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Charge Station ATOMfor electric vehicles
The commissioning and maintenance of the station is carried out by authorized service organizations under an agreement with the supplier or manufacturer. Warranty and post-warranty repairs are carried out by the manufacturer.
Personnel using the station must have the necessary training in safety, installation and commissioning.
Reliable operation of the station is ensured by compliance with the operating conditions and maintenance requirements. In case of violation of the operating rules, the manufacturer does not accept any claims.
The manufacturer reserves the right to make changes in the design of the station and equivalent substitutions of materials and components aimed at improving the technical characteristics and operational properties of the station.
GENERAL INFORMATION
The power supply of the station is provided by:● a three-phase alternating current network with a voltage of 380 V and a frequency of (50±1) Hz;● a single-phase alternating current network with a voltage of 230 V and a frequency of (50±1) Hz.
Operating conditions:● Ambient temperature: minus 25 °C to plus 40 °C;● atmospheric pressure: 630 mm Hg to 800 mm Hg● relative air humidity from 5% to 90% without moisture condensation.
Station operating modes:● standby mode● Connection mode● User identification mode● charging mode
In all operating modes, the station may be in a state in which charging of the electric vehicle is not possible in the event of:● inaccessibility of the station in the absence of communication with the server, or deactivation of the station by the operator.● station inoperability due to equipment failure or software error.
The station provides the following functions:● control of the charging process of an AC electric vehicle● continuous monitoring of the voltage of the AC input electrical circuits● control of the correct connection of the electric vehicle and fixing/releasing the charge socket for all charging ports● control of the current strength of the output electrical circuits during the charging process of an AC electric vehicle
The station ensures that the charging process is stopped and the system is de-energized in the event of● short circuit (overcurrent) of the input AC electrical circuits● malfunction in the control circuit (short circuit, ground leakage, processor failure)● detection of ground leakage during charging.● Exceeding the maximum permissible current during charging
STATION DESIGN AND DESCRIPTION OF OPERATION
Warning! Installation of the station is performed only when the power supply is disconnected.
Remove the outer casing. Attach the inner housing to a vertical surface. Insert the outer casing into the grooves on the inner casing from above and fasten it with bolts from below and above.
Fastening elements are supplied at the request of the customer according to the delivery set or can be purchased by the customer independently. At the request of the customer, the station can be installed on a mounting stand.
The location of the station must be provided with an alternating current network with a rated voltage of 230 ± 10 % V or 380 ± 10 % V, a frequency of (50 ± 1) Hz (including grounding circuit) and protected from heat sources.
The charging station is connected with a copper or aluminum cable. The cable cross-section is selected based on the power consumption and cable length. The connection diagram is provided in Appendix 1.
Indicator color
Indicator state
Operation mode
Indicator color
Indicator color
Indicator state
Indicator state
Operation mode
Operation mode
Green
Constantly lit
Standby mode
Indicator color
Green
Indicator state
Constantly lit
Operation mode
Standby mode
Green
Smooth blinking
Connection mode
Indicator color
Green
Indicator state
Smooth blinking
Operation mode
Connection mode
Blue
Smooth blinking
Charging mode
Indicator color
Blue
Indicator state
Smooth blinking
Operation mode
Charging mode
Red
Constantly lit
The station is unavailable, there is no connection to the server
Indicator color
Red
Indicator state
Constantly lit
Operation mode
The station is unavailable, there is no connection to the server
Red
Several blinking
The station is malfunctioning
Indicator color
Red
Indicator state
Several blinking
Operation mode
The station is malfunctioning
Yellow
Constantly lit
The station is reserved
Indicator color
Yellow
Indicator state
Constantly lit
Operation mode
The station is reserved
White
Constantly lit
Ventilation mode
Indicator color
White
Indicator state
Constantly lit
Operation mode
Ventilation mode
Attachment 1
The order of the power terminals location and connection of the station
to the power supply network
Connecting stations to the power supply network
W107, SW107
W214, SW214
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
W107, SW107
W107, SW107
W214, SW214
W214, SW214
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
L1
Phase A
Phase A
Phase A
L1
W107, SW107
Phase A
W214, SW214
Phase A
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
Phase A
L2
-
Phase В
Phase В
L2
W107, SW107
-
W214, SW214
Phase В
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
Phase В
L3
-
-
Phase С
L3
W107, SW107
-
W214, SW214
-
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
Phase С
N
Neutral
Neutral
Neutral
N
W107, SW107
Neutral
W214, SW214
Neutral
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
Neutral
PE
Ground
Ground
Ground
PE
W107, SW107
Ground
W214, SW214
Ground
W122, W222, W229, W244, W322, W336, SW122, SW222, SW229, SW244, SW322, SW336
Ground
Attachment 2
Connector assignments and switch settings
Type of charge controller board 3ph
Purpose of the connectors
Connector
Purpose of the connectors
Connector
Connector
Purpose of the connectors
Purpose of the connectors
CON 1
Meter adjustment (technological)
Connector
CON 1
Purpose of the connectors
Meter adjustment (technological)
CON 2
Connecting the electricity meter voltage and power supply to the contactor
Connector
CON 2
Purpose of the connectors
Connecting the electricity meter voltage and power supply to the contactor
CON 7
Controlling the contactor coil and checking the contactor sticking
Connector
CON 7
Purpose of the connectors
Controlling the contactor coil and checking the contactor sticking
CON 3, CON 4, CON 10
RS485 port and module power supply
Connector
CON 3, CON 4, CON 10
Purpose of the connectors
RS485 port and module power supply
CON 9
Connecting an RCD transformer
Connector
CON 9
Purpose of the connectors
Connecting an RCD transformer
CON 5
Control of the socket locking lock
Connector
CON 5
Purpose of the connectors
Control of the socket locking lock
CON 6
RGB display control
Connector
CON 6
Purpose of the connectors
RGB display control
CON 8
Vehicle control signals
Connector
CON 8
Purpose of the connectors
Vehicle control signals
CON 11, CON 12
RS485 terminators
Connector
CON 11, CON 12
Purpose of the connectors
RS485 terminators
Pin assignment of connector CON 2
Connector
Assignment
Connector
Connector
Assignment
Assignment
1
Phase C
Connector
1
Assignment
Phase C
2
Phase B
Connector
2
Assignment
Phase B
3
Phase A
Connector
3
Assignment
Phase A
4
N
Connector
4
Assignment
N
5
Connecting an RCD transformer
Connector
5
Assignment
Connecting an RCD transformer
Pin assignment of connectors CON 3, OCN 4, CON 10
Connector
Assignment
Connector
Connector
Assignment
Assignment
1
+12 В
Connector
1
Assignment
+12 В
2
RS485 (B)
Connector
2
Assignment
RS485 (B)
3
RS485 (A)
Connector
3
Assignment
RS485 (A)
4
GND
Connector
4
Assignment
GND
Pin assignment of connector CON 5
Connector
Assignment
Connector
Connector
Assignment
Assignment
1
LOCK (12 V lock coil)
Connector
1
Assignment
LOCK (12 V lock coil)
2
LOCK (12 V lock coil)
Connector
2
Assignment
LOCK (12 V lock coil)
3
LK (dry contact, checking the locking)
Connector
3
Assignment
LK (dry contact, checking the locking)
4
LK (dry contact, checking the locking)
Connector
4
Assignment
LK (dry contact, checking the locking)
Pin assignment of connector CON 7
Connector
Assignment
Connector
Connector
Assignment
Assignment
1
Sticking (contactor output)
Connector
1
Assignment
Sticking (contactor output)
2
Sticking (contactor output)
Connector
2
Assignment
Sticking (contactor output)
3
Contactor coil (230 V)
Connector
3
Assignment
Contactor coil (230 V)
4
Contactor coil (230 V)
Connector
4
Assignment
Contactor coil (230 V)
Pin assignment of connector CON 6
Connector
Assignment
Connector
Connector
Assignment
Assignment
1
+12 V
Connector
1
Assignment
+12 V
2
GND (G)
Connector
2
Assignment
GND (G)
3
GND (R)
Connector
3
Assignment
GND (R)
4
GND (B)
Connector
4
Assignment
GND (B)
Pin assignment of connector CON 8
Connector
Assignment
Connector
Connector
Assignment
Assignment
1
PP
Connector
1
Assignment
PP
2
CP
Connector
2
Assignment
CP
3
GND
Connector
3
Assignment
GND
Pin assignment of connector CON 9
Connector
Assignment
Connector
Connector
Assignment
Assignment
1
CT (transformer coil)
Connector
1
Assignment
CT (transformer coil)
2
CT (transformer coil)
Connector
2
Assignment
CT (transformer coil)
3
CHCK (3 turns, RCD test)
Connector
3
Assignment
CHCK (3 turns, RCD test)
4
CHCK (3 turns, RCD test)
Connector
4
Assignment
CHCK (3 turns, RCD test)
General view of the switches
Assignment of switches SW1, SW2, SW3, SW4, SW5
Connector
Assignment
Connector
Connector
Assignment
Assignment
CURRENT
Setting the output current
Connector
CURRENT
Assignment
Setting the output current
ADDR
Address to controller
Connector
ADDR
Assignment
Address to controller
LOCК
Type of locking device
Connector
LOCК
Assignment
Type of locking device
V
Monitoring the absence of voltage
Connector
V
Assignment
Monitoring the absence of voltage
K
Control of contactor sticking
Connector
K
Assignment
Control of contactor sticking
S
Reducing the speed of the RS485 port
Connector
S
Assignment
Reducing the speed of the RS485 port
Z
Monitoring of differential voltage leakage
Connector
Z
Assignment
Monitoring of differential voltage leakage
G
Grounding control
Connector
G
Assignment
Grounding control
M
Emulation of the Main module operation
Connector
M
Assignment
Emulation of the Main module operation
L3, L2, L1
Phase reference to the measuring transformer
Connector
L3, L2, L1
Assignment
Phase reference to the measuring transformer
Position of the switch sliders SW1 LOCK
Lock type
Switch 1
Switch 2
Lock type
Lock type
Switch 1
Switch 1
Switch 2
Switch 2
None
OFF
OFF
Lock type
None
Switch 1
OFF
Switch 2
OFF
Spring
OFF
ON
Lock type
Spring
Switch 1
OFF
Switch 2
ON
Reserve
ON
OFF
Lock type
Reserve
Switch 1
ON
Switch 2
OFF
Servo
ON
ON
Lock type
Servo
Switch 1
ON
Switch 2
ON
Position of the switch sliders SW1 V, K, S, Z, G, M
Status
V switch 3
K switch 4
S switch 5
Z switch 6
G switch 7
M switch 8
Status
Status
V switch 3
V switch 3
K switch 4
K switch 4
S switch 5
S switch 5
Z switch 6
Z switch 6
G switch 7
G switch 7
M switch 8
M switch 8
Enabled
OFF
OFF
OFF
OFF
OFF
OFF
Status
Enabled
V switch 3
OFF
K switch 4
OFF
S switch 5
OFF
Z switch 6
OFF
G switch 7
OFF
M switch 8
OFF
Disabled
ON
ON
ON
ON
ON
ON
Status
Disabled
V switch 3
ON
K switch 4
ON
S switch 5
ON
Z switch 6
ON
G switch 7
ON
M switch 8
ON
Position of the switch sliders SW2Amperage (CURRENT)
CURRENT, А
Switch 1
Switch 2
Switch 3
Switch 4
Switch 5
CURRENT, А
CURRENT, А
Switch 1
Switch 1
Switch 2
Switch 2
Switch 3
Switch 3
Switch 4
Switch 4
Switch 5
Switch 5
2
OFF
OFF
OFF
OFF
ON
CURRENT, А
2
Switch 1
OFF
Switch 2
OFF
Switch 3
OFF
Switch 4
OFF
Switch 5
ON
4
OFF
OFF
OFF
ON
OFF
CURRENT, А
4
Switch 1
OFF
Switch 2
OFF
Switch 3
OFF
Switch 4
ON
Switch 5
OFF
6
OFF
OFF
OFF
ON
ON
CURRENT, А
6
Switch 1
OFF
Switch 2
OFF
Switch 3
OFF
Switch 4
ON
Switch 5
ON
8
OFF
OFF
ON
OFF
OFF
CURRENT, А
8
Switch 1
OFF
Switch 2
OFF
Switch 3
ON
Switch 4
OFF
Switch 5
OFF
10
OFF
OFF
ON
OFF
ON
CURRENT, А
10
Switch 1
OFF
Switch 2
OFF
Switch 3
ON
Switch 4
OFF
Switch 5
ON
12
OFF
OFF
ON
ON
OFF
CURRENT, А
12
Switch 1
OFF
Switch 2
OFF
Switch 3
ON
Switch 4
ON
Switch 5
OFF
14
OFF
OFF
ON
ON
ON
CURRENT, А
14
Switch 1
OFF
Switch 2
OFF
Switch 3
ON
Switch 4
ON
Switch 5
ON
16
OFF
ON
OFF
OFF
OFF
CURRENT, А
16
Switch 1
OFF
Switch 2
ON
Switch 3
OFF
Switch 4
OFF
Switch 5
OFF
18
OFF
ON
OFF
OFF
ON
CURRENT, А
18
Switch 1
OFF
Switch 2
ON
Switch 3
OFF
Switch 4
OFF
Switch 5
ON
20
OFF
ON
OFF
ON
OFF
CURRENT, А
20
Switch 1
OFF
Switch 2
ON
Switch 3
OFF
Switch 4
ON
Switch 5
OFF
22
OFF
ON
OFF
ON
ON
CURRENT, А
22
Switch 1
OFF
Switch 2
ON
Switch 3
OFF
Switch 4
ON
Switch 5
ON
24
OFF
ON
ON
OFF
OFF
CURRENT, А
24
Switch 1
OFF
Switch 2
ON
Switch 3
ON
Switch 4
OFF
Switch 5
OFF
26
OFF
ON
ON
OFF
ON
CURRENT, А
26
Switch 1
OFF
Switch 2
ON
Switch 3
ON
Switch 4
OFF
Switch 5
ON
28
OFF
ON
ON
ON
OFF
CURRENT, А
28
Switch 1
OFF
Switch 2
ON
Switch 3
ON
Switch 4
ON
Switch 5
OFF
30
OFF
ON
ON
ON
ON
CURRENT, А
30
Switch 1
OFF
Switch 2
ON
Switch 3
ON
Switch 4
ON
Switch 5
ON
32
ON
OFF
OFF
OFF
OFF
CURRENT, А
32
Switch 1
ON
Switch 2
OFF
Switch 3
OFF
Switch 4
OFF
Switch 5
OFF
Position of the switch sliders SW2ADDR
Address
Switch 6
Switch 7
Switch 8
Address
Address
Switch 6
Switch 6
Switch 7
Switch 7
Switch 8
Switch 8
None
OFF
OFF
OFF
Address
None
Switch 6
OFF
Switch 7
OFF
Switch 8
OFF
1
OFF
OFF
ON
Address
1
Switch 6
OFF
Switch 7
OFF
Switch 8
ON
2
OFF
ON
OFF
Address
2
Switch 6
OFF
Switch 7
ON
Switch 8
OFF
3
OFF
ON
ON
Address
3
Switch 6
OFF
Switch 7
ON
Switch 8
ON
4
ON
OFF
OFF
Address
4
Switch 6
ON
Switch 7
OFF
Switch 8
OFF
5
ON
OFF
ON
Address
5
Switch 6
ON
Switch 7
OFF
Switch 8
ON
6
ON
ON
OFF
Address
6
Switch 6
ON
Switch 7
ON
Switch 8
OFF
7
ON
ON
ON
Address
7
Switch 6
ON
Switch 7
ON
Switch 8
ON
Position of the switch sliders SW3, SW4, SW5
Тип
SW3, Перемикач 1
SW3, Перемикач 2
SW4,
Перемикач 1SW4,
Перемикач 2SW5,
Перемикач 1SW5,
Перемикач 2
Тип
Тип
SW3, Перемикач 1
SW3, Перемикач 1
SW3, Перемикач 2
SW3, Перемикач 2
SW4,
Перемикач 1SW4,
Перемикач 1
SW4,
Перемикач 2SW4,
Перемикач 2
SW5,
Перемикач 1SW5,
Перемикач 1
SW5,
Перемикач 2SW5,
Перемикач 2
Без прив'язки
OFF
OFF
OFF
OFF
OFF
OFF
Тип
Без прив'язки
SW3, Перемикач 1
OFF
SW3, Перемикач 2
OFF
SW4,
Перемикач 1OFF
SW4,
Перемикач 2OFF
SW5,
Перемикач 1OFF
SW5,
Перемикач 2OFF
Фаза А
OFF
ON
OFF
ON
OFF
ON
Тип
Фаза А
SW3, Перемикач 1
OFF
SW3, Перемикач 2
ON
SW4,
Перемикач 1OFF
SW4,
Перемикач 2ON
SW5,
Перемикач 1OFF
SW5,
Перемикач 2ON
Фаза В
ON
OFF
ON
OFF
ON
OFF
Тип
Фаза В
SW3, Перемикач 1
ON
SW3, Перемикач 2
OFF
SW4,
Перемикач 1ON
SW4,
Перемикач 2OFF
SW5,
Перемикач 1ON
SW5,
Перемикач 2OFF
Фаза С
ON
ON
ON
ON
ON
ON
Тип
Фаза С
SW3, Перемикач 1
ON
SW3, Перемикач 2
ON
SW4,
Перемикач 1ON
SW4,
Перемикач 2ON
SW5,
Перемикач 1ON
SW5,
Перемикач 2ON
Attachment 3List of error codes
The number of times the red light flashes indicates an error code.
Number of blinks
Error code
Number of blinks
Number of blinks
Error code
Error code
2
Error of the protective diode in the CP line
Number of blinks
2
Error code
Error of the protective diode in the CP line
3
Lack of grounding
Number of blinks
3
Error code
Lack of grounding
4
Operation of internal protection against current leakage
Number of blinks
4
Error code
Operation of internal protection against current leakage
6
Lock error
Number of blinks
6
Error code
Lock error
7
Short circuit of the CP line
Number of blinks
7
Error code
Short circuit of the CP line
8
PP line error
Number of blinks
8
Error code
PP line error
9
No or low voltage level
Number of blinks
9
Error code
No or low voltage level
10
Contactor sticking
Number of blinks
10
Error code
Contactor sticking
12
Extremely high current
Number of blinks
12
Error code
Extremely high current
13
Extremely high voltage
Number of blinks
13
Error code
Extremely high voltage
A short blinking of the white color of the RFID module indicates that the station has lost communication with the server (for Smart Wall series models).
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