SolarEdge Home Hub Inverter Three Phase User manual

SolarEdge
Home Hub Inverter -Three Phase
Compact Product Guide
for Europe
Unpacking and
mounting video
Wiring video
Quick Installation Guide
Installation Manual
Datasheet
Connection Diagram
The following figure shows a schematic connection diagram of the inverter.
Before Installing the Inverter
1. WARNING! To avoid danger, read the HANDLING AND
SAFETY INSTRUCTIONS provided with this product, or refer to:
https://www.solaredge.com/sites/default/files/se_handling_and_safety_in
structions.pdf
2. Read the datasheet provided with this product, or refer to:
https://www.solaredge.com/sites/default/files/se-Inline-energy-meter-
datasheet.pdf
Mounting Considerations
•
Inverter Weight: 37 Kg. Use
provided bracket for
mounting.
•Clearance around the inverter:
keep 20 cm from the top and
bottom, 20 cm from the sides,
and one meter from the front.
•Tighten the side screws (3) to
a torque of 4 N*m.
•Tighten the screws of the
antenna bracket (5) to a
torque of 2.2 N*m.
The following figure shows how to mount
the inverter.
Inverter AC and DC Wiring
The following figure shows the AC and DC wiring of the inverter.
1. Enclosure Grounding wire: Use at least 6 mm2cross-section wire.
CAUTION! Connect a grounding cable to the enclosure first.
2. AC Terminals: Use a five-wire cable with a wire cross-section area of 6-16
mm2. The cable diameter is 15-21 mm. Use ferrules on the wires. Pass
the wires through the ferrite bead. Torque the terminal screws to 1.5
N*m. Tighten the AC gland to a torque of 2.8-3.3 N*m.
NOTE: Overcurrent protection for the AC output must be provided by
others, see installation manual for guidance.
CAUTION! Connect the grounding wire before the other wires.
3. PV String (DC power) MC4 Connectors
The cable diameter is 11-16.5 mm.
CAUTION! Earthing of a conductor on the DC side is not permitted.
Connecting Communications
To add a plug-in communication module: Plug in the module to the
communication board androute the antenna cable via glands COM1 or COM2.
Tighten the glands to atorque of 3.5 N*m.
i

Support Contact Information: If you have technical problems concerning SolarEdge products, please contact us: https://www.solaredge.com/service/support
Subject to change without notice. Copyright © SolarEdge Inc. All rights reserved. August 2022.
1. Cellular plug-in antenna connector (Optional plug-in connecting to the
monitoring system).
2. Plug-in antenna connector of SolarEdge home network (supplied with
pre-installed antenna).
3. CAN Bus connector for battery interface: Use a six-wire, shielded twisted
pair cable with RJ45 connector or CAT5e/6 twisted pair straight Ethernet
cable with RJ45 connector.
4. RS485-2 follower inverters connector: Use CAT 5e/6 3-wire, shielded,
twisted pair (0.2- 1 mm²).
5. RS485-1 Meter Connector (if a backup interface is not used): Use CAT6 3-
wire, shielded, twisted pair (0.2- 1 mm²).
6. Ethernet connector: Use CAT5e/6 cable with twisted pair wires and RJ45
connector.
7. Seven-pin socket of backup interface: Use 5-wire shielded twisted pair
cable, 600V insulated or CAT6. Three-pin Connector (if a backup interface
is not used): Use CAT6 3-wire, shielded, twisted pair (0.2- 1 mm²). Plug
the 3-pin connector to the left side of the seven-pin socket.
Chaining Inverters
Connect the RS485-2, BAG terminals of the communication board of the Leader
inverter to the BAG terminals of the communication board of the Followers.
The following figure shows how to connect a chain of inverters to the monitoring
system.
Connecting to a Meter
The following figure shows how to connect a meter to the inverter.
Commissioning and Setting and Operation
Hold On/Off/P switch in P position
for 5 seconds and release. Run the
SE SetApp application on your
mobile device and follow the on-
screen instructions.
The following figure shows the
On/Off/P switch.
To configure communication with the Monitoring Platform: From the
Commissioning menu, select Monitoring Communication > Auto Select.
SetApp will automatically detect your connection method. Follow the
on-screen instructions to complete the configuration and establish
communication with the monitoring platform.
LED indications: Green: power
production, Blinking Green: Grid
connection ok, Blue:
communication ok, Red: fault. For
more indications refer to:
https://www.solaredge.com/leds
The following figure shows the
LED indicators.
For remote status, fault indications, and system performance, refer to Remote
Monitoring at: https://www.solaredge.com/products/pv-monitoring#/
PV String Connection
NOTE: Use PV modules with IEC 61730 Class A rating.
The following figure shows the connection of the power optimizers in a PV string.
Battery Connection
CAUTION! Before making any connection to the inverter, make sure that the
battery DC Switch is OFF.
The following figures show how to connect a SolarEdge battery to the inverter.
IMPORTANT: When connecting the DC cables, keep the correct order of the
washer and spring washer, as shown in the figure below. Fasten the securing
screw of the cables cover to a torque of 2.2 N*m.
General Information
This product does not require maintenance
P 1
P On Off
The following figure shows the communication connectors.