COE Level 1 Fibre Academy Assessment v2.0 Copy

Capability

Type of Assessment

Did technician complete a successful scope highlighting a like for like aerial install with agreed internal wiring path and ONT install location?

Did technician complete a successful scope where no existing / usable duct was available with agreed install wiring path and ONT install location?

Air Compressor - For fibre blowing (Must be Oil less)

10m Air Compressor Rubber pipe/tube<br>

Power Generator/Invertor <br>Mandatory unless Air Compressor above is Self Powered)

Heavy duty Power Extention Lead

Blowing Gun Chorus Approved

100m Push Rod

Concrete Saw 10mm blade & Diposable Grout Bags for Reinstatement

Plastic water container - 20l

Cones - 900mm high with reflectors

Barriers - reflective

Pedestrian Signs

Grafting Spade

Trenching Shovel Long Handle

Rake Steel

Trench Tamper - Rammer

Brush - Broom

Manhole lifter - Combination lifter

Manhole lifter - Sika blue lift

Hammer Claw 20oz

Screw Driver set

Crimping tool UR/UY/UG - Scotch Locks

Culking Gun - (For Gel/Silicone seal)

Micro duct cutter (Festo)

Multi-duct ratchet cutter

Double sheath cutter (26-way duct cutter)

Micro-duct cutter - depth control (pressmaster)

Strapping Tool - Bandit Strap for steel strapping on poles

Tri Wing screwdriver

Punch down Tool - 110

Punch down Tool - Krone

CrimpingTool RJ45 / RJ12<br>

Copper Tone Source - Beep it Tone and Probe<br>

Fibre Sharps disposal can

Fibre connector cleaner

Fibre Inspection Probe (FIP Tester)

Power Meter JDSU (prefered)

Fibre Fusion Splicer

Fibre Optic stripper Chorus approved

Kevlar Scissor

P-touch label machine or similar

Drill Hand Held 18v preferable

Drill Bit - Auger 8mm wood

Drill Bit - Concrete / Masonary 8mm

Bosch Power detector PM10

Step ladder

6 meter extention ladder

Harness suitable for pole work

Pole safety belt

First Aid kit

Hi-Vis Jacket (acceptable condition)

Fire retardant overall 8.5cal minimum

Hard Hat (acceptable condition)

Safety Glasses (acceptable condition)

Gloves Leather (acceptable condition)

Steel cap boots with laces (acceptable condition)

Chorus Branding on Vehicle

VisionStream Branding on Vehicle

SHEWMS Folder Present

Sledge Hammer 10LB - concrete breaking

Hack Saw

Utility Service locator

Measuring Wheel

Tent and Metal Tent frame

Pole Buckets - Canvas

Is ABFU routed to target SC tray listed on the service order?

Is the correct ABFU tube chosen and fitted correctly with a divisible seal?

Is 1.2m of ABFU managed onto tray from tray entry point on the left with 1m stripped back?

Is the correct splitter tail routed through from the SE tray to SC tray with entry point on the right hand side?

Are all stray/ dark fibres retained and managed back within the SE tray?

Are splitter and customer fibres managed neatly onto the SC tray with no macrobends visible?

Is the Technician able to identify the UMS?

Is the technician able to identify the Bridge?

Did the technician wear approved safety glasses at all times while working with fibre?

Is the customer address from the job card correctly included on the label?

Are the splitter details correctly detailed on the label?

Is the correct micro-duct number listed on the label?

Is the correct length of ABFU blown listed on the label

Did technician complete a Take 5 correctly?

Did technician complete SHEWMS correctly?

Did technician demonstrate correct site safety in setting up work site with cones & barriers while maintaining minimum site safety distance?

Did the technician demonstrate that he is able to carry out the basic pole test?

Is the technician wearing approved overalls with a fire rating of 8.0 cal or better?

Does the technician have the correct PPE including hard hat (with chin strap) and safety boots laced up above the ankles?

Is the technician wearing approved safety glasses at all times while climbing the pole?

6 m extension ladder is compliant and fitted with approved header rope in good order and condition?

Can the technician demonstrate that he can wear a correct fitting approved harness with a pole strap that fits around the pole twice?

Did the technician demonstrate that he is able to tie off the base of the ladder correctly?

Can the technician provide the correct minimum approach distances (MAD) for working in the vicinity of both low and high voltage overhead power?

Do micro-duct ends have a clean cleave on each end?

Have continuity wires been correctly joined to allowed future locating through boundary joint?

Is the straight through connector fitted correctly and firmly to the ruggerdised single-way service lead?

Are the tubes installed correctly inside the straight through connector?

Is the fibre clearly visible in the centre of the straight through connector?

Are both ends of joint closure correctly zip-tied?

Did the technician wear approved safety glasses at all times while in the practical training area?

Is entry and exit of surface moutned cabling on fence in HDPE 20m duct which meets the 120mm MBR for ruggedized single way?

Does the ruggedised single way meet or exceed the MBR of 120mm at all times?

Did the technician use approved P-clips and galvanised or stainless steel screws for use when fastening P-clips to wooden structures?

Does the spacing of the P-clips meet the maximum spacing standards for fixing on supported (600mm) and unsupported (300mm) surfaces?

Are the P-clips evenly spaced on the fence?

Is the ruggedised straight on the Fence? (not hanging off fence rail)

Has effort been made to find the least conspicuous location possible on the fence?

Did the technician wear approved safety glasses at all times while in the practical training area?

Is the aerial fixed fibre installed with no macrobends visible?

Are screw eye and drop clamp (wedge clamp OR Q-clamp) installed correctly on premises?

Does Q-clamp have 2.5 turns of fixed fibre managed around the drum with correct entry and exit observed through the clamp?

Are external fittings CNSP approved UV stable black p-clips, or galvanised or stainless steel saddles?

Are installed P-clips evenly spaced on the wall?

Where cable is surface mounted is it straight/vertical on the wall?

Are surface mounted bends supported at the centre of the bend?

Did the technician wear approved safety glasses at all times while in the practical training area?

Is the FTP installed between 300mm and 1500mm above ground level?

Was a power locator used to confirm location of mains power prior to positioning of the FTP?

Is the ruggedised single way installed in a white 20mm PVC or 16mm HDPE pipe to the FTP?

Is the starbust laser warning label fitted correctly on the front of the FTP - bottom centre

Are all outdoor fittings galvanised or stainless steel? (not zinc plated and no dissimilar metals)

Are the EPFU fibres managed correctly on the splice tray with no macrobends visible?

Has the technician managed 1.2m fibre onto the splicing tray in the FTP with 1m stripped?

Is the splice connection within the FTP made using 40mm heat shrink splice protector?

Are the ruggedised single-way brass coated steel, or aluminium continuity wires capped with red two-port connectors to avoid the sharp ends causing injury?

Is the divisible seal (Filo-foam) correctly installed on the 5mm tube?

Is the black outer sheath of the ruggedised duct protruding 20mm up from the inside of the FTP box?

Has copper been correctly integrated with the internal house wiring via white/white blue pair.

Are all the other copper pairs capped with red insulating scotch locks?

Did the technician wear approved safety glasses at all times while in the practical training area?

Is the ONT installed between 300mm and 1500mm above ground level?

Is the ONT installed level on the wall?

Has 1.2m EPFU fibre been managed onto the ONT fibre management tray with 1m stripped?

Has the technician managed fibre correctly with no macrobends visible?

Has the SC/A fibre pigtail been correctly fusion spliced to the EPFU fibre from FTP?

Has a 40mm heat shrink splice protector been used to protect the splice within the ONT fibre management tray?

Has the SC/A pigtail connector been inspected before being plugged directly into the ONT connector?

Did the technician wear approved safety glasses at all times while in the practical training area?

Is the ITP mounted level and in keeping with location of the ONT?

Is the ITP labelled with its function? e.g. ITP/ Voice

Is the surface mounted hybrid cable installed neatly on the wall with evenly spaced clips spaced evenly and with bends in cable supported (clipped) in the middle of the bend?

Are there any macrobends (less than 60mm) visible in the surface mounted hybrid cable?

Is the white/blue-white pair terminated correctly and securely onto the RJ45 keystone? (blue in position 4 and white on position 5)

Can the technician identify the only correct tool (110 punch down tool) for terminating copper wires onto the keystone jack?

Was the black cap installed correctly on the keystone?

Are all four copper pairs routed correctly from the ONT fibre management tray to the ITP with no bare copper wires visible?

Are all the other pairs capped/insulated with red 2 port cap with enough length available to cater to any future requirements.

Has the technician installed the UTP patch cord between the POT's 1 port of the ONT and Port 1 of the ITP?

Are there any macrobends in any section of the technicians work? If Fail, technician has failed the practical assessment.

Was the area reinstated to its original condition at the end of the assessment?

Tools Check:

Scoping:

Skills Assessments Overall:

Flash-9 Management:

Labelling:

H&S:

Pole climbing Assessment:

Final Skills Assessment Overall

No Macrobends:

Reinstate work area: