SolaX Power X3-Matebox basic Quick Installation Manual page 2

Quick Installation Guide
X3-Matebox basic
1. Introduction
X3-Matebox basic is a critical part in one energy storage system,
which integrates the DC breaker/AC breaker/switch unit/CT and so
on, it can easily be installed compare to the traditional separate
system, this unit can be used with Hybrid and Fit series inverters.
There are 2 wiring diagrams for your system connection reference,
please follow your local policy to chose which one is suitable for
your side.
Diagram A: N line and PE line separate wiring, D series inverters;
(For most countries)
PV 1
Inverter PV 2
CT
Main Breaker/RCD
CT-R
BAT Grid EPS(Off-grid)
CT-S
CT-T
N
X3-Matebox
E-BAR
Distribution Box
Battery
Loads
EPS(Off-grid) loads
N-BAR for loads
N-BAR for EPS(Off-grid) loads
2. Overview
533cm
Object Name Description
A Load Load connection port
Grid Grid
connection port (to local grid)
B
C Grid(INV) Grid output port
of the inverter
EPS(Off-grid) (INV)
D EPS(Off-grid) output port
of the inverter
E BAT Battery connection port
(to
battery
BMS)
BAT(INV) Battery connection port of the inverter
F
3. Preparation
3.1 Check Packing List
Check the accessories according to the following list and ensure that nothing in the package is
damaged before installation.
X3-Matebox basic *1 Bracket A *1
(Expansion bolts,
6 mm² OT
Gaskets, Self-tapping
terminals *2
bolts) *2
M5 inner hexagon
bolts *1
CT *1
3.2 Tools
The following tools need to be prepared before installation:
Philips Screwdriver
Diagonal Plier
Hexagon keys
Crimping Tool
4. Mounting
The installation of X3-Matebox basic needs three brackets.
Matebox, Bracket B is connected to both inverter bracket and Bracket A to fix the bracket position of
the inverter, and Bracket C is connected to both Bracket A and BAT bracket to fix the bracket position
of T-BAT-SYS-HV-(3.0).
The bracket can be installed in two ways:
1) With T-BAT-SYS-HV-(3.0) battery, the installation method is as follows: (
2) With other batteries, the installation method is as follows: (
1)
Inverter bracket
Bracket B
Bracket A
Bracket C
BAT bracket
Note: When brackets are mounted, a spirit level is used to keep inverter bracket and Bracket A
parallel to the ground.
Bracket A should be installed at a distance of 400mm (at least) from the ground if other batteries are
to be installed.
Matebox
Grid
Diagram B: N line and PE line together, D series inverters;
( Applicable to Australia)
PV 1
Inverter PV 2
CT
CT-R
RCD
EPS(Off-grid)
BAT Grid
CT-S
CT-T
N
Grid
E-BAR
X3-Matebox
Battery
EPS(Off-grid) loads Loads
N-BAR for EPS(Off-grid) loads
N-BAR for loads
A B C D E
204cm
F
6 mm² European Flange nuts
Bracket B *1
terminals *19
Bracket C *1 (M4*4, M5*1)
Earth connectors
N-terminal adjacent
6 mm² BAT
(450 mm *1,
bridge *1
terminals *2
250 mm*1) （for AU market）
Documents Keys * 4 Wi Dongle * 1
Crimping Plier Monkey Wrench
Φ 10 and Φ 8 Drill
Inner hexagonal Spirit level
Rubber hammer
wrench Marker Pen
Bracket A is used to hang the X3-
)
2)
Inverter bracket
Bracket B
Bracket A
400.00mm
Step 1: Connect all brackets
Connect inverter bracket, Bracket B, Bracket A, Bracket C and BAT bracket all together with ange nuts.
Fix the inverter bracket on the bracket B;
Set the Bracket C on the Bracket A;
Load
Note: The position of the T-BAT-SYS-HV-(3.0)
battery base mounting
screws are two
positions on the inner
Main Breaker
side, refer to the
following figure:
N
Grid
E-BAR
Step 2: Connect the BAT bracket and T-BAT-SYS-3.0 battery and push the whole structure to
the wall
Step 3: Fix the position, drill holes and install the whole structure on the wall
a) With the position of the brackets as a template
in step 2, use a spirit level to mark the nine holes
needed on the wall with a marker pen.
a)
c) Insert expansion bolt into the nine hole, use
rubber hammer to knock the expansion screw
bolt into the wall.
Rubber hammer
( Torque :2.5±0.2N·m)
Step 4: Install the inverter
Make sure all brackets (bracket A, bracket B, bracket C, inverter bracket and BAT bracket) are well and rmly installed.
a) Before install the inverter, remove the "DONGLE"
waterproof plug(for the installtion of communication
accessories); Insert wi into DONGLE port and lock
DONGLE port and lock the four screw on the wi to x
its position.
c) Use the inner hexagonal wrench to tighten the inner
hexagonal screw on the right side of the inverter.
Step 5: Install X3- Matebox basic
a) Cut off all strips of the box except the strips on the back of the box before installing the box. Open the
unlocked buckles of X3-Matebox basic, open the upper cover and remove the protective cover; (open
the button by hand, open the cover and slide upwards.)
)
a)
b) Put the matebox on the bracket. And make sure the box is well xed on the bracket by screwing all
nuts tightly.
b)
Inverter bracket
Monkey Wrench
Torque: 1.5±0.2N·m
Monkey Wrench
Torque: 1.5±0.2N·m
Bracket A
Bracket C
BAT bracket
Note: The position of the T-BAT-SYS-HV-(3.0)
battery base mounting screws
are two positions on the inner
side, refer to the following gure;
b) Move away the structure and drill holes at
marked spots at different depths of 65 mm and 80
mm.
d ) The bracket is aligned with the screw uses the
inner hexagonal wrench to screw the tapping
screw until the expansion bolt "bang" is heard.
External hexagonal
wrench
c)
b) Hang the buckle on the inverter to the corresponding
position of the backplane.
The inverter
Hexagon keys
(Torque: 1.2±0.1N· m)
c )
Then set the bracket B on the
bracket A and fix it with screws;
Bracket B
Monkey Wrench
Torque: 1.5±0.2N·m
Then the Bracket C is fixed on the
BAT bracket and the screws are locked ;
Monkey Wrench
Torque: 1.5±0.2N·m
Φ 8 drill
Φ10 drill
b)
nut, Gasket,
d)
b)
The inverter
T-BAT-SYS-3.0
battery
d )
Philips screwdriver
Torque: 1.5±0.2N·m
Philips screwdriver
Torque: 1.5±0.2N·m