SMA POWER+ INSTALLATION OVERVIEW 3.31.17 R.
SMA POWER+ INSTALLATION OVERVIEW POWER+ PARTS LIST SMA Solar Technology AG 2
SMA POWER+ PARTS LIST SMA Sunny Boy Inverter Part # SBx.
SMA POWER+ ROOFTOP COMMUNICATION KIT (WHAT’S IN THE BOX) LABELS and GUIDE GATEWAY DIN RAIL, SCREWS, and ETHERNET CABLE POWER SUPPLY CLOUD CONNECT ADVANCE (CCA) and ANTENNA INSTALLATION MANUAL SCREWDRIVER INSULATING SLEEVE 4
SMA POWER+ ROOFTOP COMMUNICATION KIT LABELS NOTE This label is NEC 2014 compliant LABELS and GUIDE Do not use this label 5
SMA POWER+ ROOFTOP COMMUNICATION KIT LABELS NOTE Labels for NEC 2017 compliance will have to be obtained separately For more information pertaining to NEC 2017 labeling requirements please view the poster listed below from HellermanTyton Image Source: www.HellermanTyton.
SMA POWER+ INSTALLATION OVERVIEW INSTALLATION OVERVIEW 3.13.17 R.
SMA POWER+ CCA INSTALLATION OVERVIEW 8
SMA POWER+ STEPS IN THE INVERTER Install din rail Attach antenna Connect CCA to din rail 9
SMA POWER+ STEPS IN THE INVERTER Connect the power supply line to the power supply unit Connect the output of the power supply unit Unplug power supply terminal block from the CCA 10
SMA POWER+ STEPS IN THE INVERTER Connect the positive and negative conductors to the terminal block Plug the power supply terminal block into the CCA. Mount the power supply unit on the din rail.
SMA POWER+ STEPS IN THE INVERTER Plug one end of the network cable into the network port B of the communication assembly Plug the other end of the network cable into the network port at the bottom of the CCA 12
SMA POWER+ STEPS IN THE INVERTER Unplug gateway terminal block from the CCA. Connect the conductors to the terminal point of the terminal block Plug the gateway terminal block into the CCA Attach the conductor to the communication assembly using a zip tie.
SMA POWER+ INSTALLATION OVERVIEW (E)CLOUD CONNECT ADVANCE (CCA) and ANTENNA (B) 24V DC POWER CONNECTION (D) POWER SUPPLY (C) DIN RAIL (F) 120V AC POWER (H) RS485 FROM GATEWAY 14
SMA POWER+ STEPS IN THE INVERTER Place the insulating hose over the AC conductors. Insert a flat-blade screwdriver into the actuation shaft (rectangular opening), then insert the connector into the terminal point (round openings).
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Clip the SMA TS4R-S/O to the PV Module 16
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Clip the SMA TS4R-S/O to the PV Module 17
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Connect the Module leads to the SMA TS4R-S/O – Connect the Female Negative module lead to the Male input of the SMA TS4R-S/O – Connect the Male Positive module lead to the Female input of the SMA TS4RS/O 18
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Connect the Module leads to the SMA TS4R-S/O – Connect the Female Negative module lead to the Male input of the SMA TS4R-S/O – Connect the Male Positive module lead to the Female input of the SMA TS4RS/O 19
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Then wire in series as normal 20
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Then wire in series as normal 21
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Then wire in series as normal 22
SMA POWER+ STEPS CONNECTING THE TS4-R DEVICE Then wire in series as normal 23
SMA POWER+ STEPS GATEWAY TO CCA One CCA for up to (3) Gateways Gateway located on the roof within array CCA located in the inverter 24
SMA POWER+ STEPS GATEWAY TO CCA One CCA for up to (3) Gateways Gateway(s) located on the roof within each array CCA located in the inverter 25
SMA POWER+ STEPS CONNECTING THE GATEWAY Radius 30’- to 50’ Gateway 26
THANK YOU! ANY QUESTIONS? 05.05.
