fabric weight than standard 40 calorie garment

• Highly Transparent Visor • Lift Front Design • Lightweight 40 Cal Hood Advanced Colour Differentiation Technology

AFW40-NFJB

• 2 layers – 5 oz/yd² & 6 oz/yd² - Sewn with Nomex® thread Made in the USA

AFW40LF-NFJB

CAT NO.

DESCRIPTION 40 Cal Premium Jacket & Bib Overalls Kit AFW40-NFJB with Switchgear Hood 40 Cal Premium Jacket & Bib Overalls Kit AFW40LF-NFJB with Lift Front Hood, Clear Add suffix for size: -S, -M, -L, -XL, -2XL, -3XL

Ph 0800 442 182 +64 9 274 3340

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CAT No. AFW40LF-NFJB

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OEL 25 CAL ARC FLASH PROTECTION 25 CAL NAVY JACKET & BIB OVERALLS KIT FEATURES • 25 cal/cm² ATPV Rating • Arc flash 32” long jacket and 32”inseam bib overalls • Relaxed cut for greater mobility • 25 Cal switchgear hood

• Meets current ASTM F1506 and NFPA70E arc flash Category 3 standards • Complete with storage bag • Sizes M-L-XL-2XL-3XL are stock sizes, other sizes available by special order

25 CAL NAVY COVERALL KIT FEATURES • 25 cal/cm² ATPV Rating • Arc flash coverall • Relaxed cut for greater mobility • 25 Cal switchgear hood

• Meets current ASTM F1506 and NFPA70E arc flash Category 3 standards • Complete with storage bag • Sizes M-L-XL-2XL-3XL are stock sizes, other sizes available by special order

CAT NO. DESCRIPTION AFW25-NFC 25 Cal Coveralls Kit with Switchgear Hood AFW25-NJB 25 Cal Jacket & Bib Overalls Kit with Switchgear Hood Add suffix for size: -S, -M, -L, -XL, -2XL, -3XL

POLE TOP RESCUE KIT This kit provides an ingeniously simple method of rescuing a worker who has fallen from their ladder and is suspended by their lanyard from a cross member.

Simply loop the rope over the cross member, loop it back around itself several times, and clip the carabiner to the worker's harness chest loops.

Once released from their lanyard, they can be lowered gently to the ground thanks to the friction of the rope looped around itself.

KIT CONTENTS • 23 metre rope with sewn eye & identification label • Carry bag

Cat No PTRK

Ph 0800 442 182 +64 9 274 3340

sales@transnet.co.nz

Description POLE TOP RESCUE KIT 23M

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TE CONNECTIVITY FIRE MITIGATION SOLUTIONS

WHEN YOU CAN PREVENT BUSHFIRES BEFORE THEY START The strategic installation of insulating components and barriers can be used to minimise the impact of wildlife on power grid assets. If these components are specified correctly, such modifications can minimise costly power outages while reducing fire risk and safeguarding assets and the environment for 40 years or more.

Fire-related outages caused by wildlife and vegetation generally fall into two categories: • Phase-to-earth faults. These occur when wildlife or debris forms a conductive pathway connecting the equipment phase to the ground • Phase-to-phase faults. These occur when two adjacent phases collide or are momentarily connected via wildlife or debris, producing hot, molten metal particles

THE COST OF FIRES Improved fire safety and operating reliability helps utility owners avoid the catastrophic implications of wildliferelated fires, including: • Injuries and loss of life • Damage to (and loss of) power grid assets

CONSIDERATIONS FOR ASSET PROTECTION • Service interruptions and It is essential to select polymeric formulations that can withstand the harsh operating conditions most overhead lines and substations routinely experience — including high-voltage stress, pollution buildup, pollution induced arcing, flashover, elevated temperatures and mechanical stress. The three most critical material science performance attributes to consider when specifying AP components are these:

power outages • Environmental hazards and danger to personnel

• Damage to agricultural and horticultural assets • Regulatory penalties and litigation • Reputational damage and damage to shareholder value

For most utilities, the ability to avoid even one potential outage can help to underwrite the costs to upgrade the system with appropriate protections.

• Tracking and erosion resistance (TERT) • Ultraviolet (UV) resistance • Thermal endurance Trust TE's proven track record of experience in the field, broad expertise in electrical and mechanical component design, fully integrated compounding, supply-chain integration, testing and installation, and materials science expertise.

Ph 0800 442 182 +64 9 274 3340

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WILDLIFE MANAGEMENT Localised fires caused by animals such as birds or possums infiltrating your overhead lines and substations are often the result of electrocution.

They fall to the ground below and spark a fire. We can help you prevent animal induced wildfires and bushfires with our wide selection of insulating wildlife mitigation solutions, including bushing covers, cross arm guards and more. Each is manufactured from our unique Raychem polymer material.

It’s specially formulated to resist tracking, UV degradation and thermal extremes. We are committed to protecting your network for the life of your assets and reducing the risks of wildfire and bushfires with 60+ years of manufacturing and design experience.

VEGETATION MANAGEMENT The equation is simple. Fuel + Source of Ignition = Fire. Vegetation can act as a fuel to a fire when combined with an ignition source. A vegetation management program is therefore essential to reducing the risk of wildfires and bushfires. We can help you prevent vegetation clashing with conductors and overhead lines while reducing the frequency and expense of trimming and debris removal with reliable safeguards such as overhead line covers and insulators.

MVLC Line Cover

GRID HARDENING Aging infrastructure coupled with severe weather can increase the likelihood of bushfires and wildfires. Hardening your grid to make it more resilient and less vulnerable to weather events must be part of any fire mitigation plan. We offer a complete range of insulators and arrestors designed to protect the grids of tomorrow and strengthen them against the volatility of today's changing energy demands. We can help you identify weaknesses and decide upon the most cost-effective measures to strengthen your grid, whether that means underground solutions, conductor replacement or arrestor location and more.

MVCC Conductor Cover

Bird Guards

Bus Connection Insulating Covers

High Voltage Busbar Tape

Bushing Covers

A l l S p e c i a l s a n d P ro d u c t s fe a t u re d i n T R A N S N E T J U I C E a re ava i l a b l e f ro m a l l g o o d e l e c t r i c a l w h o l e s a l e r s .

Bus Isolation Animal Guard

RAYSULATE - TE WILDLIFE & ASSET PROTECTION “Damage to electrical substations could be eliminated and a reduction in outages achieved by proactively applying TE’s Wildlife & Asset Protection products.”

Wildlife infiltrating substations and causing flashovers is a constant problem for asset owners. A quick, easy, and reliable solution is the extensive Raychem range of asset protection products, including standard and custom formed products. Talk to your local rep about what might be available for your unique application. We have capacity to design and manufacture custom solutions right here in New Zealand from trusted Raychem Raysulate products.

RAYCHEM RAYSULATE • Customised solutions for all substation applications • Vacuum formed in New Zealand to fit individual requirements • Raysulate HVIS is compatible with all other products in the Raychem MV insulation enhancement system enabling all problematic areas to be covered using a combination of standard and custom formed products • Excellent tracking & erosion resistant properties

• Manufactured from a non-halogen based material, noxious and corrosive effects are greatly reduced in the event of a fire • Excellent UV and weather resistant properties make Raysulate products suitable for indoor and outdoor use • Can be stored indefinitely at temperatures up to 50°C without loss of performance • Easy to install on site Raysulate Vacuum Forming Plant

CUSTOM SOLUTIONS • We work with your engineers to determine what is required • From your drawings we have custom forms made to exacting dimensions • We can assist with installation training • All custom Raysulate solutions are produced in New Zealand

“TE estimates that damage to electrical substations could be reduced by as much as 80% simply by applying insulation”.

Ph 0800 442 182 +64 9 274 3340

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UPGRADE YOUR INSULATED TOOLKIT

KP9536280

insulated ratchet cable cutter Precision ground cutting blades for clean and smooth cuts. Single handed operation with little hand force required due to a high transmission ratio and 2-stage ratchet drive mechanism.

1000V VDE IEC/EN 60900.

• 1000V VDE dual component handles • Black lacquered head

Capacity

52MM DIA 380MM², COPPER KP9536280 AND ALI CUTTING ONLY 750MCM

1000V VDE Insulated Ratchet Wrench • For use with all shear bolt connectors (IPCs and Fuse Carriers) • 13mm and 17mm A/F sockets in one spanner • Reversible ratchet • Fits stainless steel nuts used in strain and suspension clamps • Fixed sockets that can not be lost or dropped during installation • 1000V insulated for added user safety • 6 sided hex sockets protect integrity of plastic bolt heads

FEATURES

Cat No.

irw13/17

Length (mm) 280

Cat No.

Description

IRW13/17

INSULATED RATCHET SPANNER 13 & 17MM SOCKETS

200000

101999/Z1

FEATURES

FEATURES

• • • •

• Injected blade profile on top of handle for fast access in tool pouch and tool box • Magnetic blades made from molybdenum-vanadium steel

cable stripping knife

1000V VDE Screwdriver set

1000V VDE rated Comfort grip handle 50mm rigid straight blade Protective blade cover included

Description 1000V VDE CABLE STRIPPING KNIFE

Ph 0800 442 182 +64 9 274 3340

Length (mm) 150

Description 6PC 1000V VDE SET WITH SQ 1, 2, POZI 1, 2, AND 3.5MM, 6.5MM SLOTTED

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Type

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Print = 23 Cal/cm

EUREKA ARC FLASH PROTECTION

EUREKA 13-4HFR ARC RATED WORK GLOVES FEATURES

• Flame resistant • Optimized for medium Arc Flash risks • Improved Dexterity • Perfect in tough working conditions with high spark, heat and flame risks 8000 cycles

• High performance in cut resistance • Cat II • Arc Flash ASTM F2675, ATPV = 30 cal/cm² palm, 5.8 Cal/cm² back of hand

RTIES A6

A7

A8

A9

F

F

F

F

ARC FLASH INTENSITY

ycles

cm2

150 N

EN388

A6

A7

F

F

ISO Cut force (A-F) who have access to the properties of their electric A | engineers >2 N CUTalways that the highest voltage is the most B | installations. ≥5 N ItANSI is not LEVEL C | ≥ 10 N dangerous!

D | ≥ 15 N E | > 22 N F | > 30 N

A: ABRASION (1-4) CUT (1-5) ARC FLASHB: C: TEAR (1-4) D: PUNCTURE ASTM F2675, ATPV=(1-4) F: ISO CUT (A-F) 30 Cal/cm²P:(Palm) IMPACT PROTECTION

75 N

RTIES

The expected intensity of an arc flash incident can be calculated by

EN388

A5

ATPV PROTECTION AREAS EXPLAINED

3543E 5.8 Cal/cm² (Back of Hand) ISO Cut force (A-F) EN407 A |>2 N B |≥5 N C | ≥ 10 N D | ≥ 15 N E | > 22 N F | > 30 N

10 N(1-4) A: ABRASION B: CUT (1-5) C: TEAR (1-4) D: PUNCTURE 150 N(1-4) F: ISO CUT (A-F)cycles 8000 P: IMPACT PROTECTION

3543E A8 A9

41324X

A: BURNING BEHAVIOUR (1-4) ANSI CUT B: CONTACT HEAT (1-4) LEVEL HEAT (1-4) C: CONVECTIVE INTERMEDIATE AREA D: RADIANT HEAT (1-4) E: SMALL SPLASHES OF MOLTEN METAL (1-4)protected by the ablative Partially F: LARGE QUANTITIES OF MOLTEN METAL (1-4)

A5

effect of the print and coating.

Protection estimated between 1015cal/cm²

EN407 EN388 F F A: BURNING BEHAVIOUR (1-4) ARC FLASH A: ABRASION (1-4) 2 60 Cal/cm B: CONTACT HEAT (1-4) B: CUTATPV= (1-5) ASTM F2675, 75 N C: CONVECTIVE HEAT (1-4) 2C: TEAR (1-4) (Palm) 30 Cal/cm D: RADIANT HEAT (1-4) D: PUNCTURE (1-4) 5.8-30 2 ISO CUT (A-F) E: SMALLHigh SPLASHES OF MOLTEN METAL (1-4) F: (Back of Hand) 5,8 Cal/cm

41324X

A5

F: LARGE150 QUANTITIES OF MOLTEN METAL (1-4) P: IMPACT PROTECTION N

3543E EN407

ARC FLASH 10 N ASTM F2675, ATPV= High 30 Cal/cm2 (Palm) 150 N 5,8 Cal/cm2 (Back of Hand)

Cat No. 13-4HFR

ISO Cut force (A-F) A |>2 N ANSI CUT B |≥5 N COATING LEVEL C | ≥ 10 N D | ≥ 15Provides N additional protection E | > 22 N ATPV 30 cal/cm² F | > 30 N

ART.NO: 13-4HFR 60 pairs (5 dozen)/Carton DURABLE SPECIAL PRINT A: BURNING BEHAVIOUR (1-4)

B: CONTACT HEAT (1-4) Highest protection through ablative C: CONVECTIVE HEAT (1-4) effect and reflection of radiation D: RADIANT HEAT (1-4) ATPV 23 cal/cm² E: SMALL SPLASHES OF MOLTEN METAL (1-4) F: LARGE QUANTITIES METAL (1-4) XS OF MOLTEN S M L XL XXL

7

Description C AT I I GLOVES 41324X FLAME RESISTANT ARC FLASH

8

XS

S

M

L

XL

10 11 12

• Actual fabric thickness of 0.8-0.9mm corresponds to certificate AND real gloves!

ART.NO: 13-4HFR Use suffix for size: -XS, -S, -M, -L, -XL, -2XL 60 ARC pairsFLASH (5 dozen)/Carton 60 Cal/cm2 ASTM F2675, ATPV= 2 7 8 309 Cal/cm 10 2(Palm) 11 12 High 5,8 Cal/cm (Back of Hand)

C AT I I

9

BODY PARTS MOST AT RISK 1. Hands

XXL

Are by far the most exposed body part and suffer the highest ART.NO: 13-4HFR number of injuries 60 pairs (5 dozen)/Carton

2. Face

High

C AT I I

7

8

XS

S

After 12is the second most exposed!

9 hands, 10 the 11 face

3.M Body L XL

XXL

Although the body can take more damage and is usually more protected, the risk of dying increases drastically if 70% or more of the skin is burnt Severity of injury reduces by the square of the distance. Double the distance from the explosion equals four times less energy

Ph 0800 442 182 +64 9 274 3340

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GET ADVANCED FAULT DETECTION

Fault Indicator for Overhead Lines The FLA3.1VL is a robust and versatile Fault Passage Indicator (FPI) with the unique ability to query and set parameters via remote control from the ground. The FLA3.1VL has a 360deg bright flashing LED to indicate fault passage with a myriad of fault detection and threshold settings. The FLA3.1VL is hot-stick mountable with a simple hot-stick adapter and can accommodate a wide conductor range.

NEW PRODUCT

Using the FIS-FR (Relay/Dry-contact) or FIS-FS (Modbus/Serial) gateways, you can connect the FLA3.1VL radio interface to SCADA. The FLA3.1VL can be queried for line current, temperature, battery status and presence of voltage among other parameters.

Features • Easy and full configurability with remote control • Trip current fixed threshold (between 10-800A in 10A steps) OR Automatic trip current threshold depending on service current • Trip current di/dt: di selectable between 5 and 100A dt: 20ms at 50Hz • • • • •

Response delay selectable between 40ms and 300ms Ultra-bright red LED indication 360deg visible.

Test function by remote control including battery status.

Replaceable Lithium type A 3.6V battery. 800hrs flashing life Reset function: – Manual by remote control Full Specifications – Time selectable from 30min to 12h – Automatic by recovering network current or voltage.

• Capability of connecting to SCADA systems via remote indication interfaces type RIS-FR and RIS-FS. • Detection and indication of – Permanent fault – Temporary faults – Transient currents • German made and built to last!

Advanced Fault Detection The FLA3.1VL fault passage indicator provides two methods to detect faults.

The absolute threshold detection method works with a selected fixed current – selectable in 10A increments; or an automatically calculated absolute threshold.

This method can be disabled when not required. Additionally, the fault indicator provides a di/dt measurement method. This method responds to current load changes within a certain period of time. The level of lead change can be adjusted via the remote control. Additionally, a subsequent voltage loss is used as a criterion to assure correct detection of faults. All parameters can be set and confirmed via the Remote Control.

Ph 0800 442 182 +64 9 274 3340

sales@transnet.co.nz

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TAKE A GOOD Sustainability, xxx Innovation & In LOOK Poly-View System™ Technology | Clear Polymer IR Window Optic Versatile & Durable | Impact-Resistant | Guaranteed Against Transmission Loss

With IRISS VPT Infrared Windows Poly-View System™ Technology | Clear Polymer IR Window Optic | Versatile & Durable | Impact-Resistant | Guaranteed Against Transmission Loss

Auckland 78 Cryers Road East Tamaki Auckland NEW ZEALAND Ph 0800 442 182 Fax 0800 442 183 PO Box 39 383 Howick, Auckland Wellington 10 Petone Ave Petone Wellington NEW ZEALAND Ph 04 576 2530 Fax 04 576 0040 PO Box 39 383 Howick, Auckland NEW ZEALAND sales@transnet.co.nz TransNet Tonga Nuku'alofa Lakalakaimonu Multi Utility Complex Taufa'ahau Road Poutaha Nuku'alofa TONGA Ph +67 627 939 Fax +67 627 976 PO Box 2932 Nuku'alofa TONGA transnet@kalianet.to

VPT SERIES INFRARED WINDOWS

The world’s only clear polymer IR window optic

FEATURES • Protected by an Unconditional Lifetime Warranty • Stress Free Viewing – The polymer-based infrared window maintains fixed and stable transmission (FAST) for life unlike crystal based infrared windows • Arc Containment Tested – Successfully tested to the IEC 62271-200 standard for arc containment on metal enclosed switchgear assemblies • Durable and Rugged – Polymer-based IR windows resist mechanical stresses applied to IR windows better than crystal-based IR windows • Any Camera, Any Task – The exclusive industrial-grade, reinforced polymer optic will work with all ranges of Infrared, Ultraviolet and Visual Inspection Cameras • Proudly Made in the United States of America • Anti-Fogging Optic – Polymer optics don not experience a temperature differential across the optic like crystal optics do • Environmentally Sealed Design – Seamless custom gaskets ensure the NEMA 4 / IP 65 ingress protection rating is maintained • Three sizes available in the VPT range

CERTIFICATIONS Placeholder, not for Printing Logo use must be approved Min Size 17mm Height

Cxxxxxx

• IEEE C37 20.7 Type 2B, C37 20.2.a.3.6: Impact and Load • IEC 62271-200, 60262271-200, 60298 Appendix A, 60068-2-6:2007, 60068-2-3, 62268-2-78:2012 • IP 65 / NEMA 4

POLY-VIEW™ OPTICS SYSTEM

Our exclusive Poly-View™ technology enables visual as well as traditional IR inspections across the entire Infrared spectrum. Ultraviolet (UV) inspection can also be performed via the Poly-View™ system.

Materials WINDOW HOUSING & COVER

REINFORCING GRILL

UL 94 5VA NYLON (SWITCHGEAR-GRADE PLASTIC); -40°C (-40°F) TO 273°C (523°F); EASY-GRIP™ STAINLESS STEEL COVER UL 746 COMPLIANT, VISUAL, UV AND IR TRANSMISSIVE POLYMER; -40°C (-40°F) TO 325°C (617°F) ALUMINIUM COATED WITH UL 94 5VA NYLON; -40°C (-40°F) TO 273°C (523°F)

GASKETS

UL 94 5VA TPE; -40°C (-40°F) TO 273°C (523°F)

OPTIC

HARDWARE

316 STAINLESS STEEL

Other USEFUL TEMPERATURE RATING

-40°C (-40°F) TO 200°C (392°F)

WATER & DUST INGRESS

IP65/NEMA 4: CLOSED & WHEN IN USE

Model

Dimensions Body Window Diameter Diameter

Assembly Thickness

VPT-50

9.1 CM

5.1 CM

2.6 CM

VPT-75

12.1 CM

7.6 CM

2.6 CM

VPT-100

15.1 CM

10.2 CM

2.6 CM

Note: The dimensions listed above are not installation dimensions.

Do NOT cut prior to receiving your IRISS window and installation template.

TransNet NZ Ltd has made every reasonable effort to ensure the accuracy of this information and it is to the best of our knowledge correct and reliable. Under no circumstances does this constitute an assurance of any particular quality or performance and users should independently evaluate the suitability of products for their desired application. All information in this publication including pricing, drawings, illustrations, images and graphic designs are reflections of our current understanding. TransNet NZ Ltd reserves the right to make any adjustment to this information at any time. Our liability for the products outlined in this publication is set forth in our standard terms and conditions of trade. In case of any potential ambiguities or questions, please contact us for clarification.