Tài liệu C3 Application Notes R1 doc

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THE
KRONE
CONTROL
COMMAND
COMMUNICATION
SOLUTION
KRONE Premis
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SOLUTION
FOR THE STRUCTURED CABLING OF INTELLIGENT BUILDINGS
SPECIFIERS, DESIGNERS, & INSTALLERS GUIDE
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Introduction
This document has been compiled primarily to detail the KRONE PremisNET C
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Solution
for the structured cabling of Intelligent Buildings. Telecommunications have already
adopted this concept as part of the building’s infrastructure for voice and data. This is one
of the major reasons why buildings are thought of as being dynamic.
Telecommunications is more than just voice and data. Telecommunications takes in many
other building systems including Climate Control for heating, ventilation, and air
conditioning, Lighting Management for increasing efficiency costs, Security for access
control, surveillance and intruder alert monitoring, and Audio for public address.
Indeed telecommunications can carry all low voltage signal systems that control
information within the intelligent Building and the KRONE PremisNET C
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Solution can
Control, Command, Communicate, and consolidate all these individual building systems.
During the life of a building, additions and changes have become more the rule than the
exception. The traditional method of proprietary cabling that supports individual building
systems, can no longer support the increasing demands put on to the building owners by
the occupants. The KRONE PremisNET C
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Solution addresses this problem in a positive
way. The Intelligent building cable infrastructure can be future proof designed and
installed to benefit everyone.
This document includes the planning, design and implementation process of the KRONE
PremisNET C
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Solution. Firstly however a brief overview will be presented outlining and
defining some of the generic Communication, Building Automation, and Security system
architectures and the terms and products commonly used in the industry today.
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TABLE OF CONTENTS
1.1 Communications Systems Cabling Design:..................................................................................................1
1.1.2Generic Cabling Solution Voice and Data Communications.........................................................2
1.2.1 Background:.................................................................................................................................3
Application Services:...........................................................................................................................11
Backbone Services:..............................................................................................................................12
Horizontal Services:............................................................................................................................12
Cabling Medium:.................................................................................................................................12
2.3.2.1 Colour Code:....................................................................................................................................... 14
Horizontal Cables:..............................................................................................................................21
Backbone Cables:................................................................................................................................21
Application Cables:.............................................................................................................................21
Cabling Medium:.................................................................................................................................21
Summary:.............................................................................................................................................21
Horizontal Cables:..............................................................................................................................26
Backbone Cables:................................................................................................................................26
Application Cables:.............................................................................................................................26
Cabling Medium:.................................................................................................................................26
Summary:.............................................................................................................................................26
Horizontal Cables:..............................................................................................................................29
Backbone Cables:................................................................................................................................29
Application:.........................................................................................................................................29
Cabling Medium:.................................................................................................................................30

Horizontal Cables:..............................................................................................................................37
Backbone Cables:................................................................................................................................37
Application Cables:.............................................................................................................................37
Cabling Medium:.................................................................................................................................38
Summary:.............................................................................................................................................38
Horizontal Cables................................................................................................................................45
Backbone Cables.................................................................................................................................45
Application Cables..............................................................................................................................45
Cabling Medium:.................................................................................................................................45
Summary..............................................................................................................................................46
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1.0 GENERIC CABLING DESIGN
1.1 Communications Systems Cabling Design:
The communications standards define the minimum structure to deliver voice and data
services to the desktop in accordance with the above standards.
This standard dissects cabling into the following major elements:
-Work Area
-Horizontal Cabling and the Consolidation Point
-Floor Distribution System within a Telecommunications Enclosure
-Backbone cabling
-Building Distributor housed within Communications Room

-Entrance Facilities
The only component that needs further explanation here is the consolidation point.
This can be incorporated into a horizontal cabling design where cabling density is
significant or where excessive configuration management activities are required due to
staff or equipment movements. This element can be compared with the final distribution
point or FDP used in block cabling distribution for voice services.
This approach is developing acceptance across the market but there are few vendors that
offer a range of consolidation point solutions that are included within the vendor
certification process. This item will be highlighted in the next section and may become a
pivotal element in the overall generic cabling design for the intelligent building.
1.1.1 Cabling Medium
Cabling medium used by the communications industry include:
-Unshielded Twisted Pair (Copper)
-Optical Fibre (62.5/125 um or 50/125um )
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1.1.2 Generic Cabling Solution Voice and Data Communications
Building
Backbone
Cable
Fig 1: Generic Communications Services Solution
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1.2 Building Management Systems:
1.2.1 Background:
Building Management Systems (BMS) products, like most technology products, had their
development enhanced through the US space race of the 1960’s. We saw in the early
70’s, building management system manufacturers develop products to be used in
‘centralised’ computer system architecture.
Centralised control systems deliver functionality and depend on user connectivity through
the horizontal and backbone sub systems to one location where all equipment is
centralised. These systems were developed with product specialists and technology
experts in mind and were far from user friendly to the building owner or tenant. They
required highly skilled operators to gain the product efficiencies and functionality specified
by these manufacturers.
With the building owner and tenant demanding high speed, high capacity information
processing, increased functionality from the product and increased focus on reliability and
disaster recovery, we have seen the move in the early 80’s to distributed processing
environments. A distributed control system spreads its active devices and intelligence
throughout the facility.
Cabling designers need to be aware of the differences between these systems.
Today, these two options in centralised and distributed control systems still remain.
In the first instance, these building management systems operated on low speed
dedicated 4.8Kor 9.6Kbps proprietary communication buses. Later releases saw these

building management systems operating over higher speed and bandwidth network
architectures such as the 2.5 Mbps ArcNet system.
Today, with the move to internationally driven Open Standard (Seven-Layer Network
model) by the International Standards Organisation (ISO) as represented by the Open
Systems Forum (OSF), has seen the move toward interoperability onto today’s minimum
network standard, 10Mbps Ethernet.
Figure 2 located on page 4 of this document shows the traditional building blocks and the
installation bus topology.
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Fig 2: Traditional Building Management System installed as a Bus Topology
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Mechanical Plant Room
Master
Computer
Monitored Area -First Floor
Monitored Area- 2nd Floor
Intelligent

Controllers
Network Bus (Backbone)
Distributed Control Modules
Master Network
Interface Modules
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1.2.2 Building Management Systems, Service Applications
The main service applications that make up an integrated building management system
includes:
• Climate Control
-Heating, Ventilation & Air Conditioning Systems (HVAC). Automation of
these systems require central plant controllers and Individual room or zone
controllers
• Lighting Control:
-Intelligent Lighting Controller (ILC)
• Public Address System:
-Smart PA Systems provide interface/integration with various building
systems such as Telephony System, or provide background mood music or
interface with emergency control systems such as Fire and Security to
improve evacuation procedures
• Security/Access Control
-Alarm System with multiple Input/Outputs
-Integration via Intelligent Access Controller (IAC)
• Video Services:
-For CCTV, Conferencing, or Broadband Television Services
• Intercom Systems:

-Departmental communications
1.2.3 Exclusions from the KRONE Premis
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• Fire Services:
-Intelligent Fire Controller (IFC)
-Interface to Public Address System
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2.0 The KRONE Premis
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SOLUTION
for the Structured Cabling of Intelligent Buildings
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2.1 Introduction
The KRONE PremisNET C
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Solution uses multiple Floor Distributors strategically placed
onto each floor to capture all Building Management System (BMS) Service Applications.
This option employs fixed wiring and provides added flexibility to connect and disconnect
at the Application and Backbone Service Connection Point of these strategic Floor
Distributor panels. This solution enables common delivery of cabling whilst ensuring
connectivity and segregated management of wiring with respect to the voice and data
cabling management solution. Therefore it presents a solution to cover any and all
Service Applications requiring standards based connectivity and most applications
requiring proprietary connectivity.
The following sections will work through each of the main BMS Service Applications listed
in section 2.2, detailing and defining the approach to connectivity of these systems. Before
detailing these connectivity solutions it is necessary to define the process or steps which
should be followed before moving forward with the final cabling design.
2.2 Planning Considerations
STEP-1 Identify locations of all of the Telecommunications and Control Devices including their
associated end devices
The quantities and locations of these elements shall be defined and updated onto a
communications layer of an architectural drawing. All applications including voice and
data should be included in this design. This information can be obtained from relevant
specifiers, such as the communications consultant; the building services consultant,
architect, building owner and others involved in the design process. Power distribution
solution should also be considered when defining the complete requirements.

Telecommunications devices here includes, (but not limited to):
Voice and Data outlets
LAN and Telephone devices include: PABX, Handsets, Hubs, and Routers
Control Devices here includes, (but not limited to):
• Application Specific Controllers,
-Central Plant Controllers
-Individual Room or Zone Controllers
-General Purpose Controllers
-Master Security Alarm and Slave Panels, remote arming stations
• Various multiplexers, switchers and mixers for Public Address and Security
requirements
• Network Control Modules
• Operator Workstations
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End devices include:
-Temperature Sensors
-Active Sensors and Transducers
-Air Conditioning Sensors
-Motor Control devices
-Security Sensors
-Security Beams

-Security Reed Switches/contacts
-Camera’s, including pan tilt zoom functions
-Speakers and zoning
-Microphones
-TV monitors
-Intercoms
This information will assist in determining the quantity of Floor Distributors and other
cabling infrastructure required to design the final cabling solution.
The Fire Alarm System (FAS) has been excluded from this Intelligent Cabling Solution.
The FAS requires special fire rated MIMS or equivalent cabling to Warden Intercom
Points, and standards do vary around the world.
However the Public Address cabling which interfaces with the Fire and Evacuation
Systems is included.
STEP-2 Determine the best location for Floor Distributors and Building
Distributors and develop backbone and horizontal cabling distribution design
This activity will impact the overall cost of cabling and cabling support infrastructure
requiring both labour and materials.
The architects or building owner will generally incorporate a main communications room
and service room or zone for the establishment of a managed communications
environment.
Sufficient space (both wall and floor) shall be allowed for the cabling management frames
and cabinets.
This activity should be carried out with knowledge of all cabling risers, penetrations and
any architectural constraints of the building and in conjunction with cabling rules that meet
system manufacturer requirements.
The overall requirements for Floor Distributors will be determined following the
development of an accepted zoning methodology. This will be based on final and agreed
location of Distributed Architecture Intelligent Devices. Once the decision is made to
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implement a fully structured environment then the Building Services Consultants may
assist in specifying a general area for the majority of the intelligent control devices.
STEP-3 Determine Cable Medium requirements.
The cabling medium considered as standard for voice and data applications include:
• 62.5/125 or 50/125um Fibre multi-mode Fibre cable
• Single Mode Fibre Cable
• Enhanced Category 5 ( Cat.5e ) multi pair copper cable
The cabling used for the Control Wiring will be defined within each application solution
detailed below. However as a general guideline the intent will be to minimise the cabling
types used to 3 cables. These being
• Fibre (where appropriate)
• 4 pair Enhanced Category 5 ( Cat.5e ) Unshielded Twisted Pair (UTP)
• and Figure 8 (FIG 8) or equivalent for Extra Low Voltage (ELV) power and Public
Address backbone cabling requirements.
STEP-4 Installation
A KRONE endorsed/certified installer would then proceed to install the cabling
requirements. Regular discussions with the Service Application Provider and site co-
ordinator will ensure correct location of cables with cable pair terminations on allocated
modules and connection boxes.
STEP-5 Cabling Commissioning and certification
• Assign pairs
• Jumpering

• Testing
• Cable Certification
• Documentation
STEP 6 Application, Commissioning and Certification
• System supplier interface
• Testing
• Application certification
• Documentation
• Sign off
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2.3 The KRONE Premis
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Structured Cabling System
The KRONE PremisNET C
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Solution has adopted a tiered hierarchy structure to simplify
the understanding of the cabling hierarchy. The cabling requirements for these systems
will in general be divided into three tiers of cabling. We will call these:
TIER 1: Management Systems Connectivity (Application Services)

TIER 2: Distributed Architecture Intelligent Device Connectivity (Backbone Services)
TIER 3: Sensor or End Device Connectivity (Horizontal Services)
Fig 3: Tier Cabling Connectivity Diagram
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Network
Controller
End Device
End Device
End Device
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Floor
Distributor Level 2
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Floor Distributor Level 1
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Building Distributor
(Master Panel)

Operator
Workstation
TIER 1
TIER 2
TIER 3
Application
Specific
Controller
Application
Specific
Controller
Application
Specific
Controller
NOTE: Refer to Fig 4 for
Connection Point layout of
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Building/Floor
Distributor
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TIER 1-Management Systems Connectivity
Management Systems address the Facility management, Operator management and
Network management modules, which are typical of the Network Controller devices seen

in today’s Control System configurations. These devices shall be connected utilising
multiple 4 pair Enhanced Category 5 ( Cat.5e ) cable to wall outlets, star configured from
within a centrally designated facility managed environment. A horizontal cable distance
limitation of 90m from Central Hub applies. These services shall be connected to the
Horizontal Service Connection Point on the Floor Distributor and jumpered to the
appropriate Connection Point for end to end connectivity.
Because some Operator Workstations may require a remote location from the central
management area, it may be necessary to run through the Backbone Service Connection
Point to achieve this.
Application Services:
The Application Service Connection Point will enable connectivity of Application Specific
Controller (ASC) Input/Output (I.O) relay contacts to perform added functions from these
devices.
TIER 2-Distributed Architecture Intelligent Device Connectivity
Backbone Service cabling provides connectivity though KRONE’s Building/Floor
Distributors to remote Application Specific Controllers located throughout the building.
These intelligent controllers will be star connected (logical bus) back to the nearest
KRONE Floor Distributor and terminated onto the Application Service Connection Point.
All Floor Distributors will be star configured to the Building Distributor (master panel).
As a design rule it is suggested that 6 by 4 pair Enhanced Category 5 ( Cat.5e ) cables be
installed in the Backbone Service to each Floor Distributor to achieve a balance of meeting
today’s connectivity needs with a level of future proofing for adds moves and changes of
tomorrow.
A maximum cabling distance for TIER 2 cabling will apply. Whilst it varies slightly between
manufacturers equipment it is generally in the order of 1500m. When connected as a
physical star and logical bus the real distance between devices is limited. The number of
intelligent devices connected to each logical bus is also limited and dependent upon
manufacturer (From 32 and up to 50 units). This will be clarified in the Application Service
Provider’s specifications.
Should a requirement exist to interconnect devices between Floor Distributors then cabling

between Backbone Service Connection Points of each Floor Distributor and jumpering to
Application Service Connection Points or Horizontal Service Connection Points within the
specific Floor Distributor will achieve this. This option is not the preferred approach as it
provides a mesh-based saturation cabling system, which is costly to manage.
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Backbone Services:
The Backbone Service will enable the TIER 2 elements to be connected to the Network
Controller. The Backbone Connection Points of Floor Distributors will enable this
connectivity using multiple 4 pair Enhanced Category 5 ( Cat.5e ) cables.
TIER 3 End Device Connectivity
TIER 3 cabling covers the end device cabling requirements. The list of end devices such
as temperature sensors, security sensors and speakers are covered in section 2.2, STEP
1, Planning Considerations. Each end device will utilise individual 4 pair Enhanced
Category 5 ( Cat.5e ) cables fed back to the nearest Floor Distributor Horizontal
Connection Point. These services will be either jumpered to an Application Service
Connection Point or a Backbone Service Connection Point dependent on the functions
required by the specification or systems supplier. The 90 metre distance limitations as
defined by ISO 11801, will apply to Horizontal Services connected to each Floor
Distributor.
Any Input/Output functions provided by the intelligent controller would be jumpered
between the Horizontal and Application Connection Points.

As a rule of thumb it is suggested that a floor area be divided into three or four distribution
zones and with typical floor areas having an area of 2000m
2
it is suggested that these
zones cover up to 650-700m
2
each.
The diagrams in section 3.0 depict high-level connectivity, the detailed jumpering
approach, connectivity to multiple Application Specific Controller (ASC) devices from one
Floor Distributor and specific pair utilisation when connecting these devices as a bus.
Exact pair requirements will depend on the individual devices, 4pr cables connecting these
devices will be used for communications and other required functions. As a convention
the first pair should be reserved for the main communications feed between TIER 1 and
TIER 2 devices.
Horizontal Services:
Sensors and end devices will be connected with Enhanced Category 5 ( Cat.5e ) 4pr
cables wired back to the nearest Floor Distributor Horizontal Service Connection Points. It
will cover all TIER 3 elements. Where necessary these cables shall include approved
connection boxes for termination points of stranded conductor tails to the end devices.
Cabling Medium:
The cabling used for the Control Wiring is detailed as follows:
• Fibre (where appropriate)
• 4 pair Enhanced Category 5 ( Cat.5e) UTP
• and Figure 8 or equivalent for ELV power .
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2.3.1 Premis
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Building and Floor Distributor
Fig 4: Premis
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Building and Floor Distributor
Connection Point Layout
The Building Distributor provides the interface to all TIER cabling. The Building Distributor
(master panel) provides TIER 2 Backbone Service connectivity and also interfaces to TIER
1 management services and local TIER 3 end devices. Floor Distributors provide TIER 3
interconnectivity to end devices and provides connectivity for TIER 2 Backbone Service
interface.
The Building Distributor panel is physically identical to the Floor Distributor panel. It is the
location and utilisation of the Distributor panel that determines its identification as a
Building or Floor Distributor. There should only be one Building Distributor panel in each
building, however there can be multiple Floor Distributors on each building level.
2.3.2 Premis
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Labelling standard
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The labeling and record keeping of connections in any wired installation is very important
for its maintenance, additions and changes. The Krone PremisNET C
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Solution for
structured cabling of intelligent buildings is no exception. The integration of so many
individual service applications, traditionally dependant on proprietary wiring systems, has
made the
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labeling standard an integral part of the over all structured cabling system.
2.3.2.1 Colour Code:
To enable quick identification of services the PremisNET C
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Solution incorporates the
following colour coded solution. Colour labels will be applied directly to the blocks via a
hinged label holder. The naming convention will be applied over the correct colour coded
label of the individual Service Application.
The following colour code will be adopted for the labeling standard of the KRONE
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Building and Floor Distributors.

Backbone Service Connection Points:
Red Main Connectivity to Intelligent or Network Controllers
Horizontal Service Connection Points
Green: Connectivity to end devices
Application Service Connection Points:
BMS Service Application Colour Code and Legend
Blue Climate Control
Pink Lighting Control
Yellow Security/Access Control
Violet Video Services
Orange Public Address
Grey Intercom services
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2.3.2.2 Naming convention
When referring to this section please use figure 5 to identify the Connection Point and
block layout of the KRONE PremisNET C
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Building and Floor Distributor. Note: The
connection point orientation is from top to bottom and left to right.
Within the Building and Floor Distributor the following naming convention applies.
Building Distributor (BD): The Building Distributor panel (Master Panel) should

duplicate the Floor Distributor panel. To allow the
connection of Building Management Systems that require
voice carrier network access the Building Distributor panel
should be located adjacent to the main communications
distribution equipment. Therefore we recommend the
following. Building Distributor identification:
BD1 for Voice and Data Services
BD2 for Building Services
Floor Distributor (FD): Level Number: _ _ Module No.- alpha: _ (e.g. A, B, C,)
Example of Floor Distributor location and designation
Number: FD1B Means level 1 Floor Distributor panel B.
Service Connection Points within Building/Floor Distributors
Backbone (B):
Service Connection Point B, Block No.:_ _ (Example 1-11)
Pairs Utilised _ _ _ _ (Example 0102)
Example of Backbone Service No: B5/0102 means the
Backbone Service is connected to block 5 using
pairs 1 and 2.
Horizontal (H): Service Connection Point H, Block No._ _ (Example 1-22)
Pairs utilised_ _ _ _(Example 0104)
Example of Horizontal Service No. H12/0104 means the
Horizontal Service is connected to block 12 using all pairs.
Note: Refer Pg12 Horizontal Services
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Application (A): Service Connection Point A,Block No: _ _ (Example 1-27)
Pairs Utilised:_ _ _ _ (Example 0102)
Example of Application Service No: A18/0102, means the
Application Service is connected to Block 18 using pairs 1
to 2
Jumper Between Backbone and Application Service Connection Points:
Example of Jumper Schedule number B5/0104 to A6/0104,
means the Backbone Service connected to block 5, pairs
1 to 4, is cross connected between Application Service
block 6, pairs 1 to 4.
Jumper Between Application and Horizontal Service Connection Points:
Example of Jumper Schedule number A2/0102 to H14/0104,
means the Application Service block 2, pairs 1 and 2 are
cross connected to active pairs on Horizontal Service
Block 14.
Terminator Backbone (TB): Same as above using T.B.
Terminator Horizontal (TH): Same as above using T.H.
Terminator Application (TA): Same as above using T.A.
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BUILDING/FLOOR DISTRIBUTOR
CONNECTION POINT AND BLOCK LAYOUT
Block B1 Block H1 Block H12 Block A1
B2 H2 H13 A2
B3 H3 H14 A3
B4 H4 H15 A4
B5 H5 H16 A5
B6 H6 H17 A6
B7 H7 H18 A7
B8 H8 H19 A8
B9 H9 H20 A9
B10 H10 H21 A10
B11 H11 H22 A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23

A24
A25
A26
A27
Fig 5: Example of KRONE Premis
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Building/Floor Distributor Layout
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BACKBONE (B) HORIZONTAL (H) HORIZONTAL (H) APPLICATION (A)
TERMINATOR BACKBONE (TB)
TERMINATOR APPLICATION (TA)
TERMINATION HORIZONTAL (TH)
Block 1
1 → 10
Block 2
1 → 10
Block 3
1 → 10
Block 4
1 → 10
Block 1
1 → 10
Block 2
1 → 10

Block 3
1 → 10
Block 4
1 → 10
Block 1
1 → 10
Block 2
1 → 10
Block 3
1 → 10
Block 4
1 → 10
Service Connection Point Service Connection Point Service Connection Point Service Connection Point
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BUILDING / FLOOR DISTRIBUTOR
BMS Service Application Colour Code Legend
Blue Climate Control (C.C)
Pink Lighting Control (L.C)
Yellow Security/Access Control (S.A.C)
Violet Video Services (C.C.T.V)
Grey Intercom Services (I.S)
Orange Public Address (P.A)
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Floor Distribut or
JUMPER SCHEDULE - CONNECTION RECORD
Location/Designation
FD 1B
STRUCTURED CABLE INSTALLER
Name:
Intelligent Building Cable Services
Tel:
(02) 4388 4422
Date:
19-Aug-98
Cable Service Pair details Jumpered to BMS Service use and
details + Connection or Connection Pair details Service other details
origin Point & terminal No. point & or terminal Application
block No. blocking No.
4pr CAT 5 1 1 Climate Network controller comms link for A.H.U 1B
UTP from B5 2 A6 2 Control or
BD2 3 3 (C.C)
4 4
FIG 6: Sample of Jumper Schedule connection Records
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3.0 The KRONE Premis
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Solution
BMS Service Applications
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3.1 Climate Control
Management Systems
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Climate Control
The Climate Control Services connectivity diagram shown in Fig 7 incorporates 4 pr

Enhanced Category 5 ( Cat.5e ) cables in the Horizontal, Backbone and Application
Services environment to satisfy the system design requirements.
Horizontal Cables:
The horizontal cabling element utilises one 4 pr Enhanced Category 5 ( Cat.5e )
Unshielded Twisted Pair (UTP) cable. The end devices supported by the KRONE
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Solution include such devices as temperature sensors, active sensors and
transducers. Where necessary end devices can be fitted with stranded tails and
connected to Horizontal Service termination points by the Climate Control Service
Application Provider contractor. Refer to section 4.1, Approved Connection Boxes.
Backbone Cables:
The backbone cabling will also be equipped with 4pr Enhanced Category 5 ( Cat.5e ) rated
UTP cable. Connectivity to Backbone Service Connection Points shall not be direct but
through a jumper service from the Horizontal Connection Points.
Application Cables:
Distributed intelligent devices required to deliver direct Input/ Output function relay
contacts etc, should be wired to the Application Service Connection Points of the nearest
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Building/Floor Distributor panel, (colour coded blue for climate
control) and from here ensure internal jumpering to achieve overall configuration desired.
A Power distribution board interface will most likely be required to enable various power
switching functions. The cable selection for this will depend on the relay selected.
Cabling Medium:
The cabling used for the Climate Control wiring is detailed below.
• Fibre (where appropriate)
• 4 pair Enhanced Category 5 ( Cat.5e ) UTP
• and Figure 8 or equivalent ELV power cable.
Summary:

A standard distance limitation of 90m shall apply as per Class D applications ISO 11801.
This element shall be synergised with the requirements for Voice and LAN cabling
services and installed onto a common pathway, enabling cost reduction to immediately
apply. Where necessary termination point connection boxes will be supplied by the
cabling contractor. This will identify the cable installer’s scope of work and the Service
Application Providers connection point.
KRONE Premis
NET
C
3
Solution Page 21
KRONE Prmis
NET
C
3
Solution 23
Standard Enhanced Category 5 ( Cat.5e ) jumper wire is recommended for all jumpering
on the Building and Floor Distributors.
Fig 7: High Level Connectivity Diagram Climate Control
KRONE Premis
NET
C
3
Solution Page 22
Intelligent
Application
Controller
Network Control
Network Control
Humidity

End Device
Horizontal 4 pr
Cat 5 Cable
Horizontal 4 pr
Cat 5 Cable
Thermal
End Device
Jumper to Application
Service Connection Point
KRONE Premis
NET
C
3
Floor Distributor
KRONE Premis
NET
C
3
Floor Distributor
KRONE Premis
NET
C
3
Building/Floor Distributor
Multiple 4 pr Cat
5 Cable
Multiple 4 pr
Cat 5 Cable
Operator
Workstation

Operator
Workstation
Return Air
End Device
HVAC 1 Controller
HVAC 2
Controller
HVAC 3
Controller
Jumper to Application
Service Connection
Point
Air velocity
End Device
4 pr Cat 5 Cable
For
looping of
network
controller
s refer to
Fig 8 & 9
PremisNET C
3
Connection Box
Premis
NET
C
3
Connection Box
Premis

NET
C
3
Connection Box
Premis
NET
C
3

Connection Box
Multiple 4pr
Cat 5 cable