ATESS EVA-07D-SE User manual

single-phase AC charger Quick installation guide
1st Floor of Building 3 at Sector B and 3rd Floor of Building 9, Henglong
Industrial Park, Shuitian, Baoan District, Shenzhen
T [phone]
F [phone]
www.atesspower.com
Shenzhen ATESS Power Technology Co.,Ltd ATESS EVA-07D-SE/PE

This user manual is copyrighted by ATESS Power Technology Co.,ltd.
(hereinafter referred to as “ATESS”). No company or person may
extract or copy part or all of this user manual without the written
permission of ATESS Power Technology Co.,ltd. Content must not be
transmitted in any form, including materials and publications.
All rights reserved.
ATESS has the final right to interpret this user manual. The information
in this manual is subject to change without notice.
Disclaimer
EVA series intelligent three-phase AC charger is a power supply device
that uses professional and advanced technology to provide energy
supply to electric vehicles, it also has friendly man-machine interface
and versatile functions of control, billing, and communication. The
charger can be connected to a back-office server to realize the
functions of reservation and payment via Mobile phone APP. Diversified
communication options, including wired Ethernet, WIFI, 4G is available
for back-office server connection.
EVA-07D-SE has the function of not driving grounding pile, which
conforms to EN 61558-2-4 standard. Protection against electric shock is
provided by a device which disconnects the charging point from the live
conductors of the supply and from protective earth in accordance within
the 5S in the event of the voltage between the circuit protective
conductor and Earth exceeding 70 Vrms .The device will not operate if
the voltage exceeds 70 V rms for less than 4S.
We sincerely hope that this product can meet your needs and will
continuously improve the quality of our products.
Thank you for using ATESS EV charging equipment!
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I. Product description ····························································
II. Packaging list ··································································
III. Installation and wiring ·······················································
IV. Parameter setting ····························································
V. Operation instruction and LCD description ·····························
VI. Firmware update ······························································
VII. Troubleshooting ······························································
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VIII. Intelligent power modulation ···········································
IX. Specification ·······················································
X. Annex1 ·······························································
XI. Annex2 ·······························································
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I. Product description
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1.LOGO and logo backlight
2.A/B status indictor
3.LCD display
4.Debug button/A/B gun switch
5.RFID reader
6.WIFI/4G Antenna
7.Emergency stop button
8.Socket outlet (plug holder for cabled version)
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4
3
5
2
8
7
6
1
4
3
5
2
8
7
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II. Packaging list
No. Name Qty Remark
1
2
3
4
1
1
1
Charger
User manual
Quality certificate
5
6
7
Cable hook
User card
M5*12 stainless
steels hex-head
self-drilling screws
2
3
4-10
For cabled version
PE cable
Chargepoint base
4 Fixed the bottom bracket
6 of 10 Pugs for cabled version,
cable hook fixing
8
9
M8*80 Plastic
expansion plugs For the bottom bracket
M4×8 Nickel
plating Pan head
cross
Pedestal
4
1
1

4
3
III. Installation and wiring
3.1.1 Open the packaging, you’ll see a charge point, a user manual, a pedestal and a bag
of mounting accessories. There is also an RFID card if the charge point is RFID version.
For cabled version, a cable hooker is also included inside.
3.1 Installation on the ground
3.1.2 The chargepoint must be installed on a hard surface, concrete surface is
recommended, it can also be mounted on a solid ground. Drill hols according to the
requirements marked on the illustration for fixing expansion bolts.
3.1.3 Fix the chargepoint onto the holes with expansion bolts. The input cables shall go
into the pole from the bottom middle area and come out of it from the area below the
cable hooker.
3.1.4 Crimp the below shown ring terminals on the end of the AC input wires and PE
wires. Connect the wires into the terminal block of the chargepoint as below.
Check the wiring and then close the switch and the door.
PE
N
L3
L2
L1
Model
11K
22K
11K
22K
≥6mm²
≥AWG9
≥16mm²
≥AWG5
L1 L2 L3 N PE
Terminal
Wire
≥6mm²
≥AWG9
≥16mm²
≥AWG5
≥6mm²
≥AWG9
≥16mm²
≥AWG5
≥6mm²
≥AWG9
≥16mm²
≥AWG5
≥6mm²
≥AWG9
≥16mm²
≥AWG5
3.2 According to different use scenarios of users, A PE wire is randomly attached to the
packaging accessories
1. For the earth free scenario, the metal shell of the charger does not need to be
connected to the PE column, and the PE line should be ignored.
2. For the scene requiring grounding, PE wire needs to be connected to PE row and PE
column.
3.2 According to different use scenarios of users, A PE wire is randomly attached to the
packaging accessories
1. For the earth free scenario, the metal shell of the charger does not need to be
connected to the PE column, and the PE line should be ignored.
2. For the scene requiring grounding, PE wire needs to be connected to PE row and PE
column.

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After the installation and wiring is done, connect the Charger to a computer and configure
parameters via the web browser of the computer, then the Charger can be ready for use.
IV. Parameter setting
4.1 Set computer’s IP
The Charger’s default IP address is 192.168.1.5. To access the parameter setting
interface, you’ll need to first set the computer’s IP to 192.168.1.x(x can be any value
between 1 and 255 except for 5, e.g. 192.168.1.10).
To set a static IP on your Windows computer:
1. Click Start Menu > Control Panel > Network and Sharing Center. (For Windows 8 and
higher, search for and open Control Panel and select Network and Internet).
2. Click Change adapter settings.
3. Right-click on Local Area Connection and click on Properties.
4. Select Internet Protocol Version 4 (TCP/IPv4) and click on Properties.
The position of PE terminal

8
Connect the charger to a computer via a network cable. Open the web browser and type
in http://192.168.1.5:8080/ in the address field and click enter, then enter the password:
12345678 and click enter again,the parameter setting page of the charger will open up.
Parameter setting can only be done via web browser on a computer. It is suggested to
use IE or Firefox, other browser might have compatibility problem.
4.2 Configure parameters
5. Select "Use the following IP address" and enter the IP address, Subnet Mask,
Default Gateway. Click OK and close the Local Area Connection properties window.
Overview of Parameter setting page
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Overview of Parameter setting page
enlarged view of parameter setting page_2
enlarged view of parameter setting page_1

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(3) Charger IP. The default IP is 192.168.1.5. It is not suggested to change the default IP.
If you have changed the default IP and forgot the new IP, you can reset the charger to
factory setting by long press the reset button(the reset button on control board, not the red
emergency stop button) until the charger reboot. Then you can use the default
192.168.1.5 for access.
(1) Firmware version of the Charger. This item cannot be modified here on the setting
page.
Explanation of parameters:
Fig.1
(2) Charger ID, this is the unique identification of the Charger. If the charger is to be
connected to ATESS back-office server, this ID must be set as the serial number on the
nameplate of the Charger. Otherwise the Charger cannot be registered on the server.
Fig.2
Please note: After restoring the charger to factory setting, you’ll need to reset the charger
ID(same as serial number, can be found on the nameplate sticker) and server url,
otherwise the charger won’t be connected to the back-office server.
Fig.3
(4) Charger gateway. The default value is 192.168.1.1. It is not suggested to change. If
the gateway has been reset to other value and you have forgotten the new value, you can
restore the charger to factory setting by long press the reset button.
Fig.4
(5) Charger Subnet mask. The default value is 255.255.255.0. It is not suggested to
change. If the subnet mask has been reset to other value and you have forgotten the new
value, you can restore the charger to factory setting by long press the reset button.
Fig.5
(6) MAC address. This is the MAC address used for LAN cable connection. If the charger
is connected to ATESS back-office server via LAN cable and the router has MAC access
control, then you can put this MAC in the router to allow the charger to access server.
Fig.6
(7) Server URL is to set the domain name or IP address of the back office server to be
connected.
The domain name of ATESS server is “ws://ess-charge.atesspower.com:80/ocpp/ws”;
IP address is “ws://47.56.208.172:80/ocpp/ws”.
Authentication Key and Heartbeat Interval is used for testing and no need to reset.
Fig.7
(8) Charging fee per unit of electricity.
Fig.8

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(9) PIN of the charger, used to verify the PIN of user card. To use a RFID card with the
charger, their PIN must be consistent. If the user card has a different PIN, then it cannot
be used on this charger. The default PIN setting of the charger is 242007.
Fig.9
(10) Peak time period. Set the time period of peak tariff.
Fig.10
(11) Off-peak time period. Set the time period of off-peak tariff.
Fig.11
(12) Time of the charger. Set according to the local time. After the charger is connected to
back-office server, the time will be synchronized with the server’s time. If the charger has
no server connection, then you’ll have to reset the time every time you turn off and back
on the charger.
Fig.12
(13)Language of LCD screen.
Fig.13
(14) Charger DNS setting, this only needs setting when the charger is to connect to
server via LAN cable.
Fig.14
(15) Set the max output of the charger.
(16) Charging mode setting. 1: APP/RFID mode; 2: RFID mode; 3: Plug&Charge mode.
Fig.15
Fig.16
(17) (18) WiFi SSID(wireless network name) and WiFi Key(WiFi password) is used for
WiFi connection.
Fig.17
(19) (20)Set peak tariff and off-peak tariff.
Fig.18
(21) (32) (22) Max power import to the property, Power sampling device selection, meter
value collection interval. These 3 parameters are used for power management setting.
Fig.19

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(23) Over temperature protection value, not suggested to change.
(24) Charging-allowed time. Charging can only start within this time period. This is used
for off-peak charging setting.
If you want to charge out of this period, just press the forced on/off button at the side of
the charger.
Fig.20
Fig.21
(25) DC residual current sampling value calibration. Enter 0 and press “Set and Reboot”
to calibrate the DC RCD ring.
Fig.22
(26) (34) Bluetooth setting. Only needs setting when the charger is equipped with
Bluetooth.
Fig.23
(27) (28) (35) 4G connection setting.
Fig.24
(31) This is for communication testing, no need to reset.
Fig.25
(33) DC residual current real-time detection value.
Fig.26
(36) Press this button for the parameter change to take effect.
Fig.27
(37) This is used to upgrade firmware.
Fig.28

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V. Operation instruction and LCD description
5.1 Charging mode and Operation
APP/RFID mode:
Initiate or cease charging by scanning QR code using APP or by swiping RFID card. You
can also use APP for reservation and payment provided that the back-office server
supports such functions.
APP/RFID mode operation process flow
If you are using the ATESS APP, Charging can be started/stopped by pressing the
ON/OFF button on the APP.
RFID mode:
Charging can only be initiated or ceased by swiping RFID card
RFID mode operation process flow
Plug & Charge:
When the charging gun is inserted into the electric vehicle,The charger will start to charge
auto matically . If you want to stop charging, you need to press the menu key and enter the
charging settings interface then you can select A or B.Reference part 5.2 interface
introduction.
Plug & Charge mode operation process flow