Elmec EVduty EVCCS Manuel utilisateur
19378-R1
User Manual
EVduty
SMART CURRENT SENSOR
EVCCS
Table of contents
Product___________________________________________________________________________ 3
Technical specifications_____________________________________________________________ 5
Installation ________________________________________________________________________ 6
Current sensing type _______________________________________________________________ 7
Configuration
A: Conguration of the EVCCS module _________________________________________________ 8
B: Conguration of the EVdutyEVC30 charging station(s) ___________________________________ 12
C: Fonction check _____________________________________________________________________________14
Operation ________________________________________________________________________ 15
Troubleshooting __________________________________________________________________ 16
Contact us _______________________________________________________________________ 17
Limited Warranty__________________________________________________________________ 18
Figure list
Figure1: System operation __________________________________________________________ 3
Figure2: Parts description___________________________________________________________ 4
Figure3: Connections for the current sensors to the EVCCS module ____________________________ 6
Figure4: Example of an "Upstream" current sensing type ____________________________________ 7
Figure5: Example of a "Parallel" current sensing type_______________________________________ 7
Figure6: EVCCS module conguration – Create password ___________________________________ 8
Figure7: EVCCS module conguration – Main menu _______________________________________ 9
Figure8: EVCCS module conguration – Conguration_____________________________________ 10
Figure9: EVC30 charging station conguration – Access ___________________________________ 12
Figure10: EVC30 charging station conguration – Main menu________________________________ 13
Figure11: EVC30 charging station conguration – Conguration ______________________________ 14
Table list
Table1: States of light indicators _____________________________________________________ 15
Table2: Troubleshooting ___________________________________________________________ 16
3
Main circuit breaker.
Connection of the EVCCS module to the local
network via WiFi or Ethernet cable.
Configuration from a computer,
tablet or smartphone.
Communication with the EVduty EVC30
charging station(s)1.
Diagnostic information and software update.
Electrical connection between the charging stations
and the electrical panel
The EVduty EVCCS is a smart current sensor that measures an electrical panel’s current consumption in real time.
The sensor sends the measured current’s information to one or more EVduty EVC30 charging stations electrically
connected to this panel. The EVC30 charging station(s) can then adjust their maximum charging current to ensure
that the electrical panel ‘s total current consumption does not exceed the limit of the main circuit breaker protecting
this electrical panel. Figure 1 illustrates the system operation.
Figure1: System operation
1: "Smart-Home" and "Smart-Pro" versions only
1
4
5
2
A 3
Product
4
1
4
Current sensors terminal blocks
RJ45 Ethernet socket
Power port
Internal WiFi antenna
Power LED
Network communication LED
Error LED
Here is a description of the main parts of this equipment:
Figure2: Parts description
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5
6
7
3
1
4
Product
3
5
4
6
7
2
1
5
POWER
Input voltage: 100 – 240 VAC 50/60Hz
Cable length: 1.5 m (5')
CURRENT SENSORS
Clamp-on current transformer
Opening diameter: 24.2 mm (0.95")
Dimensions: 70 mm x 44 mm (2.75" x 1.73")
Cable length: 3.05 m (10')
CURRENT READING RANGE
0-200A
OPERATING TEMPERATURE
-15°C to 40°C (5°F to 104°F)
WEIGHT AND DIMENSIONS
300 g (0.66 lb)
108mm x 852mm x 31.8mm (4.25" x 3.35" x 1.25")
COMMUNICATION
WiFi, Ethernet
Technical specications
6
Installation
1. Locate the ideal place to install the EVCCS module. This place must meet the following requirements:
• Be in a dry and temperate environment.
• Be at a reasonable distance from the electrical panel, where the current sensors will be installed.
• Be within a reasonable distance of a 120VAC power outlet.
• Allow access to the local network on which the charging station(s) is(are) connected, either by WiFi or Ethernet.
2. Secure the EVCCS module on a flat surface. (screws not included)
3. Install the two (2) current sensors on the wires/cables at the point where the current measurement is to be made.
CAUTION: This operation may require opening the main electrical panel security plate. Only qualied personnel
should perform this operation.
4. Unscrew the four (4) screws holding the cover of the EVCCS module’s casing.
Remove the cover of the EVCCS module’s casing.
5. Connect the current sensors’ wires as shown in Figure 3:
6. Reinstall the cover of the EVCCS module’s casing.
7. Connect the AC/DC power supply to the EVCCS module 5V power port.
Plug the AC/DC power supply into a 120VAC power outlet.
8. (Optional): Plug the network cable into the EVCCS module’s RJ45 Ethernet socket.
Figure3: Connections for the current sensors to the EVCCS module
Sensor #2 − White wire
Sensor #2 − Black wire
Sensor #1 − White wire
Sensor #1 − Black wire
7
Two different types of current sensing are possible.
Upstream
With this configuration, current sensors
measure the total current consumed by
all electrical equipment powered
by the main electrical panel. EVCCS
module
EVCCS
module
Charging
station
Charging
station
Other
electrical
equipment
Equivalent
electrical
equipment
Electrical panel
Electrical panel
Main circuit breaker
200A
Main circuit breaker
200A
Branch circuit breaker
40A
Branch circuit breaker
40A
Branch circuit breaker
XXA
Branch circuit breaker
40A
Parallel
With this configuration, current sensors
measure the current consumed
by an equivalent electrical equipment
(whose branch circuit breaker
has the same value as the breaker
protecting the charging station).
Current sensing type
Figure4: Example of an "Upstream" current sensing type
Figure5: Example of a "Parallel" current sensing type
8
Conguration
After completing the physical installation of the EVCCS module, you must complete the EVCCS module’s initial
configuration. Afterward, the EVduty EVC30 charging station(s) must also be configured so that they can correctly
receive the information emitted by the EVCCS module.
A: CONFIGURATION OF THE EVCCS MODULE
1. Ensure that the EVCCS module is powered. If this is the case, the "Power"LED will be lit green
and the "Network Communication"LED will flash green.
2. Using a smart device (smartphone, tablet, computer, etc.), connect to the WiFi network emitted by the EVCCS
module, which will have a name similar to "EVduty-EVCCS-XXXXX"where "XXXXX" represents the EVCCS
module’s serial number.
3. Open a web browser (e.g. Internet Explorer, Microsoft Edge, Google Chrome, Mozilla Firefox, etc.).
4. In the address bar, enter "192.168.4.1".
5. A page will appear asking to create a password (see Figure 6). Enter a password between 8 and 32
alphanumeric characters (a-z; A-Z; 0-9). This password will be requested if a reconfiguration of the EVCCS
module is required. Then, click "Submit".
Figure6: EVCCS module configuration – Create password
9
Conguration
6. A main menu will appear (see Figure 7). Click on "Configuration".
Figure7: EVCCS module configuration – Main menu
10
Conguration
7. A configuration form will be displayed (see Figure 8). Change values according to the desired configuration.
Figure8: EVCCS module configuration – Configuration
a) Channel ID
Selecting the channel ID between the EVCCS module and the EVduty EVC30 charging station(s).
Possible value: between 1 and 20
Default value: 1
NOTE: If multiple EVCCS modules are used on the same LAN, a different channel ID
must be given for each EVCCS module.
b) Current Sensing Type
Refer to the "Current sensing type" section.
Possible value: "Upstream" or "Parallel"
Default value: "Upstream"
c) Circuit Breaker Value (A)
The value of the circuit breaker protecting the circuit on which the current sensors are physically installed.
Possible value: between 10 and 200
Default value: 40
Table des matières
