CPSPV3000ETL-S - Solar panel CyberPower - Free user manual and instructions

USER MANUAL CPSPV3000ETL-S CyberPower

CyberPower® Reliability Quality Valve

Reliability. Quality. Value.

CyberPower PV INVERTER Signal STATUS

User's Manual

CPSPV3000ETL-S

CyberPower Systems Inc.

www.cpsww.com

IMPORTANT SAFETY INSTRUCTIONS

Save These Instrucons! This manual contains important construcons that shall be followed during the installaon and maintenance of the

CyberPower On-grid Solar Power Generang System.

CAUTION! Before installaon and using the On-grid Solar Power Generang System, read all instrucons and cauonary markings on the On-grid Solar Power Generang System and appropriate seconds of this guide.

CAUTION! To reduce risk of re hazard, do not cover or obstruct the heat sink.

CAUTION! Observe the clearance recommendaons. Do not install the On-grid Solar Power Generang System in a zero-clearance or non-venlated compartment. Overheang may result.

CAUTION! Use only accessories recommended or sold by the manufacturer. Doing otherwise may result in a risk of re, electric shock, or injury to persons.

CAUTION! To avoid a risk of re and electric shock, make sure that existing wiring is in good condition and that wire is not undersized. Do not operate the On-grid Solar Power Generang System with damaged or substandard wiring.

CAUTION! Do not operate the On-grid Solar Power Generang System if it has received a sharp blow, been dropped, or otherwise damaged in any way.

CAUTION! Do not disassemble the On-grid Solar Power Generang System. It contains no user-serviceable parts. Aempng to service the On-grid Solar Power Generang System yourself may result in a risk of electrical shock or re and will void the factory warranty.

CAUTION! To reduce the risk of electrical shock, disconnect both AC and DC power from the On-grid Solar Power Generang System before aempng any, maintenance or cleaning or working on any circuits connected to the On-grid Solar Power Generang System. Turning o controls will not reduce this risk. Internal capacitors remain charger for 5 minutes aer disconnecng all source of power.

CAUTION! The On-grid Solar Power Generang System must be connected to an equipment-grounding conductor directly or via the AC ground.

ATTENTIO: Risk of burning: During operaon the case temperature may exceed 140^ F( 60^ C), do not touch.

HIGH VOLTAGE: Before opening the device, disconnect from the grid and the PV generator. The device may only be opened by an electrician.

The following convenons are used in this guide.

WARNING! Warnings identify conditions that could

result in personal injury or loss of life.

CAUTION! Cauons identify condions or pracces that

could result in damage to the unit or other equipment.

IMPORTANT: These notes describe things which are important for you to know, but not as serious as a cauon or warning.

About This Manual

This purpose of this Installaon & Operaon Manual is to provide explanaons and procedures for installing, operang, maintaining, and troublesomeong the CyperPower On-grid Solar Power Generang System.

Scope

This manual provides safety guidelines, detailed planning and setup informaon. It provides procedures for installing the On-grid Solar Power Generang System and informaon about operang and troublesomeong the unit. It dose not provide details about parcular brands of photovoltaic (PV) panels. You need to consult individual PV manufacturers for this informaon.

Audience

This manual is intended for anyone who needs to install and operate the On-grid Solar Power Generang System. Installers should be fully educated on the hazards of installing electrical equipment. Cered electricians or technicians are recommended.

Abbreviaon and Acronyms

AC: Alternang Current

DC: Direct Current

LCD: Liquid Crystal Display

LED: Light Eming Diode

MPPT: Maximum Power Point Tracking

PC: Personal Computer

PV: Photovoltaic

PWM: Pulse Width Modulaon

Vac: Volts AC

Vdc: Volts DC

V_MP : Voltage at Maximum power

V_oc : Open Circuit Voltage

CyberPower (< 1) CPSPV3000ETL-S module 

Technical line drawing of a mechanical connector or fitting (no text or symbols)

2) AC Connecon 

Line drawing of a cylindrical device with multiple internal components (no text or symbols)

3) Mounng screws  4) Allen Key#2 

Blue plastic clamp or clip with two protrusions, no text or symbols visible

5) DC Connector Removal Tool 

CyberPower® THEorem of Cyber: A History

6) User's manual 

安装价表

7) Quick installaon guide

Installation

CyperPower On-grid Solar Power Generang System

The CyberPower On-grid Solar Power Generang System is designed to convert solar electric (photovoltaic or PV) power into utility-grade electricity that can be used by the home or sold to the local power company. Installing the On-grid Solar Power Generang System consists of mounng it to the wall and connecng the DC input to a PV array and the AC output to the ulity. See below gure for a simple diagram of a typical installaon. 

graph LR
    A["Solar Panel"] --> B["On-grid Solar Power Generating System"]
    B --> C["Utility Meter"]
    C --> D["Utility Grid"]
    C --> E["Ground"]

In order to operate, the On-grid Solar Power Generang System must have grid power available and connected. It will not provide backup power if the AC grid fails.

Installaon Opons

The On-grid Solar Power Generang System may be installed as a single On-grid Solar Power Generang System, or in a mulple On-grid Solar Power Generang System conguraon. For CPSPV3000ETL-S, only one PV array can be connected to the On-grid Solar Power Generang System.

Single On-grid Solar Power Generang System Installaon

In this conguraon, a single On-grid Solar Power Generang System collects the harvested solar energy and route the power to the main utility service panel to be used by the loads. Any surplus power not used by the loads will be directed to the utility grid.

Mulple On-grid Solar Power Generang System Installaon

If mulple On-grid Solar Power Generang System are used, each On-grid Solar Power Generang System must be wired to an independent PV array. In this conguraon, each On-grid Solar Power Generang System collects the harvested solar energy from a separate PV array and routes the power to the main utility service panel to be used by the loads. Any surplus power not used by the loads will be directed to the utility grid.

Planning the Installaon

The following issues need to be considered when planning for an installaon using the On-grid Solar Power Generang System. See the specied seconds for more informaon. - On-grid Solar Power Generang System Locaon? - PV Array Requirements? - Grounding Requirements? - ROUNG the wires? Ensure that you have obtained all permits required by local authorities or ulies before commencing installaon.

On-grid Solar Power Generang System Locaon


WARNING! Burn hazard

Do not install in a locaon where people can accidentally come into contact with the On-grid Solar Power Generang System. High temperatures can be present on the On-grid Solar Power Generang System, causing a potenal burn hazard. In extreme condition, the On-grid Solar Power Generang System chassis can reach temperatures over 70^ C ( 158^ F), which can cause skin burns if accidentally touched. Ensure that the On-grid Solar Power Generang System is located away from normal trac areas. On-grid Solar Power Generang System failure due to improper installaon will void the On-grid Solar Power Generang System warranty. Consider the following when determining where to install the On-grid Solar Power Generang System.

Fire Safety

Do not install anywhere near combustible or ammable materials.

Indoor/Outdoor

The On-grid Solar Power Generang System uses a Type IP65-rated enclosure that can be mounted indoors or outdoors.

Orientaon

The On-grid Solar Power Generang System must be mounted vercally on a wall or pole. Do not mount the On-grid Solar Power Generang System horizontally.

Temperature

Ensure that the On-grid Solar Power Generang System is mounted in a locaon where the ambient temperature range is -20^ to +60^ . When the temperature is over +40^ , the On-grid Solar Power Generang System may de-rate power.

Ground Clearance

Outdoors, the On-grid Solar Power Generang System requires at least 50 cm (19.7 inches) of clearance between the boom of the unit and the ground. Indoors, it is recommended that the same clearance between the boom of the unit and the oor be used.

Distance

To minimize copper losses, ensure that wire lengths between the PV array and the On-grid Solar Power Generang System and between the On-grid Solar Power Generang System and the Main Utility Service Panel are kept to a minimum. The maximum distances will depend on wire gauges and PV array output voltages

Installation

Debris free

Excessive debris (such as dust, leaves, and cobwebs) can accumulate on the unit, interfering with wiring connecons and venlaon. Do not install in a locaon where debris can accumulate (under a tree, for example).

PV Array Requirement


WARNING! Shock hazard

Whenever a PV array is exposed to sunlight, a shock hazard exists at the output wires or exposed terminals. To reduce the risk of shock during installaon, cover the array with an opaque (dark) material before making any connexons.

IMPORTANT:

The PV array should be free of shade. This requirement includes even small obstrucons such as vent pipes, chimneys and power lines. A small amount of shade can have a disproportionately high impact on system performance.

General Recommendaons

It is important that the PV array is installed correctly to the manufacturer specicaons and to local code requirement.

Equipment and Installaon Recommendation

Equipment recommendaons

- All electric equipment should be listed for the voltage and current rangs necessary for the applicaon. - All wiring should be sized correctly to minimize voltage drop. - All required over-current protecons should be include the system and accessible for maintenance. - Integral roong products should be properly rated.

Installaon recommendaons

- All electrical terminaons should be fully ghtened, secured, and strain relieved as appropriate. - All moung equipment should be installed according to the manufacturer speciaons. - All roof penetraons should be sealed with an acceptable sealing method that does not adversely impact the roof warranty. - All wires, conduit, exposed conductors and electrical boxes should be secured and supported according to code requirements.

PV Voltage and MPPT Requirement

MPPT operaonal window

The MPPT soware maximizes the output energy of solar arrays as long as the operang voltage is within the operaonal window. Ensure that the PV array used in the system operates within the MPPT operaonal window. Eects of array voltages outside of the MPPT operaonal window are shown in below Table.

Voltage (Vdc)	Eect of Array Voltage	On-grid Solar Power Generating System Mode
<70	Will shut down	Shutdown
70~250	Maximum harvest of solar energy. (limit input max current 13A)	MPPT window
250~500	Maximum harvest of solar energy.	MPPT window
500~550	Maximum harvest of solar energy. (limit input max power)	MPPT window
>550	Will shut down and may cause damage to the On-grid Solar Power Generang System.	Shutdown

PV Voltage requirements

The maximum power point voltage of a string connect to the On-grid Solar Power Generang System should be a minimum of 80Vdc. If it is less than 80Vdc, the On-grid Solar Power Generang System will connue to operate, but it will regulate the PV voltage to 80Vdc. Because the array will not be operang at its maximum power point, this may result in lower than expected energy harvest.

Maximum PV Power

The solar array should be sized such that the maximum power output dose not exceeds the limit of the MPPT operaon window. The array voltage should never exceed 550 VOC (open circuit voltage) under any thermal condion. Likewise, ensure that ISC (short circuit current) rang of the array at any temperature does not exceed the short circuit current of the On-grid Solar Power Generang System.

Guideline for Matching PV Array Size to On-grid Solar Power Generang System Input

For determining the number of panels required in the PV string (panels connected in series), you must ensure that the following requirements are met: 1. To avoid damage to the On-grid Solar Power Generang System, ensure that PV array output will never exceed 550Vdc under any conditions. 2. Do not exceed the maximum array short circuit current rang marked on the On-grid Solar Power Generang System. 3. To achieve maximum energy harvest from your array, ensure that the V_MP (voltage at maximum power) dose not drop below 250Vdc under most condition.

	CPSPV3000ETL-S
MPPT tracker	1
Input current limitaon	13
Max. Input short circuit current	13
MPPT start voltage (Vdc)	80
MPPT window (Vdc)	70~550
On-grid Solar Power Generang System full load range (Vdc)	250~500
On-grid Solar Power Generang System de-rang range (Vdc)	500~550
Maximum input voltage (Vdc)	550

Grounding Requirements


WARNING! Shock hazard

The On-grid Solar Power Generang System must be grounded by conneccon to a grounded permanent wiring system.

AC grounding

The On-grid Solar Power Generang System must be connected to a grounded, permanent wiring system via the On-grid Solar Power Generang System ground terminal. The ground terminal must also be connected to the main utility breaker panel ground bar and to the house-grounding rod according to requirement.

Lightning protecon

Reduce the risk of lightning damage by using a single-point grounding system. In this system, all ground lines terminate at the same point. This point normally is the main utility ground installed by the utility company to provide a ground for the house wiring. This ground usually consists of a copper rod driven 1.5 to 2.5 meters (6 to 8 feet) into the earth.

Roung the wires

Preparing for the Installaon

Ensure your local utility is consulted for any requirements for connecng to or returning power to the grid. Obtain all permits necessary to complete the installaon. Consult your local and naonal electrical codes for more informaon. This secon includes the following topic:

1. Wiring

\- The wires to AC terminal: Acceptable wire size: For CPSPV3000ETL-S: From #14 AWG to #12 AWG (2mm ^2 to 3mm ^2 ). \- The wires to DC connectors: Recommended Type: For PV (+): PV-KBT4/2,5l with 1.5\~2.5mm^2 cable (double-isolaon) For PV (-): PV-KST4/2,5l with 1.5\~2.5mm^2 cable (double-isolaon)

IMPORTANT:

Wiring should be not undersized. Undersized wiring can result in significant power losses and reducon in system eciency.

2. AC Circuit breaker

This breaker must be sized to handle the rated maximum output voltage and current of the On-grid Solar Power Generang System. (Please refer to the On-grid Solar Power Generang System specicaon) Recommended AC Circuit Breaker: For CPSPV3000ETL-S: 20 Amps / 250 Vac 

WARNING! Fire、Shock and Energy Hazard

Before installing the On-grid Solar Power Generang System, read all instrucons and cauonary markings located in this manual, on the PV array, and on the main service panel.

Mount the On-grid Solar Power Generang System

Make sure the supporting surface is strong enough to handle 6.6kg for the On-grid Solar Power Generang System. Step1: Refer the following distance to drill two holes in the wall and install the explosion screws on the wall 

Ø9 236

Use the aached explosion screw Step2: Put the On-grid Solar Power Generang System on the explosion screw 

Technical diagram of a mechanical device with an inset close-up showing a circular component (no text or symbols present)

Mount the grid AC Step1: Remove the parts of the AC conncon plug from the accessory bag. Guide the pressure screw, sealing ring, threaded sleeve over the AC cable. 

Technical line drawings of five mechanical component assemblies (no text or symbols)

Step2: Insert the stripped and bared conductors L,N,PE into the screw terminals with sign L,N,PE on the socket element and ghten the screws rmly. 

Technical line drawing of a multi-pin electrical connector with no text or symbols

Step3: Push the threaded sleeve into the socket element; screw the pressure screw ghtly onto the threaded sleeve. 

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

Step4: Finally, insert the AC conncon plug into the AC conncon receptacle on the On-grid Solar Power Generang System

On-grid Solar Power Generang System Introducon

Standard Feature

- Sealed On-grid Solar Power Generang System secon protecng power electronic components (IP65) - Liquid Crystal Display providing easy-to-read system status and daily cumulative energy producon informaon - The LED indicator lights providing status, ground fault and other warning indicaon

Overview


CyberPower ( (knock ) ) A B C D E F G

Posion	Descripon	Posion	Descripon
A	LCD	E	RS232 Port
B	LED	F	Waterproof breathable valve
C	DC switch	G	AC Output
D	PV input terminals

On-grid Solar Power Generang System Introducon

Symbol on the On-grid Solar Power Generaon System

Symbol	Description	Explanation
	Tap symbol	Setting the display operation by tapping the LCD
	On-grid Solar Power Generang System status symbol	Indicates On-grid Solar Power Generang System operation status

Type label

The type labels provide a unique idencaon of the On-grid Solar Power Generang System (The type of product, Device-specific characteristics, Cercates and approvals). The type labels are on the right-hand side of the enclosure.

CyberPower
Model Name	CPSPV3000ETL-S
Max. DC voltage	550V
DC voltage range	70V-550V
Full load voltage range	250V-500V
Max. input current	13A
Max. output power	3kW/3kVA
Nominal output power	3kW/3kVA
Nominal output current	13 a.c.A
Nominal output voltage	220/230 V
Nominal AC Frequency	50Hz/60Hz
Power Factor	0.9leading-0.9lgging
Safety Level	Class I
OVC	III
Protection Degree	IP65
Operation ambient temperature	-25°C - +60°C

More detail about the type label as the chart below:

Model Name	CPSPV3000ETL-S
Max DC voltage	550
Max input current	13A
MPP voltage range	250V-500V
AC Nominal voltage	220,230,240V; 180Vac-280Vac
AC grid frequency;Range	50,60Hz;±5Hz
Max. AC output power	3kW/3kVA
Nominal output current	13
Max. output current	14.3A
Protecon Degree	IP65
Operaon temperature range	-25°C ~ +60°C

Startup Procedure

Check the PV Array DC Voltage

1. Uncover the PV arrays and expose them to full sunlight. The sunlight must be intense enough to produce the required output voltage. 2. Measure the PV array open circuit DC voltage across the DC positive (+) and negative (-) terminals. This voltage must greater than 70 volts DC (to energize the electronics) and less than 550 volts DC (to prevent damage to the On-grid Solar Power Generang System).

Check the AC Utility Voltage

1. Switch on the main and On-grid Solar Power Generang System breakers in the main electrical service panel. 2. Using an AC voltmeter, measure the AC open circuit utility voltage between L (L1) and N (L2). Ensure the voltage is at approximately the nominal value. The On-grid Solar Power Generang System operates with the voltage range around the nominal value. See "Electrical Specicaon", output secon for the utility voltage operang range for your On-grid Solar Power Generang System model.

Start up the On-grid Solar Power Generang System

1. Switch the DC and AC disconnecon switches (breakers) to the ON posion. 2. Check the On-grid Solar Power Generang System LCD. The startup screens should appear for several seconds, and then the "Countdown xx:xx" special screen will appear until protecon mer countdown is completed.

Disconnect Test

The disconnect test is designed to verify correct operaon of the On-grid Solar Power Generang System both on initial operaon and periodically through its life as required by the ulies. This test ensures that On-grid Solar Power Generang System dose not send electricity to the utility grid when local utility has shut o the grid for repairs, or when the utility wiring is damaged.

To run the disconnect test

1. Switch o the AC circuit for the On-grid Solar Power Generang System This can be accomplished by switching the breaker on the main panel that feeds the On-grid Solar Power Generang System. The disconnecon for the home or business may be used as well. 2. Have someone watch the front panel of the On-grid Solar Power Generating System to ensure the green light on the front of the On-grid Solar Power Generang System goes out. The green light goes out when AC circuit is switched o, disconnecting the On-grid Solar Power Generang System from the AC grid. The front panel display will show an AC voltage and frequency fault display, indicating that the AC is out of the operang range. 3 Switch on the AC circuit for the On-grid Solar Power Generang System The On-grid Solar Power Generang System responds by starng it reconnectng protecon mer. Ensure that the On-grid Solar Power Generang System does not produce power before the countdown is over. Aer compleng the countdown, the green light turns on and the On-grid Solar Power Generang System begins to send power to the grid. The display returns to show the power being produced and total kWh produced to date.

IMPORTANT:

The default voltage, frequency and reconnect delay values are programmed into the unit at me of shipment from the factory. No changes to these settings can be made in the eld by the user. Only authorized personnel with utility permission may change these sengs.

Commissioning

LCD display

In the lower center of On-grid Solar Power Generang System there is the LCD display. We can check On-grid Solar Power Generang System running status, etc. on the LCD screen. Items displayed can be changed by knock; you can also change some On-grid Solar Power Generang System parameters by knock. Starng-up display sequence, once the PV power is sucient, inverter displays informaon as shown in the ow chart as follow: SerNo: xxxxxxxxxxxx Module: xxxxxx XXXXXXXXXXXXXX FW Version: x.x.x Connect in: xxS Connect: OK Power: xxxx.xW Single Knock on the enclosure and the text line shown informaon about the CPS2000ETL-S:

CYCLE DISPLAY	REMARK
	Energy generated today.
	Total generated energy since installation.
	Total operated times since installation
PV:310V B:370V	PV voltage (PV) and Bus voltage (B)
AC:230V F:50.0Hz	Grid voltage (AC) and frequency (F)
SerNO:DK00000000	Serial number

model: P1U1HQS3	Model number
0000000 00000000	Product number
FW Version: H.1.0	Firmware version of the inverter
COH Address: Move	Communication address of the inverter
Setting...	Parameters setting

1. Language seng

Before entering the 'Set Language' interface, you need to enter a password as below: Setting... INPUT 123:XXX According to the LCD display, you need to input three numbers: 123. You should nish several steps as below: i. When the LCD stays bright, single knock to 'Seng...', and then double knock to enter 'INPUT 123:xxx'interface. ii. Double knock to make the rst number ash, single knock to change the number, and the rst number you need to input is '1'. Double knock to enter the second number while the rst number was '1'.

Commissioning

iii. When the second number is ashing ,single knock to change the number,and the second number you need to input is '2'. Double knock to enter the last number while the rst number was '2'. iv. When LCD displays 'INPUT 123:123', triple knock to enter the seng interface.

Set Language

v. Single knock to "set language" Double knock enter "language: English" Single knock to select the language. Aer seng, you need to wait a few seconds until the display becomes dark, then the seng will be saved. 2. Set luminance of LCD display i. If you want to set luminance of LCD display, repeat the steps as described in secon 6.1.1. ii. When LCD displays 'INPUT 123:123', triple knock to enter the seng interface.

Set LCD contrast

iii. Single knock to "set LCD contrast" Double knock to enter "LCD contrast 2" Single knock to select the luminance. You also need to wait a few seconds aer selecng. When the display becomes dark, the change is saved. 3. Set communicaon address i. If you want to set communicaon address, repeat the steps as described in secon 6.1.1. ii. When LCD displays 'INPUT 123:123', triple knock to enter the seng interface.

COM Address:xx

iii. Single knock to "COM Address: xx" → Double knock change the address to set model → Single knock to set address. Aer selecng, you need to wait a few seconds unl the display becomes dark, then the change is saved.

LCD control

To save power, the LCD display's background light will turn off automatically in 20 seconds. Single knock will turn on the background light. The display on the On-grid Solar Power Generang System can be controlled by knocking the sound control panel in front of it.

GFCI funcon

GFCI is short for Ground-Fault Circuit Interrupter which is used for preventing from being electric shock. The On-grid Solar Power Generang System is equipped with integrated RCD (Residual Current Protective Device) and RCM (Residual Current Operated Monitor). The current sensor will detect the volume of the leakage current and compare it with the pre-set value. If the leakage current is above the permied range, the RCD will disconnect the On-grid Solar Power Generang System from the AC load.

PV isolaon detecon

The ISO funcon a protecon mechanism. The On-grid Solar Power

Commissioning

Generang System measures the resistances between both the positive pole and negative pole of PV panel and earth. Either of the measured value is lower than the limit, the PV On-grid Solar Power Generang System will not connect to grid, the output relay will stay open, and show 'PV isolaon low'. The limited value is determined by the standards. The rmware seng of our PV On-grid Solar Power Generang System is 500Kohm. The simplified principle of the isolaon resistance measurement is described as below: 

Pure electrical circuit lines without any symbols

Communicaon

1. Using 'Solar Power Setup\_3P' to Update rmware & monitor On-grid Solar Power Generang System About the soware -Solar Power Setup\_3P, please download from CyberPower ocial website. For more detail informaon about rmware upgrade, please refer to service manual or contact with CyberPower System, Inc. The connecng diagram as follow: 

graph TD
    A["CyberPower"] --> B["RS232 cable"]
    A --> C["USB-RS232 cable"]
    B --> D["Computer"]
    C --> D

Startup and Shutdown the On-grid Solar Power Generang System

1. Start-Up the On-grid Solar Power Generang System i. If the On-grid Solar Power Generang System connects with PV panel arrays and the input voltage is higher than 70Vdc, while the AC grid is not connected yet, LCD will display messages in order as below: 'Ser NO: xxx'->'xxxxx'->'FW version'->'Waing'->'No AC conncon', the display repeats 'NO Ulity' and LED will be red. ii. Turn on the AC breaker or close the fuse between On-grid Solar Power Generang System and grid, the system will operate normally. iii. Under normal operang condions, the LCD displays 'Power: xxx.x W' at State info, this is the power fed into grid. LED turns green. 2. Shut down the On-grid Solar Power Generang System i. Turn o the AC grid breaker; ii. Turn o the DC switch of the On-grid Solar Power Generang System. iii. Check the On-grid Solar Power Generang System operang state. iv. Unl the display of LCD goes out, the On-grid Solar Power Generang System is shut down. Warning table

W00	Solar input voltage low
W04	Solar input voltage high

Error table:

E00	No Grid
E01	AC frequency high (According to code setting table)
E02	AC frequency low (According to code setting table)
E03	AC voltage high (According to code setting table)
E04	AC voltage low (According to code setting table)

Fault table

(Usually you need to call service people if there is always fault condition happened)

F01	Hardware DC injection of output current (According to code setting table)
F05	Temperature sensor 1 low
F06	Temperature sensor 1 high
F07	Hardware temperature sensor 1 failure
F08	Temperature sensor 2 high
F09	Hardware temperature sensor 2 failure
F10	Temperature sensor 3 high
F11	Hardware temperature sensor 3

	failure
F15	Hardware main DSP ADC1 failure
F16	Hardware main DSP ADC2 failure
F17	Hardware main DSP ADC3 failure
F18	Hardware main DSP ADC4 failure
F19	Hardware redundant MCU ADC1 failure
F20	Hardware efficiency failure
F22	Hardware communication 1 failure
F23	Hardware communication 2 failure
F24	Residual current failure (According to code setting table)
F25	Hardware RCMU failure
F26	Input insulation failure
F28	Hardware relay short
F29	Hardware relay open
F31	Hardware DC Bus 1 OVP
F33	Hardware DC Bus 2 OVP
F36	AC output current high (fast)
F37	AC output current high (slow)
F42	Hardware CT failure
F45	Hardware AC current OCP
F60	DC input current high (slow)
F70	DC input current high (fast)

TECHNICAL SPECIFICATIONS

ModelSpecicaons	CPSPV3000ETL-S
Input data (DC)
Max. DC power	3400W
Max. DC voltage	550V
Start voltage	80V
PV voltage range	70V-550V
MPP work voltage range/ nominal voltage	70V-550V/250V
Full load dc voltage range	250V-500V
Max. input current	13A
Max. input current per string	13A
Number of independent MPP trackers /strings per MPP tracker	1/1
Output (AC)
Rated AC output power	3000W
Max. AC power	3000W
Max. output current	14.3A
AC nominal voltage; range	220,230,240V; 180Vac-280Vac
AC grid frequency; range	50,60Hz;±5Hz
Power factor	>0.99
THDI	<3%
AC conncon	Single phase
Eciency
Max. eciency	97.4%
Euro weighted eciency	97%
MPPT eciency	99.5%
Protecon devices
DC reverse polarity protecon	Yes
DC switch rang for each MPPT	Yes
Output over current protecon	Yes
Output over voltage protecon-varistor	Yes
Ground fault monitoring	Yes
Grid monitoring	Yes
Integrated all - pole sensitive leakage current monitoring unit	Yes

TECHNICAL SPECIFICATIONS

General Data
Dimensions (W / H / D) in mm	320*267*142
Weight	6.6KG
Operating temperature range	-25°C ... +60°C (-13...+140°F) with derating above 50°C /122°F
Noise emission (typical)	≤ 25 dB(A)
Altitude	2000m(6560ft) without derating
Self-Consumption night	< 0.5 W
Topology	Transformerless
Cooling concept	Natural
Environmental Protection Rating	IP65
Relative humidity	100%
Features
DC connection	H4
AC connection	Connector
Display	LCD
Interfaces: RS232//Wifi	yes/opt
Warranty: 5 years / 10 years	yes /opt
Certificates and approvals	CE, VDE 0126-1-1, IEC 62109, G83, EN50438,

CyberPower Systems Inc. www.cpsww.com

TECHNICAL SPECIFICATIONS

Explanaon of symbols

 Beware of dangerous electrical voltage.  1 minutes Energy storage med discharge with 1 minutes.  Beware of hot surface.  Observe enclosed documentaon.  There are special requirements.  The On-grid Solar Power Generang System complies with the requirements of the applicable EC guidelines.  The On-grid Solar Power Generang System must not be disposed of together with the household waste.