Title Page
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Customer Name:
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Customer postcode:
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Conducted on
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Prepared by
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Location
Pre-Installation photos
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Photo of electrical pre-install area (this is where you intend to put the sub board and add any miscellaneous items such as henley blocks etc)
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Photo of intended location of battery & inverter (See Job Pack as to where that is – and ensure customer is happy with this location)
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Photo(s) of intended DC cable run (take multiple photos and annotate to show the run)
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Photo(s) of intended AC cable run (take multiple photos and annotate to show the run)
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Photo of Inverter/Dongle/WIFI plate SN:
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Type of Battery
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Photo of Battery(s) SN:
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Photo of grid meter(s) SN:
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Photo of Generation meter SN:
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Is the number of panels greater than 12?
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If number of panels are greater than 12 please LIMIT the inverter to 3.68 upon commissioning
Inverter checklist
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Make sure ALL covers are off when commissioning. Apply covers when finished
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Terminals of the Fox inverter
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CT setting and orientation
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PIN Connections for H1 Fox inverter
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Battery control
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so scriu mai sus
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Inverter Connection (DIP switch on Master battery (CM)), (CS = slave)
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Turn-ON the battery
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Inverter Sart-UP:
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Menu Function Tree
Post-installation pictures
DC Run
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Photo of DC cable(s) entry into property – proving IP65 entry adequately waterproofed with silicon, CT1 or any other waterproof membrane/fire retardant
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Photo of DC cable run (please take 1 photo for every room the cable has to run through) - WITH STICKERS
Battery and Inverter
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Photo of battery and inverter – (showing adequate clearances around them and isolators/generation meter)
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Battery and inverter Bonding
Nr of Battery stacks
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H2
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H3
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H4
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H5
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H6
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H7
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Move DIP switch to its position
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Photo of the Battery's DIP switch
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Photo of Battery and Inverter data connection
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Photo of the inverter's LCD on showing its working
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Photo(s) of all Inverter's connections
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Photo(s) of hazard stickers on Inverter and battery
AC Run
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Photo of AC cable entry into property – proving IP65 entry adequately waterproofed with silicon, CT1 or any other waterproof membrane
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Photo of AC cable run (please take 1 photo for every room the cable has to run through)
Consumer unit & Mains electrical
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Photo of handover documents (inc SLD and shutdown procedure) placed near the inverter
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Photo(s) of consumer unit with cover OFF (showing connections of the PV breaker, RCD, SPD and grid meter)
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Photo(s) of consumer unit with cover ON (showing the PV breaker, RCD, SPD and grid meter)
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Photo of CT clamp around LIVE outgoing meter tail – with arrow pointing towards GRID
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Picture of overall electrical install showing sub-board, CT clamp, Henley/Lucy blocks and main earthing terminal (COVERS ON)
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Screenshot of system working
Test Results
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Photo of total impedance for PV circuit – Zs (Ω)
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Photo of external earth fault impedance - Ze (Ω)
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Photo of prospective fault current – PFC (KA)
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Photo of insulation resistance – (MΩ) - AC side
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Photo for string 1 (V):
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Photo for string 2 (V):
Declarations
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I confirm the install has been installed within accordance of BS7671 regulations
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I confirm the inverter and battery are installed in a convenient location (as determined by the Customer), should allow easy access for future operations and maintenance personnel, and have sufficient space for cooling as defined by the manufacturer specifications.
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Have you ensured all electrical items are secured and not loose?
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Have you checked the Garage Unit / Sub-board for IP4x rating if installed inside? (If installed outside must be IP6x rated)
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Can you confirm that you have recorded the MCB and RCD ratings?.
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The RCD bus-bar link to MCB is correct (original bus bar or 25mm link) torque connections (1.7Nm)?
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Confirm Henley block connections and ensure double insulated tails are correctly installed with no inner sheath showing torque connections (2.5Nm)?
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Inspect AC isolator for IP4x rating, torque connections (1.7Nm)?
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Check Generation meter/modem, trunking, IP4X, Torque connections(1.7Nm) and general installation condition on fireproof backing?
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Visually make sure all connections do not have any copper showing at the terminals?
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Checked all labels and applied all stickers?
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Have you confirmed the Generation meter have been sealed ?
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Have you pulled out the main fuse?
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Have you confirmed the main fuse has been sealed
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Is the app showing a load? - with the PV going direct to load or to the battery
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Have you done a high load (kettle) test to check if the system is behaving correctly
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Have you showed the customer the main isolation points of the system
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Have you walked the customer through a reset procedure
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Have you walked the customer on how the app works?
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Has the site been cleaned, and waste removed?
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Have all members of mounting structure been earthed? (if applicable)
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Have all cables been laid in adequate conduit/ copex? (if applicable )
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Have all wall / roof penetrations been adequately sealed?
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Have inverters / battery been installed on fire-proof surface?
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Have all safety distances near inverter and battery been respected?
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Is any gas / water piping / equipment in the vicinity of the equipment?
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Has the system been configured and its functioning state been verified?
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Has it been verified whether installation area may be subject to water ingress / flooding?
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Have all pre-existing and later damages in the installation area been recorded?
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Has all equipment been installed according to the installation manuals and guidelines?
Signatures
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I confirm this installation has been installed within MCS guidelines and the customer is happy and content with installation (including battery/inverter location, cable runs and sub-board placement)
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Customer signature - confirming their are happy with installation
