Smart App Online OL8000RT3UPDUTF - Inverter CyberPower - Free user manual and instructions

USER MANUAL Smart App Online OL8000RT3UPDUTF CyberPower

Reliability. Quality. Value.

User's Manual

OL6000RT3UPDU

OL8000RT3UPDU

OL10000RT3UPDU

OL6KRT3UHW

OL8KRT3UHW

OL10KRT3UHW

CyberPower Systems (USA), Inc.

4241 12th Avenue East Suite 400 Shakopee, MN 55379

Phone: [phone]

Fax: [phone]

www.CPSww.com

K01-0000211-00

This manual contains important 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 UPS.

CAUTION! The UPS must be connected to a grounded AC power outlet with fuse or circuit breaker protection. DO NOT plug the UPS into an outlet that is not grounded. If you need to power-drain this equipment, turn off and unplug the unit.

CAUTION! The battery can power hazardous components inside the unit, even when the AC input power is disconnected.

CAUTION! The UPS should be placed near the connected equipment and easily accessible.

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 specifications for acceptable temperature and humidity range).

CAUTION! (No User Serviceable Parts): Risk of electric shock, do not remove cover. No user serviceable parts inside. Refer servicing to qualified service personnel.

CAUTION! (Non-Isolated Battery Supply): Risk of electric shock, battery circuit is not isolated from AC power source; hazardous voltage may exist between battery terminals and ground. Test before touching.

CAUTION! To reduce the risk of fire, connect the UPS to a branch circuit with 40 amperes (OL6000, OL6K) / 50 amperes (OL8000, OL8K) / 60 amperes (OL10000, OL10K) maximum over-current protection in accordance with the National Electric Code, ANSI/NFPA 70.

CAUTION! The AC outlet where the UPS is connected should be close to the unit and easily accessible.

CAUTION! Please use only UL-marked mains cable, (e.g. the mains cable of your equipment), to connect the UPS to the AC outlet.

CAUTION! Please use only UL-marked power cables to connect any equipment to the UPS.

CAUTION! When installing the equipment, ensure that the sum of the leakage current of the UPS and the connected equipment does not exceed 3.5mA.

CAUTION! The OL6000/OL8000/OL10000/OL6K/OL8K/OL10K models are permanently-connected equipment and only qualified maintenance personnel may carry out installations.

CAUTION! Do not unplug the unit from AC Power during operation, as this will invalidate the protective ground insulation.

CAUTION! To avoid electric shock, turn off and unplug the unit before installing the input/output power cord with a ground wire. Connect the ground wire prior to connecting the line wires!

CAUTION! Do not use an improper size power cord as it may cause damage to your equipment and cause fire hazards.

CAUTION! Wiring must be done by qualified personnel.

CAUTION! DO NOT USE FOR MEDICAL OR LIFE SUPPORT EQUIPMENT! Under no circumstances this unit should be used for medical applications involving life support equipment and/or patient care.

CAUTION! DO NOT USE WITH OR NEAR AQUARIUMS! To reduce the risk of fire, do not use with or near aquariums. Condensation from the aquarium can come in contact with metal electrical contacts and cause the machine to short out.

CAUTION! Do not dispose of batteries in fire as the battery may explode.

CAUTION! Do not open or mutilate the battery, released electrolyte is harmful to the skin and eyes.

CAUTION! A battery can present a risk of electric shock and high short circuit current. The following precaution should be observed when working on batteries

1. Remove watches, rings or other metal objects.

2. Use tools with insulated handles.

CAUTION! The unit has a dangerous amount of voltage. When the UPS indicators is on, the units may continue to supply power thus the unit's outlets may have a dangerous amount of voltage even when it's not plugged in to the wall outlet.

CAUTION! Make sure everything is turned off and disconnected completely before conducting any maintenance, repairs or shipment.

CAUTION! Connect the Protection Earth (PE) safety conductor before any other cables are connected.

WARNING! (Fuses): To reduce the risk of fire, replace only with the same type and rating of fuse.

DO NOT INSTALL THE UPS WHERE IT WOULD BE EXPOSED TO DIRECT SUNLIGHT OR NEAR A STRONG HEAT SOURCE!

DO NOT CONNECT DOMESTIC APPLIANCES SUCH AS HAIR DRYERS TO UPS OUTPUT SOCKETS!

SERVICING OF BATTERIES SHOULD BE PERFORMED OR SUPERVISED BY PERSONNEL KNOWLEDGE OF BATTERIES AND THE REQUIRED PRECAUTIONS. KEEP UNAUTHORIZED PERSONNEL AWAY FROM BATTERIES!

UNPACKING

Isometric line drawing of a rectangular electronic device with internal components and mounting holes (no text or symbols)

Power module

Isometric line drawing of a mechanical or electronic device with multiple ports and control panels (no text or symbols visible)

Isometric line drawing of a rectangular electronic device with internal components and mounting holes (no text or symbols)

PDU or HW PDU with Manual Bypass

User's manual

Register card

Rackmount left rail * 2 sets

Rackmount right rail * 2 sets

Phone line

USB communication cable

Serial Interface Cable (RS-232)

Isometric line drawing of a rectangular electronic device with ventilation grilles and mounting holes (no text or symbols)

Battery module

Two identical line drawings of a metal bracket with mounting holes (no text or symbols)

Rackmount ears (Stands) (2) * 2 sets

Tie plate (1) * 1 set

Flat head screws: M5X8L (8) * 2 sets

Pan head screws: M5X12L (12) * 2 sets

Plastic washers (8) * 2 sets

Screw hole dust covers (10) * 2 sets

Power cord

PowerPanel® Business Edition software CD

HARDWARE INSTALLATION

These versatile UPS systems can be mounted in a rackmount or vertical tower orientation. This versatility is especially important to growing organizations with changing needs that value having the option to position a UPS on a floor or in a rackmount system. Please follow the instructions below for the respective mounting methods.

SAFETY PRECAUTIONS

CAUTION! To prevent the risk of fire or electric shock, only use the supplied hardware to attach the mounting brackets.

RACKMOUNT INSTALLATION

Step 1: Remove the internal battery trays from the Battery module (See page 19)

Step 2: Rackmount ears installation

Attach the two rackmount ears to the Battery module using the provided screws M5X8L*8pcs.

Technical diagram of an electronic device with labeled components and dimensions

Step 3: Rackmount rail Installation

The rails adjust to mount in 48-cm (19-inch) panel racks from 52 to 91.5cm (20.5 to 36 inches) deep. Select the proper holes in the rack for positioning the Battery module in the rack. The Power module or the Battery module takes up position 1 through position 9.

Power module or Battery module position 9 position 8 position 6 position 2 position 1 position 9 position 8 position 6 position 2 position 1 position 9 position 8 position 6 position 2 position 1 position 9 position 8 position 6 position 2 position 1

Step 4: Adjust rackmount rails to fit your rack

Attach the rackmount rail to your rack with two M5X12L screws and two plastic washers at the front of the rack. (Located in position 1 & position 6) Do not tighten the screws. Adjust the rail size on the rail assembly of your rack. Secure the rail to the rear of the rack with two M5X12L screws and two plastic washers. Tighten all screws at the front and rear of the rail. Once completed, perform the same steps for assembling the other rackmount rail.

Technical diagram of a structural beam assembly with labeled positions and cross-sections

Place the Battery module on a flat stable surface with the front of the unit facing toward you. Secure the Battery module to your rack with four M5X12L screws at the front of the rack. (Located in position 2 & position 8)

position 6 position 2 position 1

Step 5: Place the internal battery trays back into the Battery module (See page 19)

Once completed, perform the same steps for the Power module.

CAUTION! The Battery module must be installed below the Power module.

HARDWARE INSTALLATION

VERTICAL/TOWER INSTALLATION

Step 1: Rotate the Multifunction LCD Module

Unscrew the right panel of the Power module. Separate the right panel from the UPS. Gently lift the LCD module out. Rotate it to the tower orientation. Reinstall it for a tower configuration.

Technical line drawing of a modular air conditioner unit with heat exchanger and control panel (no text or symbols)

Technical line drawing of a mechanical assembly with grid panels and a central component (no text or symbols)

Technical line drawing of a solar panel array with mounting brackets and ventilation ducts (no text or symbols)

Step 2: Attach the base stands

Secure the tie bracket with the screws (M5X8*4pcs). Tighten the screws (M5X12*4pcs) of the base stands (rackmount ears) onto the bottom of the power module and the battery module.

Technical line drawing of an industrial server unit with mounting brackets and internal panel (no text or symbols)

Step 3: Attach dust covers

Insert dust covers into the rackmount ear screw holes that are not being used.

ELECTRICAL INSTALLATION

After completing the hardware installation of the UPS, you are now ready to plug in the UPS and connect your equipment.

HARDWARE INSTALLATION

PDU or HW PDU INSTALLATION

Step 1: Remove the cover from the PDU's

Loosen the two screws and remove the cover from the PDU's to expose the connectors.

Two technical diagrams showing internal mechanical components with arrows indicating movement, no text or symbols present.

Step 2: Attach the PDU's to the Power module

Align the connectors of the PDU's with the connectors of the Power module to attach the device and tighten the two screws to fix the cover on the PDU or HW PDU.

Technical line drawing of an electronic device with cooling fans and connectors (no text or symbols)

Step 3: Screw the PDU's

Secure the PDU's to the Power module with four screws.

Technical line drawing of an electronic device rear panel with ports and connectors (no text or symbols)

ELECTRICAL INSTALLATION

ELECTRICAL INSTALLATION

After completing the hardware installation of the UPS, you are now ready to plug in the UPS and connect your equipment.

SAFETY PRECAUTIONS

CAUTION! Installation environment should be in a temperature and humidity controlled indoor area free of conductive contaminants. Do not install this UPS where excessive moisture or heat is present (Please see specifications for acceptable temperature and humidity range).

CAUTION! Never install a UPS, or associated wiring or equipment, during a lightning storm.

CAUTION! Do not work alone under hazardous conditions.

CAUTION! In case of the risk of electric shock, do not remove the top cover.

CAUTION! The battery can energize hazardous live parts inside even when the AC input power is disconnected.

INSTALLING YOUR UPS SYSTEM

SYSTEM BLOCK DIAGRAM

			Internal Bypass		Maintenance Bypass
Input	Input Filter	PFC AC/DC	BUS	Inverter DC/AC	STS	Output Filter	Bypass Switch	Output
	Charger AC/DC	Battery		Control & Monitoring	LCD Module USB & DB9 SNMP Slot
Line Mode Battery Mode Bypass Mode Maintenance Bypass

HARDWARE INSTALLATION GUIDE

1. Battery charge loss may occur during shipping and storage. Before using the UPS, it's strongly recommended to charge batteries for four hours to ensure the batteries' maximum charge capacity. To recharge the batteries, simply plug the UPS into an AC outlet.
2. When using the included software, connect either the serial or the USB cable between the computer and the corresponding port on the UPS. Note: If the USB port is used, the serial port will be disabled. They cannot be used simultaneously. After connecting to either the USB port or the Serial port on the UPS, a computer with the PowerPanBusiness Edition Agent software installed can control the operating schedule, battery test, outlets, as well as obtain UPS status information. However, other computers with PowerPanBusiness Edition Client software can only obtain UPS status information via LAN connection.
3. Connect your computer, monitor, and any externally-powered data storage device (Hard drive, Tape drive, etc.) into the outlets only when the UPS is off and unplugged. DO NOT plug a laser printer, copier, space heater, vacuum, paper shredder or other large electrical device into the UPS. The power demands of these devices will overload and possibly damage the unit.
4. To protect a fax machine, telephone, modem line or network cable, connect the telephone or network cable from the wall jack outlet to the jack marked "IN" on the UPS and connect a telephone cable or network cable from the jack marked "OUT" on the UPS to the modem, computer, telephone, fax machine, or network device.

5. Press the ON/OFF switch to turn the UPS on. The Power-On indicator light will display when activated. If an overload is detected, an audib alarm will sound and the UPS will continuously emit two beeps per second. For resetting the unit, unplug some equipment from the outlets. Make sure your equipment carries a load current within the unit's saf range, (refer to the technical specifications).

6. This UPS is equipped with an auto-charge feature. When the UPS is plugged into an AC outlet, the battery will automatically charge, even when the unit is switched off.

7. To maintain an optimal battery charge, leave the UPS plugged into an AC outlet at all times.
8. Before storing the UPS for an extended period of time, turn the unit OFF. Then cover it and store it with the batteries fully charged. Recharge the batteries every three months to ensure good battery capacity and long battery life. Maintaining a good battery charge will help prevent possible damage to the unit from battery leakage.
9. The UPS has one USB port (default) and one Serial port that allows connection and communication between the UPS and any attached computer running the PowerPaneBusiness Edition Agent software. The UPS can control the computer's shutdown during a power outage through the connection while the computer can monitor the UPS and alter various programmable parameters. Note: Only one communication port can be used at a time. The port not in use will automatically become disabled or the serial port will be disabled if both ports are attached.
10. EPO (Emergency Power Off) Port: EPO ports allow administrators the capability to connect the UPS unit to customer-supplied EPO switches. These installations give operators a single access point to immediately power-off all equipment connected to the UPS during an emergency.
11. To avoid electric shock, turn the unit OFF and disconnect the unit from utility power before hardwiring the UPS (in/out power cord). The in/out power cord MUST be grounded.

HARDWIRING THE INPUT/ OUTPUT TERMINALS

CHECK CIRCUIT BREAKER/WIRING

Check branch circuit breaker rating and wiring dimensions with the following table.

UPS Capacity	Branch Circuit Breaker	Wiring AWG	Wiring mm^2
6KVA	40A	10 AWG	5.5 mm^2
8KVA	50A	8 AWG	8.0 mm^2
10KVA	60A	6 AWG	14.0 mm^2

Hardware the input/output terminals as shown in the following diagram.

Wiring

AWG

MainsL1 L2 PE	InputCircuit Breaker	PDU/HW
		L1	PFC	Inverter	STS
		L2	AC/DC	DC/AC
		PE
			Battery
OutputL1 L2 PE	ExternalEPO	ManualBypass
		L1
		L2
		PE

UPS

SAFETY PRECAUTIONS

CAUTION! Input and Output circuit breakers must be "OFF" during the building installation.

CAUTION! An additional two pole disconnect device is necessary during the building installation.

CAUTION! Disconnected EPO will immediately shut down the logic circuit output of the UPS. Wiring the EPO signal is optional.

CAUTION! Local safety rules may require a separate, external EPO to turn off output circuit breakers. Refer to local wiring rules, the EPO should use approved components.

Step 1: Remove the inspection window cover

Loosen the four screws to remove the inspection window cover.

Step 2: Remove the terminal block cover

Loosen the four screws to remove the terminal block cover.

Step 3: Input configuration

Insert the input cable through the appropriate cable gland (not included) and connect the three wires to the input terminal block.

Technical diagram showing installation of an electrical device with labeled ports and a separate panel for AC input/output.

Step 4: Output configuration
Insert the output cable through the appropriate cable gland (not included) and connect the three wires to the output terminal block.

Technical line drawing of an industrial power supply unit with cooling pipes and fan components (no text or labels)

Step 5: Fix the terminal block cover on the PDU's
Tighten the four screws to fix the terminal block cover on the PDU's.

Technical line drawing of an electrical enclosure with rollers and a control panel (no text or symbols)

Step 6: Fix the inspection window cover on the PDU's
Tighten the four screws to fix the inspection window cover on the PDU's.

Technical line drawing of an industrial machine with internal components and mounting brackets (no text or symbols)

1. If the Bypass circuit is shorted and the UPS is running in Line Mode or Battery Mode, backfeed protection will be active and the external isolation device (Magnetic Contactor) will open.
2. Save your data and perform a controlled shutdown.
3. Contact CyberPower for repair.

WITHOUT BACKFEED PROTECTION CONFIGURATION

1. Hardwire the input terminals as shown in the following diagram
2. Do not remove the interconnection wires (Jumper1 / Jumper2) on "Backfeed Protection Connector".

graph TD
    A["Mains L1 L2 PE"] --> B["L1"]
    A --> C["L2"]
    A --> D["PE"]
    B --> E["I/P EMI"]
    C --> E
    D --> E
    E --> F["IP-L1"]
    E --> G["IP-L2"]
    H["PSDR"] --> I["Backfeed"]
    I --> J["Jumper1"]
    I --> K["Jumper2"]
    I --> L["AC-L1"]
    I --> M["AC-L2"]

WITH BACKFEED PROTECTION CONFIGURATION

1. Customers should provide an external isolation device (Magnetic Contactor) which is upstream and outside the UPS and capable of supporting the UPS input current.
2. Remove the interconnection wires (Jumper1 / Jumper2) on "Backfeed Protection Connector".
3. Hardwire the input terminals and "Backfeed Protection Connector" as shown in the following diagram.
4. The external isolation device must be installed in the Mains path.

graph TD
    A["Mains L1 L2 PE"] --> B["MC"]
    B --> C["L1 L2"]
    B --> D["L1 L2"]
    B --> E["L1 L2"]
    B --> F["L1 L2"]
    B --> G["L1 L2"]
    B --> H["L1 L2"]
    B --> I["L1 L2"]
    B --> J["L1 L2"]
    B --> K["L1 L2"]
    B --> L["L1 L2"]
    B --> M["L1 L2"]
    B --> N["L1 L2"]
    B --> O["L1 L2"]
    B --> P["L1 L2"]
    B --> Q["L1 L2"]
    B --> R["L1 L2"]
    B --> S["L1 L2"]
    B --> T["L1 L2"]
    B --> U["L1 L2"]
    B --> V["L1 L2"]
    B --> W["L1 L2"]
    B --> X["L1 L2"]
    B --> Y["L1 L2"]
    B --> Z["L1 L2"]
    B --> AA["L1 L2"]
    B --> AB["L1 L2"]
    B --> AC["L1 L2"]
    B --> AD["L1 L2"]
    B --> AE["L1 L2"]
    B --> AF["L1 L2"]
    B --> AG["L1 L2"]
    B --> AH["L1 L2"]
    B --> AI["L1 L2"]
    B --> AJ["L1 L2"]
    B --> AK["L1 L2"]
    B --> AL["L1 L2"]
    B --> AM["L1 L2"]
    B --> AN["L1 L2"]
    B --> AO["L1 L2"]
    B --> AP["L1 L2"]
    B --> AQ["L1 L2"]
    B --> AR["L1 L2"]
    B --> AS["L1 L2"]
    B --> AT["L1 L2"]
    B --> AU["L1 L2"]
    B --> AV["L1 L2"]
    B --> AW["L1 L2"]
    B --> AX["L1 L2"]
    B --> AY["L1 L2"]
    B --> AZ["L1 L2"]
    B --> BA["L1 L2"]
    B --> BB["L1 L2"]
    B --> BC["L1 L2"]
    B --> BD["L1 L2"]
    B --> BE["L1 L2"]
    B --> BF["L1 L2"]
    B --> BG["L1 L2"]
    B --> BH["L1 L2"]
    B --> BI["L1 L2"]
    B --> BJ["L1 L2"]
    B --> BK["L1 L2"]
    B --> BL["L1 L2"]
    B --> BM["L1 L2"]
    B --> BN["L1 L2"]
    B --> BO["L1 L2"]
    B --> BP["L1 L2"]
    B --> BQ["L1 L2"]
    B --> BR["L1 L2"]
    B --> BS["L1 L2"]
    B --> BT["L1 L2"]
    B --> BU["L1 L2"]
    B --> BV["L1 L2"]
    B --> BW["L1 L2"]
    B --> BX["L1 L2"]
    B --> BY["L1 L2"]
    B --> BZ["L1 L2"]
    B --> CA["L1 L2"]
    B --> CB["L1 L2"]
    B --> CC["L1 L2"]
    B --> CD["L1 L2"]
    B --> CE["L1 L2"]
    B --> CF["L1 L2"]
    B --> CG["L1 L2"]
    B --> CH["L1 L2"]
    B --> CI["L1 L2"]
    B --> CJ["L1 L2"]
    B --> CK["L1 L2"]
    B --> CR["L1 L2"]
    B --> CS["L1 L2"]
    B --> CT["L1 L2"]
    B --> CU["L1 L2"]
    B --> CV["L1 L2"]
    B --> CW["L1 L2"]
    B --> CX["L1 L2"]
    B --> CY["L1 L2"]
    B --> CZ["L1 L2"]
    B --> DA["L1 L2"]
    B --> DB["L1 L2"]
    B --> DC["L1 L2"]
    B --> DD["L1 L2"]
    B --> DP["L1 L2"]
    B --> QL["L1 L2"]
    B --> RQ["L1 L2"]
    B --> SQ["L1 L2"]
    B --> TQL["L1 L2"]
    B --> TXL["L1 L2"]
    B --> TXG[RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RPSD RRS DLS
    C <-->|A1| MC
    C <-->|A2| MC
    MC <--> PE
    PE <--> PS
    PS <--> Backfeed
    Backfeed <--> 3
    Backfeed <--> 4
    Backfeed <--> 5
    Backfeed <--> 6
    Backfeed <--> 7
    Backfeed <--> 8
    Backfeed <--> 9
    Backfeed <--> 10
    Backfeed <--> 11
    Backfeed <--> 12
    Backfeed <--> 13
    Backfeed <--> 14
    Backfeed <--> 15
    Backfeed <--> 16
    Backfeed <--> 17
    Backfeed <--> 18
    Backfeed <--> 19
    Backfeed <--> 20
    Backfeed <--> 3
    Backfeed <--> 4
    Backfeed <--> 5
    Backfeed <--> 6
    Backfeed <--> 7
    Backfeed <--> 8
    Backfeed <--> 9
    Backfeed <--> 10
    Backfeed <--> 11
    Backfeed <--> 12
    Backfeed <--> 13
    Backfeed <--> 4
    Backfeed <--> 5
    Backfeed <--> 6
    Backfeed <--> 7
    Backfeed <--> 8
    Backfeed <--> 9
    Backfeed <--> 10
    Backfeed <--> 11
    Backfeed <--> 12
    Backfeed <--> 4
    Backfeed <--> 5
    Backfeed <--> 6
    Backfeed <--> 7
    Backfeed <--> 8
    Backfeed <--> 9
    Backfeed <--> AC-L1
    Backfeed <--> AC-L2

POWER MODULE FRONT/REAR PANEL DESCRIPTION

CyberPower ① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨ ⑩ ⑪ ⑫ ⑬ ⑭ ⑮ ⑯ ⑰ ⑱ ⑲

OL6KRT3UPDUPM / OL8KRT3UPDUPM / OL10KRT3UPDUPM

1. Power Button / Power on Indicator Master ON/OFF for the UPS. Indicates that the UPS is on and supplying power.
2. UPS Status / Fault / Replace Battery LED Indicator Indicates the status of the UPS whether is operating in Line, Battery or Bypass Mode, or the UPS has an internal fault and the battery need to be replaced.
3. Multifunction LCD Readout Shows UPS status, information, settings and events.
4. Function Buttons Scroll up, scroll down, select and cancel LCD menu.
5. USB port This is a connectivity port which allows communication and control between the UPS and the connected computer. It is recommended to install the PowerPanel® Business Edition Agent software on the PC/Server connected with the USB cord.

6. Serial Port Serial port provides communication between the UPS and the computer. The UPS can control the computer's shutdown during a power outage through the connection while the computer can monitor the UPS and alter its various programmable parameters.

7. Remote Control Port Connects to remote LCD module to the UPS.

8. Surge Protected Communication Ports RJ-45/RJ-11 These ports are used to protect standard RJ-45/RJ-11 based products (ADSL, LAN, Phone/ Modem-Lines) and cabling systems from surges.
9. Relay Output Connector Convert UPS signals into real potential-free Dry Contacts for industrial control.
10. SNMP/HTTP Network slot Slot to install the optional SNMP card for remote network control and monitoring.
11. Backfeed Protection Connector Prevents power feedback from the inverter to utility power in case of power failure and a fault in the bypass circuit.
12. EPO (Emergency Power Off) Connector Enables an emergency UPS Power-Off from a remote location.
13. Extended Runtime Battery Module Connector Connection for additional CyberPower XL Battery modules.
14. Input / Output Connectors Use these connectors to attach the PDU or HW PDU to the Power module.

BASIC OPERATION

PDU / HW PDU FRONT/REAR PANEL DESCRIPTION

OL6K6UPDU OL8K10K6UPDU

1. Input Circuit Breaker
   Provides input overload and fault protection.
2. Manual Bypass Switch
   Provide UPS output to connected equipment when turned to Normal. Provide utility power to connected equipment when turned to Bypass.
3. Input / Output Terminal Block
   Connect to utility power / your equipment.
4. Interlock Bracket
   Avoid turning the "Manual Bypass Switch" under normal operation.
5. Inspection Window
   Visual check the wiring condition and secure the terminal.

6. Input / Output Connectors
   Use these connectors to attach the PDU or HW PDU to the Power module.

7. Connectors Cover Provides safety protection when removing the PDU or HW PDU.

8. Output Circuit Breaker

Provides output overload and fault protection.

1. Battery Backup & Surge Protected Outlets

Provides battery backup and surge protection. They ensure power is provided to connected equipment over a period of time during a power failure.

Critical / Noncritical Load

Allows the creation of load priorities to ensure that battery power reserves are transferred to specified outlets during a power outage. The unit can be programmed to provide additional runtime for equipment connected to the "CRITICAL" outlets, while stopping the power supply to equipment connected to "NONCRITICAL" outlets after a designated period of time.

BASIC OPERATION

BATTERY MODULE FRONT/REAR PANEL DESCRIPTION

1. On-board Replaceable Fuse Cover Replaceable fuse is accessible from the rear panel. It must be done by qualified personnel.
2. AC Circuit Breaker Provides overload and fault protection.
3. AC Output Outlet Use this outlet to connect to the AC Input Inlet of a downstream Battery module.
4. AC Input Inlet (Charge Only) AC power connectivity to wall receptacle.
5. Input Connector Use this input connector to daisy chain the next Battery module. Remove the connector cover for access.
6. Output Cable Use this output cable to connect the Battery module to the Power module or to the next Battery module.
7. DC Breaker Use the DC breaker to disconnect battery output.

Floor plan layout with room layouts and structural grid lines (no text or labels)

Diagram of a device rear panel with labeled components including smartphone, power outlets, and control panel

BP240V30ART3U / BP240V50ART3U

CONNECTION #1 : POWER MODULE WITH ONE BATTERY MODULE

Step 1: Turn off the DC breaker of the Battery module.
Step 2: Loosen the two screws to remove the battery cable retention bracket of the power module.
Step 3: Use the output cable of the Battery module to connect the Battery module to the Power module.
Step 4: Rotate the battery cable retention bracket and tighten the two screws to fix battery cable.
Step 5: Use a power cord to plug AC input inlet of the battery module into a wall receptacle.
Step 6: Turn on the DC breaker of the Battery module.

Pure mechanical diagram showing a rectangular frame with internal components and a rectangular block, no text or symbols present.

Mechanical assembly diagram showing a rotating shaft and housing with directional arrows indicating motion (no text or labels)

PLUG INTO A WALL RECEPTACLE

CONNECTION #2 : POWER MODULE WITH MULTIPLE BATTERY MODULES

Step 1: Connect the 1^st Battery module to the Power module using the instructions above.

Step 2: Turn off the DC breaker of the 2^nd Battery module.

Step 3: Loosen the two screws to remove the battery cable retention bracket of the 1^st battery module.

Step 4: Use the output cable of the 2 ^nd Battery module to connect the 2 ^nd Battery module to the 1 ^st Battery module.

Step 5: Rotate the battery cable retention bracket and tighten the two screws to fix battery cable.

Step 6: Use a power cord to plug AC input inlet of the 2^nd battery module into AC output outlet of the 1 ^st Battery module.

Step 7: Turn on the DC breaker of the 2^nd Battery module.

Technical diagram showing mechanical assembly with labeled components and directional arrows indicating motion or force

PLUG INTO A WALL RECEPTACLE Power BATTERY OUTPUT 300V max BATTERY INPUT 300V max BATTERY OUTPUT 300V max BATTERY INPUT 300V max BATTERY OUTPUT 300V max BATTERY INPUT 300V max BATTERY OUTPUT 300V max

ON-LINE BATTERY ON BYPASS FAULT REPLACE BATTERY CyberPower

LED INDICATORS – UPS STATUS

LED Indicators	Color	UPS Status Description
ON/OFF	White	UPS power is on.
ON-LINE	Green	UPS is operating in Line Mode.
BATTERY ON	Yellow	UPS is operating in Battery Mode.
BYPASS	Yellow	UPS is operating in Bypass Mode, Manual Bypass or ECO (Economy) Mode.
FAULT	Red	UPS has an internal fault. See “Trouble Shooting” for additional information.
REPLACE BATTERY	Red	Battery will soon need to be replaced due to insufficient runtime.

LCD SCREEN – UPS STATUS

LCD Screen	UPS Status Description
Line Mode	UPS is operating in Line Mode.
Battery Mode	UPS is operating in Battery Mode.
Bypass Mode	UPS is operating in Bypass Mode.
Manual Bypass	UPS is operating in Manual Bypass.
ECO Mode	UPS is operating in ECO (Economy) Mode.

BUTTON OPERATION

Button	Operation Description
ON/OFF	Press this button to turn on or turn off UPS.
▲	Press this button to scroll up in the LCD menu.
▼	Press this button to scroll down in the LCD menu.
ENTER	Press this button to select an option.
ESC	Press this button to cancel or return to previous LCD menu.

MULTI-FUNCTION LCD MAIN MENU

Press "Enter" button to activate "MAIN MENU".

MAIN MENU submenu	Function Description
Information	Displays the UPS information.
Configure	Displays the UPS settings that can be configured by the user.
Event Log	Displays the 3 most recent events, by event count, time (day/hour/minute), and event description.

LCD INFORMATION READOUT

There are 19 types of UPS information available for display.

1. Press the "ENTER" button to activate the "MAIN MENU".
2. Press the “▲” and “▼” buttons to scroll to the “Information” option.
3. Press the "ENTER" button to select the "Information" submenu.
4. Press the “▲” and “▼” buttons to scroll through the “Information” submenu in the following table.
5. Press the "ESC" button to return to UPS Status.

Information Submenu	Description
O/P Volt = XXX.XV	Displays the Output Voltage
O/P Freq = XX.XHz	Displays the Output Frequency
I/P Volt = XXX.XV	Displays the Input Voltage
I/P Freq = XX.XHz	Displays the Input Frequency
O/P Load = XXX%	Displays the Output Load Percentage of Maximum load
O/P Amp = X.XA	Displays the Output Current
O/P Watt =XXXXW	Displays the Output Wattage
O/P VA =XXXXVA	Displays the Output VA
BAT Volt = XXX.XV	Displays the Battery Voltage
BAT Cap = XXX%	Displays the Estimated Percentage of Battery Capacity
BAT Runtime=XXXM	Displays the Estimated Battery Runtime in Minutes
EBM Number= X	Displays the External Battery Module Number
TEMP =XX°C / XXX°F	Displays the Approximate inside Temperature in both °C (Celsius) and °F (Fahrenheit) for the UPS
SBM =XXXXX	Displays the Stage of Smart Battery Management
Rating = XXK VA	Displays the UPS Rating
MCU Ver = XXXX	Displays the MCU Firmware Version
Model Name	Displays the UPS Model Name
Date & Time----/---/--- -:-:-	Displays the present Date & Time
Next BAT ChangeXXX / XXXX	Displays the next Battery Change Date & Time

LCD EVENT LOG

3 Event Logs of UPS can be recorded.

1. Press the "ENTER" button to activate the "MAIN MENU".
2. Press the “▲” and “▼” buttons to scroll to the “Event Log” option.
3. Press the "ENTER" button to select the "Event Log" submenu.
4. Press the “▲” and “▼” buttons to scroll through the “Event Log” submenu in the following table.
5. Press the "ESC" button to return to UPS Status.

Event Log Submenu	Description
(X)	XXDXXHXXM (without PowerPanel® Business or RMCARD302)
	-- / -- --:-- (with PowerPanel® Business or RMCARD302)
	Event Content

MULTI-LANGUAGE INTERFACE

Users can configure 1 of the 4 available languages for display.

([English], [Español-Spanish], [Français-French], [Deutsch-German])

1. Press the "ENTER" button to activate the "MAIN MENU".
2. Press the “▲” and “▼” buttons to scroll to the “Configure” option.
3. Press the "ENTER" button to select the "Configure" submenu.
4. Press the "▲" and "▼" buttons to scroll through the "Language" options.
5. Press the "ENTER" button to select the "Language" submenu.
6. Press the "▲" and "▼" buttons to scroll to the language that you want to select.
   You may be prompted to save the selection, if so press the "ENTER" button to save the setting.
7. Press the "ESC" button to cancel or return to previous LCD menu.

LCD SETTINGS CONFIGURATION

There are 24 UPS settings that can be configured by the user.

1. Press the "ENTER" button to activate the "MAIN MENU".
2. Press the "▲" and "▼" buttons to scroll to the "Configure" option.
3. Press the "ENTER" button to select the "Configure" submenu.
4. Press the “▲” and “▼” buttons to scroll to the “Configure” submenu in the following table.
5. Press the "ENTER" button to select the setting you want to configure.
   The first configuration parameter will be displayed on the second column of LCD screen.
6. Press the "▲" and "▼" buttons to scroll through the different parameters.
7. Press the "ENTER" button to select the parameter you want to change.
   You may be prompted to save the selection, if so press the "ENTER" button to save the setting. Some options are saved and started automatically. (See the following table for additional details.)
8. Press the "ESC" button to cancel or return to the previous LCD menu.

Configure Submenu	Available Settings	Default Setting
Output Voltage	= [200V] [208V] [220V] [230V] [240V]	208V
Sync Freq Window	Range= [+/- 1%] [+/- 2%] [+/- 3%] [+/- 4%] [+/- 5%] [+/- 6%] [+/- 7%] [+/- 8%] [+/- 9%] [+/-10%]	+/- 5%
Bypass V Window	Range= [+10%/-10%] [+10%/-15%] [+10%/-20%] [+15%/-10%] [+15%/-15%] [+15%/-20%]	+10%/-15%
Bypass Condition	[Check Freq/Volt] [Check Volt Only] [No Bypass]	Check Freq/Volt
ECO Mode*	[Disable] [Enable]	Disable
	[V Range= +/-15%] [V Range= +/-10%] (for [Enable])	V Range= +/-10%
Manual Bypass	[Disable] [Enable]	Disable
Battery Test	[Activate?]	None
Audible Alarms	[Disable] [Enable]	Enable
EBM Number	= [0] [1] [2] [3] [4] [5] [6] [7] [8] [9] [10]	0
Wiring Fault	[Disable] [Enable]	Disable
NCL Control	[Outlet On] [Outlet Off]	Outlet On
Language	[English] [Español-Spanish] [Français-French] [Deutsch-German]	English
Generator Mode**	[Disable] [Enable]	Disable
Communication	[Disable] [Enable]	Enable
Dry Relay Set	[I/P Power Fail] [Battery Low] [Summary Alarm] [UPS On Bypass] [UPS Fail]	I/P Power Fail
Converter Mode***	[Converter Off] [O/P Freq = 50Hz] [O/P Freq = 60Hz]	Converter OFF
Screen Saver	[Disable] [1 Minutes] [5 Minutes]	5 minutes
Clear Event Log	[Activate?]	None
Button OFF LOCK	[Disable] [Enable]	Disable
Charger Function	[SBM] [Constant]	SBM
Signal Inputs	[Disable] [EPO][ROO]	Disable
Charger Check	[Disable] [Enable]	Disable
With Transformer	[Disable] [Enable]	Disable
Backfeed Check	[Disable] [Enable]	Disable

*) This function can't be set when Manual Bypass, Generator Mode or Converter Mode is enabled.
**) UPS has no bypass when Generator Mode is enabled.
***) UPS has no bypass when Converter Mode is enabled. This function can only be set before the UPS is on.

SILENCING AUDIBLE ALARMS

1. Press any of four function buttons on the LCD module; Note: the alarm can not be turned off for a "Battery Low" condition. This condition will still result in an audible alarm.
2. Configure "Audible Alarms" as "Disable" on the LCD module and it will stop warning of any malfunction audibly.

MANUAL BATTERY TEST

Configure "Battery Test" as "Active" on the LCD module; and it will perform the "Manual Battery Test"

REMOTE CONTROL

Step 1: Remove the Multifunction LCD Module

Unscrew the right panel of the Power module. Separate the right panel from the UPS. Gently lift the LCD module out. Reinstall the right panel.

Step 2: Connect the DB26 Cable

Connect the DB26 cable from LCD module to the "Remote Control Port" on the front panel or rear panel as shown in the following figure.

Technical line drawing of a server rack with an attached power connector (no text or symbols)

Technical line drawing of a computer power supply unit with cooling fan and drive slots (no text or labels)

WALL-MOUNTING INSTRUCTIONS

Step 1: Remove the Multifunction LCD Module

Unscrew the right panel of the Power module. Separate the right panel from the UPS. Gently lift the LCD module out. Reinstall the right panel.

Step 2: Rotate the DB26 Connector of LCD Module

Step 3: Connect the DB26 Cable

Connect the DB26 cable from LCD module to the "Remote Control Port" on the front panel or rear panel as shown in the following figure.

Step 4: Mount LCD Module on the Wall

Wall mounting hole Ø 10* Ø 5*13.8L

SAFETY PRECAUTIONS

CAUTION! It must be done by qualified personnel.

CAUTION! To avoid electric shock, turn off and unplug the unit before installing REMOTE CONTROL or WALL-MOUNTING INSTRUCTIONS.

MAINTENANCE

Storage

To store your UPS for an extended period, cover it and store with the battery fully charged. Recharge the battery every three months to ensure battery life.

Battery Replacement

Please read and follow the Safety Instructions before servicing the battery. Battery replacement should be performed by trained personnel who are familiar with the procedures and safety precautions. Make a note of the replacement Battery module number.

Safety Precautions

CAUTION! Only use replacement batteries which are certified by CyberPower Systems. Use of incorrect battery type is an electrical hazard that could lead to explosion, fire, electric shock, or short circuit. CAUTION! Batteries contain an electrical charge that can cause severe burns. Before servicing batteries, please remove any conductive materials such as jewelry, chains, wrist watches, and rings.

CAUTION! Do not open or mutilate the batteries. Electrolyte fluid is harmful to the skin/eyes and may be toxic.

CAUTION! To avoid electric shock, turn off and unplug the UPS from the wall receptacle before servicing the battery.

CAUTION! Only use tools with insulated handles. Do not lay tools or metal parts on top of the UPS or battery terminals.

Replacement Batteries

Please refer to the front side of the Battery module for the model number of the correct replacement batteries. For battery procurement, log onto www.CPSww.com, or contact your local dealer.

Battery Disposal

Batteries are considered hazardous waste and must be disposed of properly. Contact your local government for more information about proper disposal and recycling of batteries. Do not dispose of batteries in fire.

Battery Installation

Technical line drawing of a mechanical assembly with internal components and mounting holes (no text or symbols)

Step 1: Remove the front panels

Technical line drawing of a mechanical assembly with no visible text or symbols

Step 2: Remove the retaining screws from the cable protection cover and then remove the cover itself

Technical line drawing of a mechanical assembly with two rectangular components and mounting holes (no text or symbols)

Step 3: Pull the battery trays out slowly and then put the new battery trays back into the compartment

Technical line drawing of a mechanical assembly with internal components and a magnified inset showing internal structure (no text or symbols)

Step 4: Insert the battery connectors and tighten the screws of battery retaining cover

Technical line drawing of an electronic device showing internal components and mounting brackets (no text or symbols)

Step 5: Install the front panels

MAINTENANCE

MANUAL BYPASS SWITCH OPERATION

This operation allows qualified personnel to remove the detachable PDU or HW PDU from the Power module for routine maintenance or replacement without disrupting power to connected equipment.

REMOVE PDU or HW PDU

Step 1: Slide the Interlock Bracket to the left
Remove the one screw that fix the Interlock Bracket in the right.

Technical line drawing of an electronic device casing with mounting holes and internal components (no text or symbols)

Slide the Interlock Bracket to the left.

Technical line drawing of an electronic device casing with internal components and mounting brackets (no text or symbols)

Step 2: Check the Power module auto transfer to Manual Bypass
After Sliding the Interlock Bracket to the left, the Power module will auto transfer to Manual Bypass. Check that the LCD screen shows "Manual Bypass" before turning the "Manual Bypass Switch" to "Bypass".

Step 3: Turn the "Manual Bypass Switch" to "Bypass"

Normal BYPAGS

Step 4: Press "ON/OFF" button to turn off UPS

ON-LIME BATTERY ON BYPASS FAULT REPLACE BATTERY CyberPower

Step 5: Pull the PDU or HW PDU away from the Power module
Loosen the four screws that hold the PDU or HW PDU to the Power module.

Technical line drawing of an internal computer case with labeled components and directional arrows indicating assembly (no text or symbols present)

Pull the PDU or HW PDU away from the Power module and loosen the two screws that hold the cover.

Technical diagram of an internal device housing with labeled components and directional arrows (no text or symbols present)

Step 6: Fix the cover on the PDU or HW PDU

Tighten the two screws and fix the cover on the PDU or HW PDU to hide the connectors.

Technical line drawing of an electronic device showing internal components and a fan assembly (no text or symbols)

The Power module shutdown safely and it can perform routine maintenance or replacement now.

SAFETY PRECAUTIONS

CAUTION! It must be done by qualified personnel to prevent from the risk of fire or electric shock.

CAUTION! Hazardous voltage may exist between the connectors of the PDU or HW PDU. Do not let the connectors touch any surface.

CAUTION! Do not slide the Interlock Bracket when the LCD screen shows "Generator On" or "Converter On".

CAUTION! Do not turn the Manual Bypass Switch when hearing a warning beep from the Power module.

REATTACH PDU or HW PDU

Step 1: Remove the cover from the PDU or HW PDU

Loosen the two screws and remove the cover from the PDU or HW PDU to expose the connectors.

Technical line drawing of an electronic device showing internal components and a fan assembly (no text or symbols)

Step 2: Reattach the PDU or HW PDU to the Power module

Reattach the PDU or HW PDU to the Power module and tighten the two screws to fix the cover on the PDU or HW PDU.

Technical line drawing of an internal electronic device showing external components and mounting points (no text or symbols)

Tighten the four screws that hold the PDU or HW PDU to the Power module.

Exploded view diagram of an internal computer case showing internal components and external casing (no text or labels)

Step 3: Press "ON/OFF" button to turn on UPS in "Manual Bypass"

ON-LINE BATTERY ON BYPASS FAULT REPLACE BATTERY CyberPower

Step 4: Turn the "Manual Bypass Switch" to "Normal"

Honmal RYPASS

Step 5: Slide the Interlock Bracket to the right

Slide the Interlock Bracket to the right.

Technical line drawing of an electronic device casing with internal components and mounting holes (no text or symbols)

Tighten the one screw that fix the Interlock Bracket in the right.

Technical line drawing of an electronic device casing with internal components and mounting holes (no text or symbols)

Step 6: Check the Power module auto transfer to Line Mode

After Sliding the Interlock Bracket to the right, the Power module will auto transfer to Line Mode. Check the LCD screen shows "Line Mode".

SAFETY PRECAUTIONS

CAUTION! It must be done by qualified personnel to prevent from the risk of fire or electric shock.

CAUTION! Hazardous voltage may exist between the connectors of the PDU or HW PDU. Do not let the connectors touch any surface.

CAUTION! Do not slide the Interlock Bracket when the LCD screen shows "Generator On" or "Converter On".

CAUTION! Do not turn the Manual Bypass Switch when hearing a warning beep from the Power module.

TECHNICAL SPECIFICATIONS

Model		OL6000RT3UPDUOL6KRT3UHW	OL8000RT3UPDUOL8KRT3UHW	OL10000RT3UPDUOL10KRT3UHW
Configuration
	Capacity (VA)	6000VA	8000VA	10000VA
	Capacity (Watts)	5400W	7200W	9000W
	Form Factor	Rackmount / Tower
	Energy-saving Technology	Yes, ECO Mode Efficiency > 95%
Input
	Input Voltage Range	200~240Vac
	Input Frequency Range	40~70Hz
	Input Power Factor	0.99
	Cold Start	Yes
Output
	Output Waveform	Sine wave
	Output Voltage	200, 208, 220, 230, 240Vac (Configurable) ±2%
	Output Frequency	50 / 60Hz (Auto-Sensing or Configurable) ±0.25Hz
	Transfer Time (Typically)	0ms
	Rated Power Factor	0.9
	Harmonic Distortion	THD < 3% at Linear Load, < 5% at Non-linear Load
	Crest Factor	3 : 1
	ECO Mode Voltage Regulation	±10%, ±15% (Configurable)
	Outlets for the PDU unit	(2) L6-20R, (4) L6-30R, (1) Hard Wire 3-wire
	Outlets for the HW PDU unit	(1) Hard Wire 3-wire
Protection
	Surge Protection	IEC 61000-4-5 Level 3
	Phone / Network Protection	RJ11/RJ45 (One In/One Out)
	Overload Protection	Line Mode: 105~125% Load for 1 min, 126~150% Load for 10 secBattery Mode: 105~130% Load for 10 sec, 131~150% Load for 2 sec
	Short Circuit Protection	UPS Output Cut off Immediately or Input Fuse / Circuit Breaker Protection
Battery
	Specifications	(20) 12V/7.2AH	(20) 12V/9.0AH
	Recharge Time (Typically)	4 hours	5 hours
	Sealed, Maintenance Free	Yes
	Hot-Swappable	Yes
Status Indicators
	LCD Screen	Multi-Function LCD Readout that Supports :Multi-Language Interface, (19) Types of Read Out,(24) Types of Function Setting, (3) Event Logs
	LED Indicators	Power On (White), Line Mode (Green), Battery Mode (Yellow),Bypass Mode (Yellow), Fault (Red), Replace Battery (Red)
	Audible Alarms	Battery Mode, Battery Low, Overload, UPS Fault, Replace Battery
Environment
	Operating Temperature	32°F to 104°F (0°C to 40°C)
	Operating Relative Humidity	0 to 90% Non-Condensing
Management
	On-Device Features	Self Test, Auto-Charge, Auto-Restart, Auto-Overload Recovery
	Connectivity Ports	(1) Serial Port (RS232), (1) USB Port, (1) Remote Control Port, (1) Relay Out
	SNMP/HTTP Capable	(1) Expansion Port (With optional SNMP card or RMCARD 302)
Software
	Power Management Software	PowerPanel® Business Edition
Physical
	Dimensions--Power Module	L x W x H = 32.3 x 17 x 5.2in. (82 x 43.3 x 13.2cm)
	Dimensions--Battery Module	L x W x H = 32.3 x 17 x 5.2in. (82 x 43.3 x 13.2cm)
	Net Weight--Power Module	63lbs(28.5Kg)
	Net Weight--Battery Module	167.2lbs(76Kg)	171.6lbs(78Kg)
Safety
	Conformance Approvals	CE, UL

TROUBLE SHOOTING

Problem	Possible Cause	Solution
Warning
O/P Overload	Your equipment requires more power than the UPS can provide. If the UPS is in Line Mode then it will transfer to Bypass Mode; if the UPS is in Battery Mode it will shutdown.	Shut off non-essential equipment. If this solves the overload problem, the UPS will transfer to normal operation.
Load Over XXX%	Your equipment requires more power than the setting in the Power Management Software (PowerPanel® Business) will allow.	Shut off the non-essential equipment or increase the level in the Power Management Software.
Battery Mode	UPS is operating on battery power.	Save your data and perform a controlled-shutdown.
Battery Low	UPS is operating on battery power and will be shutting down soon due to extremely low battery voltage.	UPS will restart automatically when acceptable utility power returns.
BAT Disconnected	Missing battery power.	Check battery connector and battery breaker.
Battery Failure	UPS has failed in Battery Test.	1. Check battery connector and battery breaker.2. Contact technical support to replace the battery.
Replace Battery	Battery will soon need to be replaced due to insufficient runtime.	Contact technical support to replace the battery.
EPO OFF	Missing the EPO connection.	Check the EPO connection.
Wiring Fault	Line and neutral wires are reversed.	Exchange line and neutral wires.
	Missing ground wire.	Connect ground wire.
	No ground wire.	Disable Wiring Fault alarm on LCD panel.
Line Abnormal	Wrong utility power backed up during UPS auto-restart.	Check whether voltage or frequency of utility power is out of range.
Output Short	Output short circuit.	Your attached equipment may have problems, please remove them and check again.
Over Temperature	High ambient temperature.	Check the fan for operation and if the ventilation hole has been covered.
Coldstart Lock	UPS is locked to prevent consuming battery power during shipping.	Plug into utility power for first-time operation.
Autorestart Lock	"Automatic Restore" is disabled in Power Management Software (PowerPanel® Business)	Press "ON/OFF" button to turn on UPS
Bypass Forbidden	Manual Bypass Forbidden when the LCD screen shows "Generator On" or "Converter On".	Slide the Interlock Bracket to the right. (For the PDU or HW PDU only)
Fault
Over Charge	Battery is overcharged.	1. Remove battery connector and check charger voltage.2. Contact CyberPower for repair.
Charger Failure	Charger has failed.
High O/P V	Output voltage is too high.	1. Shut down UPS and turn off input breaker.2. Contact CyberPower for repair.
Low O/P V	Output voltage is too low.
Bus Fault	Internal DC bus voltage is too high or too low.

CyberPower Systems Inc.

www.cpsww.com

Entire contents copyright ^® 2011 CyberPower Systems Inc., All rights reserved. Reproduction in whole or in part without permission is prohibited. PowerPanel ^® Business Edition and PowerPanel ^® Personal Edition are trademarks of CyberPower Systems Inc.

PRODUCT REGISTRATION

CyberPower requests that you complete and return the Warranty Registration Card enclosed with the Product or register the Product at its website (www.cpsww.com) to establish that you are the Initial Customer of the Product, and therefore entitled coverage under the Limited Warranty and the Connected Equipment Guarantee. (Registration is not required for coverage, but note: if you do not register your purchase, you will be required to provide proof of purchase.)

LIMITED WARRANTY AND CONNECTED EQUIPMENT GUARNTEE

Read the following terms and conditions carefully before using the CyberPower OL6000RT3UPDU / OL8000RT3UPDU / OL10000RT3UPDU / OL6KRT3UHW / OL8KRT3UHW / OL10KRT3UHW. By using the Product you consent to be bound by and become a party to the terms and conditions of this Limited Warranty and Connected Equipment Guarantee (together referred to as this "Warranty"). If you do not agree to the terms and conditions of this Warranty, you should return the Product for a full refund prior to using it.

Who is Providing this Warranty?

CyberPower Systems (USA), Inc. ("CyberPower") provides this Limited Warranty.

What Does This Warranty Cover?

This warranty covers defects in materials and workmanship in the Product under normal use and conditions. It also covers equipment that was connected to the Product and damaged because of the failure of the Product.

What is the Period of Coverage?

This warranty covers the Product for three years and connected equipment for as long as you own the Product.

Who Is Covered?

This warranty only covers the original purchaser. Coverage ends if you sell or otherwise transfer the Product.

How Do You Get Warranty Service?

1. Before contacting CyberPower, identify Your Product model number, the Purchase Date, and each item of Connected Equipment.
2. Email us at [e-mail] or Call us at [phone].
3. If your product requires warranty service you must provide a copy of your dated purchase receipt or invoice.

How Do You Open A Connected Equipment Claim?

1. Call us at [phone] or write to us at Cyber Power Systems (USA), Inc., 4241 12th Ave. E., STE 400, Shakopee, MN 55379, or send us an e-mail message at [e-mail] for instructions, within 10 days of the occurrence.
2. When you contact CyberPower, identify the Product, the Purchase Date, and the item(s) of Connected Equipment. Have information on all applicable insurance or other resources of recovery/payment that are available to the Initial Customer and Request a Claim Number.
3. You must provide a dated purchase receipt (or other proof of the original purchase) and provide a description of the damage to your connected equipment.
4. Pack and ship the product to CyberPower and, if requested, the item(s) of Connected Equipment, a repair cost estimate for the damage to the Connected Equipment, and all claim forms that CyberPower provides to you. Show the Claim Number on the shipping label or include it with the product. You must prepay all shipping costs, you are responsible for packaging and shipment, and you must pay the cost of the repair estimate.

How Long Do I Have To Make A Claim?

All claims must be made within ten days of the occurrence.

What Will We Do To Correct Problems?

CyberPower will inspect and examine the Product.

If the Product is defective in material or workmanship, CyberPower will repair or replace it at CyberPower's expense, or, if CyberPower is unable to or decides not to repair or replace the Product (if defective) within a reasonable time, CyberPower will refund to you the full purchase price you paid for the Product (purchase receipt showing price paid is required).

If it appears that our Product failed to protect any equipment plugged into it, we will also send you forms for making your claim for the connected equipment. We will repair or replace the equipment that was damaged because of the failure of our Product or pay you the fair market value (NOT REPLACEMENT COST) of the equipment at of the time of the damage. We will use Orion Blue Book, or another a third-party valuation guide, or eBay, craigslist, or other source to establish that amount. Our maximum liability is limited to \$300,000 for OL6000RT3UPDU / OL8000RT3UPDU / OL10000RT3UPDU / OL6KRT3UHW / OL8KRT3UHW / OL10KRT3UHW.

Who Pays For Shipping?

We pay when we send items to you; you pay when you send items to us.

What Are Some Examples Of What This Warranty Does Not Cover?

1. This Warranty does not cover any software that was damaged or needs to be replaced due to the failure of the Product or any data that is lost as a result of the failure or the restoration of data or records, or the reinstallation of software.
2. This Warranty does not cover or apply to: misuse, modification, operation or storage outside environmental limits of the Product or the equipment connected to it, nor for damage while in transit or in storage, nor if there has been improper operation or maintenance, or use with items not designed or intended for use with the Product, such as laser printers, appliances, aquariums, medical or life support devices, etc.

What Other Limitations Apply?

The sole and exclusive remedies of the Initial Customer are those provided by this Warranty.

1. This Warranty does not apply unless the Product and the equipment that was connected to it were connected to properly wired and grounded outlets (including compliance with electrical and safety codes of the most current electrical code), without the use of any adapters or other connectors.
2. The Product must have been plugged directly into the power source and the equipment connected to the Product must be directly connected to the Product and not "daisy-chained" together in serial fashion with any extension cords, another Product or device similar to the Product, surge suppressor, or power tap. Any such installation voids the Limited Warranty.
3. The Product and equipment connected to it must have been used properly in a suitable and proper environment and in conformance with any license, instruction manual, or warnings provided with the Product and the equipment connected to it.
4. The Product must have been used at all times within the limitations on the Product's VA capacity.

The Product was designed to eliminate disrupting and damaging effects of momentary (less than 1ms) voltage spikes or impulses from lightning or other power transients. If it can be shown that a voltage spike lasting longer than 1ms has occurred, the occurrence will be deemed outside the rated capabilities of the Product and the Limited Warranty is void. CyberPower Does Not Cover or Undertake Any Liability in Any Event for Any of the Following:

1. Loss of or damage to data, records, or software or the restoration of data or records, or the reinstallation of software.
2. Damage from causes other than AC Power Line Transients, spikes, or surges on properly installed, grounded and code-compliant 120 volt power lines in the United States and Canada; transients, surges or spikes on standard telephone land lines, PBX telephone equipment lines or Base 10T Ethernet lines, when properly installed and connected. (This exclusion applies, for example, to fluctuations in data transmission or reception, by CATV or RF transmission or fluctuations, or by transients in such transmission.)
3. Damage from any circumstance described as excluded above with respect to the Product.
4. Damages from fire, flood, wind, rain, rising water, leakage or breakage of plumbing, abuse, misuse or alteration of either the product or the Connected Equipment.
5. CyberPower excludes any liability for personal injury under the Limited Warranty and Connected Equipment Guarantee. CyberPower excludes any liability for direct, indirect, special, incidental or consequential damages, whether for damage to or loss of property [EXCEPT FOR (AND ONLY FOR) the specific limited agreement of CyberPower to provide certain warranty benefits regarding "Connected Equipment" under this Warranty], loss of profits, business interruption, or loss of information or data. NOTE: Some States or Provinces do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation may not apply to you.
6. The Product is not for use in high-risk activities or with aquariums. The Product is not designed or intended for use in hazardous environments requiring fail-safe performance, or for use in any circumstance in which the failure of the Product could lead directly to death, personal injury, or severe physical or property damage, or that would affect operation or safety of any medical or life support device (collectively, "High Risk Activities"). CyberPower expressly disclaims any express or implied warranty of fitness for High Risk Activities or with aquariums. CyberPower does not authorize use of any Product in any High Risk Activities or with Aquariums. ANY SUCH USE IS IMPROPER AND IS A MISUSE OF THE PRODUCT.

Where Can I Get More Information?

The application of the United Nations Convention of Contracts for the International Sale of Goods is expressly excluded.

CyberPower is the warrantor under this Limited Warranty.

For further information please feel free to contact CyberPower at CyberPower Systems (USA), Inc. 4241 12th Ave E., STE 400, Shakopee, MN 55379; call us at [phone]; or send us an e-mail message at [e-mail].

FCC Notice

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference that may cause undesired operation.

WARNING!! This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. Shielded signal cables must be used with this product to ensure compliance with the Class A FCC limits.

The Class A digital apparatus meets all requirements of the Canadian Interference-Causing Equipment Regulation.

This document is believed to be accurate, but CyberPower reserves the right to change or correct the contents and does not assume any responsibility for omissions or errors.

Need Additional Help?

Feel free to contact our Tech Support department with installation, troubleshooting, or general product questions.

CyberPower Technical Support

Phone: [phone]

Email: [e-mail]

Web: www.CPSww.com

Mail: 4241 12th Avenue E, Suite 400 Shakopee, MN 55379

Hours of Operation:

Monday – Friday, 8:00am – 5:00pm (CST)

Entire contents copyright © 2011 CyberPower Systems, Inc.

All rights reserved. Reproduction in whole or in part without permission is prohibited.