Relocation of Toilet Socket

There are several feasible solutions for relocating the toilet socket:

Solution 1: Direct Processing on the Tile Surface If only minor adjustments to the socket position are needed and no internal wall modifications are involved, first remove the waterproof box. After determining the new position, use a marker to mark the area of the tile that needs to be cut. Organize the wires and tuck them into the corresponding wall gap at the new position. Use a cutting machine to process the tile along the marked lines. This method is suitable for situations where the tile surface is flat and the waterproof layer is intact. However, attention must be paid to cutting precision to avoid damaging internal wiring or the waterproof structure. After cutting, reinstall the waterproof box to ensure a tight seal.

Solution 2: Internal Wall Grooving and Redoing If significant relocation of the socket position or adjustment of the wiring route is required, the original tiles must be removed and grooves cut into the wall. The specific steps are as follows:

1. Remove the tiles in the target area;
2. Cut grooves in the wall to accommodate the new wiring;
3. Relay the wires and secure them;
4. Repair the grooves and apply waterproofing (e.g., by painting with waterproof coating or laying waterproof membrane);
5. Restore the tile installation. This method involves a larger workload but can thoroughly resolve wiring layout issues, making it suitable for long-term use. Special attention must be paid to the integrity of the waterproof layer to avoid the risk of water seepage caused by grooving.

Solution 3: Rotating the Socket or Adjusting the Installation Direction If space constraints allow, the socket position can be changed by rotating it:

• Rotate the socket 90 degrees clockwise or counterclockwise (sufficient space behind the water tank is required);
• If the fixing ears of the concealed box are damaged, use a 'concealed box repairer' to secure it;
• Rotate the socket 180 degrees to install it with the three-pronged outlet facing upwards. This method does not require damaging the wall or tiles and is simple to operate. However, it must be ensured that the socket still complies with safety regulations after rotation (e.g., the grounding wire is correctly positioned).

Solution 4: Partial Tile Replacement If the original tiles are of low value or damaged, the local tiles can be cut and replaced:

1. Carefully cut the tiles along the edges of the target area;
2. Break away the middle part and clean up the residual cement;
3. Apply adhesive to the back of the new tiles and press them into place;
4. If located at a corner, install an anti-collision strip (if the external corner is not pre-installed, cut a 1 cm wide wire slot and embed a 5 cm wide anti-collision strip);
5. If the original socket is more than 5 cm away from the corner, use a drill to make a horizontal hole to secure the wiring;
6. If no cutting tools are available, the wires can be pressed under the anti-collision strip (only suitable for wires thicker than 1.0 mm), and glass glue can be added to enhance the seal. It is recommended to install a waterproof surface-mounted socket or a flat plug with a waterproof cover below. This method is cost-effective but attention must be paid to tile color differences and the flatness of the tile installation.

Precautions:

• Turn off the power before operation to ensure safety;
• It is recommended to have professional personnel carry out the work when modifications to the waterproof layer are involved;
• The new position should avoid hidden facilities such as water pipes and gas pipes;
• After relocation, test the socket's functionality and waterproof performance.