EPEVER TP20KB Pure Sine Wave Inverter User Manual

Pure Sine Wave Inverter
User Manual

Models:
TP10K/TP10KB
TP20K/TP20KB
TP30K/TP30KB
TP40K/TP40KB

Important Safety Instructions

Please reserve this manual for future review. This manual contains all the safety, installation, and operation instructions for the TPower series pure sine wave inverter (“inverter” referred to in this manual).

1. Explanation of symbols
   Please read related literature accompanying the following symbols to efficiently use the product and ensure personal and property safety.
   Please read the related words carefully when you encounter the following symbols in the manual.
   ** Symbol| Definition
   ---|---
   TIP| Indicate any practical advice for reference.
   **| IMPORTANT: Indicates a critical tip during the operation, if ignored, may cause the device to run in error.
   | CAUTION: Indicates potential hazards, if not avoided, may cause the device damaged.
   | WARNING: Indicates the danger of electric shock, if not avoided, would cause casualties.
   | WARNING HOT SURFACE: Indicates the risk of high temperature, if not avoided, would cause scalds.
   | Read the user manual carefully before any operation.

Symbols of inverter

| This symbol indicates that after disconnecting the inverter from the grid and battery bank, you should wait for five minutes before touching the internal conductive devices.
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| Read the instructions before performing any operation on the inverter.
**| Danger! Electric Shock Risk! There are live devices here, only professional and qualified personnel can install and operate it.
WARNING**| The entire system should be installed by professional and technical personnel.
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2. Requirements for professional and technical personnel
• Professionally trained.
• Familiar with related safety specifications for the electrical system.
• Read this manual carefully and master related safety cautions.

3. Professional and technical personnel is allowed to do
   • Install the inverter to the specified location.
   • Conduct trial operations for the inverter.
   • Operate and maintain the inverter.

4. Safety cautions before installation

   ---

IMPORTANT| When receiving the inverter, please first check if there is any damage that occurred in transportation. If you find any problem, please contact the transportation company or our company in time.
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CAUTION| • When place or move the inverter, must follow the instructions in the manual.
• When installing the inverter, must evaluate whether the operation area exists any arc danger.
WARNING| • Do not place the inverter in places where children can touch it.
• The inverter is off-grid type, and it is strictly prohibited to be connected to the grid; otherwise, the inverter would be damaged.
• The inverter is only allowed for stand-alone operation. It is prohibited to connect multiple units’ output in parallel or series; otherwise, the inverter would be damaged.
5. Safety cautions for mechanical installation
** WARNING| • Before installation, must make sure the inverter has no electrical connection.
• Ensure the heat dissipation space for the inverter installation. Do not install the inverter in humid, greasy, flammable, explosive, dust accumulative, or other severe environments.
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6. Safety cautions for electrical connection
** CAUTION| Check if all the wiring connections are tight to avoid the danger of heat accumulation CAUTION due to a loose connection.
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WARNING| Both utility input and AC output are of high voltage, do not touch the wiring WARNING connection to avoid electric shock.
7. Safety cautions for inverter operation
** WARNING HOT
SURFACE| When the inverter is working, its heat sink and casing will generate a lot of heat; the temperature would be very high. Please do not touch it.
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CAUTION| When the inverter is working, please do not open the inverter cabinet to operate.
8. The dangerous operations which would cause electric arc, fire or explosion
• Hot-plug the high voltage fuse on the inverter DC side.
• Touch the wire end, which hasn’t been insulation treated and maybe electriferous.
• Touch the wiring copper row, terminals, or internal devices which may be electriferous.
• The power cable connection is loose. Screw or other spare parts inadvertently falls into the inverter.
• Improper operations by untrained non-professional or technical personnel. WARNING| Once an accident occurs, it must be handled by professional and technical personnel. Any incorrect operation would cause a more severe accident.
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9. Safety cautions for stopping the inverter**
• Firstly turn off the breakers on the utility input side and AC output side, then turn off the DC switch;
• After the inverter stop working for five minutes, the internal conductive devices could be touched;
• The inverter can be restarted after removing the faults which may affect its safety performance;
• There are no maintenance parts in the inverter; please contact our after- sales service personnel if any maintenance service is required.

10. Safety cautions for inverter maintenance
    • Testing equipment is recommended to check the inverter to make sure there is no voltage or current;
    • When conducting electrical connection and maintenance work, must post temporary warning signs or put up barriers to prevent unrelated personnel from entering the electrical connection or maintenance area;
    • Improper maintenance operation to the inverter may cause personal injury or equipment damage;
    • Please wear an anti-static wrist strap to prevent static damage or avoid unnecessary contact with the circuit board. CAUTION| The inverter’s safety mark, warning label, and nameplate should be visible, not CAUTION removed or covered.
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Product Overview

Information & Features

TPower series is designed as a pure sine wave inverter, which converts 110/220VDC to220/230VAC. This device consists of a DC-AC inverting module and an AC-AC bypass module in parallel. It also features high reliability, high efficiency, concise appearance, full protection, easy installation, and operation functions.
DC-AC inverting module is an intelligent and fully digitally designed component with advanced SPWM technology. The module is designed with the pure sine wave output to convert 110/220VDC to220/230VAC for multiple types of AC loads, such as home appliances, electric tools, industrial devices, audio equipment, and solar photovoltaic system.
AC-AC bypass module used an advanced control algorithm to ensure output voltage stability and achieve the fast switching feature. Also, the high reliability and high-performance semiconductor inside the module reduces the size and prolongs service life.
The 4.2 inches segment type of LCDs the system operation data and states in real-time. The case in sheet-metal design is featured with high intensity and shielding electromagnetic interference. Also, the universal rotary caster is optional for the system, which contains lifting support feet to fix or move the inverter at any time and improve product mobility and flexibility.

Features

• Advanced SPWM technology and pure sine wave output
• Fully digitalized voltage and current double closed-loop control
• Low output harmonic distortion(THD3%)
• Mode selection of bypass priority and inverter priority
• Output voltage 220/230VAC and frequency 50/60Hz selectable
• Real-time power query and output power statistics function
• Automatic protection features of the short circuit, overheating, and overload.
• 4.2 inches LCD the system operation data and state dynamically with a friendly AI interface
• Multiple LED indicators show the operating status of the system in real-time
• Designed with soft boot control to avoid the battery be damaged by high current impact when turning on the system
• AC OUT button controls the AC output individually
• Smart fan control reduces energy consumption and noise
• Use popular semiconductor modules with high reliability and low power consumption
• Designed with remote switch & RS485 communication interface to achieve the features of remote monitoring and hardware Stop & Start, also the Wi-Fi and Bluetooth communication modules are selectable
• Universal rotary caster is optional for free movement and fixation. Modular design, easy maintenance, and repair

Structure

display system operation state and parameters. See Chapter 3.
❸| Junction box cover plate| To cover the terminals and circuit breakers.
❹| Pedestal⑴| To fixed the inverter
❺| Input/output circuit breaker group ⑵| Protective devices to safely cut off the current.
❻| Input /Output terminal ⑵| Wire connection with utility, battery, load, and grounding.
❼| Heat dissipating hole| Dissipate the heat inside the inverter.
❽| Fan ⑶| Forced cooling for the inverter.

(1) FOOT MASTER caster(Optional accessory)

Rotate clockwise to raise the supporting feet, then to move the inverter.
Rotate counterclockwise to lower the supporting feet, then to fix the inverter.

(2) Terminals and breakers

★ Remote switch & RS485 communication port pin definitions:

1-Red
2-White| ON/OFF
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3-Yellow| +5Vdc
4-Black| GND
5-Blue| 485A
6-Green| 485B

★ Interface connection method :

(3) DC fan and AC fan DC fan (2 pieces):
When the radiator temperature rises to 45 above, the DC fans will start; the DC fans will stop when the radiator temperature declines to 35 below.

IMPORTANT| DC fans have the self-checking function when the inverter is powered on. The DC IMPORTANT fans would automatically run for three seconds.
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AC fan (3 pieces):
Inverter priority:
When the internal temperature rises to 35 above, and with inverter output, the AC fans will start. The AC fans will stop when internal temperature declines to 30 below or with no inverter output.

Name definition

Connection schematic diagram

WARNING| The AC equipment must be determined according to the output power of the inverter. Do not connect the load exceeding the inverter’s maximum input power. Otherwise, the WARNING inverter may be damaged.
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Electrical schematic diagram

Installation

Warning

• Please read the manual carefully to get familiar with the installation steps before installation.
• Be very careful when installing the batteries, especially flooded lead-acid batteries. Please wear eye protection, and have fresh water available to rinse if any contact with battery acid.
• Keep the battery away from any metal objects, which may cause a short circuit of the battery.
• Loose connections and corroded wires may result in high heat that can melt wire insulation, burn surrounding materials, or even cause a fire. Ensure tight connections and use cable clamps to secure cables and prevent them from swaying in motion.
• Select the system connection cables according to the current density no higher than 5A/mm2. (Following the National Electrical Code Article 690, NFPA70).
• For outdoor installation, keep out of the direct sunshine and rain infiltration.
• High voltage exists inside the inverter after turning off the switch. Do not open or touch the internal devices and wait five minutes before conducting related operations.
• Please do not install the inverter in humid, greasy, flammable, explosive, dust accumulative, or other severe environments.
• Prohibit reverse connection at the battery input end; otherwise, it will easily damage the equipment or cause unpredictable danger.
• Both utility input and AC output are of high voltage; please do not touch the wiring connection.
• When the fan is working, please do not touch it to avoid injury.

Wire& breaker selection

Wiring and installation mode should comply with national and local electrical code requirements.

• Wire and circuit breaker selection for utility input
  Model| Utility wire size| Breaker
  ---|---|---
  TP10KB| 25mm2/3AWG| AC/2P—63A
  TP20KB| 35mm2/1AWG| AC/2P—100A
  TP30KB| 42mm2/1AWG| AC/2P—150A
  TP40KB| 50mm2/1/0AWG| AC/2P—200A
• Wire and circuit breaker selection for battery
  ** Model| Battery wire size| Breaker**
  ---|---|---
  TP1OK
  TP10KB| 35mm2/1AWG(110VDC)| DC/2P 125A
  25mm2/3AWG(220VDC)| DC/2P-63A
  TP2OK
  TP2OKB| 35mm2/1AWG| DC/2P 125A
  TP30K
  TP30KB| 42mm2/1AWG| DC/2P—200A
  TP40K
  TP40KB| 50mm2/1/0AWG| DC/2P—250A
• Wire and circuit breaker selection for AC output
  ** Model| AC wire size| Breaker**
  ---|---|---
  TP1OK
  TP1OKB| 25mm2/3AWG| AC/2P-63A
  TP2OK
  TP2OKB| 35mm2/1 AWG| AC/2P 100A
  TP3OK
  TP3OKB| 42mm2/1 AWG| AC/2P 150A
  TP4OK
  TP4OKB| 50mm2/1/0AWG| DC/2P 200A

IMPORTANT| • The wire size is for reference only. Use thicker wires to lower the voltage drop and improve the system performance when the distance between utility and inverter or between inverter and batter is far.
• The above wire size and circuit breaker size are for recommendation only. Please choose a suitable wire and circuit breaker according to the practical situation.
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Instructions

Installation steps:
Step1: Professional personnel read this manual carefully.
Step2: Determine the installation location and heat dissipation space.
Move the equipment: as the equipment is relatively large, it is recommended to use a forklift or crane; if the ground is flat, it can be moved by wheels.
Place the equipment: As the equipment is heavy, it is recommended to be placed on flat ground, with 300mm space reserved all around, to ensure heat dissipation.
Fix the equipment: If the optional caster is chosen, rotate counterclockwise to fix and rotate clockwise to move.

WARNING| Risk of explosion!
Never install the inverter with flooded batteries in a sealed enclosure! Do not install the WARNING device in a confined area where battery gas can accumulate.
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Step3 : Takedown the junction box cover plate with special tools.

Step4: Wiring

Wiring order: Ground—-Battery—-Utility—-AC loads

WARNING| Never connect the utility to the inverter output; otherwise, the inverter may be damaged.
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Grounding
The voltage of the whole system exceeds the safety voltage level. Thus reliable grounding is needed. The grounding wire shall be the thicker wire no less than 35mm2) and shall be as short as possible. The grounding point shall be as close as possible to the inverter.

CAUTION| When wiring, follow the order to connect the cables to the equipment, then follow the order to connect ground, battery, utility, and load.
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WARNING| • Make sure all the wiring connections are reliable; otherwise, massive heat would accumulate at the connection points to damage the terminals or even cause a fire.
• Danger, high voltage! Terminals of the Utility input, AC output, and DC input produce high voltage, do not close the breakers during wiring, and ensure each component’s correct polarity.

Step5: Connect accessories

• Mobile APP For Android only)
  Download software: www.epever.com–EPEVER (TP)
  Communication cable: M12-6-male pin + crystal head-1000mm-v1.0
  Modules: EPEVER WiFi 2.4G RJ45 A and EPEVER BLE RJ45 A

• PC Software
  Download software: www.epever.com–Inverter Monitor (TP)
  Communication cable:

1. M12-6-male pin + crystal head-1000mm-v1.0
2. RJ45 Coupler
3. CC-USB-RS485-0.3mm2-3m-V1.1

Step6: Double-check the reliability of wiring connections.
Step7: Put on the cover plate. Indicator: Inverter indicator on solid
LCD:

Step8: Close the bypass circuit breaker 13

The indicator: Utility indicator on solid
LCD:

Step9: Close the load circuit breaker
LCD:

Step10: Inverter output
Method 1: Press the “AC output” button for 3 seconds, the inverter would start the output.
Method 2: Connect the remote switch, short-circuit cable 1(red), cable 2(white) of the remote switch, and RS485 communication interface; the inverter would start the output. Indicator: Inverter indicator slowly flashing and load indicator on solid.
LCD:

Step11: Turn on the load
LED indicators: Inverter and load indicators are slowly flashing.

CAUTION| • If the power is supplied to the different AC loads, it is suggested to turn on the loads with a larger surge current till the load works well, then turn on the loads with a smaller surge current. Especially for inductive loads, they should be turned on one by one. Do not turn on the loads simultaneously to not cause excessive impact to the inverter, to shorten its life span.
• If the inverter is not in regular operation, or LCD or indicator displays abnormal, refer to Section 5 to clear the fault or contact the after-sale service personnel of our company.
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Step12: Power off the equipment

1. Disconnect the AC load circuit breaker.
2. Long press the “AC output” button to turn off the inverter output.
3. Disconnect the bypass circuit breaker.
4. Disconnect the battery circuit breaker.
   WARNING| • As electricity exists in the capacitance, the LCD screen would be off after 30 seconds; wait 5 minutes before opening the equipment to repair.
   • The inverter has a soft stat design and only takes effect when it starts. Do not frequently switch the input circuit breaker when the inverter is incompletely powered off. Otherwise, the input battery would undergo a high current impact. That is, the input circuit breaker can be closed again after the LCD screen is off.
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WARNING| After the inverter is disconnected from the utility and battery bank, you must wait 5 minutes before touching the internal conductive devices.
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Output voltage/frequency grade switch

When the dial switch 1 is placed to the ON side, the output frequency is 60Hz, otherwise it is 50Hz, When the dial switch 2 is placed to the ON side, the output voltage is 230VAC, otherwise it is 220VAC.
Operating steps:
Open the cover plate on the inverter right side and find the dial switches on the control board, located on the top left corner; see the picture above. Set the output voltage/frequency according to demand, then restart the inverter to take effect.

IMPORTANT| • The factory default output voltage is 220VAC, and the output frequency is 50Hz.
• The accessories can refer to the Packing List.
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Interface

Indicator

Buzzer

Buttons

parameters quickly
AC output| Press the button and hold on 3s| Switch the inverter output and no output mode
Inverter/Bypass +  Browse| Press the button and hold on 3s| Clear the generated energy
Browse + AC output| Press the button and hold on 3s| Clear the faults

LCD Display

Icon

Operation

1. Turn on the load:
   Operation:
   Press the “AC output” button for 3seconds; the load indicator changes to ON status.

2. Switch from inverter mode to bypass mode
   Operation:
   Press the “inverter/bypass” button for 3seconds; bypass indicator changes from off to solid on, inverter indicator changes to off status.

3. Clear electricity mode
   Operation:
   Press the “inverter/bypass” and “browse” buttons for 3seconds together to clear the accumulated consumed electricity.

4. Clear fault
   Operation:
   Under failure state, short press any button, the buzzer would stop sounding, but the failure code would still be displayed. IMPORTANT| In the unrecoverable fault mode, press and hold the “Browse + AC output” buttons to clear the fault, and the inverter will resume output. It is confirmed that the fault has IMPORTANT been eliminated before pressing the buttons.
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Protection

Input reverse polarity
protection| When DC input reverses polarity, the LCD would be off.| The equipment would not be damaged.| Resume work normally after correction.
Input over voltage
protection| Inverter mode:
DC input voltage exceeds the max. input voltage Fault code “10V” Buzzer sounds in short cycle| The Inverter stops working and switches to the bypass mode. AC output continues (If no bypass input is available, or the bypass circuit breaker is open, AC output will stop.)| When the input voltage backs to normal, fault warning stops, auto switch to inverter mode.
Bypass mode:
DC input voltage exceeds the max. input voltage Fault code “10V”
Buzzer sounds in a long cycle| Bypass works normally, AC output continues.| When the input voltage backs to normal, the fault warning stops.
Input low voltage protection| Inverter mode:
DC input voltage is lower than the min. input voltage Fault code “ILV”
Buzzer sounds in short cycle| The Inverter stops working and switches to the bypass mode. AC output continues (If no bypass input is available, or the bypass circuit breaker is open, AC output will stop.)| When the input voltage backs to normal, fault warning stops, auto switch to inverter mode.
Bypass mode:
DC input voltage is lower than the min. input voltage Fault code “ILV”
Buzzer sounds in a long cycle| Bypass works normally, AC output continues.| When the input voltage backs to normal, the fault warning stops.
Output voltage abnormal| AC output voltage exceeds the range of 220±20Vac Fault code “OVA” Buzzer sounds in short cycle| AC output stops.| AC output voltage recovers to the range of 220±20Vac.
Output overload| The output power is 1.1 times greater than the rated power Fault code “OOL”
Buzzer sounds in short cycle| AC output stops| Reduce the load power.
Output short circuit| Fault code “OSC”
Buzzer sounds in short cycle| Shut off the output immediately, auto recover the output three times (The first time delay for 5 seconds, the second time delay for 10 seconds; the third time delay for 15 seconds).| Recover the output after the load short circuit failure is cleared
The equipment would auto-recover the output every 24 hours after the fault happened. If the fault is cleared, the load output will recover only after manually restart.
IGBT over current| Fault code “ISC”
Buzzer sounds in short cycle| Shut off the output immediately, auto recover the output three times (The first time delay for 5 seconds, the second time delay for 10 seconds; the third time delay for 15 seconds).| Suppose the IGBT over current state continues after three times auto-recovery. In that case, the output will recover only when the fault is cleared and manually restart.
Radiator over- temperature protection| The radiator temperature exceeds 85°C Fault code “ROT”| AC output stops| When the temperature backs to normal, the fault warning stop, AC output recovers.
Internal over temperature protection| Internal temperature exceeds 60°C Fault code “10T”| AC output stops| When the temperature backs to normal, the fault warning stop, AC output recovers.
Bypass overvoltage| Inverter mode:
Bypass input voltage exceeds 264VAC Fault code “BOV”
Buzzer sounds in a long cycle| The inverter works normally, AC output continues.| When the bypass input voltage backs to normal, the fault warning stops.
Bypass mode:
Bypass input voltage exceeds 264VAC Fault code “BOV”
Buzzer sounds in short cycle| Auto switch to inverter mode, AC output continues (if the inverter circuit has fault too, AC output will stop).| When the bypass input voltage backs to normal, fault warning stops, auto switch to bypass mode.
Bypass low voltage| Inverter mode:
Bypass input voltage lower than
176VAC Fault code “BLV”
Buzzer sounds in long cycle| The inverter works normally, AC output continues.| When the bypass input voltage backs to normal, the fault warning stops.
Bypass mode:
Bypass input voltage lower than
176VAC. Fault code “BLV”
Buzzer sounds in short cycle| Auto switch to inverter mode, AC output continues (if the inverter circuit has fault too, AC output will stop).| When the bypass input voltage backs to normal, fault warning stops, auto switch to bypass mode.
Bypass
frequency abnormal| Inverter mode:
Bypass input frequency exceeds the 50Hz/60Hz±10% Fault code “BFA”
Buzzer sounds in long cycle| The inverter works normally, AC output continues.| When the bypass input frequency backs to normal, the fault warning stops.
Bypass mode:
Bypass input frequency exceeds the 50Hz/60Hli10% Fault code “BFA”
Buzzer sounds in short cycle| Auto switch to inverter mode, AC output continues (if the inverter circuit has fault too, AC output will stop).| When the bypass input frequency backs to normal, fault warning stops, auto switch to bypass mode.
Communication fault| Fault code “CFA”| AC output continues| Turn on/off the inverter through the remote switch at the communication interface.

Troubleshooting

DC input troubleshooting

Fault| Fault
Code| Working
mode| LED indicators| Buzzer| Status| Troubleshooting
---|---|---|---|---|---|---
Input reverse polarity| —| —| —| —| LCD screen off| Correct the wire connection of DC input polarity.
Input over voltage| 10V| Inverter
mode| Inverter indicator fast
flashing Fault indicator on solid| 1S| Recover| Check whether the DC input voltage exceeds the max. input voltage.
Recover when voltage declines to the rated input voltage.
Bypass
mode| 10S
Input low voltage| ILV| Inverter
mode| Inverter indicator fast
flashing Fault indicator on solid| 1S| Check whether the DC input voltage is lower than the min. input voltage.
Recover when the voltage rises to the rated input voltage.
Bypass
mode| 10S

Inverter output troubleshooting

Fault| Fault
Code| Working
mode| LED indicators| Buzzer| Status| Troubleshooting
---|---|---|---|---|---|---
Output voltage
abnormal| OVA| —| Fault indicator on solid| 1S| Recover| Check whether the inverter output voltage
exceeds the 220VAC±20.
Output overload| OOL| —| Fault indicator on solid| Locked up| Check whether the load power is greater than 1.1 times the rated power
Output short circuit| OSC| —| Fault indicator on solid| Check whether the inverter output line is short.

Utility input troubleshooting

Fault| Fault
Code| Working
mode| LED indicators| Buzzer| Status| Troubleshooting
---|---|---|---|---|---|---
Bypass overvoltage| BOV| Inverter
mode| Bypass indicator fast
flashing Fault indicator on solid| 10S| Recoverable| Check whether the bypass input voltage
exceeds 264VAC. Recover when voltage
declines to 220VAC.
Bypass
mo| 1S
Bypass low voltage| BLV| Inverter
mode| 10S| Check whether the bypass input voltage is lower than 176VAC. Recover when the voltage rises to 220VAC.
Bypass
mode| 1S
Bypass frequency
abnormal| BFA| Inverter
mode| 10S| Check whether the bypass input frequency is in the range of 50Hz/60Hz±10%.
Bypass
mode| 1S

Others

Fault| Fault
Code| Working
mode| LED indicators| Buzzer| Status| Troubleshooting
---|---|---|---|---|---|---
IGBT over current| ISC| Inverter
mode| flashing
Fault indicator on solid| 1S| Locked up| (1) After power off, check whether the load is a short circuit.
(2) Five minutes after power off, open the left side cover plate, check whether the IGBT screw or wire connection is loose, check whether the IGBT is broken.
Radiator over
temperature| ROT| —| Fault indicator on solid| Recoverable| Check whether the backside fan usually works. Reduce the load power.
Internal over
temperature| 10 T| –| Fault on solid| Check whether the AC fans are working
normally. Reduce the load power
Check whether the upside fan works normally;
check whether the ambient temperature exceeds
50°C.
Reduce the load power
Communication fault
alarm| CFA| —| Fault on solid| After power off, open the right side cover plate and check whether the panel’s wiring connections are loose.

Maintenance

The following inspections and maintenance tasks are recommended at least two times per year for the best performance.

• Make sure no block on airflow around the inverter.
• Clear up any dirt and fragments on the radiator. Check all the naked wires to ensure insulation is not damaged for serious solarization–frictional wear, dryness, insects or rats, etc. Repair or replace some wires if necessary.
• Check and confirm that indicator and display are consistent with required. Pay attention to any troubleshooting or error indication. Take corrective action if necessary.
• Confirm that all the terminals have no corrosion, insulation damaged, high temperature, or burnt/discolored sign, tighten terminal screws to the suggested torque.
• Check for dirt, nesting insects, and corrosion. If so, clear up in time.
• Check and confirm that the lightning arrester is in good condition. Replace a new one in time to avoid damaging the inverter/charger and even other equipment.
  WARNING| Risk of electric shock!
  Ensure that all the power is turned off. All the power in the capacitor has been discharged before performing the above operations.
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Specifications

Item| TP10K-110/220-1| TP1OKB-110/220-1| TP10K-220/220-1| TP1OKB-220/220-1
---|---|---|---|---
Technical parameters|
Rated input voltage| 110VDC| 220 DC
Battery Input voltage range| 93VDC – 146VDC| 187VDC – 293VDC
Max. input current| 122A| 60A
Rated output power| 10000VA
Output voltage| 2201230VAC±3% (Battery power mode)
Output frequency| 50F1z/60Hz±3°/0 (Battery power mode)
Output power factor| 0.2 ~1
Output way| Single-phase
Output wave| Pure Sine Wave
Output THD| 5 3%(Resistive load)
Max. inverter efficiency| > 90%(Resistive rated load)
Bypass Input voltage range| —| 170VAC – 275VAC| —| 170VAC – 275VAC
Bypass transfer time| 12mS
No-load consumption| 52%
Backlight| 30S (Turn on by pressing the button)
Mechanical Parameters|
Dimension(LxWXH)| 600×450 x 1294mm
Net Weight| 150Kg| 148Kg
Item| 1 TP20K-2201220-1| TP2OKB-2201220-1| TP30K-220/220-1| TP3OKB-220/220-1
---|---|---|---|---
Technical parameters
Rated input voltage| 220VDC
Battery Input voltage range| 185VDC – 295VDC| 185VDC – 295VDC
Max. input current| 150A| 234A
Rated output power| 20000VA| 30000VA
Output voltage| 220/230VAC±3%(Battery power mode)
Output frequency| 50Hz/60Hz±3%(Battery power mode)| 50Hz/60Hz±3°/0(Battery power mode)
Output power factor| 0.2 – 1
Output way| Single-phase
Output wave| Pure Sine Wave
Output THD| 5 3%(Resistive load)
Max. inverter efficiency| > 90%(Resistive rated load)| >90%(Resistive rated load)
Bypass Input voltage range| —| 170VAC – 275VAC| —| 170VAC – 275VAC
Bypass transfer time| 12mS
No-load consumption| 52%| 52%
Backlight| 30S(Turn on by p essing the button)
Mechanical Parameters
Dimension(LxWxH)| 600x450x 1414mm| 600x480x 1444mm
Net Weight| 188Kg| 228Kg
Item| I TP40K-220/220-1| I TP4OKB-220/220-1
---|---|---
Technical parameters
Rated input voltage| 220VDC
Battery Input voltage range| 203VDC – 280VDC
Max. input current| 263A
Rated output power| 40000VA
Output voltage| 220/230VAC±3%(Battery power mode)
Output frequency| 50Hz/60Hz±3°/0(Battery power mode)
Output power factor| 0.2 – 1
Output way| Single-phase
Output wave| Pure Sine Wave
Output THD| 3%(Resistive load)
Max. inverter efficiency| -92%(Resistive rated load)
Bypass Input voltage range| —| 170VAC – 275VAC
Bypass transfer time| 12mS
No-load consumption| 2%
Backlight| 30S(Turn on by pressing the button)
Mechanical Parameters
Dimension(LxWxH)| 660x560x1554mm
Net Weight| 270Kg

Environmental parameters:

★ Instruction for inverter derating

1. Temperature derating for TP10KTP10KBTP20KTP20KBTP30KTP30KB:
   For each increase of 1 above 45, the output power is reduced by 5% of the rated power.
   TP10K, TP10KB
   TP20K, TP20KB
   **TP30K, TP30KB

   ---

2. Temperature derating for TP40K, TP40KB:
   For each increase of 1 above 30, the output power is reduced by 750W.

3. Altitude derating:
   For each increase of 500m above 1500m, the output power is reduced by 5% of the rated power.
   TP10K, TP10KB
   TP20K, TP20KB
   TP30K, TP30KB
   TP40K, TP40KB
   

Annex 1 Disclaimer

This warranty does not apply under the following conditions:

• Damage from improper use or use in an unsuitable environment.
• Load or utility current, voltage, or power exceeds the rated value of the inverter.
• Damage caused by the ambient temperature exceeds the limit working environment temperature.
• The accident was caused by disobeying the marks or manuals of the inverter, such as electric arc, fire, and explosion.
• User disassembly or attempted to repair the inverter without permission.
• Damage caused by force majeure.
• Damage caused during transportation or loading/unloading.

Annex 2 Mechanical Dimension Diagram

1. TP10K, TP10KB

2. TP20K, TP20KB

3. TP30K, TP30KB
   

4. TP40K, TP40KB
   
   Any changes without prior notice! Version number: V2.1 36

HUIZHOU EPEVER TECHNOLOGY CO., LTD.
Beijing Tel: +86-10-82894896/82894112
Huizhou Tel: +86-752-3889706
E-mail: info@epever.com
Website: www.epever.com

References

• Home - EPEVER
• Home - EPEVER

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