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INSTALLATION
GUIDE

TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
Table of Contents
Content Page
Design Guidelines
1
Introduction 1
Common Design Elements 2
Basic Installation Practices 4
Horizontal Cabling Products 8
C6T Solution 9
C5eT Solution 11
C5e 13
Installation Procedures 14
Introduction 14
Ultim8™ and Series 2 Frame Mount (Wall or EIA Rack) 15
Ultim8™and HighBand™ 10-Pair Series 2 Rod Mount Using UMS (Wall or EIA Rack) 16
Ultim8™ and HighBand™ 10-Pair Series 2 Rod Mount Using UMS (Wall Mount) 17
Ultim8™ and Series 2 Termination Block Direct Wall Mount 18
Ultim8™ Block Termination Procedures (Wall or EIA Rack) 19
25-Pair FT Mount (EIA Rack) 21
25-Pair FT Mount (Wall) 22
25-Pair FT Block Termination Procedures 24
25-Pair FT Block Labeling Procedures 26
Plug ‘n’ Play Patch Panel EIA Rack Mount 27
Plug ‘n’ Play Plus Patch Panel Wall Mount 28
Plug ‘n’ Play Patch Panel Jack Termination 29
PCB Patch Panel EIA Rack Mount 30

PCB Patch Panel Wall Mount 31
PCB Patch Panel Termination 32
UMS Patch Panel Installation 33
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INSTALLATION GUIDE
Content Page
8-Pair Series 2 Block Termination Procedure 34
50-Pair Termination Block Wall or Frame Mount 36
50-Pair Termination Block Rack/Wall Mount 38
50-Pair Block Termination Procedure 39
6-Port Surface Mount Box 40
KRONE Station Outlet 42
Multimedia Box 44
4-Port All Fit Box 47
8- or 10-Pair Magazine Protection System 49
Single-Pair Protection System 50
TrueNet™ Installation Guide (P/N MK028-07.I01) 1
INSTALLATION GUIDE
Design Guidelines
Introduction
This document provides the information needed
to design a TrueNet Certified Cabling System. The
Design Guidelines are intended for use by designers
with a working knowledge of structured cabling
systems design. The Design Guidelines are part
of a series of documents supporting the design,
installation, and use of a TrueNet Certified
Cabling System.
KRONE reserves the right, without notice, to change
its products as progress in engineering or manufac-

turing methods or other circumstances may
warrant.
TrueNet Certified Cabling Systems must be designed
to comply with the following standards and
specifications: the National Electric Code; local
electric codes; TIA/EIA-568-A; TIA/EIA569; ISO/IEC
11801; BICSI “Telecommunications Distribution
Methods Manual,” and the IEEE 802.3z Gigabit
Ethernet. The specifications followed in this
document are the TIA/EIA-568-A “Commercial
Building Telecommunications Cabling Standard,”
ISO/IEC 11801, “Information Technology-Generic
Cabling for Customer Premises Cabling,” and the
BICSI “Telecommunications Distribution Methods
Manual,” and the IEEE 802.3z Gigabit Ethernet.
If you have questions about the content or intent
of this document, please call the TrueNet System
Support Line at 888-KRONESYS.
2 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
Common Design Elements
Functional Elements
The functional elements of a generic cabling system
are as follows:
• Campus Distributor
• Campus Backbone Cable
• Building Distributor
• Building Backbone Cable
• Floor Distributor (also called Telecommunications
Closet)

• Horizontal Cable
• Transition Point (optional)
• Telecommunications Outlet
Groups of these functional elements are connected
together to form cabling subsystems.
Topology
The topology of a structured cabling system must
be considered in three parts: the horizontal
cabling, the building backbone cabling and the
campus backbone distribution. Structured cabling
systems use the most direct path available to
secure a connection between the work area and the
building distribution frame. The horizontal cabling
is designed with a star topology, station cables are
routed from the telecom closet directly to the work
area. When modular furniture or other modular
office equipment are present, a single consolidation
point may be installed near the work area. The
backbone cabling is designed in a hierarchical star
configuration. Backbone cables connecting the
telecom closet (horizontal cross-connect) to the
equipment rooms may have an optional intermedi-
ate cross-connect point before reaching the
building distribution frame (main cross-connect).
Campus backbones are also configured in a
hierarchical star, but generally include cables and
distribution hardware that is routed from one
building to another.
Fault Tolerance
Cabling segments may be added to the system

to provide additional fault tolerance.
Duplicate Entrance Facilities
In some cases, to secure against network failure by
the service provider, a second entrance facility is
installed. If so, separate connections must be made
from the entrance facility to the floor distributors
or closets.
Floor Distributors (Telecom Closets)
For additional security and redundancy, the floor
distributors on a particular floor may be connected
together. This allows work areas to be activated by
bypassing a particular closet which may be
damaged or otherwise inoperative. Note: Cabling
for redundancy must supplement the star and
hierarchical star topologies mentioned previously.
In addition, all cabling distance requirements must
be followed when using these redundant paths.
Backbone Cabling
Building Distribution Frame
Main Cross-connect
Equipment Room
Intermediate Cross-connect
(optional)
Backbone Cabling
Telecom Closets
Horizontal Cross-connect
Backbone Cabling
Telecom Closet
Horizontal Cross-connect
Transition Point

(optional)
Horizontal Cabling
Horizontal Cabling
Work Area
TrueNet™ Installation Guide (P/N MK028-07.I01) 3
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Cable Distances
The length of a horizontal cabling segment must
not exceed 90 meters (295 ft.) from the work area
to the telecom closet; a total of 10 meters (33 ft.)
is allowed for the summed length of the work area
cables, patch cables, and equipment cables.
Backbone cable distances are dependent upon the
type of cable being used and the application (voice
or data). Data applications using Unshielded
Twisted Pairs (UTP) as the cable medium for the
backbone are limited to the distances stated for
horizontal cabling. When using fiber optic cable for
data, the maximum length for backbone cables is
2000 meters (6560 ft.) from the campus distribu-
tion frame to the telecom closet, and 500 meters
(1640 ft.) from the main distribution frame to the
telecom closet. The 2000 meter maximum distance
may be extended when using single-mode fiber
optic cables and is limited by the equipment
connected to the cable segment. When using UTP
for voice applications the maximum length from the
campus distribution frame to the telecom closet is
800 meters (2624 ft.) and 500 meters (1640 ft.)
from the main distribution frame to the telecom

closet. The maximum lengths in a structured
cabling system ensure that the performance of the
cable can be maintained over the length of the
cable without excessive signal loss.
Other Distance Considerations
All lengths are mechanical (as opposed to electri-
cal) lengths. All lengths include patch cords, cross-
connects and jumpers. The maximum allowable
length for work area cable, equipment cable and
patch cord (or jumper) shall not exceed 10 meters.
Intermediate Distribution Frame (IDF) Buildouts
Special consideration should be given to IDF
Buildouts when designing a structured cabling
system. Determining the proper location, number,
and size of the IDFs will facilitate future moves,
adds and changes to the structured cabling system.
IDFs should be located centrally to, and within 90
meters (295 ft.) of, the furthest work area served
by the IDF. The number of IDFs will depend on the
floor area being served by the structured cabling
system. The size of the closet is determined by the
floor area the closet is to serve. Refer to the table
on page 4 for closet size guidelines.
Cable Routing —
Plenum and Non-Plenum Air Spaces
When choosing a cable type it is necessary to know
what type of air space the cables will be routed
through, plenum or non-plenum. Both plenum and
non-plenum air spaces exist in buildings. Local or
national building codes will dictate what type of

cable may be installed in a particular area. Plenum
Media Type A B C
UTP 800m (2624 ft) maximum 500m (1640 ft) maximum 300m (984 ft) maximum
62.5 µm optical fiber 2000m (6560 ft) maximum 500m (1640 ft) maximum 1500m (4920 ft)
Single-mode optical fiber 3000m (9840 ft) maximum 500m (1640 ft) maximum 2500m (8200 ft)
HC
MC
EP
HC
IC
A
B
C
LEGEND
EP Entrance Point
IC Intermediate X-connect
MC Main X-connect
HC Horiz. X-connect
4 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
cables are required in air supply or return spaces,
and those areas that require a higher fire rating by
building codes. Non-plenum cables are typically
installed in the backbone or where the cables will
be installed in conduit. Building codes may require
that the backbone cables be plenum when they are
not installed in conduit. Fire stopping must be
done according to building codes, using approved
methods. When using gel-filled cables for voice
applications in the campus backbone, a cross-

connect within 50' (15.25m) of the building
entrance point is required as a transition point
from the gel-filled cables to non gel-filled cables.
(NOTE: National and local codes take precedence
over this requirement.)
Distribution Methods
There are several distribution methods (ceiling,
floor, raised floor and poke through) for routing
cables from the telecom closet to the work area.
The structure of the building should be taken into
consideration before planning a particular distribu-
tion method for the cabling. One or more of the
distribution methods may be utilized. The distribu-
tion method chosen by the designer should
facilitate future moves, adds and changes to the
structured cabling system.
will help to ensure that the installation of the
cabling system can be accomplished according
to the Installation Procedures contained in the
TrueNet System Reference Manual. Improper
installation of the cabling system will directly
affect the performance of the cabling system.
Cable should always be terminated with connecting
hardware of the same category or higher.
Twists
When installing Category 5 cable, the twist of the
individual conductors of a cable pair must be
maintained within 3/8" (1.5mm) of the point of
connection. Untwisting the individual conductors
of cable pair creates crosstalk at the point of

connection. This crosstalk can interfere with the
signal traveling through a cabling system link.
Maintaining the twists of the individual conductors
within a cable pair reduces the amount of crosstalk
in the link and allows for better performance of the
cabling system.
Cable Stripping
The cable sheath should not be stripped back
further than 1" to terminate into the connecting
hardware. Excessive stripping of the cable jacket
can impact the performance of the system.
Pulling Tension
Pulling tension is an important factor to consider
when designing the path or route a cable is to
follow from the telecom closet to the work area.
The maximum pulling tension allowed when
installing a 4-pair UTP cable is 128N (30 lb. ft.).
This prevents over tensioning of the cable. Routing
a cable segment that will require excessive tension
to pull the cable from the telecom closet to the
work area can cause stretching of the conductors
and flattening of the cable pairs, and increase the
attenuation and crosstalk of a cable segment.
Bend Radii
The bend radii during and after installation of a
cable segment must be maintained to ensure the
performance of the cabling system. The require-
ments for bend radii are less than four times the
diameter of the horizontal cables and less than two
Basic Installation Practices

General
The designer of a structured cabling system should
have an understanding of the installation proce-
dures required for the installation of a cabling
system. The proper design of the cabling system
IDF Size Guidelines
Serving Area Closet Size
sq. m sq. ft m ft
1,000 10,000 3 X 3.4 10 X 11
800 8,000 3 X 2.8 10 X 9
500 5,000 3 X 2.2 10 X 7
TrueNet™ Installation Guide (P/N MK028-07.I01) 5
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times the diameter of the patch cable. Exceeding
the bend radii can cause flattening of the cable
pairs and lead to an increase in crosstalk. Maintain-
ing the bend radii of the cable during and after
installation insures the link will meet the specifica-
tions detailed in the Performance Requirements
section of the TrueNet Reference System Manual.
Bend Radii For Patch Cable
90 degrees of change from the parallel plane of the
connector device.
Separation Distances
The separation distance should be greater than
12", unless the power cords are encased in a ferous
conduit. When routing the cable, it is important to
maintain the minimum separation distance from
possible EMI (Electro-Magnetic Interference)
sources. EMI is stray electrical energy radiated from

an electrical system which causes distortion or
interference with other cables or systems nearby.
The electrical energy radiated from electrical
systems can degrade the performance of a struc-
tured cabling system. Maintaining the recom-
mended separation distances ensures system
performance.
Conduit
When designing a cabling system, proper conduit
fill ratios and routing must be followed. Conduit
sections must be no longer than 100 ft. (30.5m)
and have no more than two 90 degree bends in a
continuous run. Pull boxes should be installed
every 100 ft. or where there are more than two
90 degree bends or there is a reverse bend in a
conduit section. The inside radius of a bend in a
conduit section must be a minimum of six times
the internal diameter of the conduit. When the
conduit is larger than 2" (50.8mm) the inside
radius must be ten times the internal diameter of
the conduit. Following the recommendations for
conduit installation will ensure the proper pulling
tension and bend radii can be maintained during
the installation of the cabling system.
Horizontal Run Distance
90 meters.
Patch Cable Lengths
Total of all patch cables of less than 10 meters, but
minimum patch lengths will be enforced and only
patch cables of approved lengths will be allowed.

Patch Cable Source
Must be from approved source. No internal patch
cable assembly permitted under any circumstances.
Bend Radii at Connection Point
Less than 90 degrees of change from parallel plane
of the connector device.
Cable Ties
Velcro Tie Wraps. J Hooks allowed only when placed
in NON-CYCLICAL arrangement/spacing.
EMI Separation Distances
*kilovolt-amperes
Separation Distance
Conditions <2 kVA* 2-5 kVA* >5 kVA*
Unshielded power lines or electrical equipment in
proximity to open or non-metal pathways
127mm
(5 in)
305mm
(12 in)
610mm
(24 in)
Unshielded power lines or electrical equipment in
proximity to a grounded metal conduit pathway
64mm
(2.5 in)
152mm
(6 in)
305mm
(12 in)
Power lines enclosed in a grounded metal conduit in

proximity to a grounded metal conduit pathway
76mm
(3 in)
152mm
(6 in)
Transformers and electrical motors 1016mm (40 in)
Fluorescent lighting 305mm (12 in)
6 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
Cable Damage
Jacket free of kinks, holes and lateral cracks.
No water in or around jacket.
Cable Bundles
No more than 100 cables shall be bundled together.
Category Mixing
Cables shall be assembled using similar NEC-rated
components throughout. All products must be
approved by KRONE.
Conduit Fill Rate
Conduit fill rate of 4-Pair communications type
cable shall not exceed 60% fill rate. Mixing of
different cables not allowed.
Block-to-Block Cross Connections
Specially designed cross-connect jacket required.
Service Loops
The cable shall not have more than four wraps/
360 degree loops.
Pair Re-Twist
If too much untwist is taken out in the installation
process, re-twisting is allowed, providing the twist

is put back into the pair at a rate of one twist per
quarter inch.
Water Migration
No liquid must penetrate the cable at connection
points or cable breaks, or the node must be
replaced.
Environment
Cables rated for indoor use must not be stored
in an outdoor environment. Enclosed temporary
facilities are accepted, provided temperature and
humidity considerations are met.
Multiple Cable Pulling
The practice of using one cable to pull multiple
cables is not allowed unless tensioning devices are
employed to evenly distribute pulling on the group
of cables being installed.
Pinout Configuration
There are two pinout configurations (568A and
568B) allowed by TIA/EIA-568-A specifications in
a structured cabling system. The TrueNet Certified
Cabling System and TIA/EIA-568-A specifications
recommend the use of the 568A pinout configura-
tion, 568B may be used as an option. The use of
different pinout configurations in the same
structured cabling system is not recommended.
RJ45 Jack Positions
Pair 1Pair 2 Pair 4
Pair 3
T568B
1

W-O
2
O
3
W-G
4
BL
5
W-BL
6
G
8
BR
7
W-BR
T568A
RJ45 Jack Positions
Pair 1Pair 3 Pair 4
Pair 2
2
G
3
W-O
1
W-G
5
W-BL
7
W-BR
4

BL
8
BR
6
O
TrueNet™ Installation Guide (P/N MK028-07.I01) 7
INSTALLATION GUIDE
Conduit Capacity, 40% Fill
Conduit Fill Ratios
Size: 1/2" 3/4" 1" 1-1/4" 1-1/2" 2" 2-1/2" 3" 3-1/2" 4"
#Cbls 2 4 7 13 18 30 53 80 104 133
Conduit Number of Cables or Wires
Internal Diameter Trade Size Wire O.D. mm (in)
mm (in) (in)
3.3
(.13)
4.6
(.18)
5.6
(.22)
6.1
(.24)
7.4
(.29)
7.9
(.31)
9.4
(.37)
13.5
(.53)

15.8
(.62)
17.8
(.70)
20.9 0.82 3/4 6 5 4 3 2 2 1 0 0 0
26.61.05 1 8876332100
35.1 1.38 1-1/4 16 14 12 10 6 4 3 1 1 1
40.9 1.61 1-1/2 20 18 16 15 7 6 4 2 1 1
52.5 2.07 2 30 26 22 20 14 12 7 4 3 2
62.7 2.47 2-1/2 45 40 36 30 17 14 12 6 3 3
77.9 3.07 3 70 60 50 40 20 20 17 7 6 6
90.1 3.55 3-1/2 - - - - - - 22 12 7 6
102.3 4.02 4 - - - - - - 30 14 12 7
8 TrueNet™ Installation Guide (P/N MK028-07.I01)
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Horizontal Cabling Products
KRONE Outlets
KRONE multi-port outlets can be used in surface
mount, flush mount, or modular furniture applica-
tions. Outlets for the TrueNet Certified Cabling
System are available in 8-conductor modular jacks
wired to T568A or T568B standards, 6- and 8-
conductor modular outlets are available for voice
applications. KRONE surface boxes mount on most
walls, dividers, cabinets, modular furniture, or
desks. Station wiring can be fed into the box
through concealed rear entry holes or through
cable entry knockouts. KRONE modular furniture
outlets in 3- or 4-port configurations facilitate
installation of a voice or data cabling in modular

office systems, such as Haworth, Steelcase, Herman
Miller, Kimball, KNOLL, AllSteel, etc. Surface and
modular furniture outlets are available in white,
ivory, gray and black. KRONE outlets come with
clear labels at the top and bottom for station
identification, and port-level icons for voice and
data. Identification tabs come color matched with
each faceplate and are also available in 10 colors.
KRONE jacks are designed to fit in all outlets and
patch panels. All jacks are available in white, ivory,
gray, black, red, blue, yellow, green, purple and
orange.
UTP Data Cable
There are three levels of UTP cable available in the
TrueNet cabling solution. These cables can be used
for both voice and data cabling. Horizontal cabling
for data communications is done with the C6T,
C5eT, and the 5e cable. All the cables are available
in plenum and non-plenum versions. They are also
available in various colors.
Numerous voice grade cables are also available.
Intermediate Distribution Frame (IDF) Products
KRONE IDF products for the TrueNet Certified
Cabling System are available in 25-Pair FT, High
Density PCB Patch Panels, Plug ‘n’ Play Patch
Panels, UMS Patch Panels, 50-Pair Disconnect
Blocks, Ultim8™ Disconnect Blocks, 10-Pair
HighBand Blocks, and 8- and 10-Pair Series 2
Disconnect Blocks.
TrueNet™ Installation Guide (P/N MK028-07.I01) 9

INSTALLATION GUIDE
TrueNet Warranty Solutions
C6T Solution
TruePatch™ C6T
To ensure a 100 (±3) ohms impedance-matching
system, the C6T TruePatch will be installed. Refer
to table below for available colors and lengths of
TruePatch.
Modular Outlet
KRONE HighBand Modular outlets are available in a
568A/568B available configuration. These outlets
come in various colors to fit customer needs.
C6T Cable
TrueNet C6T cables utilize TrueMatch™ technology
and provide the tightest levels of impedance-
matching available and a patent-pending star
separator. This helically-twisted separator improves
pair-to-pair isolation and reduces pair-to-pair,
powersum and alien (cable to cable) crosstalk for
the best performance in noisy networks like Gigabit
Ethernet. In addition, heavier 23-gauge copper is
used for better signal strength. These cables come
in a plenum and non-plenum versions and are
available in various colors.
TrueNet C6T cables fully meet the latest
(or proposed) Category 6 requirements and
add throughput optimizing features for
1000/100Base-T.
Closet Terminations
The following KRONE products are approved for

C6T closet termination components. Ultim8™
Termination Block, HighBand™ Jack with Plug ’n’
Play Patch Panels, TruePatch C6T.
Product Description Part Number
HighBand RJ45 Keystone Jacks T568 A/B 6645 1 800 ll
Angled Faceplate 4 port 6644 1 174 nn
Angled Faceplate 8 port 6644 1 178 nn
Flush Mount Faceplate 4 port 6644 1 154 nn
Flush Mount Faceplate 6 port 6644 1 156 nn
Plug ‘n’ Play Patch Panel 24 port (add 24 HighBand Jacks) 6653 2 003-24
Plug ‘n’ Play Patch Panel 48 port (add 48 HighBand Jacks) 6653 2 003-48
HighBand Ultim8 Kit 24 port/ 8-pair blocks 6636 1 596-00
TruePatch C6T Patch Cords 4 feet, RJ45-RJ45 TP6TA-uu 04
TruePatch C6T Patch Cords 7 feet, RJ45-RJ45 TP6TA-uu 07
TruePatch C6T Patch Cords 10 feet, RJ45-RJ45 TP6TA-uu 10
TruePatch C6T Patch Cords 15 feet, RJ45-RJ45 TP6TA-uu 15
TruePatch C6T Patch Cords 4 feet, RJ45-HighBand Block Plug TP6TB-uu 04
TruePatch C6T Patch Cords 7 feet, RJ45-HighBand Block Plug TP6TB-uu 07
TruePatch C6T Patch Cords 10 feet, RJ45-HighBand Block Plug TP6TB-uu 10
TruePatch C6T Patch Cords 15 feet, RJ45-HighBand Block Plug TP6TB-uu 15
TrueNet C6T Horizontal Cable Plenum, Reel in a box TN6TP-uu RB
TrueNet C6T Horizontal Cable Riser, Reel in a box TN6TR-uu RB
TrueNet C6T Horizontal Cable Plenum, Reelex II box TN6TP-uu II
TrueNet C6T Horizontal Cable Riser, Reelex II box TN6TR-uu II
For ll,
Substitute:
01=white
02=ivory
03=gray
04=black

05=red
06=blue
07=green
08=yellow
09=purple
10=orange
For nn,
Substitute:
01=white
02=ivory
03=gray
04=black
For uu,
Substitute
BL=blue
GY=gray
WT=white
GN=green
YL=yellow
RD=red
Color Key
10 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
C6T RJ45 Modular Solution
Hub/Switch
TruePatch™ C6T
TruePatch™ C6T
TrueNet™ C6T Cable
HighBand®
Jacks

Plug ’n’ Play
Patch Panel with
HighBand® Jacks
C6T IDC Block Solution
Hub/Switch
TruePatch™ C6T
TruePatch™ C6T
TrueNet™ C6T Cable
HighBand® Jacks
HighBand®
Ultim8™
Blocks
TrueNet™ Installation Guide (P/N MK028-07.I01) 11
INSTALLATION GUIDE
Product Description Part Number
K600 RJ45 Keystone Jacks T568 A/B 6467 1 081 ll
Angled Faceplate 4 port 6644 1 174 nn
Angled Faceplate 8 port 6644 1 178 nn
Flush Mount Faceplate 4 port 6644 1 154 nn
Flush Mount Faceplate 6 port 6644 1 156 nn
Enhanced Patch Panel 24 port, T568 A/B, (6) 4-Port Groups 6653 1 466-24
Enhanced Patch Panel 48 port, T568 A/B, (12) 4-Port Groups 6653 1 466-48
Enhanced Patch Panel 24 port, T568 A/B, (6) 6-Port Groups 6653 1 646-24
Enhanced Patch Panel 48 port, T568 A/B, (12) 6-Port Groups 6653 1 646-48
UMS Patch Panel 6 port, 105mm T568 A/B 6653 1 606-00
UMS Patch Panel 6 port, 160mm T568 A/B 6653 1 606-02
UMS Patch Panel 12 port, 160mm T568 A/B 6653 1 612-00
UMS Patch Panel 6 port, 105mm T568 A/B w/ UMS Mounting Kit 6653 1 806-00
UMS Patch Panel 12 port, 160mm T568 A/B w/ UMS Mounting Kit 6653 1 812-00
UMS Patch Panel 24 port, 160mm T568 A/B w/ UMS Mounting Kit 6653 1 824-00

UMS Patch Panel 48 port, 160mm T568 A/B w/ UMS Mounting Kit 6653 1 848-00
UMS Basic Kit 6657 2 165-00
25-Pair FT Block 4-Pair, color coded 6631 2 135-05
100-Pair Kit, 4-Pair, color coded 6642 1 115-04
300-Pair Kit, 4-Pair, color coded 6642 1 315-04
160 Type Hinged Label Holder 6631 2 003-00
19" UMS Backboard, single height 6652 2 069-19
***other backboard configurations available***
TruePatch C5eT Patch Cords RJ45 to 4-pair FT (various lengths and colors)
TruePatch C5eT Patch Cords 4-pair FT to 4-pair FT (various lengths and colors)
TrueNet C5eT Horizontal Cable Plenum, Reel in a box TN5eTP-uu RB
TrueNet C5eT Horizontal Cable Riser, Reel in a box TN5eTR-uu RB
TrueNet C5eT Horizontal Cable Plenum, Reelex II box TN5eTP-uu II
TrueNet C5eT Horizontal Cable Riser, Reelex II box TN5eTR-uu II
For ll,
Substitute:
00=white
10=ivory
20=gray
30=black
40=red
50=blue
60=green
70=yellow
80=purple
90=orange
For nn,
Substitute:
01=white
02=ivory

03=gray
04=black
For uu,
Substitute
BL=blue
GY=gray
WT=white
GN=green
YL=yellow
RD=red
C5eT Solution
TruePatch C5eT
To achieve maximum performance, all TruePatch
cords are offered only in lengths which are proven
to minimize signal reflections.
Modular Outlet
The K-600 will be used in this application.
C5eT Cable
TrueNet C5eT is our entry level throughput
enhanced solution. It fully meets the latest
Category 5e revision, and adds throughput
optimizing features for 100Base-T.
Closet Terminations
The following items are approved for C5eT closet
termination components: Enhanced Patch Panels,
UMS/Mini Patch, FT Modules — 4-pair color-coded,
TruePatch C5eT.
Color Key
12 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE

C5eT RJ45 Modular Solution
Hub/Switch
TruePatch™ C5eT
TruePatch™ C5eT
TrueNet™ C5eT Cable
K600
Jacks
Plug ’n’ Play
Patch Panel with
K600 Jacks
C5eT IDC FT Block Solution
Hub/Switch
TruePatch™ C5eT
TruePatch™ C5eT
TrueNet™ C5eT Cable
K600 Jacks
Feed Thru
(FT) Block
Hub/Switch
TruePatch™ C5eT
TruePatch™ C5eT
TrueNet™ C5eT Cable
K600
Jacks
Enhanced
Patch Panel
TrueNet™ Installation Guide (P/N MK028-07.I01) 13
INSTALLATION GUIDE
C5e
5e Patch cord which is compliant with proposed

standards for TIA/EIA-568A Category 5E.
Modular Outlet K600
5e compliant jack.
Product Description Part Number
K600 RJ45 Keystone Jacks T568 A/B 6467 1 081 ll
Angled Faceplate 4 port 6644 1 174 nn
Angled Faceplate 8 port 6644 1 178 nn
Flush Mount Faceplate 4 port 6644 1 154 nn
Flush Mount Faceplate 6 port 6644 1 156 nn
Enhanced Patch Panel 24 port, T568 A/B, (6) 4-Port Groups 6653 1 466-24
Enhanced Patch Panel 48 port, T568 A/B, (12) 4-Port Groups 6653 1 466-48
Enhanced Patch Panel 24 port, T568 A/B, (6) 6-Port Groups 6653 1 646-24
Enhanced Patch Panel 48 port, T568 A/B, (12) 6-Port Groups 6653 1 646-48
UMS Patch Panel 6 port, 105mm T568 A/B 6653 1 606-00
UMS Patch Panel 6 port, 160mm T568 A/B 6653 1 606-02
UMS Patch Panel 12 port, 160mm T568 A/B 6653 1 612-00
UMS Patch Panel 6 port, 105mm T568 A/B w/ UMS Mounting Kit 6653 1 806-00
UMS Patch Panel 12 port, 160mm T568 A/B w/ UMS Mounting Kit 6653 1 812-00
UMS Patch Panel 24 port, 160mm T568 A/B w/ UMS Mounting Kit 6653 1 824-00
UMS Patch Panel 48 port, 160mm T568 A/B w/ UMS Mounting Kit 6653 1 848-00
C5e Patch Cords various lengths and colors
C5e Horizontal Cable Plenum, Reelex II box TN5eP-uu II
C5e Horizontal Cable Riser, Reelex II box TN5eR-uu II
5E Cable Category 5 cable
Closet Terminations
The following items are approved for C5e closet
termination: 5e Enhanced Patch Panel, UMS/Mini
Patch Panel, and K600 Jacks.
Note: All C6T and C5eT components meet C5e
requirements.

For ll,
Substitute:
00=white
10=ivory
20=gray
30=black
40=red
50=blue
60=green
70=yellow
80=purple
90=orange
For nn,
Substitute:
01=white
02=ivory
03=gray
04=black
For uu,
Substitute
BL=blue
GY=gray
WT=white
GN=green
YL=yellow
RD=red
Color Key
14 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
Installation

Procedures
Introduction
This document defines the procedures for installing
products contained in the TrueNet Certified Cabling
System. The Installation Procedures are part of a
series of documents supporting the design, installation
and use of the TrueNet Certified Cabling System.
KRONE reserves the right, without notice, to change
its products as progress in engineering or manufac-
turing methods or other circumstances may warrant.
If you have questions about the content or intent
of this document, please call the TrueNet System
Support Line at 888-KRONESYS.
TrueNet™ Installation Guide (P/N MK028-07.I01) 15
INSTALLATION GUIDE
Ultim8™ and Series 2 Frame Mount
(Wall or EIA Rack)
STEP 1:
Secure Type 105 mounting bracket to
mounting frame using rivets provided.
Install rubber grommets.
STEP 2:
Route cables through grommet holes and
secure as required.
STEP 3:
Beginning at bottom of mounting bracket, cut
cables 18" from front edge of mounting bracket,
strip back 6" of sheath, and split pairs back 4½".
Incoming Cables
Mounting Frame

Type 105
Mounting Bracket
(21-position mount)
16 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
Ultim8™ and HighBand™ 10-Pair Series 2 Rod Mount
Using Universal Mounting System (UMS)
(Using Wall or EIA Rack)
STEP 1:
Assemble the UMS brackets by sliding the two
halves all the way together. Repeat for all brackets.
STEP 2:
Secure UMS backboard to rack. Install two top
screws first, then hang the backboard and install
remaining screws.
STEP 3:
Secure UMS brackets to backboard per diagrams for
the desired layout printed on the backboard. Use
provided rivets to attach.
STEP 4:
Secure included jumper rings using rivets provided
or install separate large jumper ring assembly using
screws provided.
STEP 5:
Pull cables through center hole of bracket and strip
back sheath as indicated.
TrueNet™ Installation Guide (P/N MK028-07.I01) 17
INSTALLATION GUIDE
Ultim8™ and HighBand™ 10-Pair Series 2 Rod Mount Using UMS
(Wall Mount)

STEP 1:
Assemble the UMS brackets by sliding the two
halves all the way together. Repeat for all brackets.
STEP 2:
Attach first (top left) UMS to plywood backboard
with top left screw. Do not tighten screw down all
the way. Using a level, adjust bracket and secure
top left screw all the way. Repeat for the top right
screw. Secure remaining two screws at bottom.
STEP 3:
Using interlocking tabs, secure next bracket or wire
manager, and secure with four screws. Continue
until all brackets and wire managers are secured.
STEP 4:
Install wire management rings using rivets
provided.
STEP 5:
Route cables from top or bottom. Dress and strip
as shown. (Cables can be routed through center
bracket hole if using a false wall.) Secure slack
loop bundles using tie wraps to tabs on inside of
UMS bracket.
18 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
18.00"
6.00"
4.50"
Top Wall Mount Adapter
Type 105
Mounting Bracket

STEP 1:
Secure bottom mounting adapter (without jumper
rings) level to backboard.
STEP 2:
Snap the Type 105 mounting bracket into the
bottom mounting adapter (rubber grommets
optional).
STEP 3:
Snap top mounting adapter (includes jumper rings)
onto mounting bracket and secure to backboard.
STEP 4:
Route cables from above or below mounting
bracket and secure as required.
STEP 5:
Beginning at edge of mounting bracket, cut cables
18" from front edge of mounting bracket, strip
back 6" of sheath, and split pairs back 4½".
Ultim8™ and Series 2 Termination Block Direct Wall Mount
Bottom Wall Mount Adapter
Incoming Cables
TrueNet™ Installation Guide (P/N MK028-07.I01) 19
INSTALLATION GUIDE
Ultim8
Termination Block
Ultim8™ Block Termination Procedures
(Wall or EIA Rack)
STEP 1:
Holding block in hand, dress pairs through wire
guides and across contact slots (maintain twist up
to point of connection). Maintain sheath up to

back of block. Repeat for second cable.
STEP 2:
Snap block onto mounting bracket and terminate
conductors with KRONE tool.
STEP 3:
Flare wires with thumb from the center of both
cables to the outside of the block. This will flatten
the arc in the cables so there is no chance of
skinning the pairs while installing block on the
bracket.
Type 105
Mounting Bracket
KRONE Tool
UMS
Continued on next page
20 TrueNet™ Installation Guide (P/N MK028-07.I01)
INSTALLATION GUIDE
Individual Label Holder
STEP 4:
Repeat steps 1 through 3 working from bottom to
top of mounting bracket for remaining modules.
STEP 5:
Install block label holder at top of mounting
bracket and label individual blocks as required.
Ultim8™ Block Termination Procedures
(Wall or EIA Rack) (Cont.)
Type 105
Mounting Bracket
Block Label Holder
UMS

Block Label Holder
Individual Label Holder
TrueNet™ Installation Guide (P/N MK028-07.I01) 21
INSTALLATION GUIDE
UMS Backboard
STEP 1:
Slide halves of bracket together to its
first position.
STEP 2:
Secure UMS mounting bracket to backboard using
rivets provided.
STEP 3:
Route cables through opening in back of UMS
(bracket) and secure to tabs on inside of bracket
using tie wraps.
STEP 4:
Snap FT Block base onto the top of the mounting
bracket.
STEP 5:
Bundle six (6) 4-pair cables together for each
25-Pair FT block and route through wire manage-
ment ring on back of the 25-Pair FT base.
STEP 6:
For each cable in its relative position, cut cable
18" from front of the base, strip back 6" of sheath,
and split pairs back 4.5" to front of base.
25-Pair FT Mount (EIA Rack)
25-Pair FT
Termination Block
Mounting Frame

Incoming Cable
Plastic
Rivets