Easee Car Home Charger for Home Installation Guide

Easee Car Home Charger for Home

Product Information

The Easee Home Easee Charge is an electric vehicle charging station that comes with an installation kit, Chargeberry, and a backplate for attaching and connecting it to the charging infrastructure. It also includes a front cover that protects the electronics from external influences. The charging station has a Type 2 socket (IEC 62196-2) and can support up to 7.36 kW at 32 A on 1 phase or up to 22 kW at 32 A on 3 phase. It has load balancing of up to 101 units per circuit, making it easy to expand in the future. The charging station comes with built-in eSIM (LTE Cat M1/ 2G /GPRS) and WiFi 2.4 GHz b/g/n connection for connectivity. It also has an RFID/NFC reader and OCPP 1.6 via our API for control charging via the Easee App. The charging station is protected with integrated overload protection according to EN IEC 61851-1:2019 and built-in RCD for ground fault protection (30 mA AC/ 6 mA DC) according to EN 61008-1 and IEC 62955. It has an IP54 degree of protection, IK10 impact resistance, insulation class III, and overvoltage category.

Product Usage Instructions

1. Before installing the Easee Home Easee Charge, read the Important product information guide in the product packaging or at easee.com/manuals.
2. The installation and operation of the charging station require a mobile device with internet connection.
3. Prior to the installation, consider future charging needs, so that you can easily expand accordingly in the future.
4. If several Charging Robots are connected to the same circuit, the total current is dynamically distributed between them. The connected Charging Robots communicate wirelessly between each other, ensuring the circuit is not overloaded. The maximum charging current is set during configuration.
5. For an optimal result, it is recommended to always use a 3 phase installation if possible, to make it future-proof. If possible, use the largest approved cable cross-section (see Technical specifications).
6. If you plan to acquire further Charging Robots in the future, consider installing Easee Ready backplates.
7. To avoid overloading the building’s main fuse, use Easee Equalizer for dynamic load balancing. The maximum current value can also be set as required during configuration.
8. Several backplates can be connected in parallel, as each Charging Robot has its own protective device.
9. If the charging infrastructure includes more than one Charging Robot, the backplate that is configured first becomes the master of its circuit.
10. If more than 2 units are installed, the master unit should be located in the middle of the installation (if possible) for optimal Easee Link communication.
11. During installation, a Site Key must be used to assign the Charging Robots to the correct location in the Easee Cloud. A Site Key will automatically be generated when creating a new charging site using the Easee Installer App or it can be obtained by creating a new charging site at easee.cloud.

Introduction

Read the Important product information guide in the product packaging or at easee.com/manuals before installing the product. Installation and operation of the product require a mobile device with internet connection.

WARNINGS AND CAUTIONS

• A Warning indicates a condition, hazard or unsafe practice that can result in serious personal injury or death.
• A Caution indicates a condition, hazard or unsafe practice that can result in minor personal injury or damage to the product.

WARNING
This product shall only be installed, repaired or serviced by an authorised electrician. All applicable local, regional and national regulations for electrical installations must be respected.

NOTE

PIN code : The PIN code is required for installation and located on the front of the Chargeberry. It is recommended to keep the PIN code for safe keep-ings, e.g inside the fuse cabinet.

Product overview

Installation kit

Tool

Technical specifications

General

• Dimensions 256 x 193 x 106 mm (H x W x D)
• Wall mounting c/c 160 x 125 mm (H x W)
• Operating temperature -30 °C to +50 °C
• Weight 1.5 kg

Sensors and indicators

• Light strip with LEDs showing the status of the charger
• Touch button
• Temperature sensors in all main contacts

Charging

• Charging power 1.4–22 kW 6 A 1 phase – 32 A 3 phase (automatically adjusted in relation to available capacity)
  • Up to 7.36 kW at 32 A 1 phase
  • Up to 22 kW at 32 A 3 phase
• Connection point Type 2 socket (IEC 62196-2)
• Number of phases 1 or 3 (fully dynamic)
• Voltage 3x 230/400V AC (±10%)
• Mains frequency 50/60 Hz
• Easee Home Load balancing of up to 3 units per circuit
• Easee Charge Load balancing of up to 101 units per circuit
• Built-in energy meter (±2 %)

Connectivity

• Built-in eSIM (LTE Cat M1/ 2G /GPRS)
• WiFi 2.4 GHz b/g/n connection
• Easee Link RFTM
• Control charging via Easee App
• RFID/NFC reader
• OCPP 1.6 via our API

Protection

• Integrated overload protection according to EN IEC 61851-1:2019
• Built-in RCD for ground fault protection (30 mA AC/ 6 mA DC) according to EN 61008-1 and IEC 62955
• Degree of protection IP54 (the backplate is IP22 without cover)
• Impact resistance IK10
• Insulation class I
• Overvoltage category III

Installation

• Installation network TN, IT or TT (detected automatically)
• Installation circuit breaker Max 40 A (Easee Home) and 80 A (Easee Charge)
• Wire cross-section up to 16 mm2 (single cable)/ up to 10 mm2 (parallel connection)
• Cable diameter 8–22 mm
• Terminal torque 5 Nm
• Cable strip length 12 mm

Planning the installation

Prior to the installation, it is recommended that you consider future charging needs, so that you can easily expand accordingly in the future. If several Charging Robots are connected to the same circuit, the total current is dynamically distributed between them. The connected Charging Robots communicate wirelessly between each other, ensuring the circuit is not overloaded. The maximum charging current is set during configuration.

For an optimal result

• We always recommend a 3 phase installation if possible, to make it future-proof.
• If possible, use the largest approved cable crosssection (see Technical specifications).
• Consider the installation of Easee Ready backplates if the acquisition of further Charging Robots is planned for the future.
• To avoid overloading the building’s main fuse, the Easee Equalizer can be used for dynamic load balancing. The maximum current value can also be set as required during configuration.

Special notes

• Several backplates can be connected in parallel, as each Charging Robot has its own protective device.
• If the charging infrastructure includes more than one Charging Robot, the backplate that is configured first becomes the master of its circuit.
• If more than 2 units are installed, the master unit should be located in the middle of the installation (if possible) for an optimal Easee Link communication.
• Site Key: During installation, a Site Key must be used to assign the Charging Robots to the correct location in the Easee Cloud. A Site Key will automatically be generated when creating a new charging site using the Easee Installer App or it can be obtained by creating a new charging site at easee.cloud.

Your house, power grid and EV
The Charging Robot automatically adapts to the power grid, the electric car and the capacity of the electrical installation. In the table you can see what charging effect you can expect from your installation and situation. The table is only meant as a guide.

CAUTION
The type of installation as well as cable cross-sections must be determined by a qualified electrician in accordance with valid local, regional and national regulations for electrical systems.

Load| Charging power|
---|---|---
Ampere (A)| 1 phase (kW)| 3 phase (kW) 1
6| 1.4| 4.1
8| 1.8| 5.5
10| 2.3| 6.9
13| 3.0| 9
16| 3.7| 11
20| 4.6| 13.8
25| 5.8| 17.3
32| 7.4| 22

1 Example for 400 V TN, deviating values for other grid types.

Padlock
It’s possible to lock the electronics with a padlock. This will create an extra layer of security (padlock is not included).

• Max total lock height 56 mm
• Shackle height (outer dimensions) 19 – 20 mm
• Shackle thickness 3.2 – 4 mm

Residual Current Device (RCD)

• A Residual Current Device is integrated in the Charging Robot.
• The RCD will break the current in case a residual current exceeding 6mA DC or 30mA AC is detected.
• Disconnection time is according to EN 61008-1 and IEC 62955.
• The RCD is automatically tested between each charging session or at least every 24h.
• For manual initialization of the RCD-test, please refer to the Installer App.
• The integrated RCD has no influence on the function of external protective devices.
• An external RCD is required when at least one of the below conditions are identified:
  • The installation, including cable, junction boxes etc., includes components with only basic insulation (Class I).
  • Any other electrical equipment apart from Easee Home/Charge, including lamps and socket outlets, is connected to the circuit.
  • Any other conditions identified by the authorized installer requiring an external RCD.
• The internal RCD is considered to provide the required RCD protection for both AC and DC leakage faults when all the below conditions are fulfilled:
  • The installation, including cable, junction boxes etc, is performed entirely with components providing double or reinforced insulation (Class II).
  • No other electrical equipment apart from Easee Home/Charge, including lamps and socket outlets, is connected to the circuit.
  • No other conditions identified by the authorized installer requiring an external RCD.

Installation instructions

WARNING
Turn off the power before you begin the installation. Use extreme caution and follow instructions carefully. We recommend that you watch the installation videos available on our website: easee.support.

Charging Robot Opening

1. Bend down the lower part of the rubber cover and insert the two ends of the supplied tool into the two openings at the bottom of the front cover.
2. Pull the tool until the front cover comes loose and remove the cover.
3. Grasp the Type 2 socket and push upwards with good force until the Chargeberry disconnects

Backplate Mounting

1. Turn off the power before proceeding with the installation.
2. Fix the backplate to a wall or structure with sufficient load-bearing capacity using the 4 screws provided in the mounting kit. Use suitable wall plugs for mounting and observe the recommended installation height

CAUTION
The installation wall must cover the entire back of the product.

NOTE
If you are going to install multiple backplates, now would be a good time to mount them as well

Backplate Preparing

1. Shorten the sealing plug to fit the cable. The hole should be slightly smaller to ensure a good seal.
2. Insert the cable through one of the 4 cable entries and secure it to the backplate with the strain relief provided.
3. Close all cable entries that are not in use with the blind sealing plugs supplied.

Backplate Wiring

1. Strip the individual wires by 12 mm. If the cable has flexible conductors, it is recommended to use ferrules on stranded wires. Use correct tools to press them.
2. Tighten the screw terminal with a torque of 5 Nm.

NOTES

• When connecting multiple backplates in parallel, each screw terminal serves as a coupling point for adjacent backplates. All backplates must be connected with the same phase sequence. External junction boxes or flat cables can be used if it is more convenient.
• It’s recommended to follow the existing colour codes used in the installation. Depending on national standards, the colours of the cables can vary from the illustrations. The illustrations in this manual follow the IEC 60446 standard.
• Before turning on the power, make sure the wires are properly connected and tightened. Test this by pulling on each wire

TN/TT 3-phase
(3x 230/400 V)

IT/TT 3-phase
(3x 230 V)

TN 1-phase
(230 V)

IT/TT 1-phase
(230 V)

Backplate Installing

1. Scan the QR code to download the Easee Installer App and create a free account.
   NOTE
   Your phone needs to support NFC.

2. Select one of the two site setups in the Installer App:

Create new site :
If this is a completely new charging site, select “Create new site”. Enter the installation details, follow the on-screen instructions and return to this guide afterwards.

Update existing site :
If this site already has one or more Charging Robots installed or if it has been created by an operator (Easee Charge), select “Update existing site” and search for the site address. On “Site overview”, select the circuit that you want the backplate to be part of and select “Add another backplate”. Follow the on-screen instructions and return to this guide afterwards.

NOTE
If the charging circuits include more than one Charging Robot, the backplate that is configured first becomes the master unit of the charging infrastructure. To achieve the best communication flow, the centre backplate should be configured first.

Chargeberry Attaching

WARNING
Insulation testing should be performed before a Chargeberry is installed in the backplate. Testing the circuit insulation with the Chargeberry installed in the backplate may damage the electronics or impact the reading negatively

1. Turn on the power. The terminals of the backplates are now electrically live.
2. Position the Chargeberry to fit into the slots on the backplate located in the center of the installation.
3. When the Chargeberry is in the track, press it forcefully down until you hear a click.

Front cover Closing
Before closing the front cover, it is possible to lock the Chargeberry with a padlock (see Planning the installation).

1. Hang the front cover at the top of the backplate and let it fall into place.
2. Press the bottom of the front cover until you hear a click.
3. Bend the lower part of the rubber cover down.
4. Screw in the locking screw at the bottom of the charger to secure the front cover.
5. Close the rubber cover. If the cable is inserted from the bottom, you can cut a corresponding hole in the rubber cover to ensure a neat installation.

Your Charging Robot is now ready for use!

Features

1. Touch button : The touch button is used to activate the local interface. The local interface is intended for local operations of the charger when no internet is available. Read more about the local interface at: easee.com/support/localinterface
2. Light strip : The light strip communicates the status of the Charging Robot at all times. (See Charging Robot interface).
3. RFID area : The integrated RFID reader enables access control of the Charging Robot and identification of different users. You can use it to unlock the charger with an Easee Key. Check our knowledge base at easee.support for more details on how to add and manage your Easee Keys.
4. Type 2 socket : The Type 2 socket is completely universal and allows you to charge any type of electric vehicle using the appropriate charging cable. Furthermore, it is possible to permanently lock the charging cable, so you do not have to worry about it being stolen.

Charging Robot interface

2 Easee public knowledge base can be found at easee.support. The information in this document is for information purposes only, is provided as is, and may be subject to change without notice. Easee AS including its subsidiaries does not accept any liability for the correctness or completeness of the information and illustrations, and is not liable or responsible for your considerations, assessments, decisions or absence of such, or other use of the information in this document. No part of this publication may be re-published, reproduced, transmitted or re-used in any other form, by any means or in any form, for your own or any third-party’s use, unless otherwise agreed with Easee or its subsidiaries in writing. Any permitted use shall always be done in accordance with good practice and ensure that no harm may be caused to Easee or by misleading the consumer. Easee and Easee products, product names, trademarks and slogans, whether registered or not, are Easee’s intellectual property and may not be used without Easee’s prior written permission. All other products and services mentioned may be trademarks or service marks of their respective owners. April 2023 – Version 1.02 © 2023 by Easee AS. All rights reserved.

Easee AS Grenseveien 19 4313 Sandnes, Norway www.easee.com

References

• Easee – Shaping the future of electricity
• Installer app | Easee International

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