Jason Holroyd CNIDDirector of Business Development

Connectix Cabling Systems™

Cabling Standards and CPR Update

Connectix Technology Day –Welcome

Agenda

• Introduction• CPR and Standards update• Lunch• Residential Cabling Solutions: A Modern Approach• Data Centre Solutions – Scalable Holistic Design Philosophy• Factory Tour• Q&A

Connectix Cabling Systems – About Us

• Sold in over 70 Countries

• UK Factory and offices in Braintree, Essex• UAE office in Dubai• Design/Technical Office in Taiwan• Rack Build Facility in Braintree• Manufacturing plant in Mildenhall, Suffolk• Custom Rack/Product Design team• CCS Product line covers Commercial, Residential, Broadcast industries

• Compliance to Expert Panel TCT/7/-/2 "Telecommunications - Installation requirements –Cabling infrastructure, design, planning and commissioning“

• Compliance to Expert Panel TCT/7/-/3“Telecommunications - Installation requirements - Cabling infrastructure, design, planning and commissioning (Data Centres)“

• Compliance with IST/046“Sustainability for, and by IT”

• Reports into

– International (ISO) Committees

– European (CENELEC) Committees

Connectix Commitment to Standards

• 25 Year Warranty• CCS Partner Programme (ESP, ECP & EDP)

• Independently tested to ISO 11801 standards• Delta verification for both channel and component • Delta inspected manufacturing capabilities

• Comprehensive CCS system product range• In excess of 1,600 products• Copper / Fibre (standard, MTP, Blown, Broadcast) / voice / cabinets / PDU’s

(standard & intelligent) / tool less keystone jacks / low profile modules / Custom Enclosures / Environmental Management Solutions

Positioning Connectix Cabling Systems in the Industry

Current Standards Update

Current Standards

EN

ISO• ISO/IEC 11801 Ed.2: 2002

• Information technology –Generic cabling for customer premises

• Amendment 1 – ISO/IEC 11801: Ed. 2.1: 2008• Class EA and Class FA channels• New channel parameters• Amendments to channel Classes D, E and F

• Amendment 2 – ISO/IEC 11801 Ed 2.2: 2010• Published April 2010• Contains

• Class EA and Class FA links• OM4• 40 & 100 Gigabit Ethernet• Fibre Channel

EN – CENELEC

• Automatically adopted by the member state as a standard – in the UK case British Standards

• BS EN 50173 Information technology – Generic cabling systems• BS EN 50174 Information technology – Cabling installation

EN – CENELEC

• Automatically adopted by the member state as a standard – in the UK case British Standards

• BS EN 50173 Information technology – Generic cabling systems• BS EN 50173-1:2011 Part 1: General requirements

• The combination of the standard and the amendments + A1:2009 + A2:2011• BS EN 50173-2:2007 Part 2: Office premises• BS EN 50173-3:2007 Part 3: Industrial premises• BS EN 50173-4:2007 Part 4: Homes• BS EN 50173-5:2007 Part 5: Data centres• BS EN 50173-6:2013 Part 6: Distributed Building Services

• BS EN 50174 Information technology – Cabling installation

EN – CENELEC

• Automatically adopted by the member state as a standard – in the UK case British Standards

• BS EN 50173 Information technology – Generic cabling systems• BS EN 50174 Information technology – Cabling installation

• BS EN 50174-1:2009 Part 1: Installation specification and• quality assurance• BS EN 50174-2:2009 + A1:2011 Part 2: Installation planning and practices inside buildings• BS EN 50174-3:2013 Part 3: Installation planning and practices outside buildings

• BS 6701:2010• Telecommunications equipment and telecommunications cabling.

Specification for installation, operation and maintenance• Published 31st March 2010

• BS 7671: Amendment 3: 2015• Requirements for electrical installations. IET Wiring Regulations.

Seventeenth edition, 3rd Revision

British Standards

TIA

• ANSI/TIA-568-D Published 2015• ANSI/TIA-568.0-D Generic Telecommunications Cabling for Customer

Premises Ed. D:2015• ANSI/TIA-568.1-D Commercial Building Telecommunications Cabling

Standard Ed. D:2015• ANSI/TIA-568-C.2 Balanced Twisted-Pair Telecommunications Cabling

and Components Standard Ed. C:2014• ANSI/TIA-568.3-D Optical Fibre Cabling Components Standard Ed.

3:2016• ANSI/TIA-568-C.4 Coaxial and Broadband Components (Released

August 2011)

Are there legal requirements?

• Standards are not necessarily law• Contracts are law

• Be careful what you sign up to!• It is impossible to comply with ISO EN & TIA standards at the same

time• What would reasonably be expected

• Start with National Standards• i.e. BS EN

Which should I use?

• Always refer to the UK & EN series (BS EN)• Design – EN 50173 series• Installation O&M – BS6701• Admin, Spaces, Pathways, Pathway systems – EN 50174

series• Installation – EN 50174 series• Functional Bonding – EN 50174 series & EN 50310• Testing – EN 50173 series

*Always Specify Component Compliant Solutions to ISO 11801*Always ask for 3rd Party Certification

New European Standard – Data Centres

• EN 50600 Series• Holistic approach

• Bringing in all disciplines• No one discipline can do it all

EN 50600

• Data centre facilities an infrastructure• Part 1 – General concepts• Part 2.1 – Building construction• Part 2.2 – Power supply and distribution• Part 2.3 – Environmental control• Part 2.4 – Telecommunications cabling• Part 2.5 – Security systems• Part 2.6 – Management and operational information

Classes, Categories and Constructions

Application Classes

• The ISO and EN Standards use Application Classes for the definition of Channels & Links:

• Class C 16 MHz• Class D 100 MHz• Class E 250 MHz• Class EA 500 MHz• Class F 600 MHz• Class FA 1 GHz

EIA/TIA Categories of Cabling

• Category 3 10 MHz• Category 4 20 MHz• Category 5 100 MHz• Category 5e 100 MHz • Category 6 250 MHz• Category 6a 500 MHz• Category 7 N/A• Category 7a N/A

Cable Types

The Impact of Construction Product Regulations (CPR)

Construction Product Regulations 2017

• Implemented in 2013 under the EU Construction Products Directive• Based around Fire Performance• Certified to EuroClass Standards• Results in the use of CE Mark on Data Cables• Governed within EN50575• EN50575 Harmonised in July 2016 – mandatory in July 2017• Independent Tests Required within the EU by a “Notified Body”

approved by the country of issue and adopted by the country standards body

• Standard now BS EN 50575: 2014 + A1: 2016

What is a Construction Product?“Any product or kit which is produced and placed on the market for incorporation in a permanent manner in construction works or parts thereof and the performance of which has an effect on the performance of the construction works with respect to the basic requirements for construction works”

For example:

Cable Fire testing Methodologies

Two methodologies in terms of flame spread over time:

IEC 60332-1-2:A calibrated “Bunsen burner” type flame is applied (1kW) to a single cable sample for a duration dependent on the cable diameter (1-4 minutes). Once the burner is removed, the sample should self extinguish. If the char length is less than 425mm, the sample meets the requirements

IEC 60332-3:A calibrated flame is applied (20kW) to a cable array on a ladder representative of a building riser. Volumes of combustible material from 7l/m to 0.5l/m are attached to the ladder, and the flame is applied for either 20 or 40 minutes (dependent on category of performance).

Flame spread of less than 2.5m are deemed to meet the requirements.

Cable Fire testing Methodologies

Additional requirements to assess the performance of cable in the event of fire for evacuation purposes:

IEC 60754:Material samples are incinerated in a tube furnace, and the effluent gases are analysed for HCl or pH and conductivity. This determines the level of acidic effluent evolved from a prescribed amount of material. There are limits that the materials need to meet to be considered Halogen free.

IEC 61034:A cable specimen is burnt in a closed 3m3 chamber using an alcohol flame. The reduction in light transmittance due to the the resulting smoke is measured optically. There are certain limits defined in cable design specifications that are required to be met for the cables to be considered low smoke.

Cable Fire testing MethodologiesEuroclass Classification

Performance is based on a test SIMILAR to BS EN 60332-3 BUT:

Different Array (Based on diameter of cable)

Calorimetry/smoke detection equipment in Analysis section of extraction hood/ductAdditional measurements:

Total Heat Release (MJ)

Rate of Heat Release (kW)FIGRA (Fire Growth Rate Index W/s

Euroclass is derived from this along with char height for Classes B1-D, with BS EN 60332-1 (Bunsen Burner) for class E. Class F is a Failure to meet class E requirements.

Cable Fire testing Methodologies – Specific Parameters

Euroclass Classification

Total Heat Release (MJ):The total heat evolved which is attributable to the cable. The energy evolved (MJ) once the burner has been subtracted.

Rate of Heat Release (kW):The rate that the burning cable evolves heat energy.

FIGRA (Fire Growth Rate- Ws-1)The rate at which the cable fire grows.

Additional classifications:Smoke DropletsAcidityEach of the 3 additional classifications has 3 levels of performance

Euroclass Standards – What are they?• Classified as Performance in reaction to fire• Aca to Fca Euroclass Standards• Aca highest performance• Fca defined as performance determined

Construction Product Regulations 2017

• All Manufacturers are now required to publish a Declaration of Performance

Construction Product Regulations 2017

• All Product shipped after July 1st 2017 has to show CE Certofocation on the Packaging

CCS System OfferingCopperCategory 3 UTPCategory 5e U/UTP and F/UTPCategory 6 U/UTP and F/UTPCategory 6A U/UTP, U/FTP and F/FTPCategory 7A S/FTP

FibreInternal/External Grade CablePatch Cords and Pigtails – ST, SC, LCConnectors and AdaptorsPatch PanelsMTPBlown Fibre

VoiceInternal Grade CablingExternal Grade Cabling

CabinetsFloor Standing Cabling CabinetsFloor Standing Equipment and Server Cabinets2 Post FramesWall Mount EnclosuresAccessoriesPDUs – Standard, Modular and Intelligent

Power over Ethernet (PoE)

POE - Power over Ethernet

• 802.3af Standard POE – 15.4/12.95W• Published in 2003• 15.4 Watts Powering – 12.95 Watts Powered• What is sent and what is received, the rest is lost in transmission

• 802.3at Enhanced POE or POE+• Published in 2009• 34.2 Watts Powering – 25.5 Watts Powered

• 802.3bt POE++• Work group started 2013 – no end date for publication• Minimum 49W could be in excess of 100W, 4 pair powering• Cisco’s UPoE could still play a part

Equipment Vendor Claims

Market Application Power

WLAN Dual-band Aps802.11n ApsOutdoor Aps

~20W~20W20-30W

Security PTZ network cameras 15-20W

IP Telephony Video phones 15-25W

New Markets RFID readers/access controlWiMAX base stationsWorkgroup switchesResidential gatewaysIndustrial sensorsLaptopsPOS + information kiosks

Up to 25W15-60WUp to 50W~20W1-30WUp to 70W13-60W

POE - Power over Ethernet

• Design Considerations & Misconceptions• Heat and lots of it!• TR29125• WD TR EN 50174-99-1

• Testing Methodology Complete• Work under way at various locations• CCS have conducted testing in conjunction with De Montfort

University• Results have been shared with ISO/Cenelec

POE – Power over Ethernet

POE – Power over Ethernet

The Impact of CAT6A on Containment

• Impact on Bend Radii• Do the maths!

• 8 times OD during installation, 4 times OD when installed(under tension and relaxed)

• Over to 64mm when pulling in and 32mm when installed• Double check the claims of the containment manufacturers – they need to

fit!

Containment

• If in doubt, use the containment calculator.

www.CCS-networking.com/containmentcalculator

The Impact of CAT6A

Part 1 of BS/EN 50174 states The Design of the termination points SHALL:• Allow safe access• Ensure link performance (Keep MBR)• Have adequate clearance to install components in accordance with

cable manufacturer’s instructions.

How to get it Wrong

And Remember - Third Party Verification

• Category 6 and Category 6A systems carry both Channel and Component certification

• To download copies of our 3rd party verification certificates please visit www.connectixcablingsystems.com

Questions?