CyberPower CPS1000EI User manual

CPS1000EI/CPS2000EI
User’s Manual
K01-C000003-00
IMPORTANT SAFETY INFORMATION
(SAVE THESE INSTRUCTIONS)
This manual contains important safety instructions. Please read and follow all instructions carefully
during installation and operation of the unit. Read this manual thoroughly before attempting to unpack,
install, or operate the INVERTER.
Insure the wall outlet and INVERTER are located near the equipment being attached for proper
accessibility.
To reduce risk of damage and injury, please use batteries with good quality.
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.
DO NOT expose the INVERTER to rain, snow or liquids of any type. The INVERTER is designed for
indoor use only.
DO NOT obstruct the ventilation openings.
CAUTION! Risk of electric shock, do not remove cover. No user serviceable parts inside.
The battery can energize hazardous live parts inside even when the AC input power is disconnected.
To avoid electrical shock, turn off the INVERTER and unplug it from the AC power source before
servicing the battery. Servicing the battery can only be performed by trained personnel.
INSTALLING YOUR INVERTER SYSTEM
UNPACKING
Inspect the unit upon receipt. The box should contain the following:
Inverter Unit1; Power Cord1; User Manual1
HOW TO DETERMINE THE POWER REQUIREMENTS OF YOUR EQUIPMENT
1. Insure that the equipment plugged into the AC outlet does not exceed the INVERTER unit’s rated
capacity (1000VA/600W for CPS1000EI; 2000VA/1200W for CPS2000EI). If rated unit capacities are
exceeded, an overload condition may occur and cause the INVERTER unit to shut down or the circuit
breaker trip.
2. If the power requirements of your equipment are listed in units other than Volt-Amps (VA), convert
Watts (W) or Amps (A) into VA by doing the calculations below. Note: The below equation only
calculates the maximum amount of VA that the equipment can use, not what is typically used by the
equipment at any one time. Users should expect usage requirements to be approximately 60% of
below value.
TO ESTIMATE POWER REQUIREMENTS
1. 220 V x Amps (A) = VA
2. Add the totals up for all pieces of equipment and multiply this total by 0.6 to calculate actual
requirements. There are many factors that can affect the amount of power that your computer system
will require. The total load that you will be placing on the battery-powered outlets should not exceed
80% of the unit’s capacity.
HARDWARE INSTALLATION GUIDE
Before installation, please read and understand the following instructions:
1. Placement
The Inverter must be installed in a protected environment away from heat- emitting appliances
such as a radiator or heat register. Do not install this product where excessive moisture is present.
2. Ventilation
The location should provide adequate air flow around the INVERTER with one inch minimum
clearance on all sides for proper ventilation.
3. Connect the Battery
Connect the external battery with the DC cables
from the back of the INVERTER. Follow battery
polarity guide located near battery cables as
below.
“+”Red cable for battery positive polarity;
“-”Black cable for battery negative polarity.
4. Connect to AC and Charge the Battery
Connect the INVERTER to a wall outlet. Avoid using extension cords and adapter plugs. Charging
the battery for at least 8 hours is recommended to insure that the battery is fully charged. To
recharge the battery, simply leave the unit plugged into a wall outlet. To maintain optimal battery
charge, leave the INVERTER plugged into an AC outlet at all times.
This INVERTER can be charged even when INVERTER is not turned on.
5. Connect the Load
Connect the equipment to the INVERTER outlet. Please make sure that the total loads of your
equipments are less than the maximum total power load of the INVERTER.
BASIC OPERATION
FRONT PANEL DESCRIPTION
1. Fault LED
The red LED will light when fault or over load occurs.
2. Battery Mode LED
The yellow LED will light when power mains are abnormal and the unit will work in battery mode.
3. AC Mode LED
The green LED will light when utility power is normal.
4. Power Switch
Press the power switch to turn the INVERTER ON or OFF.
.
REAR PANEL DESCRIPTION
1. DC Input Cable (Black)
Connect to battery negative polarity.
2. DC Input Cable (Red)
Connect to battery positive polarity.
3. Input Circuit Breaker
The circuit breaker provides optimal overload protection.
4. Charger Control
The charger control function should only be operated by trained professionals. If it is operated
incorrectly, the battery will be damaged. Contact your local technical support for setting details.
5. Input Voltage Range Selector
Input voltage range is defined in specification section. Output voltage is the same as input voltage
in AC mode.
A. Select “Narrow” setting for general electrical appliance such as TUBE LIGHT, ENERGY
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SAVING LAMP, TV, JUICER & MIXER etc. It is not suitable for high-power motor or inductive
load, such as the fridge of 1KW, the motor of 800W, AIR COOLER（having risk of rebooting）
and so on. In this mode, the INVERTER operating voltage in AC mode is within 190~260Vac
with the same output voltage. The line sensitivity is higher.
B. Select “Wide” setting to save energy. In this mode the operating range of voltage for the
INVERTER is 100-280Vac. Therefore the output voltage will be the same as the MAINS input
voltage. The INVERTER unit in this mode has a lower sensitivity with a longer transfer time for
switching from AC mode to battery mode in the event of power failure. You can safely connect
and use home appliances which are not sensitive to transfer time limitations such as florescent
tubes, bulbs, TV etc.
6. AC outlet
The INVERTER provides one outlet for connected equipment to insure temporary uninterrupted
operation during a power failure and against surges and spikes.
7. AC Inlet
Connect to utility power through the input power cord.
Functional Test
AC Mode
The INVERTER delivers power to the load derived from the utility and maintains proper battery charge.
On-Battery Mode
The INVERTER operates on battery when the utility voltage has fallen outside the limits. Local users are
alerted to this mode of operation by visual and audible indicators. The INVERTER provides power to the
load from the battery and the output voltage of the INVERTER are regulated within a narrow range
1. Switch On
Press the power switch then the status LED will light up.
2. Switch Off
Press again the power switch, the status LED will go off.
3. Cold Start / Start on Battery:
This INVERTER can be turned on even when AC is not present.
Press the power switch then the status LED will light up.
ROUTINE MAINTENANCE AND STORAGE
ROUTINE MAINTENANCE
1. Use dry soft clothes to clean the panel and plastic parts. Do not use any detergent that contains
alcoholic ingredient.
2. Unplug the INVERTER from power inlet if the INVERTER will not operate for long period of time.
STORAGE
1. First turn off your INVERTER and disconnect its power cord from the wall outlet. Disconnect all
cables connected the INVERTER to avoid battery drain.
2. The INVERTER should be stored in a cool dry location.
3. Make sure the battery is fully charged before the INVERTER is stored.
4. For extended storage in moderate climates, the battery should be charged for 12 hours every 3
months by plugging the power cord into the wall receptacle and turning on the main switch. Repeat
it every 2 months in high temperature locations.
DEFINITIONS FOR INDICATORS
Condition Fault
Battery Mode
AC Mode
Alarm
Normal Mode
(Battery is fully charged)
Off Off On Off
Normal Mode
(Battery is charging)
Off Off Normally On but blink
every 5 seconds
Off
Battery Mode
(above low battery voltage)
Off On Off Off
Battery Mode
(under low battery voltage)
Off On Off Beeps every 2
seconds
Off charge mode
(Auto bypass)
Off Off Normally Off but blink
every 5 seconds
Off
Fault On Off Off Beeps
continuously
Overload Beeps every
0.5 seconds
Off Off Beeps every 0.5
seconds
TROUBLE SHOOTING
Problem Possible Causes Remedy
No LED display
1. Battery Weak 1. Re-charge battery
2. Battery defective 2. Battery replacement.
3. Power switch is not
pressed
3. Press and hold power
switch.
Mains normal but not works in
AC mode
1. AC Input missing 1. Check AC input
connection.
2. Input protector is effective
2. Reset the input protector.
Alarm buzzer beeps
continuously Overload
Verify that the load matches
the capability specified in
the specs.
Backup time is shortened
Overload Remove some non-critical
load.
Battery voltage is too low. Charge battery for 8 hours
or more.
If any abnormal situations occur that are not listed above, please contact service personnel.
TECHNICAL SPECIFICATIONS
Model CPS1000EI CPS2000EI
Capacity (VA) 1000VA 2000VA
Capacity (Watts) 600W 1200W
Input
Input Voltage Range Wide mode: 100VAC-280VAC
Narrow mode: 190VAC-260VAC
Frequency Range 50/60Hz
Output
On Battery Output
Voltage Simulated Sine Wave at 220Vac +/-10%
On Battery Output
Frequency 50/60Hz
Overload Protection On Utility: Circuit Breaker, On Battery: Internal Current Limiting
Physical
Total # of INVERTER
Receptacles (1) Shuko
Maximum Dimensions 265mm(L)*250cm(W)*90cm(H)
Weight 1.9 kg / 4.2 Lbs 2.0 kg / 4.4 Lbs
Battery
Lead Acid Battery 12VDC 24VDC
Charging Voltage 13.7VDC 27.4VDC
Charging Current 10A
Warning Diagnostics
Indicators AC Mode, Battery mode, Fault
Audible Alarms Low Battery, Overload, Fault
Environmental
Operating Temperature
+32°F to 104°F ( 0°C to 40°C )
Operating Relative
Humidity 0 to 90% NON-CONDENSING
Management
Auto-Charger Yes
Auto-Restart Yes
Visit www.cpsww.com for more product information and the nearest CyberPower local contact for your
region.
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in whole or in part without permission is prohibited.
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