Prior to mounting, consult a certified electrician about an electrical source that can support the following:

• The Circuit must be a DEDICATED CIRCUIT 208-240 VAC, 50-60 Hz, Single Phase.
• Requirements govern that only 80% of the circuit rated load may be utilized. Use the following Maximum Amperage Settings depending on the circuit breaker rating:
  

  Circuit Rating	Maximum Charging Station Output
  50A	40A (9.6 kW)
  40A	32A (7.68 kW)
  30A	24A (5.76 kW)
  20A	16A (3.84 kW)

• A Double Pole Circuit Breaker of the circuit rating must be used.
• The Charging Stations can connect a Standard NEMA 6-50 or 14-50 Receptacle or the unit can be hardwired.
• A cable with a dedicated grounding conductor connected to the equipment ground terminal block must be used.

Prior to mounting, determine the location of an acceptable mounting support:

• The charging station must be anchored into a mounting support such as a 2” x 4” stud or a solid concrete wall. DO NOT mount this unit directly to a stucco/drywall/wallboard.
• Mount the unit between 24 inches (0.6 m) and 48 inches (1.2 m) from the ground. The NEMA outlet should be located no less than 20"~26” from the ground or as defined by applicable, local electrical safety codes and standards.

Mounting Screw Recommendations:

• For finished walls supported by wood studs, use #14 or M6 tapping screws. (Included).
• For masonry walls, use M6 mechanical screws. (Commercially available)

Parts and Tools required for installation:

1. Separate the front and back pieces of the mounting bracket by pushing down on the notch.

2. Secure the back piece of the mounting bracket to the wall or other suitable structure using the M6 Robertson-head screws and screwdriver. The back piece of the mounting bracket has 3 holes to support attachment to various surfaces. Use the top two holes to attach the mounting bracket to a wall stud.

3. Attach the front piece of the mounting bracket to the back of the charging station using the Socket-cap screws and 3/16" Allen Key. Ensure the top of the mounting bracket is matched with the top of the charging station.

4. Mount the charger on the wall by securing the front piece of the mounting bracket to the back piece. Align the notches and press down to secure the charger.

5. Position the Side Cover over the mounting bracket. Use the Side Cover screws to secure the two pieces together.

6. Plug in the power cord to the NEMA 14-50 Wall Outlet/Receptacle.

CAUTION: Do Not attempt to hardwire the Alpha unless you are qualified to do so. If you are not qualified, contact a licensed electrician.

1. Choose a copper wire conduit in accordance with all applicable, local, and electrical safety codes and standards.
2. Choose a terminal ring with the following characteristics:
   • Recommended Wire Strip length: 8mm (0.32")
   • Width of the terminal block opening: 10.2mm (0.41")
3. Using the appropriate tool, clamp the wire terminal to the copper wire. For non-insulated terminals, use a heat shrink tube to cover the non-insulated portion of the terminal.
4. Remove the plastic protective cover from the front of Alpha.
5. Use a Phillips Head screwdriver to remove the 6 screws on the front of alpha. Carefully place the front cover to the side without damaging the communication cable.
6. With the front cover placed to the side, use a Philips Head screwdriver to release terminal screws of the 6-50 or 14-50 Plug cable. Loosen the Strain Relief Fitting and remove the Plug. Remove the Strain Relief connector.
7. Insert the wire end passing through the conduit and insert them into the input wiring hole. (Use Red wire for L1, Black wire for L2, Green wire for G). Attach the copper wire on the corresponding terminal block. Use the following wire and torque force when connecting to input terminal block:

Note: Only change the Maximum Current DIP Switch settings if your local code requires a physical switch to comply with building codes. If the building code does not require a physical switch use the touch screen to change the maximum output current.

• The Charging Station Default Factory Maximum Current Output Setting is 40A (9.6 kW) for use with a 50A Circuit Rating.
• The Circuit must be a DEDICATED CIRCUIT 208-240 VAC, 50-60 Hz, Single Phase.
• Requirements govern that only 80% of the circuit rated load may be utilized, hence the higher Circuit Ratings Requirement relative to maximum Charging Station output:

1. Ensure the unit is unplugged. Ensure Charging Station is facing up on a flat surface.
2. Remove the plastic protective cover.
3. Use a Phillips Head screwdriver to remove the 6 screws on the front of Alpha. Carefully place the front cover to the side without damaging the communication cable.
4. Locate the DIP Switches on the PCB. The DIP Switch is a 3-position switch on the secondary circuit board, located behind the USB cable.
5. Remove protective cover from DIP Switches
6. Use the following combination of switch settings to adjust the maximum current:

The EasyEVPlug™ Holster or Tesla EasyEVPlug™ Holster is the new innovative method to protect your plug and manage your cord. It has the following features:

•  No need to aim – flawless plug even in the dark.
• Your EV holster will always be in a convenient location.
• Saves space – special angle for less wall clearance.
• Integrated cable management – holds up to 25 feet of cable.

The EasyEvPlug holster can be installed at any location near the charging station.

Parts and tools required for installation:

1. Hold back of holster against the mounting surface. Fasten Phillips head screws through back holes. Use anchors if attaching directly to drywall.

2. Insert charging connector into the holster.

3. Wrap cable on top of EasyEvPlug.