Growatt SPM 3000-6000TL-HU Quick Start Manual

(1).Host panel (4).Wall mounting hole
(2).LCD display (5).PV switch
(3).Wiring box cover (6).Power On/Off button
1.Before installing the device, check that the package contents are intact and complete against the packing list If any damage is found or any
component is missing, contact your dealer.
2. This guide will be updated from time to time due to product upgrades or other reasons. Unless otherwise agreed this document is intended as
a quide only. All information and suggestions do not constitute an express or implied warranty. The final interpretation of the content is at
Growatt's discretion
3. This document is for quick installation guide only. For details, please refer to the User Manual.
4. Machine damage caused by failure to follow the content is not covered by the warranty.
1. Please make sure that the thickness of the wall for inverter
installation is more than 70mm.
2.Please place the Wall mount on the wall and confirm the level
by level.
3.Please mark the holes in the 4 mounting holes of hole pattern.
4.Drill a hole with a depth of 60mm at the mark with a drill of 12mm.
SPM 3000-6000TL-HU Quick Guide
(7).PV input port (10).COM port
(11).LOAD port
(8).Battery input port
(12).GRID port
(9).USB port (13).GEN port
W D
H
Dimension
SPM 3000-6000
637.0/25.08 372.0/14.65 220.0/8.66
TL-HU
60.01mm
[2.362"]
5.Please knock the expansion screw rubber sleeve into the hole on the
wall, and then screw on the Expansion screw.
6.Please hang the inverter on the expansion screws, and then tighten
the expansion screws.
Please prepare the cable before connecting as follows.
NO. Cable name Type
1 Battery input wire Red and black multi-core copper
2 AC (Grid, GEN, Load) wire Two different color stranded wire
3 PV input wire Photovoltaic dedicated cable
4 Grounding wire Single yellow-green stranded wire
RS485 A+
Meter communication Min.3-wire shielded
5
cable twisted pair
RS485 B-
6 Other communication CAT5E suggested
3.1 Battery module connection
3.1.1 Battery connection
3.1.2 RS485 and CAN connection
1. Connect one end of the BMS communication cables to the BMS communication port in
the inverter wiring box.
2. Lead the other end of the BMS communication cables from hole COM1 and connect it to
the lithium battery communication port.
The connection steps are shown on the left.
BMS Note: Only for lithium battery.
3.2 Grid connection, generator connection and load connection
Smart
Load-L
Recommend model
2/0AWG or 4/0AWG
10AWG
Please make sure all switches are OFF
10AWG
before wiring.
For personal safety, please do not operate
12AWG
with electricity.
2
0.2-1 mm /24-
18AWG
/
1.Strip 0.59 inches (15 mm) of the battery cable insulation.
2.Insert the battery cable into the open crimping pliers.
3.Insert the tubular terminal and press the crimping pliers.
4. Connect the battery cable to the corresponding terminal through the circular
opening according to the symbol (BAT+, BAT-) on the terminal
5. Use a suitable screwdriver to install the battery cable and tighten the
tightening bolts clockwise.
Note: It is strictly forbidden to connect the positive and negative poles of
the battery input terminals reversely!
The AC circuit breaker must be turned off before
CN2 CN1
connecting the grid, load and generator ports.
Smart 1.Strip 0.7inches(18 mm)of the AC cable insulation.
Load-N Load-L Grid-N Grid-L Gen-N Gen-L PE
Load-N
2. Insert the AC cable into the open crimping pliers.
3.Insert the tubular terminal and press the crimping tool.
4. According to the labels on the terminal blocks
LOAD GRID GEN
(Grid - L, N)(GEN -L,N) (Load - L, N), insert the AC cable
directly into the corresponding terminal block through
the circular opening.
1.Strip 0.39 inches(10 mm) of PV cable insulation.
2. Insert the PV cable into the open crimping pliers.
3.Insert the tubular terminal and press the crimping
pliers.
4.According to the identification (PV1+,PV1-)
(PV2+,PV2-) on the box body, the PV cable is
inserted into the corresponding terminal.
Note: It is strictly forbidden to connect the
positive and negative poles of the PV input
terminals reversely.