www.etsolar.com
9
•
16 amps /1.14 nominal current = 14 modules per branch circuit
•
1.14 x 14 modules= 15.96 amps
≤
16 amps
Module Layout Diagram
A module layout diagram is a paper model describing the configuration of the array and the
placement of each module in the array. Following the installation, this information is
recreated within the monitoring tool enabling the module owner, service providers, and
system administrators to monitor the performance of each module.
The layout diagram uses the serial number of the microinverter to identify where each module
is installed in the array.
Use the module layout template below to create a module layout diagram of your installation
site.
1.
Fill in the data requested at the top of the table.
2.
Before a module is installed, peel the serial number sticker from the mid-cable junction.
3.
Place the sticker in the same location in the table relative to the microinverter's position
in the actual array.
4.
Fill in the sheet number information at the bottom of the table.
5.
When complete, use the layout diagram to recreate the array in the monitoring tool.
Summary of Contents for ET-P660250AC
Page 1: ...AC Module Installation Guide Content for ET P660250AC...
Page 12: ...Table 1 Mod 10 dule Layout D Diagram w www etsolar c com...
Page 22: ...Jun nction B Box Top p Left 20 w www etsolar c com...
Page 23: ...Tw wo String gs Two rows ea 21 ach w www etsolar c com...
Page 24: ...Tw wo String gs Sing gle Rows 22 w www etsolar c com...
Page 25: ...Lan ndscape e Two S Strings 23 w www etsolar c com...
