Cyber Power CPD1200EO12LCD User manual

Hybrid Inverter
CPD1200EO12LCD
CPD2200EO24LCD
User’s Manual

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TABLE OF CONTENTS
1 IMPORTANT SAFETY INSTRUCTIONS…………………………..4
2 INSTALLATION……..………………………………………………..5
2-1 Unpacking………………………………………………………............5
2-2 Product Overview & Outlook…………………………………………..5
2-3 Power Requirements of Your Equipment…...………………………..7
2-4 Hardware Installation Guide……..…………………………………….7
3 DEFINITIONS FOR ILLUMINATED LCD INDICATORS….........10
4 OPERATION & CONFIGURATION……………………………….13
Power On/Off..……………………………………………………………...13
Function Setup……...…………………….…...……………….................13
Audible Alarm……………………….…...……………………..................13
Function Setup Guide……….…..…………………………….................14
5 TROUBLESHOOTING……………………………………………..19
6 TECHNICAL SPECIFICATIONS.………………………………….21
APPENDIX. PV MODULE SELECTION………………………….22

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1 IMPORTANT SAFETY INSTRUCTIONS
(SAVE THESE INSTRUCTIONS)
Before attempting to unpack, install, or operate the product, please read and follow all instructions
carefully.
CAUTION! To prevent the risk of fire or electric shock, install in a temperature and humidity controlled
indoor area free of conductive contaminants. (Please see Technical Specifications section for
acceptable temperature and humidity range.)
CAUTION! The product must be installed in a protected environment away from heat-emitting
appliances such as a radiator or heat register. The location should provide adequate air flow around the
product for proper ventilation.
CAUTION! To reduce the risk of injury, use cables come with the product. Use appropriate and certified
external battery cables.
CAUTION! To reduce risk of damage and injury, use batteries with good quality.
CAUTION! Risk of electric shock. DO NOT remove the cover. No user serviceable parts inside.
CAUTION! Provide adequate ventilation for the battery compartment. The battery enclosure should be
designed to prevent accumulation and concentration of hydrogen gas at the top of the compartment.
CAUTION! A battery can present a risk of electrical shock and high short circuit current. When working
on batteries, remove watches, rings, or other metal objects. Use tools with insulated handles.
CAUTION! Hazardous live parts inside can be energized by the battery even when theAC input power
is disconnected.
CAUTION! To avoid electrical shock, turn off the unit and unplug it from theAC power source before
installing equipment or servicing the battery. Servicing the battery can only be performed by trained
personnel.
DO NOT USE FOR MEDICAL OR LIFE SUPPORT EQUIPMENT! Do not use in any circumstance that
would affect the operation and safety of life support equipment, medical applications, or patient care.
DO NOT USE WITH OR NEAR AQUARIUMS! To reduce the risk of fire or electric shock, do not use
with or near an aquarium. Condensation from the aquarium can cause the unit to short out.
DO NOT USE THE PRODUCT ON ANY TRANSPORTATION! To reduce the risk of fire or electric
shock, do not use the unit on any transportation such as airplanes or ships. The effect of shock or
vibration caused during transit and the damp environment can cause the unit to short out.

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2 INSTALLATION
2-1 Unpacking
Inspect the product upon receipt. The box should contain the following:
(a) This product; (b) User Manual; (c) Input Power Cord; (d) Temperature Sensor
2-2 Product Overview & Outlook
CyberPower Solar Hybrid Inverter System converts renewable solar energy from panels into usable AC
and store excess power in batteries as backup power during blackout and emergencies. The Solar
Hybrid Inverter System comes with a small and compact design, which helps to simplify the installation
process. With Green thinking in mind, CyberPower is always in the lead in providing the most
pioneering energy-saving solution.
Hybrid Inverter
Input Power Cord
User Manual
Temperature Sensor

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CPD1200EO12LCD/CPD2200EO24LCD
1. Multifunction LCD Readout
2. Power On/off Switch
3. Function Buttons
4. AC Inlet
5. DC Input Cable(Red ”+”)
6. DC Input Cable(Black ”-”)
7. PV Input Terminals
8. Temperature Detection Port
9. AC Outlet
Application Diagram

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2-3 Power Requirements of Your Equipment
1. Ensure that the equipment plugged into the AC outlet does not exceed the product’s rated
capacity (1200VA/900W for CPD1200EO12LCD, 2200VA/1600W for CPD2200EO24LCD). If
rated unit capacities are exceeded, an overload condition may occur and cause the unit to shut
down or the circuit breaker trip.
2. There are many factors that can affect the amount of power that your appliances will require. For
optimal system performance keep the load below 80% of the unit’s rated capacity.
2-4 Hardware Installation Guide
Step 1 Connect the Battery
For optimal battery life and reasonable recharging time, make sure the batteries capacity no less than
100Ah. Use batteries with same brand, type, and capacity.
Connect DC input cables of this product to external batteries:
Red “+”cable to the battery’s Positive “+”polarity
Black “-”cable to the battery’s Negative “-”polarity
Single Battery Connection
Single battery voltage must be equal to DC voltage of the unit.
Multiple Batteries Connection –in Series
Connect two batteries in series can double the voltage. Sum of voltages must be equal to DC voltage of
the unit.

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Multiple Batteries Connection –in Parallel
Connect multiple batteries in parallel can increase total battery capacity but still keep terminal voltage
as single battery voltage.
Step 2 Connect the Temperature Sensor
Connect the temperature sensor to the unit’s RJ11 port. Put the sensor close to batteries so that the
unit can detect the ambient temperature and control the utility charger with compensation.
Step 3 Connect the Solar Panel
CAUTION! In order to switch off the power from PV for the need of maintenance and service, please
install a circuit breaker between the product and PV module.
CAUTION! To reduce risk of injury, use appropriate cables for PV connection. The wiring can only be
performed by trained personnel. Refer to below table for recommended cable size.

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Model
PV Charging Current
Wire Gauge
CPD1200EO12LCD
50A
10AWG
CPD2200EO24LCD
50A
10AWG
Connect the cables from PV module to the unit’s PV input terminals. Please check the polarity before
connection.
For more information about PV Module Selection, please refer to the APPENDIX section.
Step 4 Connect the Product to Utility
Connect the product to a wall outlet. Charging the battery for at least 8 hours is recommended to
ensure that the battery’s maximum charge capacity is achieved. To recharge the battery and maintain
optimal battery charge, simply leave the unit plugged into a wall outlet at all times. The battery can be
charged whether the unit is turned on or off.
DO NOT connect Neutral of the Power Distribution Box to (a) the OUTPUT Neutral of this product, or (b)
the INPUT Neutral of connected equipment. Otherwise, reversed polarity will damage the product and
connected equipment.
Step 5 Connect the Load
Connect the load to the unit’s outlet. Make sure that the total loads of your appliances are below 80% of
the unit’s rated capacity.
(請請請請請)

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3 DEFINITIONS FOR ILLUMINATED LCD INDICATORS
LCD Display
The left half of the LCD screen displays the energy flow direction and the status of the Power Inverter.
The right half of the LCD screen displays the input, output, and battery information.
Icon
Description
Normal Mode (Power On)
The Power Inverter is turned on.
Standby Mode (Power Off)
The Power Inverter is off while the LCD display remains on.
Utility Power
Utility power source supplies AC power.
Solar Power
Solar power source supplies to load or battery.
Load Capacity
The approximate load capacity of the unit’s outlet. (in 25% increments)
Battery Capacity
The approximate battery capacity and charging status. (in 25%
increments)
Fault
This icon appears if there is a problem with the unit.

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Overload
This icon appears and an alarm sounds to indicate the outlet is
overloaded.
Mute
This icon appears whenever the unit is in silent mode. However, when
there is a problem with the unit, the alarm will still beep even in silent
mode.
Setup Mode
This icon appears whenever the unit is in Setup Mode.
Input / Output / Battery Information
It indicates input, output, and battery information.
Operation Modes
There are three types of modes regarding to the operation of the Power Inverter. The corresbonding
LCD displays are as shown below.
LCD Display
Operation Mode
Standby Mode(only AC exists)
In this Mode, the Inverter is off and the Utility power
bypasses to output and in the meantime charges the
battery. The LCD is on to show battery status.
Standby Mode(only PV exists)
In this Mode, the Inverter is off and the solar power
charges the battery. The LCD is on to show battery status.
Standby Mode(both PV and AC exist)
In this Mode, the Inverter is off and the Utility power
bypasses to output and the battery is charged by both AC
and PV. The LCD is on to show battery status.

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Line Mode1
The Power Inverter is turned on and AC input power is
normal. It supplies power to the load (connected
equipment).
Line Mode2
The Power Inverter is turned on and AC input power is
normal. It supplies power to the load (connected
equipment) and PV power charges the battery in the
meantime.
Battery Mode1
During a severe brownout or blackout, the Utility Power is
absent and the Power Inverter switches to Battery Mode.
The battery will supply power to the load (connected
equipment).
Battery Mode2
During a severe brownout or blackout, the Utility Power is
absent and the Power Inverter switches to Battery Mode.
The battery and PV panels will supply power to the load
(connected equipment).

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4 OPERATION & CONFIGURATION
Power On/Off
Power On：Press the POWER button to turn on the unit.
Power Off：Press the POWER button again to turn off the unit.
Function Setup
Press the SETUP button for 4 seconds to access the setup mode’s 17 functions: Audible Alarm, Input
Voltage Range, Temperature Detection, Output Source Priority, Charging Source Priority, PV to Utility
Transfer Voltage, Utility to PV Transfer Voltage, Total Max. Charging Current, Utility Charging Current,
Auto Restart Voltage, Low Battery Shutdown Voltage, LCD Auto Sleep, Cycling Display, Setup $/kwh,
Reset kwh from PV, Back to Default, and Return to Status Display. Short press the SELECT button to
view the functions. When a function is selected, short press the SETUP button to access the function’s
options. Short press SELECT button to view the options. When the desired option is selected, short
press SETUP button to confirm the setting. The unit will leave Setup Mode if there is no operation in 60
seconds.
Note: When setting program 14 ($/kwh), short press the SETUP button, the decimal point will flash,
short press the SELECT button to change the decimal point’s position. When the desired position is
selected, short press the SETUP button to confirm the setting. In the meantime, the digit in ones will
flash, short press the SELECT button to change the number. When the desired number is selected,
short press SETUP button to confirm the setting, and then the tens digit will flash. Follow the same
procedure to setup the number and then the hundreds digit.
Audible Alarm
Press SELECT button for 2 seconds to enable the audible alarm (beeps once) or disable (beeps twice)
the audible alarm. The MUTE icon will appear on the LCD display when the audible alarm is disabled.

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Function Setup Guide
Function
Options
Default
Description
Page 1 - Audible Alarm
On
Off
ESC
On
If Off is selected, the unit will
mute alarms and the Mute
icon will appear on the LCD
display.
Page 2 –Input Voltage Range
Hi (Wide):
(90-280Vac)
Lo (Narrow):
(170-280Vac)
ESC
Hi
For connected equipment
that are less sensitive to the
fluctuation of voltage range,
set the input voltage range
wider and the output voltage
will follow.
For connected equipment
that are sensitive to the
fluctuation of voltage range,
narrow the input voltage
range.
Note: The transfer time will
increase while the input voltage
gets lower. If the connected
equipment is sensitive to the
transfer time, power interruption
condition may occur.
Page 3 - Temperature Detection
OFF
40~50℃
ESC
OFF
If the temperature sensor is
connected to the
temperature detection port,
the sensor probe will detect
the ambient temperature and
display on LCD. Setup the
temperature here, when
ambient temperature
reaches the value, charging
rate will be regulated in order
to protect and extend battery

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life.
Page 4 - Output Source Priority
U (Utility)
P (PV)
ESC
U(Utility)
Utility first
Utility as first priority supplies
power to loads.
When utility is not available,
solar and battery will supply
power to loads.
PV first
Solar as first priority supplies
power to loads.
When solar energy is not
sufficient, battery will work
together to supply power to
the loads.
When one of the following
conditions occur, utility will
supply power:
1. Solar energy does not
exist.
2. Low battery warning or
battery voltage reaches
pre-set transfer value in
Page 6 (P06).
Page 5 - Charging Source Priority
B (Both)
U (Utility)
P (PV)
ESC
B (Both)
Both Utility & PV
Solar and utility charge the
battery together.
Utility first
Utility as first priority charges
the battery.
When utility power is not
available, solar will charge
the battery.
PV first
Solar power as first priority
charges the battery.
When solar power is not
available, utility will charge

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the battery.
Page 6 - PV to Utility Transfer
Voltage
CPD1200EO12LCD:
11.0/11.3/11.5/11.8/12.
0/12.3/12.5/12.8V/
ESC
CPD2200EO24LCD:
22.0/22.5/23.0/23.5/24.
0/24.5/25.0/25.5V/
ESC
1200VA:
11.5V
2200VA:
23.0V
In PV first condition, battery
may work with PV to supply
power to the loads, and
battery voltage will gradually
decrease. When battery
voltage reaches the setting
point, the unit will transfer
from PV output to Utility
output.
Note: Make sure the transfer
voltage in P06 is lower than P07.
Page 7 - Utility to PV Transfer
Voltage
CPD1200EO12LCD:
FUL/12.0/12.3/12.5/12.
8/13.0/13.3/13.5V/
ESC
CPD2200EO24LCD:
FUL/24.0/24.5/25.0/25.
5/26.0/26.5/27.0V/
ESC
1200VA:
13.5V
2200VA:
27.0V
Following Page 6 (P06),
when utility charges the
battery up to the setting
voltage in Page 7 (P07), unit
will transfer from Utility back
to PV mode.
Note: Make sure the transfer
voltage in P07 is higher than
P06.
Page 8 - Total Max. Charging
Current
10/20/30/40/50/60/
70A
ESC
1200VA:
70A
2200VA:
65A
Max. charging current =
utility charging current +
solar charging current
Page 9 - Utility Charging Current
10/15/20A
ESC
20A
With different battery
capacity, adjust utility
charging current to provide
optimal recharging time.

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Recommended setting:
10A for 100Ah battery
15A for 150Ah battery
20A for 200Ah battery
Page 10 –Auto Restart Voltage
CPD1200EO12LCD:
Any/10.5/11.0//11.5/12
.0/12.5/13.0/FUL/ESC
CPD2200EO24LCD:
Any/21.0/22.0/23.0/24.
0/25.0/26.0/FUL/ESC
Any
When the utility power
comes back and starts to
charge the battery, the
Power Inverter will auto
restart at the setting battery
voltage.
Page 11 –Low Battery Shutdown
Voltage
CPD1200EO12LCD:
10.0/10.2/10.4/10.6/10.
8/11.0V/ ESC
CPD2200EO24LCD:
20.0/20.4/20.8/21.2/21.
6/22.0V/ ESC
1200VA:
10.0V
2200VA:
20.0V
The Power Inverter will shut
off if the battery voltage is
decreasing to the setting
value.
Page 12 –LCD Auto Sleep
Off
0.5/1/2 Min
ESC
1 Min
If Auto Sleep is selected, the
LCD display will shut off after
0.5/1/2 minutes if no activity.
Page 13 –Cycling Display
Off
0.5/1 Min
ESC
0.5 Min
If the buttons are not
touched in 0.5/1 minute, the
LCD will start cycling the
Inverter information.
Page 14 –Setup $/kwh
0.00 ~ 999
ESC
0.00
Setup the electricity tariff by
kwh. The unit will count and
show how much money
saved from PV power.

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Page 15 - Reset kwh from PV
ESC
YES
ESC
User can reset the value of
kwh from PV.
Page 16 –Back to Default
ESC
Yes
ESC
Select Yes to restore the
factory default settings.
Page 17 –Return to Status
Display
-
-
Press the Setup button to go
back to the status display.

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5 TROUBLESHOOTING
Problem
Possible Cause
Solution
The product will not turn on.
The unit is not connected to an
AC wall outlet.
The unit must be connected to a
220/230V outlet.
The battery is worn out.
Replace the batteries.
Mechanical problem.
Contact CyberPower Systems.
Outlet does not provide power to
connected equipment.
Circuit breaker has tripped
due to an overload.
Turn the unit off and remove some
of the connected equipment. Wait
10 seconds, reset the circuit
breaker by depressing the button,
and then turn the unit on.
DC fuse is blown due to
overload.
Servicing of the DC fuse should
only be performed by trained
personnel. For more information on
DC fuse replacement, contact
CyberPower Systems.
Batteries are discharged.
Recharge the unit for at least 8
hours.
The product may require
service.
Contact CyberPower Systems.
There is no LCD display.
The product is not turned on.
Press the power button.
Batteries are discharged.
Recharge the unit for at least 8
hours.
The LCD is defective.
Contact CyberPower Systems.
Utility power is normal but the
unit is in Battery Mode.
AC input is missing.
Make sure the AC input is
well-connected.
Input protector is tripped.
Reset the input protector.
The audible alarm beeps
continuously.
The unit is in Fault Mode.
Refer to Fault Code Table for
further information. Contact
CyberPower Systems.

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Fault Code Table
Fault Code
Event
Audible Alarm
A64
Overload
Rapid beeping every 1/2 second
A68
High Temperature
Beep every second
A88
PV Voltage High
Beep every second
A89
PV Current High
Beep every second
A91
PV Charger NTC Disconnect
Beep every second
E07
Output Voltage High
Constant tone
E09
Output Short
Constant tone
E14
Overload Fault
Constant tone
E18
Fan Fail
Constant tone
E13
Over Charge
Constant tone
E25
Output Voltage Unbalance
Constant tone