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Installation Preparation
Before you get started make sure you have the following:
Project’s Wiring diagram - Provided by Galooli Support
CE Transducer CE42 Meter
The power source of +12V DC to power the Galooli RTU (Elara)/CE Transducer CE42
Power cables for the Elara/CE Transducer CE42 gateway - two cables with a thickness of 0.5mm. The length of the cables is determined by the distance between the power source of 220VAC to power the AC CE42 meter - למה להפעיל את המיטר צריך 220 וולט?Electrical wiresand the Elara/CE Transducer CE42 Meter gateway
RS485 To USB Converter & two 0.5mm thick communication cables. The length of the cables is determined by the distance between the RS485 to the USB converter and the computer
Screwdriver (Slotted & Phillips)
Communication cables for the CE Transducer CE42 inputs and outputs. Cables with a thickness of 0.5mm. The length of the cables is determined by the distance between the sensors and the surrounding environment
Electronic tools – screwdriver, Multimetermultimeter, & f-crimp tool
Additional information:
The device is designed to be installed on a din rail
Make sure that you have sufficient space for its mounting
We recommend mounting the AC meter next to phase breakers - this act can simplify the process of disconnecting the cables from the breakers, passing the load cables through the meter, and then connecting them back to the breakers
Configuration Preparation
PC or laptop computer
Galooli Software Solution link
Power Center installed - Click here to download.
RS485 to USB converter - Refer here for driver installation instructions.
Technical Booklet - Provided by Galooli Support team.
Note! Make sure your computer recognizes the COM port at the “Device Manager”. Otherwise, install the proper driver.
Power Connection
Connect the device to a +12V DC power source
Verify that the red LED starts blinking – indicating a successful power connection.
Connection to the Computer
It is highly recommended that you perform this step within the office before you leave for the field
Connect the RS485 converter to the PC/laptop and connect the other ends of the wires to that AC meter. RS-458 Adaptor connected to the PC
Terminal number | Description | Functionality |
7 | +12V AC power input | Powering Meter |
8 | AC GND | Powering Meter |
15 | RS-485 B (2) data port | RS-485 B |
16 | RS-485 A (1) data port | RS-485 A |
ID Configuration
After everything is connected, we can start the process of changing the ID of the AC meter, according to the wiring diagram.
Open Power Center.
Open the “Active Device” drop-down menu, and select the “Power Device”.
Open the “Connect Via” drop-down menu, and select the relevant Serial COM port.
Navigate to the “Services Center” tab and select AC Meter (CE42) - Make sure that the AC Meter is the only device connected to the computer!
The “AC Meter (CE42) Configuration Wizard” will pop up, click “Next”
Set the “Communication Baudrate” to 19200
Check the “ID Scan Mode” – to find the current ID default of the device
Please note! If the current device ID is set according to your wiring diagram, then no additional action is needed, and move on to the next stage.
Click “Next.”
In “Device ID” – set the ID device according to your wiring diagram, then click the “Set New Configuration” button.
Please note! Make sure that the “Communication Baudrate” stays on 19200.
10. An AC “Meter Configuration” window will pop up.
11. Click “Yes.”
12. Once the Power Center detects the device, values will appear in the “Reading Results” section:
13. Click on “Cancel” or the X icon and move to the next stage.
Elara Connection
Connecting the AC meter to the Elara Terminal Block
Connect the RS-485 cables from the AC meter to the Terminal Blocks of the Elara tray.
The terminal number on the AC
The terminal number on the AC | Description | Functionality |
7 | DC +12V power input | Powering Meter |
8 | DC GND | Powering Meter |
15 | Elara’s terminal block Orange |
data port |
B data port | |
16 | Elara’s terminal blocks the Blue |
data port |
A data port |
Phase Lines
through the AC MeterInstallation
Safety:
Before installing the load cables and connecting the voltage lines, it is necessary to cut off the AC power. Once the wiring procedure is completed, you may turn the AC power back on
Any electrical installment should be carried out only by a certified high voltage electrician
After setting up all the SW configurations, we can start with the actual phase line installment.
The AC power meter is designed to operate on a 1 to a 3-phase system
For three-phase installations, all three load cables should pass through the AC meter to the load
For single-phase installations, only one load cable passes through the AC meter to the load
Disconnect the phase wires from the circuit breakers.
Insert the phase power lines through the designated holes on the AC meter
a. IA = phase 1
b. IB = phase 2
c. IC = phase 3
Note - If the phase cables do not fit through the holes, refer to the CT rings sections at the bottom of this page.3.
Reconnect the phase power lines to the original circuit breaker location.
For each phase line, append a wire and connect it to the designated voltage terminal on the AC meter
a. Phase 1 to terminal 1
b. Phase 2 to terminal 2
c. Phase 3 to terminal 3
5.Append the neutral wire to terminal 4 on the AC meter.
Terminal number | Description | Functionality |
1 | AC Phase 1 Voltage wire | Measuring voltage |
2 | AC Phase 2 Voltage wire | Measuring voltage |
3 | AC Phase 3 Voltage wire | Measuring voltage |
4 | AC neutral wire | Measuring voltage |
7 | DC +12V power input | Powering Meter |
8 | DC GND | Powering Meter |
L1 | Phase 1 voltage Wire through the hole - IA | Measuring current |
L2 | Phase 2 voltage Wire through the hole - IB | Measuring current |
L3 | Phase 3 voltage Wire through the hole - IC | Measuring current |
16 | Elara’s RS-485 B data port |
A data port | |
15 | Elara’s RS-485 A data port |
B data port |
Please note the following:
Observe the polarity arrows that show the direction of the current flow on the side of the meter.
Reversed polarity will result in a disconnection of the meter.
AC Load lines pass through the CT rings provided to the load as shown below.
Voltage lines are connected to the lower inputs 1, 2, 3, and 4 terminals.
CT Rings Installation
In a situation where the phase wires do not fit in the AC holes, we will need to use the CT rings to view the current information from the phases.
Unscrew the top of the CT ring with a small screwdriver.
2. Cable dimensions:
a. Minimum cable thickness 4[mm] or 0.04.”
b. Maximum cable length 30[cm] or 1.18.”
3. Uncover the wire’s plastic insulators.
4. Connect one side of the cable to the CT ring (S1).
5. Pass the cable through the relevant AC Meter phase holes in the specific direction as displayed in the picture below.
6. Connect the cable to the second connection in the CT ring (S2)
7. Thread the cable through the ring as described in the picture below. P1 > P2.
Elara Configuration
After you have configured the ID of the device, you can now connect the AC meter directly to the Elara unit as described in the CE Transducer CE42 Installation document.
Open the Power Center (if the power center was already open, close, and re-open it).
Open the “Active Device” drop-down menu and select “Elara”.
Open the “Connect Via” drop-down menu and select the relevant Serial COM port.
Navigate to the “Elara” tab.
Navigate to the “Configuration” tab
Click the “Read Configuration” button.
In the Configure tab click the “Add Port 1 Device”.
The “Elara – Modbus Device Configuration” window will pop up:
a. Open the “Devices” first drop-down menu and select “AC_ Meter”.
b. Open the “Devices” second drop-down menu and select “CE42.”
c. Choose the most suitable ring according to the size conversion ratio.
d. Input the ID of the sensor in the “Physical Device ID” & “Virtual Device ID” (according to the previous configuration).
e. Make sure the “Device Budrate” is 19200, as you set it earlier.
f. Click “Apply”.
Click the “Write Configuration” button to save the changes.
10. Click the “Reset” button.
11. Navigate to the “Status” tab to view the status of the AC Meter.
Galooli Solution Configuration
Galooli Solution Device Configuration
After you finished the installation and Power Center configuration of the device, we can move on to the device’s configuration on the Galooli solution platform.
Open the Galooli solution and login using your credentials.
Open the Manager application >> My units >> Select the relevant unit you wish to configure.
If a relay is connected to the generator then go to the “Configuration” tab >> “Device Configuration” >> “Section: Generators” >>check “Generator X running“.
Go to the “Configuration” tab >> “Device Configuration” >> “Section: Grid” >>check “Grid voltage phases 1, 2, and 3”.
Click “Save”.
Galooli Solution IO Configuration
Open the Manager application >> My units >> Select the relevant unit you wish to configure.
Click on “IO’s” >> Click to “Add” for whichever type of input you want to add.
Click “Save” in the end of the process.
Please note! The AC meter can be installed in various locations according to the wiring diagram, we will provide configuration information as a function of the Meter’s location:
Input Name | Input Type | Description |
AC_Meter_Grid_Total_KWH | Analog | Power coming from X phase |
AC_Meter_Grid.V.L[X] | Analog | Voltage value for phase - X |
AC_Meter_Grid.I. L[X] | Analog | Current for phase X |
AC_Meter_Grid. Disconnected | Digital | If communications exists or not |
Input Name | Input Type | Description |
AC_Meter_Generator_[X]_Total_KWH | Analog | Power coming from X phases |
AC_Meter_Generator.V.L[X] | Analog | Voltage value for phase - X |
AC_Meter_Generator.I. L[X] | Analog | Current for phase X |
AC_Meter_Generator. Disconnected | Digital | If communications exists or not |
Input Name | Input Type | Description |
Colo_Meter[X].Total_KWH | Analog | Power coming from X phases |
Colo_Meter[X]. V.L[Y] | Analog | Voltage value for phase - X |
Colo_Meter[X].I. L[Y] | Analog | Current for phase X |
Colo_Meter[X]. Disconnected | Digital | If communications exists or not |