SolaX Power

STEP 1: Prepare the EV-Charger

Remove the screw from the EV-Charger using a cross screwdriver ?️. Then carefully remove the back bracket.

Diagram shows a hand removing a screw and detaching the back bracket from the EV-Charger.

STEP 2: Mount the Back Bracket and Cable Hook

Fix the back bracket and the cable hook (only for Plug Type) to the wall.

• Mark the position of the holes.
• Drill holes with an 8 mm drill ?️. Ensure the depth is at least 45 mm.
• Insert the expansion bolts.
• Align the bracket and the cable hook (only for Plug Type) with the holes, and screw the self-tapping screws with the cross screwdriver ?️.

Diagram illustrates marking holes, drilling, inserting expansion bolts, and attaching the bracket and hook with screws. A torque value of 1.5-2 N·m is indicated.

STEP 3: Estimate Cable Length

Hang the EV-Charger on the wall for trial. Estimate the required length for the input cable (three-core for single-phase, five-core for three-phase, outer diameter: 12.5-18 mm) and the communication cable. After estimation, take the EV-Charger down.

Diagram shows the EV-Charger temporarily hung on the wall, with a measurement being taken for cable length.

STEP 4: Remove Rear Cover

Unscrew the EV-Charger's rear cover with the cross screwdriver ?️ and take it down. Undo the fastening heads and remove the waterproof materials.

Diagram shows the rear cover being unscrewed and removed, followed by the removal of waterproof seals.

STEP 5: Access Communication Board

Unscrew the countersunk screw of the base plate of the communication board with the cross screwdriver ?️. Then, pull the base plate of the communication board out.

Diagram illustrates unscrewing the base plate of the communication board and then pulling it out.

STEP 6: Prepare Communication Cable

Insert the prepared communication cable through the waterproof connector as shown. If the cable is self-made, insert the wires into the RJ45 terminals and use crimping pliers to press them tightly.

Diagram shows the communication cable being fed through a waterproof connector.

STEP 7: Prepare Input Cable

Strip the outer sheath of the input cable as shown below, ensuring all wires reach the terminal blocks with a little excessive length. Use stripping pliers to strip approximately 12 mm of insulation from the end of all coloured wires. Then, crimp the European terminal with the wire crimper.

Diagram illustrates stripping the outer sheath of the input cable to a specific length (75-80 mm) and then stripping individual wires to 12 mm before crimping European terminals. Wire color-to-pin definitions are provided for an 8-pin connector, noting pins 3, 6, 7, 8 are null for single-phase.

STEP 8: Insert Input Cable

Insert the input cable through the waterproof connector as shown.

Diagram shows the prepared input cable being fed through a waterproof connector.

STEP 9: Connect Input Wires

Insert the wires into the appropriate holes of the terminal blocks, then secure the terminals with a straight screwdriver ?️.

Diagram shows wires being inserted into terminal blocks and secured with a screwdriver. A torque value of 1.5-1.8 N·m is indicated.

STEP 10: Re-install Communication Board

Press the spring upward and push the base plate of the communication board back in. Then screw the countersunk screw.

Diagram shows the communication board base plate being re-inserted and secured with a screw. A torque value of 0.8-1.5 N·m is indicated.

STEP 11: Re-attach Rear Cover

Push the rear cover to the appropriate position for the cables and screw the self-tapping screws with the cross screwdriver ?️. Then tighten the waterproof fastening heads.

Diagram illustrates re-attaching the rear cover and tightening screws. A torque value of 2-2.5 N·m is indicated.

STEP 12: Final Mounting and Connection

Hang the EV-Charger up carefully and steady it with the self-tapping screw and the cross screwdriver ?️. For Plug Type, connect the charging connector with the EV-Charger and hang the connecting cable on the hook.

Diagram shows the EV-Charger being mounted securely on the wall. For Plug Type, it shows connecting the charging connector and hanging the cable on the hook. A torque value of 2-2.5 N·m is indicated.

CT Connection

Diagram: Illustrates the CT connection within a home electrical system, showing links between a PV array, Inverter, AC distribution box, Electricity meter (bidirectional), Electrical grid, and the EV-Charger. The CT sensor is placed on the L line.

Notice: The arrow on the CT must point towards the public grid.

Procedure:

• Steady the CT on the public grid's L line.
• Insert the other end of the communication cable and the terminal of the CT into each side of the RJ45 terminal adapter.

Important Notes:

• Do not place the CT on the Neutral (N) Wire or the Protective Earth (PE) wire.
• Do not place the CT on both the Neutral (N) and Live (L) wires simultaneously.
• Do not place the CT on non-insulated wires.
• When using a three-phase CT, ensure the CT clamps are clipped onto the corresponding phases.

WiFi Connection

Step 1: Download the Monitoring App. Scan the QR code provided or search for "SolaXCloud" in your smartphone's app store or web browser.

Placeholder for QR code description: A QR code is shown, prompting users to download the SolaXCloud app.

Step 2: Create a new account within the SolaXCloud Monitoring App.

Step 3: Log in to your account, navigate to the 'Account' page, click 'WiFi Connection', and follow the on-screen instructions to complete the setup.

Manual Configuration: If manual WiFi configuration is required, access the device via the IP address: http://192.168.10.10/.

Diagrams show screenshots of the SolaXCloud app interface, including login, account settings, and WiFi connection options.