Myenergi Eddi+ - Warranty

4. Operations
4.1 Manual Boost
The load can be ‘boosted’ to full power for a short period regardless of the
amount of available export power, this function is called Manual Boost and is
activated from the main screen. The boost can be cancelled at any time.
To activate;
1. From the main screen, press (+).
2. Select “Boost to Max.” or set a time duration.
3. The boost duration may be altered by pressing the (↑) or (↓) arrows during
the boost.
To cancel:
1. Press the (+) button twice.
4.2 Boost Timer
To set;
1. From the main screen, press ( ) to enter the Main Menu.
2. Select Boost Timer, then press (+).
3. Use the (↑) or (↓) arrow buttons to highlight the time slot you wish to
change.
4. Alter the start hour with the (↑) or (↓) arrow buttons and then press (+) to
move to minutes.
5. Edit the duration in the same way and then press (+) again to edit the
days of the week you want the boost to be active for; each day of the week
and can be toggled on/off with (↑) or (↓) arrow buttons, press (+) to go to
the next day. Pressing (+) on the last day (Sunday) will conrm the boost
time slot and the whole line will be highlighted again.
6. Press ( ) to exit the BOOST TIMER screen.
5. Testing
Before leaving site, it is strongly recommended to perform a several checks
to ensure that the sensors and heaters have been correctly installed and are
functional.
1. Test the heater by activating a manual boost by pressing (+) button, twice.
2. Check the power reading on the screen for the load corresponds to the
load rating or a previously set limit.
3. Cancel the boost by pressing the ( ) button twice during the boost.
6. Help Centre
If you experience any issues with your myenergi device, please visit our Help
Centre by scanning the QR Code or clicking the link below.
support.myenergi.com/hc/en-gb
7. Warranty
Full details of the myenergi product warranty are available on our website or by
scanning the QR code below.
myenergi.com/terms-and-conditions/myenergi-product-warranty/
8. Routine Maintenance & Cleaning
We recommend a routine observation of the eddi+. This should be carried out
by a competent person and its main aim is to look for any signs of damage and
abnormalities. This is a visual inspection only and should not entail removing
cover or dismantling the eddi+ in any way.
Observational Inspection
Operating Environment
• By sight only, carefully observe whether there are any signs of damage
to the eddi+
Full Maintenance Inspection
Cable, Terminal and Equipment Inspection
• Check for loose cable connections
• Check for aging and/or damaged cables
• Check for loosening of the cable terminal screws
• Check for any signs of overheating
9. User Operating Instructions
The customer can nd the User Operating Instructions by scanning the QR
Code or clicking the link below.
support.myenergi.com/hc/en-gb
10. eddi+ Specication
Electrical
Rated Supply Voltage (+/- 10%) 3x 230/400V (3-Ph)
Supply Frequency 50Hz
Rated Current 16A
Standby Power Consumption 4W
Generator Size Supported¹ No limit
Resistive Load Size 150W min./9kW max.
Wireless Interface³ 868 / 915MHz (proprietary protocol) for
wireless sensor and remote monitoring
options
Grid Current Sensor² 100A max. primary current 16mm max. cable
diameter
Supply Cable Entry Bottom Entry
Temperature Sensor Inputs 2x PT1000
eSense Input 230V AC Sensing (2.5kV Isolated)
Multifunction Relays 2x 16A / 250V AC rated
Mechanical
Dimensions (H x W x D) 330 x 271 x 64mm
Net Weight 5.14Kg
Protection Degree IP20
Enclosure Material Powder Coated Zintec Steel
Operating Temperature -20°C to +40°C
Mounting Method Wall Mounting Bracket
Storage Temperature -40 to 70 °C
EMC device class Class B
Overvoltage category 3
Pollution Degree 2
Performance
Power Control Technology VariSine
TM
pure sine wave (Pulse Width Mod-
ulation)
Outputs 1x 9kW
Cooling Rear mounted passive cooled heatsink
Indicators RGB - refer to operation manual for details
Display Graphical LCD with LED backlight (Shows
heating status and savings data)
PWM Resolution 0.1%
Measurement Accuracy +/- 1.5% typical
Power Conversion Efciency 97.5% typical
Mode of Operation Type 1.B
Compliance
RED 2014/53/EU, EMC 2014/30/EU, LVD 2014/35/EU.
EN 60730-1, EN 61000-6-1, EN 61000-6-3, EN301 489-1, EN301 489-3, EN300
220-2. EN 300 228, EN 62311
Model Code
EDDI-16A3P02H
¹ Subject to 100A per phase grid supply
²65A when current transformer is connected using a harvi wireless transmitter (optional)
³ 915MHz frequency for Australian installs.
05/16