STRUCTUREDGROUND SYSTEM FOR DATA CENTER GROUNDING

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Introduction

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System for Data Center Grounding

Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information

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SYSTEM FOR DATA CENTER GROUNDING

I

NTRODUCTION

How to Use This Catalog . . . .2

The Purpose of Grounding . . . .3

G

ROUNDING

R

OADMAPS

Common Bonding Network (CBN) . . . .4

Service Entrance Grounding Roadmap . . . .5

Data Center Grounding Roadmap . . . .6

Data Center Rack Grounding (Raised Floor) . . . .7

Telecommunications Room Grounding Roadmap . . . .8

Telecommunications Room Rack Grounding . . . .9

E

QUIPMENT

& R

ACK

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ROUNDING

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ITS

Features and Benefits — PANDUIT®_S TRUCTUREDGROUND™System for Data Center Grounding . . . .10

Rack Grounding Strip Kits . . . .11

Common Bonding Network (CBN) to Rack Jumper Kit . . . .11

Equipment Jumper Kits . . . .12

Paint Piercing Grounding Washer Kits . . . .13

Electrostatic Discharge (ESD) Port Kit . . . .13

Retrofit Rack Grounding Kits . . . .14

Thread-Forming Screws . . . .14

Bonding Screws . . . .14

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OMMON

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OMPONENTS

BICSI/J-STD-607-A Telecommunications Grounding Busbars . . . .15

Telecommunications Grounding and Bonding Conductor Label Kit . . . .15

Ring Terminal, Vinyl Expanded Insulation . . . .16

Code Conductor, Two-Hole, Long Barrel with Window Lug . . . .16-17 Flex Conductor, Two-Hole, Long Barrel with Window Lug . . . .18

Code/Flex Conductor HTAP Kit . . . .19

Code/Flex Conductor HTAP . . . .20

Clear Covers for HTCT HTAPs . . . .21

Grounding Clamp, U-Bolt, Bronze . . . .22

Grounding Clamp for Water Pipes, Bronze . . . .23

Grounding Rod Clamp, Bronze . . . .23

C

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Hand Operated Plier Type Tool . . . .24

CONTOURCRIMP™_{Controlled Cycle Tools . . . .24}

Die Type, Manual Hydraulic, 14 Ton, Crimping Tool . . . .25

Die Type, Battery Powered Hydraulic, 12 Ton, Crimping Tool . . . .26

CD-920 Crimping Dies . . . .27

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ECHNICAL

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Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information Index

How to Use This Catalog

Common Bonding Network (CBN)

page 4

Grounding Roadmaps

pages 5-9

Detailed Product

Information

pages 11-23

Technical Information — Includes Application Standards and BICSI TDM Manual, 10th Edition

pages 28-30

Detailed Tool

Information

pages 24-27

Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information Index 4

STRUCTUREDGROUND™_{SYSTEM FOR DATA CENTER GROUNDING}

•PANDUIT®STRUCTUREDGROUND™System for Data Center Grounding is a complete, highly reliable line of products to ground your building and network equipment in compliance with BICSI TDM Manual, 10th Edition and J-STD-607-A, TIA-942, IEEE Std 1100 (IEEE Emerald Book), UL and CSA

Common Bonding Network (CBN)

Telecommunications Room (see roadmap on page 8)

Data Center (see roadmap on page 6)

Service Entrance (see roadmap on page 5)

See page 28 for PANDUIT®STRUCTUREDGROUND™System for Data Center Grounding Application Standards. For more data center grounding information, see www.panduit.com/dcgrounding.

Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information Index 6 STRUCTUREDGROUND™

SYSTEM FOR DATA CENTER GROUNDING

Data Center Grounding Roadmap

Back of Racks Shown

Telecommunications Grounding Busbar (TGB) and Busbar Label (see page 15) AC Panel* 2 2 3 3 4 1 1 5

Raised Floor Pedestal Common Bonding Network (CBN)

Building Steel Conduit Telecommunications Bonding Backbone (TBB)

Data Equipment Racks

3

Copper Compression, Two-Hole, Long Barrel with Window Lug: LCC-W (see pages 16-17) Copper Compression HTAP and Clear Cover: HTWC (see page 19)

Bronze, U-Bolt Grounding Clamp: GPL (see page 22)

2 3

1 4

Telecommunications Grounding and Bonding Conductor Label Kit: LTYK (see page 15)

5

*AC Panel should be grounded per NEC standards. Enclosure should be grounded per manufacturer’s specifications. A typical raised floor includes a multitude of metallic components which are connected together. It is the responsibility of the manufacturer and installer of the raised floor to insure all the raised floor metallic components are bonded which means that they are connected together electrically in accordance with applicable specifications. The PANDUIT Bonding/Grounding System does not insure required bonding of the raised floor metallic components.

• Complies with BICSI TDM Manual, 10th Edition and J-STD-607-A, TIA-942, IEEE Std 1100 (IEEE Emerald Book), UL and CSA

• Bonding screws are recommended to mount all panels, equipment, shelves, etc. to ensure electrical continuity between metallic components and the grounded rack

• Can be used to ground equipment mounted in cabinets which meet EIA-310-D; installer should bond all cabinet members to the rack grounding strip

7

For technical assistance in the U.S., call 866-405-6654 (outside the U.S., see inside back cover for directory)

STRUCTUREDGROUND™_{System for Data Center Grounding}

Introduction

STRUCTUREDGROUND™_{System for Data Center Grounding}

Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information Index STRUCTUREDGROUND™

Data Center Rack Grounding (Raised Floor)

Back of Rack Shown

Common Bonding Network (CBN) to Rack Jumper Kit: RGCBNJ (see page 11)

Common Bonding Network – typically #2 AWG bare copper code conductor is used underfloor Equipment Jumper Kit 24" L, 90° Bent: RGEJ (see page 12)

Equipment Jumper Kit 36" L, 90° Bent: RGEJ (see page 12)

Equipment Jumper Kit 24" L, 45° Bent: RGEJ (see page 12) Electrostatic Discharge (ESD) Port Kit recommended for use on front and back of rack: RGESD (see page 13)

Rack Grounding Strip Kit: RGS (see page 11) Bonding Screws are used to mount patch panels to the front of the rack: RGTBS (see page 14) Paint Piercing Grounding Washer Kit: RGW (see page 13) Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information Index 20 STRUCTUREDGROUND™

Code/Flex Conductor HTAP

• Used to tap into continuous conductors as a splice or pigtailing • Each HTAP terminates a wide range of

conductor sizes and combinations of code and flex conductors Class G, H, I and Locomotive to suit a variety of applications • Slotted design allows quick and easy

assembly of conductor to HTAP using 3 PANDUIT 94 V-0 cable ties included

• Tap grooves are separated from one another allowing them to function independently so HTAP can be used with a single or multiple taps providing maximum design and installation flexibility • Color coded and marked withPANDUIT die

index numbers for proper crimp die selection • Requires crimping tools and dies, see pages

25, 26 and 27 • UL Listed and CSA Certified for applications

up to 600V when crimped with PANDUIT and specified competitor crimping tools and PANDUIT crimping dies • Tin plated to inhibit corrosion

For additional sizes and configurations and to see the complete line of PAN-LUG™Power and Grounding Connectors, see the Termination Solutions Catalog SA-TMCB02.

For Making Parallel and Multiple Tap Connections on Code and Flex Conductors

HTAP TAP RUN

Part Number

Copper Conductor Size Range Figure Dimensions (In.) PANDUIT Crimping Tool PANDUIT Die Color & Die No. Wire Strip Length (In.) Std. Pkg. Qty. Wire Strand

Type Run Tap 1 Tap 2Tap 3 LWH HTCT6-6-1 Code#6 - #10 AWG #6 - #14 AWG — — .61.40.99 CT-930, CT-2931 Orange, PH6 11/161 Flex#6 - #10 AWG #6 - #14 AWG HTCT2-2-1 Code #2 - #6 AWG STR/SOL #2 - #6 AWG STR/SOL #8 - #14 AWG #8 - #14 AWG .76.611.55 CT-930, CT-2931 Brown, PH2 13/161 Flex #2 - #8 AWG #2 - #8 AWG #8 - #14 AWG #8 - #14 AWG HTCT250-2-1 Code250 kcmil -#2 AWG #2 - #6 AWG STR/SOL #8 - #14 AWG — .92.961.92 CT-930, CT-2931 Purple, PH25 1 1 Flex 4/0 - #2 AWG #2 - #8 AWG #8 - #14 AWG HTCT250-250-1 Code250 kcmil -#2 AWG 250 kcmil -#2 AWG — — .90.891.92 CT-930, CT-2931 Purple, PH25 1 1 Flex 4/0 - #2 AWG 4/0 - #2 AWG TAP 1 RUN H W L W RUN TAP 1 TAP 2 TAP 3 L H W L RUN H

TAP 1 TAP 2 TAP 1

W L H RUN HTCT6-6 HTCT2-2 HTCT250-2 HTCT250-250 Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information Index 26 STRUCTUREDGROUND™

Die Type, Battery Powered Hydraulic, 12 Ton, Crimping Tool

• Two stage rapid advance hydraulic system minimizes cycle time

• Provides UL Listed and CSA Certified connections on PANDUIT®PAN-LUG™copper and aluminum lugs and splices and copper taps • Open "C-Head" design allows easy loading of crimping

dies and connectors, saves time • Rubber boot on crimp head provides abrasion protection • Ram automatically retracts when crimp cycle is complete

• Tool provided with two, high capacity 12 VDC rechargeable nickel-metal hydride batteries — provides for continuous operation and eliminates "memory" build-up, one hour charge time

• Eight second crimp cycle time provides quick terminations, saves time

• Uses industry standard Makita* batteries and charger — industry proven reliability easy to obtain from local retail sources • Requires crimping dies, see page 27 • Dies installed using spring loaded die retention pins — no

need for tools

• Crimp head rotates 360 degrees — provides versatility for use in restricted spaces

For the complete line of PANDUIT crimping tools and dies, see the Termination Solutions Catalog SA-TMCB02. CG-920 crimp force measurement gauge available, sold separately, see the Termination Solutions Catalog SA-TMCB02. *Makita is a registered trademark of Makita Corporation in the United States.

Part Number Part Description

Std. Pkg. Qty. CT-2931 Terminates PANDUIT®PAN-LUG™Compression Connectors:

• Copper compression lugs and splices for #8 AWG – 750 kcmil code conductor • Copper compression lugs and splices for #8 AWG – 600 kcmil flex conductor • Copper compression CTAPF taps for #10 AWG – 3/0 AWG code conductor • Copper compression CTAP taps for #8 AWG – 4/0 AWG code conductor • Copper compression HTCT taps for #14 AWG – 250 kcmil code conductor, #14 AWG – 4/0 AWG flex conductor • Aluminum compression lugs and splices for #6 AWG – 600 kcmil code conductor • Aluminum compression HTAPS for #14 AWG – 500 kcmil code conductor •PANDUIT®PAN-TERM®Tubular Terminals for #8 AWG – 250 kcmil code conductor Warranty: 3 years

CT-2931 includes: • Tool • Two 12 VDC, rechargeable NiMH batteries • One battery charger

• Steel tool case with storage for batteries, charger and crimp dies

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What are the effects of improper grounding?

Decreased Efficiency

• Electrical noise is introduced on data cables when surges are not properly dissipated by the grounding system.They cause

faulty data signals and dropped packets, thus decreasing the throughput and overall efficiency of your network.

Lower Reliability

• According to insurance industry data, improper grounding of communication systems leads to $500 million per year of

damage to property and/or equipment due to lightning.

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• The Information Technology Industry Council states that grounding is the single-most important factor in reliable network

equipment performance.

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• More than 90% of problems in data communications equipment, including reboot, lockup, and data corruption, are

traced to problems with grounding.

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• Industry experts estimate that 27%-33% of damaged equipment in a user's facility is caused by electrostatic discharge.

The component cost of repairing damaged equipment is substantial for complex circuit boards, especially when labor

and downtime are considered.

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• According to the IEEE, the typical AC third prong ground is almost never sufficient to prevent damage to network equipment.

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Safety Risks

• Personal injury from electric shock caused by improper grounding can cause immeasurable human suffering and

significant expense.

• Potential fire hazards exist when heat is generated from electrical surges that find a high resistance path to ground.

Can you afford improper grounding?

Network equipment, such as switches, routers and storage devices, costs anywhere from thousands of dollars to hundreds of

thousands of dollars.The cost of proper grounding is only a tiny fraction of the cost of the equipment it is protecting.

Clearly the biggest cost of improper grounding is the inability to service customers properly.

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Grroouunnddiinngg

The grounding system is not just an insurance policy against a lightning strike. It is an active,

functioning system that provides protection for personnel and equipment. Proper grounding is

essential for efficient network performance.

The purpose of the grounding system is to create a low impedance path to earth ground for electrical

surges and transient voltages. Lightning, fault currents, circuit switching (motors turning on and off),

and electrostatic discharge are the common causes of these surges and transient voltages. An

effective grounding system minimizes the detrimental effects of these electrical surges.

A properly designed grounding system is one that is intentional, visually verifiable, adequately sized

to handle expected currents safely, and one that directs these potentially damaging currents away

from sensitive communication equipment. Any metallic component that is part of the data center

infrastructure (such as equipment, racks, ladder racks, enclosures, cable trays, etc.) must be bonded

to the grounding system.

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• PANDUIT®_S_TRUCTURED_G_ROUND™_{System for Data Center Grounding is a complete, highly reliable line of products to ground}

your building and network equipment in compliance with BICSI TDM Manual, 10th Edition and J-STD-607-A, TIA-942, IEEE Std 1100 (IEEE Emerald Book), UL and CSA

Common Bonding Network (CBN)

Telecommunications

Room

(see roadmap on page 8)

Data Center

(see roadmap on page 6)

Service Entrance

(see roadmap on page 5)

See page 28for PANDUIT®_S_TRUCTURED_G_ROUND™_{System for Data Center Grounding Application Standards.}

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Copper Compression, Two-Hole, Long Copper Compression HTAP and Clear Cover: HTWC

(see page 19)

Service Entrance Grounding Roadmap

Bronze, U-Bolt Grounding Clamp: GPL (see page 22) connected by a cable to

(HTAP)

2

1

2

AC Service Entrance Earth Ground

3

2

1

6

3

Telecommunications Bonding Backbone (TBB)**

Grounding Equalizer (GE)

Cable Entrance AC Panel*

Water Meter

4 ₄

• Complies with J-STD-607-A and IEEE Std 1100 (IEEE Emerald Book)

• Grounding Equalizer (GE) is required when two or more Telecommunications Bonding Backbones (TBB) are used within a multi-story building; bond TBBs together with a GE at the top floor and at a minimum of every third floor in between

Telecommunications Grounding and Bonding

5

Telecommunications Main Grounding Busbar (TMGB) and Busbar Label (see page 15)

7

Bronze, Grounding Rod Clamp: WB (see page 23) connected by a cable to

(U-Bolt Grounding Clamp)

6

Conduit

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Data Center Grounding Roadmap

Back of Racks Shown

Telecommunications Grounding Busbar (TGB) and Busbar Label (see page 15) AC Panel*

2

3

4

1

5

Raised Floor Pedestal Common Bonding Network (CBN)

Building Steel

Conduit Telecommunications

Bonding Backbone (TBB)

Data Equipment Racks

3

Copper Compression, Two-Hole, Long Barrel with Window Lug: LCC-W (see pages 16-17)

Copper Compression HTAP and Clear Cover: HTWC

(see page 19)

2

3

1

4

Telecommunications Grounding and Bonding Conductor Label Kit: LTYK

(see page 15)

5

*AC Panel should be grounded per NEC standards. Enclosure should be grounded per manufacturer’s specifications.

A typical raised floor includes a multitude of metallic components which are connected together. It is the responsibility of the manufacturer and installer of the raised floor to insure all the raised floor metallic components are bonded which means that they are connected together electrically in accordance with applicable specifications. The PANDUIT Bonding/Grounding System does not insure required bonding of the raised floor metallic components.

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Data Center Rack Grounding (Raised Floor)

Back of Rack Shown

Electrostatic Discharge (ESD) Port Kit recommended for use on front and back of rack: RGESD (see page 13)

Rack Grounding Strip Kit: RGS (see page 11)

Bonding Screws are used to mount patch panels to the front of the rack: RGTBS (see page 14) Paint Piercing Grounding Washer Kit: RGW (see page 13)

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Telecommunications Room Grounding Roadmap

2

1

Building Steel

3

5

Grounding Equalizer (GE)

Conduit

AC Panel*

Back of Racks Shown

Telecommunications Grounding Busbar (TGB) and Busbar Label (see page 15)

Copper Compression, Two-Hole, Long Barrel with Window Lug: LCC-W (see pages 16-17)

Copper Compression HTAP and Clear Cover: HTWC

(see page 19)

2

3

1

4

Telecommunications Grounding and Bonding Conductor Label Kit: LTYK

(see page 15)

5

*AC Panel should be grounded per NEC standards. Enclosure should be grounded per manufacturer’s specifications.

A typical overhead cabling system includes a multitude of metallic components which are connected together. It is the responsibility of the installer to insure all of the metallic components are bonded, which means that they are connected together electrically in accordance with applicable specifications. The PANDUIT Bonding/Grounding System does not insure required bonding of the overhead cabling system metallic components.

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Telecommunications Bonding Backbone

(TBB)

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Telecommunications Room Rack Grounding

Aisle Ground — typically #2 AWG insulated copper code conductor is used overhead

Back of Rack Shown

Common Bonding Network (CBN) to Rack Jumper Kit: RGCBNJ

(see page 11)

Electrostatic Discharge (ESD) Port Kit recommended for use on front and back of rack: RGESD (see page 13)

Rack Grounding Strip Kit: RGS (see page 11)

Bonding Screws are used to mount patch panels to the front of the rack: RGTBS (see page 14)

Paint Piercing Grounding Washer Kit: RGW (see page 13)

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Rack Grounding Strip is made from high

conductivity, low resistance wrought copper and tin plated to inhibit corrosion, providing the lowest impedance path to ground

Jumper has UL, VW-1 flame rated green

insulation and is factory terminated with copper compression, two-hole, long barrel with window lug; lug is UL Listed, CSA Certified and meets NEBS Level 3 with a single stud hole and slot which allows mounting for ½" to 5/8" hole spacing and accommodates stud sizes ¼", #12 and 6mm

Paint Piercing Grounding Washer is

made from hardened steel and electro zinc plated which inhibits corrosion to provide a superior bond between frame members on bolt-together racks

Thread-Forming Screws are made from

electro zinc plated steel and provide a bond to the rack by removing paint from threaded holes without creating metal shavings

Electrostatic Discharge (ESD) Port is made

from high conductivity, low resistance copper and tin plated to inhibit corrosion plus it functions as an ESD wrist strap hanger

Electrostatic Discharge (ESD) Protection Sticker is provided in black and yellow for

high visibility and easy identification as an ESD port

Copper Compression HTAP is UL Listed and

CSA Certified; used to make a highly reliable, permanent bond between the common bonding network and common bonding network (CBN) to rack jumper kit

Features and Benefits — PANDUIT

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Center Grounding

PANDUIT offers a variety of kits with premium components to ensure superior grounding with the highest reliability available. • Provides highest reliability with an all-copper rack

grounding system to maintain data center system performance and protect network equipment

• Complies with data center standard TIA-942 and is UL Listed and CSA Certified

• Incorporates a flexible design that can be used with racks which meet EIA-310-D

• Offers ease of installation — no paint scraping required to bond racks; factory terminated jumpers simply

bolt in place Electrostatic Discharge (ESD) Port Kit (see page 13) Rack Grounding Strip Kit (see page 11)

Common Bonding Network (CBN) to Rack Jumper Kit (see page 11) Equipment Jumper Kit (see page 12)

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Equipment & Rack Grounding Kits

Rack Grounding Strip Kits

• Bonds up to 44 RU per rack • EIA Universal mounting hole pattern

Common Bonding Network (CBN) to Rack Jumper Kit

• Bonds the rack grounding strip to the CBN

• HTAP, included in kit, requires crimping tool and die; see

the CT-930 crimping tool on page 25, the CT-2931

crimp-ing tool on page 26and the CD-930H-250 crimping die on

page 27

• HTAP is UL Listed and CSA Certified for applications up to 600V when crimped with PANDUIT and specified

competitor crimping tools and PANDUIT crimping dies; see the Termination Solutions Catalog SA-TMCB02 for the complete line of PANDUIT crimping tools

*An equal number of M6 x 12mm thread-forming screws also provided in each kit. **HTAP also sold separately, see page 20.

*An equal number of M6 x 12mm thread-forming screws also provided in each kit.

Std. Pkg. Qty.

RGS134-1 Rack grounding strip; 78.65" length; .67" width; .05" thickness; provided with .16 oz (5cc) of antioxidant and three #12-24 x 1/2" thread-forming screws*

1

RGS134-10-1 10 rack grounding strips; 78.65" length; .67" width; .05" thickness; provided with .16 oz (5cc) of antioxidant and 30 #12-24 x 1/2" thread-forming screws*

1

Std. Pkg. Qty. Std. Ctn. Qty.

RGCBNJ660P #6 AWG jumper; 60" length; 45° bent lug on grounding strip side; provided with .16 oz (5cc) of antioxidant, two #12-24 x 1/2" thread-forming screws* and a copper compression HTAP** for connecting to the CBN in sizes ranging from #2 AWG to 250 kcmil

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Introduction Grounding Roadmaps Equipment & Rack Grounding Kits Common Bonding Network (CBN) Components Crimping Tools Technical Information Index 3" or smaller

Equipment Jumper Kits

• Bonds network equipment to rack grounding strip • Jumper kit available with both ends factory terminated to

provide a bolt on solution

• Jumper kit available with one end factory terminated to attach to the rack grounding strip; free end accommodates unique equipment terminations

• Use jumpers with 90° bent lug, on grounding strip side, for high density grounding requirements up to one ground point per RU

• Use jumpers with 45° bent lugs, on grounding strip side, for improved cable management

• Use 24" jumpers when network equipment ground point is located near the grounding strip side of the rack

• Use 36" jumpers when network equipment ground point is located away from the grounding strip side of the rack

RGEJ1024PF

3" or larger

RGEJ1057PF

Select equipment jumpers with 45° lugs for lower density applications or shallow depth equipment to provide improved cable management.

Select 24" equipment jumpers with 90° lugs when equipment grounding connection is close to the grounding strip.

Select 36" equipment jumpers with 90° lugs when equipment grounding connection is on the opposite side from the grounding strip.

How to Select the Appropriate Equipment Jumper

#10 AWG equipment jumpers factory terminated on both ends

RGEJ1024PH #10 AWG jumper; 24" length; 45° bent lug on grounding strip side to straight lug on equipment; provided with .16 oz (5cc) of antioxidant and four #12-24 x 1/2" thread-forming screws*

1 10

RGEJ1024PF #10 AWG jumper; 24" length; 90° bent lug on grounding strip side to straight lug on equipment; provided with .16 oz (5cc) of antioxidant and four #12-24 x 1/2" thread-forming screws*

1 10

#6 AWG equipment jumpers factory terminated on both ends

RGEJ624PH #6 AWG jumper; 24" length; 45° bent lug on grounding strip side to straight lug on equipment; provided with .16 oz (5cc) of antioxidant and four #12-24 x 1/2" thread-forming screws*

1 10

#10 AWG equipment jumper factory terminated on one end

RGEJ1057PF #10 AWG jumper; 57" length; 90° bent lug on grounding strip side; provided with .16 oz (5cc) of antioxidant and two #12-24 x 1/2" thread-forming screws*

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#6 AWG equipment jumper factory terminated on one end

RGEJ657PF #6 AWG jumper; 57" length; 90° bent lug on grounding strip side; provided with .16 oz (5cc) of antioxidant and two #12-24 x 1/2" thread-forming screws*

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Electrostatic Discharge (ESD) Port Kit

• Accommodates standard ESD wrist strap 4mm plug • Can be mounted to front or back of rack for

convenient access

• Bent 45°, acts as a hook to hold wrist strap

• Barrel permanently marked with the protective earth (ground) symbol

Paint Piercing Grounding Washer Kits

• Bonds frame members on bolt-together racks • No paint scraping required

• Green color coding to indicate bonding application

Contact your local electrical distributor for their selection of Electrostatic Discharge (ESD) wrist straps. *One M6 x 12mm thread-forming screw also provided in each kit.

ESD port must be attached to a grounded member.

Std. Pkg. Qty.

RGW-12-1 12 paint piercing bonding washers for 3/8" stud size; .875 O.D.; provided with .16 oz (5cc) of antioxidant; for use with standard equipment racks: CMR19X84, CMR19X84S and CMR23X84

1

RGW-32-1 32 paint piercing bonding washers for 3/8" stud size; .875 O.D.; provided with .16 oz (5cc) of antioxidant; for use with 4 post rack NF4PR84 and data rack DR84

1

RGW-100-1 100 paint piercing bonding washers for 3/8" stud size; .875 O.D.; provided with .16 oz (5cc) of antioxidant

1

Std. Pkg. Qty.

RGESD-1 ESD port kit; provided with an ESD protection sticker, .16 oz (5cc) of antioxidant and one #12-24 x 1/2" thread-forming screw*

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Thread-Forming Screws

• Thread-forming, provides a bond to the rack by removing paint from threaded holes without creating metal shavings

• Easily installed with 5/16" socket head wrench or flat blade screwdriver

Retrofit Rack Grounding Kits

• Provides a dedicated ground system to maintain system performance and protect network equipment when RGS

rack grounding strip kit cannot be used (see page 11)

• Optimized for installation on 19" racks that meet EIA-310-D, with functioning equipment, and are deployed in the field

• Provides a complete system of matched components that can be easily selected to save cost and labor

remove paint from the rack

RGRKCBNJEJ RGRKCBNJ Network Equipment HTAP (see page 20) Rack Grounding Busbar RGRB19 Lug (see pages 16-18) Rack Grounding Kit RGRKCBNJEJ

Rack Grounding Kit RGRKCBNJ Grounding Jumper RGREJ696 or RGREJ1096 Grounding Jumper RGREJ696

RGRKCBNJEJ Rack grounding kit to ground the rack and one piece of equipment; includes one RGRB19 busbar, one HTCT250-2-1 HTAP and two RGREJ696 grounding jumpers

1 10

RGRKCBNJ Rack grounding kit to ground the rack; includes one RGRB19 busbar, one HTCT250-2-1 HTAP and one RGREJ696 grounding jumper

1 10

RGRB19 Rack grounding busbar; can be positioned anywhere on the rack; 19" length; tin plated; 14 holes arranged for flexibility in mounting; mounting hole sets have 1/2" spacing; provided with two #12-24 x 1/2" thread-forming screws* for mounting

1 10

RGREJ696 Grounding jumper; #6 AWG; 96" length; one end factory

terminated to lug; provided with .16 oz (5cc) of antioxidant and four #12-24 x 1/2" thread-forming screws* and other mounting hardware as appropriate

1 10

RGREJ1096 Grounding jumper; #10 AWG; 96" length; one end factory

terminated to lug; provided with .16 oz (5cc) of antioxidant and four #12-24 x 1/2" thread-forming screws* and other mounting hardware as appropriate

1 10

Std. Pkg. Qty.

RGTS-C Thread-forming grounding screw, #12-24 x 1/2" 100

RGTSM6-C Thread-forming grounding screw, M6 x 12mm 100

Bonding Screws

• Creates an electrical bond between painted patch panels and racks

• Serrations on bottom of screw remove paint from patch panel, thus providing metal-to-metal contact

• Thread-forming, provides a bond to the rack by removing paint from threaded holes without creating metal shavings • Easily installed with Phillips screwdriver

Std. Pkg. Qty.

RGTBS-C Thread-forming bonding screw, #12-24 x 1/2" 100

RGTBSM6-C Thread-forming bonding screw, M6 x 15mm 100

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BICSI/J-STD-607-A Telecommunications Grounding Busbars

Common Bonding Network (CBN) Components

UL

R

C US

• Meets BICSI and J-STD-607-A requirements for network systems grounding applications

• Made of high conductivity copper and tin plated to inhibit corrosion

• Comes pre-assembled with brackets and insulators attached for quick installation

• Use PANDUIT self-laminating laser/ink jet labels to identify busbars to meet TIA/EIA-606-A

TGB

TMGB

C200X100FJJ

For additional label sizes, materials and print technologies and to see the complete line of PANDUIT identification products, see the Identification Solutions Catalog SA-IDCB16.

*Busbar labels sold separately.

Part Number Bar Size

No. of 5/16" hole sets, 5/8" spacing No. of 7/16" hole sets, 1" spacing Can Be Clearly Identified with PANDUIT

Laser/Ink Jet Label* Std. Pkg. Qty.

Telecommunications Grounding Busbars (TGB)

GB2B0304TPI-1 1/4" x 2" x 10" 4 3

C200X100FJJ

1

GB2B0306TPI-1 1/4" x 2" x 12" 6 3 1

GB2B0312TPI-1 1/4" x 2" x 20" 12 3 1

Telecommunications Main Grounding Busbars (TMGB)

GB4B0612TPI-1 1/4" x 4" x 12" 12 6

C200X100FJJ 1

GB4B0624TPI-1 1/4" x 4" x 20" 24 6 1

Telecommunications Grounding and Bonding Conductor Label Kit

For additional label sizes, materials and print technologies and to see the complete line of PANDUIT identification products, see the Identification Solutions Catalog SA-IDCB16.

• Meets labeling requirements of J-STD-607-A; each

telecommunications grounding and bonding conductor shall be labeled as close as practicable to its point of termination in a readable position

• Can be applied as a wrap-around marker (parallel to cable) or flag marker (45° or 90°) to cable

• Kit includes everything needed to properly label cables; one flame retardant cable tie and one rigid plastic yellow tag printed with “IF THIS CONNECTOR OR CABLE IS LOOSE OR MUST BE REMOVED, PLEASE CALL THE BUILDING TELECOMMUNICATIONS MANAGER”

Std. Pkg. Qty.

(16)

For Use with Stranded Copper Conductors

Code Conductor, Two-Hole, Long Barrel with Window Lug

• Meets J-STD-607-A requirements for network systems grounding applications • Tested by Telcordia — meets NEBS

Level 3

• Requires crimping tools and dies, see

pages 24, 25, 26 and 27

• UL Listed for use up to 35KV**, temperature rated 90°C and CSA Certified to 600V when crimped with PANDUIT and specified competitor crimping tools and dies • UL Listed and CSA Certified for wire

range-taking capability when crimped with

PANDUIT®_U

NI-DIE™_{dieless crimping tools}

• Color coded barrels marked with PANDUIT and specified competitor die index numbers for proper crimp die selection

• Long barrel maximizes number of crimps and provides premium wire pull-out strength and electrical performance

• Inspection window to visually assure full conductor insertion

• Tin plated to inhibit corrosion

• Available with NEMA hole sizes and spacing

Ring Terminal, Vinyl Expanded Insulation

• Expanded wire entry allows for large O.D. wire insulation or multiple wire crimps within one wire barrel

• Industry standard color coding to indicate wire range

• Brazed seam assures a reliable crimp • Insulation support

• Requires crimping tools, see page 24

C L

W

For additional sizes and configurations and to see the complete line of PAN-TERM®_{Terminals, see the Termination}

Solutions Catalog SA-TMCB02.

‡UL and CSA approved tooling/product combinations. For crimping tools see page 24.

**To order in bulk, replace -C in the part number with -M for a bulk package of 1000 and replace -L with -D for a bulk package of 500. Part Number Wire Range Color Code Stock Thickness Max. Ins. Stud Size Figure

Dimensions (In.) PANDUIT_Crimping Tool Std. Pkg. Qty.** Std. Ctn. Qty. L W C PV14-6RX-C 16-14 AWG Blue .03 .200 #6 .96 .31 .25 CT-100‡, CT-1550‡ 100 500 PV14-8RX-C .03 .200 #8 .96 .31 .25 100 500 PV14-10RX-C .03 .200 #10 .96 .31 .25 100 500 PV14-14RX-C .03 .200 1/4" 1.16 .46 .37 100 500 PV10-6RX-L 12-10 AWG Yellow .04 .250 #6 1.10 .31 .30 CT-100‡, CT-1550‡ 50 500 PV10-8RX-L .04 .250 #8 1.10 .31 .30 50 500 PV10-10RX-L .04 .250 #10 1.10 .31 .30 50 500 PV10-14RX-L .04 .250 1/4" 1.29 .52 .39 50 500

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W HOLE SPACING L T B INSPECTION WINDOW W HOLE SPACING L T B INSPECTION WINDOW

Figure 1 Figure 2: Slotted Lug

B INSPECTION WINDOW W HOLE SPACING L T 45˚ HOLE SPACING L T B INSPECTION WINDOW 90˚ W

Figure 3: Slotted Lug 45°Bent

Figure 4: Slotted Lug 90°Bent

Code Conductor, Two-Hole, Long Barrel with Window Lug (continued)

Part Number Figure No. Copper Conductor Size Stud Hole Size (In.) Stud Hole Spacing (In.) Figure

Dimensions (In.) PANDUIT_Crimping Tool

PANDUIT Die Color & Die No.

Burndy Die No. T&B Die No. Wire Strip Length (In.) Std. Pkg. Qty. W B T L LCC10-14JAW-L* 2 #14 – #10 AWG STR, #12 – #10 AWG SOL 1/4 .50 – .63 .42 .53 .05 1.93 CT-100, CT-1570 — — — 9/16 50 LCC10-14JAWH-L* 3 1/4 .50 – .63 .42 .53 .05 1.78 — — — 9/16 50 LCC10-14JAWF-L* 4 1/4 .50 – .63 .42 .53 .05 1.56 — — — 9/16 50 LCC10-14BW-L* 1 1/4 .75 .42 .53 .05 2.06 — — — 9/16 50 LCC8-10ABW-L 2 #8 AWG #10 .63 – .75 .41 .70 .08 2.14 CT-1700, CT-930, CT-2931 Red P21 49 21 3/4 50 LCC8-14ABW-L 2 1/4 .63 – .75 .48 .70 .07 2.23 Red P21 49 21 3/4 50 LCC8-14DW-L 1 1/4 1.00 .48 .70 .07 2.48 Red P21 49 21 3/4 50 LCC8-38DW-L 1 3/8 1.00 .60 .70 .05 2.70 Red P21 49 21 3/4 50 LCC6-10ABW-L 2 #6 AWG #10 .63 – .75 .46 1.07 .08 2.52 CT-1700, CT-930, CT-2931 Blue P24 7 24 1 1/8 50 LCC6-14JAW-L 2 1/4 .50 – .63 .48 1.07 .08 2.49 Blue P24 7 24 1 1/8 50 LCC6-14JAWH-L 3 1/4 .50 – .63 .48 1.07 .08 2.08 Blue P24 7 24 1 1/8 50 LCC6-14JAWF-L 4 1/4 .50 – .63 .48 1.07 .08 1.66 Blue P24 7 24 1 1/8 50 LCC6-14BDW-L 2 1/4 .75 – 1.00 .48 1.07 .08 2.86 Blue P24 7 24 1 1/8 50 LCC6-14EW-L 1 1/4 1.25 .48 1.07 .08 3.11 Blue P24 7 24 1 1/8 50 LCC6-56BW-L 1 5/16 .75 .56 1.07 .07 2.73 Blue P24 7 24 1 1/8 50 LCC6-38BDW-L 2 3/8 .75 – 1.00 .62 1.07 .06 3.08 Blue P24 7 24 1 1/8 50 LCC4-14ADW-L 2 #4 – #3 AWG STR 1/4 .63 – 1.00 .55 1.05 .09 2.63 CT-1700, CT-930, CT-2931 Gray P29 8 29 1 1/8 50 LCC4-38DW-L 1 3/8 1.00 .62 1.05 .08 3.09 Gray P29 8 29 1 1/8 50 LCC2-14AW-Q 1 #2 AWG 1/4 .63 .60 1.16 .10 2.67 _CT-1700, CT-930, CT-2931 Brown P33 10 33 1 1/4 25 LCC2-38DW-Q 1 3/8 1.00 .66 1.16 .10 3.24 Brown P33 10 33 1 1/4 25 LCC1-14AW-E 1 #1 AWG 1/4 .63 .70 1.36 .11 2.89 _CT-1700, CT-930, CT-2931 Green P37 11 37 1 7/16 20 LCC1-38DW-E 1 3/8 1.00 .70 1.36 .11 3.46 Green P37 11 37 1 7/16 20 LCC1/0-14AW-X 1 1/0 AWG 1/4 .63 .76 1.44 .12 3.07 _CT-930, CT-2931 Pink P42 12 42 1 1/2 10 LCC1/0-38DW-X 1 3/8 1.00 .76 1.44 .12 3.57 Pink P42 12 42 1 1/2 10 LCC2/0-14AW-X 1 2/0 AWG 1/4 .63 .85 1.50 .13 3.23 _CT-930, CT-2931 Black P45 13 45 1 9/16 10 LCC2/0-38DW-X 1 3/8 1.00 .85 1.50 .13 3.67 Black P45 13 45 1 9/16 10

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Flex Conductor, Two-Hole, Long Barrel with Window Lug

• Meets J-STD-607-A requirements for network systems grounding applications

• Requires crimping tools and dies, see pages

24, 25, 26 and 27

• UL Listed for use up to 35KV**, temperature rated 90°C and CSA Certified to 600V when crimped with PANDUIT and specified competitor crimping tools and dies

• Color coded barrels marked with PANDUIT and specified competitor die index numbers for proper crimp die selection

• Can be used with code conductor and flex conductor class: G, H, I, K, M and Locomotive

• Long barrel maximizes number of crimps and provides premium wire pull-out strength and electrical performance

• Inspection window to visually assure full conductor insertion

• Generously beveled wire entry prevents bent back strands when inserting conductor into barrel

• Available with NEMA hole sizes and spacing

For additional sizes and configurations and to see the complete line of PAN-LUG™_{Power and Grounding Connectors, see the Termination Solutions}

Catalog SA-TMCB02.

**Consult cable manufacturer for voltage stress relief instructions with applications greater than 2000V.

W HOLE SPACING L INSPECTION WINDOW T B

For Use with Flexible, Extra-Flexible and Code Stranded Copper Conductors

Figure 1 Figure 2: Slotted Lug

W HOLE SPACING L T B INSPECTION WINDOW Part Number Figure No. Flex Conductor Size _Code Conductor Size Stud Hole Size (In.) Stud Hole Spacing (In.) Figure Dimensions (In.) _PANDUIT Crimping Tool PANDUIT Die Color & Die No.

Wire Strip Length (In.) Std. Pkg. Qty. Class G, H, I, K, M Locomotive W B T L LCCX8-10AB-L 2

#8 AWG #8 AWG #8 AWG

#10 .63 – .75 .41 .70 .08 2.14 CT-1700, CT-930, CT-2931 Red P21 3/4 50 LCCX8-14AB-L 2 1/4 .63 – .75 .48 .70 .07 2.23 Red P21 3/4 50 LCCX8-14D-L 1 1/4 1.00 .48 .70 .07 2.48 Red P21 3/4 50 LCCX8-38D-L 1 3/8 1.00 .60 .70 .05 2.70 Red P21 3/4 50 LCCX6-10B-L 1

#6 AWG #6 AWG #6 AWG

#10 .75 .46 1.07 .08 2.52 CT-1700, CT-930, CT-2931 Blue P24 1 1/8 50 LCCX6-14AB-L 2 1/4 .63 – .75 .48 1.07 .08 2.61 Blue P24 1 1/8 50 LCCX6-14D-L 1 1/4 1.00 .48 1.07 .08 2.86 Blue P24 1 1/8 50 LCCX6-38AC-L 2 3/8 .63 – .88 .62 1.07 .06 2.96 Blue P24 1 1/8 50 LCCX6-38D-L 1 3/8 1.00 .62 1.07 .06 3.08 Blue P24 1 1/8 50 LCCX4-14AB-L 2

#4 AWG #5, #4, #3_AWG _{AWG STR}#4 – #3

1/4 .63 – .75 .55 _{1.05 .09 2.63 CT-1700,} CT-930, CT-2931

Gray P29 1 1/8 50

LCCX4-38BD-L 2 3/8 .75 – 1.00 .62 1.05 .08 3.09 Gray P29 1 1/8 50

LCCX2-38D-E 1 #2 AWG #2 AWG #2 AWG 3/8 1.00 .70 1.36 .11 3.46 CT-1700,

CT-930, CT-2931 Brown P33 1 7/16 20 LCCX1-14A-X 1

#1 AWG #1 AWG #1 AWG 1/4 .63 .76 1.44 .12 3.07 _CT-2931CT-930, Green P37 1 1/2 10

LCCX1-38D-X 1 3/8 1.00 .76 1.44 .12 3.57 Green P37 1 1/2 10

LCCX1/0-14A-X 1

1/0 AWG 1/0 AWG 1/0 AWG 1/4 .63 .85 1.50 .13 3.23 _CT-2931CT-930, Pink P42 1 9/16 10

LCCX1/0-38D-X 1 3/8 1.00 .85 1.50 .13 3.67 Pink P42 1 9/16 10

LCCX2/0-14A-X 1

2/0 AWG 2/0 AWG 2/0 AWG 1/4 .63 .96 1.50 .13 3.27 _CT-2931CT-930, Black P45 1 9/16 10

LCCX2/0-38D-X 1 3/8 1.00 .96 1.50 .13 3.70 Black P45 1 9/16 10

LCCX3/0-38D-X 1 3/0 AWG 3/0 AWG 3/0 AWG 3/8 1.00 1.06 1.56 .14 3.81 CT-930, CT-2931

Orange P50

1 5/8 10

LCCX4/0-38D-X 1 4/0 AWG 4/0 AWG 4/0 AWG 3/8 1.00 1.19 2.24 .16 4.55 CT-930, CT-2931 Purple P54 2 5/16 10 LCCX250-38D-X 1 250 kcmil 262.6 kcmil — 3/8 1.00 1.28 2.24 .17 4.59 CT-930, CT-2931 Yellow P62 2 5/16 10

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Code/Flex Conductor HTAP Kit

• Includes all components to make a complete HTAP and cover installation: HTCT HTAP, matching CLRCVR clear cover and cable ties

• Each HTCT HTAP designed to terminate a wide range of copper code and flex conductor combinations to

accommodate a variety of applications

• HTAPs incorporate a unique slotted design that allows for quick and easy installation using supplied PANDUIT cable ties; saves time and cost

• Matching clear covers are made from high impact plastic and provide high impact strength and 360° viewing of installed HTAP

• Clear covers have a UL 94 V-0 flame rating and an oxygen index of 28 providing self-extinguishing, flame retardant properties

• Requires crimping tools and dies, see pages 25, 26 and

27

• UL Listed and CSA Certified for applications up to 600V when crimped with PANDUIT and specified competitor

Catalog SA-TMCB02. TAP 1 RUN H W L W RUN TAP 1 TAP 2 TAP 3 L H W L RUN H

TAP 1 TAP 2 TAP 1

W L

H RUN

HTCT6-6 HTCT2-2 HTCT250-2 HTCT250-250

Part Number

Components Copper Conductor Size Range

Std. Pkg. Qty. HTAP Part No. Clear Cover Part No. Wire Strand

Type Run Tap1 Tap 2 Tap 3

HTWC6-6-1 HTCT6-6-1 CLRCVR1-1 Code #6 – #10 AWG #6 – #14 AWG

— — 1

Flex #6 – #10 AWG #6 – #14 AWG

HTWC2-2-1 HTCT2-2-1 CLRCVR2-1

Code #2 – #6 AWG_STR/SOL #2 – #6 AWG_STR/SOL #8 – #14 AWG #8 – #14 AWG 1 Flex #2 – #8 AWG #2 – #8 AWG #8 – #14 AWG #8 – #14 AWG

HTWC250-2-1 HTCT250-2-1 CLRCVR3-1

Code 250 kcmil – #2_AWG #2 – #6 AWG_STR/SOL #8 – #14 AWG

—

1 Flex 4/0 – #2 AWG #2 – #8 AWG #8 – #14 AWG

HTWC250-250-1 HTCT250-250-1 CLRCVR3-1

Code 250 kcmil – #2_AWG 250 kcmil – #2_AWG

— —

1 Flex 4/0 – #2 AWG 4/0 – #2 AWG

(20)

Code/Flex Conductor HTAP

• Used to tap into continuous conductors as a splice or pigtailing

• Each HTAP terminates a wide range of conductor sizes and combinations of code and flex conductors Class G, H, I and Locomotive to suit a variety of applications • Slotted design allows quick and easy

assembly of conductor to HTAP using 3 PANDUIT 94 V-0 cable ties included

• Tap grooves are separated from one another allowing them to function independently so HTAP can be used with a single or multiple taps providing maximum design and installation flexibility

• Color coded and marked withPANDUIT die

index numbers for proper crimp die selection

• Requires crimping tools and dies, see

pages 25, 26 and 27

• UL Listed and CSA Certified for applications up to 600V when crimped with PANDUIT and specified competitor crimping tools and PANDUIT crimping dies

Catalog SA-TMCB02.

For Making Parallel and Multiple Tap Connections on Code and Flex Conductors

HTAP TAP RUN TAP 1 RUN H W L W RUN TAP 1 TAP 2 TAP 3 L H W L RUN H

TAP 1 TAP 2 TAP 1

W L

H

RUN

HTCT6-6 HTCT2-2 HTCT250-2 HTCT250-250

Part Number

Copper Conductor Size Range

Figure Dimensions (In.) PANDUIT Crimping Tool PANDUIT Die Color & Die No.

Wire Strip Length (In.) Std. Pkg. Qty. Wire Strand

Type Run Tap 1 Tap 2 Tap 3 L W H

HTCT6-6-1

Code #6 – #10_AWG #6 – #14_AWG

— —

.61 .40 .99 CT-930, CT-2931 Orange, PH6

11/16 1

Flex #6 – #10_AWG #6 – #14_AWG

HTCT2-2-1 Code #2 – #6 AWG STR/SOL #2 – #6 AWG STR/SOL #8 – #14 AWG #8 – #14 AWG .76 .61 1.55 CT-930, CT-2931 Brown, PH2 13/16 1

Flex #2 – #8_AWG #2 – #8 AWG #8 – #14_AWG #8 – #14_AWG

HTCT250-2-1

Code 250 kcmil –_{#2 AWG} #2 – #6 AWG_STR/SOL #8 – #14_AWG —

.92 .96 1.92 CT-930, CT-2931 Purple, PH25

1 1

Flex 4/0 – #2_AWG #2 – #8 AWG #8 – #14_AWG

HTCT250-250-1

Code 250 kcmil –_{#2 AWG} 250 kcmil –_{#2 AWG}

— —

.90 .89 1.92 CT-930, CT-2931 Purple, PH25

1 1

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Clear Covers for HTCT HTAPs

• Made of high impact plastic to provide high impact strength and 360° inspections of crimped connection to assure the crimp is complete and the correct die was used

• Incorporate dual self-latching spring loaded latches and supplied with two PANDUIT UL 94 V-0 cable ties — allow for easy snap-on assembly and ensure covers are secured • Low profile design minimizes space requirements

• Each cover half supports installation information labels inside plastic retainer strips to allow labels to be viewed on either side of cover and to protect labels from being removed

• Incorporate molded in flash barriers which encompass the HTAP installation providing protection against electrical flash over

• UL 94 V-0 flame rating and oxygen index of 28 providing self-extinguishing, flame retardant properties

• Part number, voltage rating, temperature rating and HTCT part number molded into cover for easy identification • Flexible fingers located at each end of cover prevent

foreign objects from entering cover and are made from ductile plastic material that allows easy installation and will not damage conductor insulation

For additional sizes and configurations and to see the complete line of PAN-LUG™_{Power and Grounding}

Connectors, see the Termination Solutions Catalog SA-TMCB02.

Labels for clear covers are sold separately and are printed with the PANDUIT LS7 Printer. For information on the LS7 Printer and to see the complete line of PANDUIT identification products, see the Identification Solutions Catalog SA-IDCB16.

H

L W

Part Number

Use With HTAP Part Number Figure Dimensions (In.) _Pkg.Std. Qty. L W H CLRCVR1-1 HTCT6-6 4.48 1.41 1.20 1 CLRCVR2-1 HTCT2-2 5.10 1.66 1.40 1 CLRCVR3-1 HTCT250-2, HTCT250-250 5.35 2.16 1.40 1 Shown Assembled

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Grounding Clamp, U-Bolt, Bronze

• Used to ground copper conductor parallel or at a right angle to a rod, tube or pipe

• Made from high strength, electrolytic cast bronze • High strength silicon bronze hardware provides long term

reliable assembly

• Accommodates a wide range of pipe, tube, rod and conductor sizes — minimizes inventory

• UL Listed for grounding and bonding and suitable for direct burial in earth or concrete

For the complete line of PAN-LUG™ _{Power and Grounding Connectors, see the Termination Solutions Catalog SA-TMCB02.}

UL

R C US H L W Part Number Ground Rod Size (In.) Iron Pipe Size (In.) Conductor Size Range Figure Dimensions

(In.) Bolt_Dia. (In.) Hex Size (In.) Tightening Torque (In.-Lbs.) Std. Pkg. Qty. L W H GPL-8-Q 7/8 or 1 1/2 or 3/4 #8 SOL – #4 STR 2.38 1.38 2.63 3/8 9/16 110 25 GPL-14-X — 1 #8 SOL – #4 STR 2.63 1.38 2.75 3/8 9/16 110 10 GPL-15-X — 1 #4 SOL – 2/0 STR 2.63 1.63 2.75 3/8 9/16 180 10

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Grounding Clamp for Water Pipes, Bronze

• Used to ground copper code conductor to water pipe or copper tube

• Cast from high strength, electrolytic bronze to provide reliable grounding connections

• Plated steel screws provide high strength and inhibit corrosion

• Accommodates a wide range of pipe, tube, rod and conductor sizes — minimizes inventory

• UL Listed for grounding and bonding and suitable for direct burial in earth or concrete

For the complete line of PAN-LUG™_{Power and Grounding Connectors, see the Termination Solutions}

Catalog SA-TMCB02.

L W

Grounding Rod Clamp, Bronze

• Used for grounding copper conductor parallel to ground rods

• Made from high strength, seamless electrolytic bronze to provide long term durability

• High strength silicon bronze hardware provides long term reliable assembly

• Accommodates a wide range of rod and conductor sizes — minimizes inventory

• UL Listed and CSA Certified for grounding and bonding and suitable for direct burial in earth and concrete

For the complete line of PAN-LUG™_{Power and Grounding Connectors, see the Termination Solutions}

Catalog SA-TMCB02. Part Number Ground Rod Size Conductor Size Range Figure Dimensions (In.) Hex Size (In.) Tightening Torque (In.-Lbs.) Std. Pkg. Qty. L W H WB12-L 1/2 #2 – #10 STR #10 SOL .88 .84 1.28 1/2 180 50 WB34-X 5/8 3/4 1/0 – #8 STR #2 – #8 STR 1.03 1.06 1.54 1/2 180 10 WB58-Q 5/8 1/0 – #8 STR 1.04 .92 1.40 1/2 180 25 H Part Number Water Pipe Range (In.) Conductor Size Range Figure Dimensions (In.) Tightening Torque (In.-Lbs.) Std. Pkg. Qty. L W Conductor Clamp KP1-C 1/2 – 1 #10 SOL – #2 STR 2.28 .66 50 50 100 KP2-L 1 1/4 – 2 #10 SOL – #2 STR 3.58 .73 50 50 50