1
Model
IP350-Plus, IP500-Plus
IP1000-Plus, IP1500-Plus
IP2000-Plus, IP3000-Plus
IP4000-Plus, IP5000-Plus
Pure sine wave inverter
USER MANUAL
Contents
Important safety instructions ...................................................................................... 1
1 Overview ................................................................................................................ 4
2 Appearance ............................................................................................................ 6
3 Naming rule .......................................................................................................... 12
4 Connection diagram .............................................................................................. 13
5 Remote meter ....................................................................................................... 15
5.1 Appearance ......................................................................................................................... 15
5.2 Status display ...................................................................................................................... 15
5.3 Buttons ................................................................................................................................ 16
5.4 LCD interface ...................................................................................................................... 16
5.5 Settings ............................................................................................................................... 16
5.6 Error code ............................................................................................................................ 17
6 Installation ............................................................................................................ 18
6.1 Attentions ............................................................................................................................. 18
6.2 Wire size and circuit breaker ............................................................................................... 18
6.3 Mounting .............................................................................................................................. 20
6.4 Rotate the LCD.................................................................................................................... 26
7 Protections............................................................................................................ 27
8 Troubleshooting .................................................................................................... 30
9 Maintenance ......................................................................................................... 31
10 Specifications...................................................................................................... 32
Appendix 1 Disclaimers............................................................................................ 41
1
Important safety instructions
Please reserve this manual for future review.
This manual contains all safety, installation, and operation instructions for the IPower- Plus series
high-frequency 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.
The entire system should be installed by professional and technical personnel.
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.
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 a specified location.
Conduct trial operations for the inverter.
Operate and maintain the inverter.
4. Safety cautions before installation
When you receive the inverter, check whether there is any damage that occurred in transportation.
Contact the transportation company or our company in time for any problem.
When place or move the inverter, must follow the instructions in the manual.
2
When installing the inverter, you must evaluate whether any arc danger exists in the operation area.
The inverter needs to be connected to a battery. The battery's minimum capacity (Ah) is
recommended to be five times the current equals the inverter's rated output power divided by the
battery voltage.
Keep the inverter out of reach of children.
This inverter is an off-grid type. It is strictly prohibited to connect the inverter to the grid; otherwise, it
will be damaged.
This inverter is only allowed for stand-alone operation. It is prohibited to connect multiple units in
parallel or series; otherwise, the inverter will be damaged.
5. Safety cautions for mechanical installation
Before installation, make sure the inverter has no electrical connection.
Ensure enough heat dissipation space for the inverter before installation. Do not install the inverter
in a harsh environment such as humid, greasy, flammable, explosive, or dust accumulation.
6. Safety cautions for electrical connection
Check whether all the wiring connections are tight to avoid the danger of heat accumulation due to
loose connections.
The protective grounding must be connected to the ground. The cross-section of the wire should not
be less than 4mm2
The DC input voltage must strictly be following the parameter table. Too high or too low DC input
voltage will affect the inverter's normal operation and damage it.
It is recommended that the connection between the battery and the inverter be less than 3 meters. If
greater than 3 meters, please reduce the current density of the connection wire.
A fuse or breaker should be used between battery and inverter; the fuse or breaker's rated current
should be twice the inverter rated input current.
DO NOT install the inverter close to the flooded lead-acid battery because the terminals' sparkle
may ignite the hydrogen released by the battery.
The AC output terminal is only for the load connection. Do NOT connect it to other power sources or
utilities; otherwise, the inverter will be damaged. Turn off the inverter when connecting loads.
Do not connect battery chargers or similar products to the inverter's input terminal; otherwise, the
inverter will be damaged.
7. Safety cautions for controller operation
When the inverter is working, the shell will generate a lot of heat. The temperature is very high;
please do not touch it.
When the inverter is running, please do not open the cabinet.
The inverter's AC output is of high voltage, do not touch the wiring connection.
3
8. Dangerous operations which would cause electric arc, fire or explosion
Touch the wire end that hasn't been insulation treated and maybe electriferous.
Touch the wiring copper row, terminals, or internal modules of the inverter that may be electriferous.
The connection of the power cable 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.
Improper operations would cause more serious accidents.
9. Safety cautions for stopping the inverter
After the inverter stop running for five minutes, the internal conductive modules could be touched.
The inverter is allowed to restart after removing the faults, which affects safety performance.
There are no serviceable parts inside. If any maintenance service is required, please contact our
service personnel.
WARNING
Do NOT touch or open the shell after the inverter is powered off within ten minutes.
10. Safety cautions for inverter maintenance
It is recommended to check the inverter with testing equipment to ensure there is no voltage and
current.
When conducting electrical connection and maintenance, post a temporary warning sign or put up
barriers to prevent unrelated personnel from entering the electrical connection or maintenance area.
An improper operation of 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.
4
1 Overview
IPower-Plus is a new generation of pure sine wave inverter compatible with the lithium battery system.
This new inverter adopts surge current suppression technology to effectively prevent the surge current
from damaging the lithium battery cells and BMS (Battery Management System). Also, adopting the
voltage and current double closed-loop control algorithm brings the inverter a faster response and better
resistance to the load impact. The inverter selects key components with a high power density and long
lifespan to provide a stable and reliable power guarantee. The optional communication solutions allow
users to monitor the real-time status or change the parameters wherever. The inverter can be widely
used in DC to AC areas, such as solar AC power system, vehicle system, RV power supply, security
monitoring system, emergency lighting system, field power system, household power system, etc. With
an excellent EMC (Electro Magnetic Compatibility) characteristic, the inverter is also suitable for
occasions with high power quality requirements.
Features:
Completely electrically isolated design for input and output
Full digital double closed-loop control
Excellent EMC characteristic, widely applied to higher quality power system
Advanced SPWM technology and pure sine wave output.
Input surge current suppression technology, applying to the lithium battery system
Outstanding load resistance to impact, applying to the air conditioners, washing machines,
refrigerators, etc.
High power density and high-quality components to ensure the reliability
Output power factor up to 1
Low loss of zero loads and standby. Low THD (Total Harmonic Distortion). High conversion
efficiency
Extensive protections: input reverse polarity/under voltage/over voltage, output overload/short
circuit/overheating
Air cooling is controlled by temperature and load
Rotatable LCD meter to simplify the system wiring
Friendly LCD meter to simply monitor and parameter configure
Remote control by the phone Apps and PC software
Configurable output voltage and output frequency①
Charging mobile phones, DC fans, and other electrical equipment by the USB port②
Support a variety of options by connecting with the RS485 com. port③
5
External switch contact design to allow remote control
IEC62109, EN61000, RoHS approved
① Configure the parameters via the local LCD meter, remote LCD meter, phone Apps, and PC
software.
② This function is unavailable for inverters with 48V input voltage.
③ There is no communication isolation design for inverters with 12V/24 input voltage. This
function(communication isolation design) is just for inverters with 48V input voltage.
6
2 Appearance
IP350-xx-Plus
Appearance with decorative cover is suitable for AC output of T-terminal / C-Chinese
dual socket / N-North America
Appearance without decorative cover is suitable for AC output of A-Australia /
E-European / F-French / UK-United Kingdom
IP500-xx-Plus
Appearance with decorative cover is suitable for AC output of T-terminal / C-Chinese
dual socket / N-North America
7
Appearance without decorative cover is suitable for AC output of A-Australia /
E-European / F-French / UK-United Kingdom
IP1000-xx-Plus
IP1500-xx/IP2000-2x/IP2000-4x/IP3000-42-Plus
8
IP2000-1x-Plus
IP3000-1x-Plus
IP3000-2x-Plus
9
IP3000-41/IP4000-4x/IP5000-4x-Plus
❶
DC input terminal positive
❻
RS485 communication port
❷
DC input terminal negative
❼
USB output port 5VDC/Max.1A③
❸
Cooling fan①
❽
External switch port
❹
LCD ❾ Inverter switch
❺
AC outlet②
❿
Grounding terminal
① Cooling fan
Conditions to start the cooling fan:
Heat sink temperature is higher than 45℃ or
The internal inverter temperature is higher than 45℃ or
The output power is higher than 700W
IP1500-11-Plus(T/N)
IP1500-12-Plus(T)
IP1500-21-Plus(T/N)
IP1500-22-Plus(T)
IP1500-41-Plus(T/N)
IP1500-42-Plus(T)
Heat sink temperature is higher than 45℃ or
The internal inverter temperature is higher than 45℃ or
The output power is higher than 50% of the rated power
IP350-11-Plus(T/N)
IP350-12-Plus(T/C/A/E/F/UK)
IP350-21-Plus(T/N)
IP350-22-Plus(T/C/A/E/F/UK)
IP500-11-Plus(T/N)
IP500-12-Plus(T/C/A/E/F/UK)
IP500-21-Plus(T/N)
IP500-22-Plus(T/C/A/E/F/UK)
IP1000-11-Plus(T/N)
IP1000-12-Plus(A/E/C/T)
IP1000-21-Plus(T/N)
IP1000-22-Plus(A/E/C/T)
10
IP2000-11-Plus(T)
IP2000-12-Plus(T)
IP2000-21-Plus(T)
IP2000-22-Plus(T)
IP2000-41-Plus(T)
IP2000-42-Plus(T)
IP3000-11-Plus(T)
IP3000-12-Plus(T)
IP3000-21-Plus(T)
IP3000-22-Plus(T)
IP3000-41-Plus(T)
IP3000-42-Plus(T)
IP4000-41-Plus(T)
IP4000-42-Plus(T)
IP5000-42-Plus(T)
Symbols of A/C/E/F/N/UK/T mean different AC outlets: A-Australia, C-Chinese dual-socket,
E-European, F-French, N-North America, UK-United Kingdom, and T-Terminal.
Conditions to stop the cooling fan:
Heat sink temperature is lower than 40℃ and
The internal inverter temperature is lower than 40℃ and
The output power is lower than 300W
IP1000-11-Plus(T/N)
IP1000-12-Plus(A/E/C/T)
IP1000-21-Plus(T/N)
IP1000-22-Plus(A/E/C/T)
Heat sink temperature is lower than 40℃ and
The internal inverter temperature is lower than 40℃ and
The output power is lower than 500W
IP1500-11-Plus(T/N)
IP1500-12-Plus(T)
IP1500-21-Plus(T/N)
IP1500-22-Plus(T)
IP1500-41-Plus(T/N)
IP1500-42-Plus(T)
Heat sink temperature is lower than 40℃ and
The internal inverter temperature is lower than 40℃ and
The output power is lower than 40% of the rated power
IP2000-11-Plus(T)
IP2000-12-Plus(T)
IP2000-21-Plus(T)
IP2000-22-Plus(T)
IP2000-41-Plus(T)
IP2000-42-Plus(T)
11
IP3000-11-Plus(T)
IP3000-12-Plus(T)
IP3000-21-Plus(T)
IP3000-22-Plus(T)
IP3000-41-Plus(T)
IP3000-42-Plus(T)
IP4000-41-Plus(T)
IP4000-42-Plus(T)
IP5000-42-Plus(T)
Heat sink temperature is lower than 40℃ and
The internal inverter temperature is lower than 40℃ and
The output power is lower than 30% of the rated power
IP350-11-Plus(T/N)
IP350-12-Plus(T/C/A/E/F/UK)
IP350-21-Plus(T/N)
IP350-22-Plus(T/C/A/E/F/UK)
IP500-11-Plus(T/N)
IP500-12-Plus(T/C/A/E/F/UK)
IP500-21-Plus(T/N)
IP500-22-Plus(T/C/A/E/F/UK)
Symbols of A/C/E/F/N/UK/T mean different AC outlets: A-Australia, C-Chinese dual-socket,
E-European, F-French, N-North America, UK-United Kingdom, and T-Terminal.
② AC outlet types include A-Australia, C-Chinese dual-socket, E-European, F-French, N-North
America, UK-United Kingdom, and T-Terminal. A different inverter may have a different AC
outlet.
③ USB output port is not available for inverters with 48V input voltage.
12
3 Naming rule
13
4 Connection diagram
IP350-xx-Plus (take the “Appearance with decorative cover” as an example)
IP500-xx-Plus(take the “Appearance with decorative cover” as an example)
IP1000-xx/IP1500-xx/IP2000-2x/IP2000-4x/IP3000-42-Plus
14
IP2000-1x-Plus
IP3000-1x-Plus
IP3000-2x/IP3000-41/IP4000-4x/IP5000-4x-Plus
CAUTION
It is recommended to connect the inverter DC input terminal to the battery terminal
directly. DO NOT connect it to the charge source terminal. Otherwise, the charging
voltage spikes of the charge source may cause over-voltage protection of the inverter.
15
5 Remote meter
5.1 Appearance
❶
LCD ❹ Working status indicator(Blue)
❷
UP/Setting button
❺
DOWN/Enter button
Output ON/OFF button
❸
Fault indicator(red)
❻
Fixing screws
5.2 Status display
Working status indicator
Fault indicator
Buzzer
Status
Blue ON solid
Red OFF
No beeps
Output voltage
normal
Blue slowly flashing(1/4Hz)
Red OFF
Buzzer beeps
Input under voltage
Blue fast flashing (1Hz)
Red OFF
Buzzer beeps
Input over voltage
Blue OFF
Red ON solid
Buzzer beeps
Inverter over
temperature
Heat sink over
temperature
Blue OFF
Red fast flashing
(1Hz)
Buzzer beeps
Load short circuit
Blue ON solid
Red slowly
flashing(1/4Hz)
Buzzer beeps
Overload
Blue OFF
Red OFF
Buzzer beeps
Output voltage
abnormal
16
5.3 Buttons
Click
Move up
Press for 2s
In the real-time interface, press it for 2s to enter the
setting interface.
In the setting interface, press it for 2s to enter the
parameters configuration interface.
Click
Move down
Press for 2s
Press it to turn on/off the load output (default ON) in the
real-time interface.
Confirm the settings
+
Click
In the setting interface, click them to exit the parameters
configuration interface.
Press for 2s
In the real-time interface, press them for 2s to clear the
faults.
CAUTION
The long buzzer beeps for the parameter confirming and short beeps for other button
operations.
5.4 LCD interface
Click or to browse the real-time interface.
5.5 Settings
Operation:
Step1: In the real-time interface, press for 2s to enter the setting interface.
Step2: Click or to select the parameter to be configured.
Step3: Press for 2s to enter the configuration interface of the specified parameter.
Step4: Click or to configure the parameter value.
Step5: Press for 2s to confirm the configuration.
Step6: Click + to exit the current interface.
17
Display
Parameters
Default
User define
Output voltage class①
220VAC
220VAC/ 230Vac
110VAC
110VAC/ 120VAC
Output frequency class
①
50Hz
50Hz/60Hz
LCD backlight time
30s
30s/ 60s/100s(ON solid)
Low voltage
disconnect voltage②
12V: 10.8V
24V: 21.6V
48V: 43.2V
12V: 10.5V~14.2V; step size 0.1V
24V: 21V-30.2V; step size 0.1V
48V: 42V-62.4V; step size 0.1V
Low voltage reconnect
voltage②
12V: 12.5V
24V: 25V
48V: 50V
12V: 11.5V~15.2V; step size 0.1V
24V: 22V-31.2V; step size 0.1V
48V: 43V-63.4V; step size 0.1V
Over voltage reconnect
voltage②
12V: 14.5V
24V: 29V
48V: 58V
12V: 11.5V~15.2V; step size 0.1V
24V: 22V-31.2V; step size 0.1V
48V: 43V-63.4V; step size 0.1V
Over voltage
disconnect voltage②
12V: 16V
24V: 32V
48V: 64V
12V: 12.5V~16.2V; step size 0.1V
24V: 23V-32.2V; step size 0.1V
48V: 44V-64.4V; step size 0.1V
① After configuring the parameters marked with ①, the inverter will restart automatically. It will
resume work according to the new parameter value.
② For the parameter user defines, please refer to the input voltage rules in Chapter 7 Protections.
Otherwise, the parameter setting will not succeed.
5.6 Error code
Error code
Faults
Buzzer
Inverter over temperature
Heat sink over temperature
Five beeps
Input over voltage
Input low voltage
Output short circuit
Output overload
Output voltage abnormal
18
6 Installation
6.1 Attentions
Read all the installation instructions carefully in the manual before installation.
Be very careful when installing the batteries. When installing the open-type lead-acid battery, please
wear eye protection and rinse with clean water in time for battery acid contact.
Keep the battery away from any metal objects, which may cause a short circuit of the battery.
Loose power 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 secure cables with
clamps to prevent them from swaying while moving the inverter.
The DC input voltage must strictly be following the parameter table. Too high or too low DC input
voltage will affect the inverter's normal operation and damage it. The surge voltage shall be less
than 20V@12V system, less than 40V@24V system, and less than 80V@48V.
Select the connection cables according to the current density of 3.5A/mm2 or less.
Avoid direct sunlight and rain infiltration when installing it outdoor.
After turn off the power switch, do not open or touch the internal component immediately. Related
operations are performed after 10 minutes.
Do not install the inverter in a harsh environment such as humid, greasy, flammable, explosive, or
dust accumulation.
The AC output is of high voltage, do not touch the wiring connection to avoid electric shock.
To prevent injury, do not touch the fan while it is working.
6.2 Wire size and circuit breaker
The wiring and installation methods must conform to the national and local electrical code requirements.
Wire, terminals, and circuit breaker selection for battery
Models
Battery wire size
Ring
terminal
Circuit breaker
IP350-11-Plus(T/N)
6mm²/10AWG
RNB5.5-6
DC/2P-40A
IP350-12-Plus(T/C/A/E/F/UK)
6mm²/10AWG
RNB5.5-6
DC/2P-40A
IP350-21-Plus(T/N)
2.5mm²/13AWG
RNB3.5-6
DC/2P-32A
IP350-22-Plus(T/C/A/E/F/UK)
2.5mm²/13AWG
RNB3.5-6
DC/2P-32A
IP500-11-Plus(T/N)
10mm²/7AWG
RNB8-6S
DC/2P—63A
IP500-12-Plus(T/C/A/E/F/UK)
10mm²/7AWG
RNB8-6S
DC/2P—63A
IP500-21-Plus(T/N)
6mm²/10AWG
RNB5.5-6
DC/2P-32A
IP500-22-Plus(T/C/A/E/F/UK)
6mm²/10AWG
RNB5.5-6
DC/2P-32A
19
IP1000-11-Plus(T/N)
25mm2/3AWG
RNB38-6
DC/2P-125A
IP1000-12-Plus(A/E/C/T)
25mm2/3AWG
RNB38-6
DC/2P-125A
IP1000-21-Plus(T/N)
16mm2/5AWG
RNB14-6S
DC/2P-63A
IP1000-22-Plus(A/E/C/T)
16mm2/5AWG
RNB14-6S
DC/2P-63A
IP1500-11-Plus(T/N)
25mm2/3AWG*2
RNB60-6
DC-100A(2P in parallel)
IP1500-12-Plus(T)
25mm2/3AWG*2
RNB60-6
DC-100A(2P in parallel)
IP1500-21-Plus(T/N)
16mm2/5AWG
RNB14-6S
DC/2P-125A
IP1500-22-Plus(T)
16mm2/5AWG
RNB14-6S
DC/2P-125A
IP1500-41-Plus(T/N)
10mm2/7AWG
RNB14-6S
DC/2P-63A
IP1500-42-Plus(T)
10mm2/7AWG
RNB14-6S
DC/2P-63A
IP2000-11-Plus(T)
35mm2/2AWG *2
RNB70-10
DC-125A(2P in parallel)
IP2000-12-Plus(T)
35mm2/2AWG *2
RNB70-10
DC-125A(2P in parallel)
IP2000-21-Plus(T)
35mm2/2AWG
RNB38-6
DC/2P-125A
IP2000-22-Plus(T)
35mm2/2AWG
RNB38-6
DC/2P-125A
IP2000-41-Plus(T)
16mm2/5AWG
RNB14-6S
DC/2P-63A
IP2000-42-Plus(T)
16mm2/5AWG
RNB14-6S
DC/2P-63A
IP3000-11-Plus(T)
25mm2/3AWG*4
RNB80-10
DC-125A(3P in parallel)
IP3000-12-Plus(T)
25mm2/3AWG*4
RNB80-10
DC-125A(3P in parallel)
IP3000-21-Plus(T)
25mm2/3AWG*2
RNB60-6
DC-100A(2P in parallel)
IP3000-22-Plus(T)
25mm2/3AWG*2
RNB60-6
DC-100A(2P in parallel)
IP3000-41-Plus(T)
25mm2/3AWG
RNB22-6S
DC/2P-125A
IP3000-42-Plus(T)
25mm2/3AWG
RNB22-6S
DC/2P-125A
IP4000-41-Plus(T)
35mm2/2AWG
RNB38-6
DC/2P-125A
IP4000-42-Plus(T)
35mm2/2AWG
RNB38-6
DC/2P-125A
IP5000-42-Plus(T)
25mm2/3AWG*2
RNB60-6
DC-100A(2P in parallel)
IMPORTANT
The above wire size and circuit breaker size are for reference only; please choose a
suitable wire and circuit breaker according to the actual situation.
Wire and circuit breaker selection for AC output
Models
Wire size
Circuit breaker
IP350-11-Plus(T/N)
1mm²/18AWG
AC/2P—6A
IP350-12-Plus(T/C/A/E/F/UK)
1mm²/18AWG
AC/2P—6A
IP350-21-Plus(T/N)
1mm²/18AWG
AC/2P—6A
IP350-22-Plus(T/C/A/E/F/UK)
1mm²/18AWG
AC/2P—6A
IP500-11-Plus(T/N)
1mm²/18AWG
AC/2P—10A
IP500-12-Plus(T/C/A/E/F/UK)
0.5mm²/20AWG
AC/2P—10A
20
IP500-21-Plus(T/N)
1mm²/18AWG
AC/2P—10A
IP500-22-Plus(T/C/A/E/F/UK)
0.5mm²/20AWG
AC/2P—10A
IP1000-11-Plus(T/N)
2.5mm²/13AWG
AC/2P-16A
IP1000-12-Plus(A/E/C/T)
1.5mm2/15AWG
AC/2P-10A
IP1000-21-Plus(T/N)
2.5mm²/13AWG
AC/2P-16A
IP1000-22-Plus(A/E/C/T)
1.5mm2/15AWG
AC/2P-10A
IP1500-11-Plus(T/N)
4mm2/11AWG
AC/2P-25A
IP1500-12-Plus(T)
1.5mm2/15AWG
AC/2P-10A
IP1500-21-Plus(T/N)
4mm2/11AWG
AC/2P-25A
IP1500-22-Plus(T)
1.5mm2/15AWG
AC/2P-10A
IP1500-41-Plus(T/N)
4mm2/11AWG
AC/2P-25A
IP1500-42-Plus(T)
1.5mm2/15AWG
AC/2P-10A
IP2000-11-Plus(T)
4mm2/11AWG
AC/2P-32A
IP2000-12-Plus(T)
2.5mm²/13AWG
AC/2P-16A
IP2000-21-Plus(T)
4mm2/11AWG
AC/2P-32A
IP2000-22-Plus(T)
2.5mm²/13AWG
AC/2P-16A
IP2000-41-Plus(T)
4mm2/11AWG
AC/2P-32A
IP2000-42-Plus(T)
2.5mm²/13AWG
AC/2P-16A
IP3000-11-Plus(T)
6mm2/10AWG
AC/2P-50A
IP3000-12-Plus(T)
4mm2/11AWG
AC/2P-25A
IP3000-21-Plus(T)
6mm2/10AWG
AC/2P-50A
IP3000-22-Plus(T)
4mm2/11AWG
AC/2P-25A
IP3000-41-Plus(T)
6mm2/10AWG
AC/2P-50A
IP3000-42-Plus(T)
4mm2/11AWG
AC/2P-25A
IP4000-41-Plus(T)
6mm2/10AWG
AC/2P-63A
IP4000-42-Plus(T)
4mm2/11AWG
AC/2P-32A
IP5000-42-Plus(T)
4mm2/11AWG
AC/2P-40A
IMPORTANT
The above wire size and circuit breaker size are for reference only; please
choose a suitable wire and circuit breaker according to the actual situation.
The wire size is only for reference. Suppose there is a long distance between the
inverter and the battery. In that case, larger wires shall be used to reduce the
voltage drop and improve system performance.
6.3 Mounting
Installation procedures:
Step1: Professional personnel reads this manual carefully.
21
Step 2: Determine the installation location and heat-dissipation space
To ensure natural thermal convection, you should install the inverter in a place with sufficient airflow and a
minimum clearance of 150mm from the inverter's upper and lower edges.
CAUTION
Ventilation is highly recommended if mounted in an enclosure.
IP350-xx-Plus (take the “Appearance with decorative cover” as an example)
IP500-xx-Plus (take the “Appearance with decorative cover” as an example)
IP1000-xx/IP1500-xx/IP2000-2x/IP2000-4x/IP3000-42-Plus
IP2000-1x-Plus
22
IP3000-1x-Plus
IP3000-2x/IP3000-41/IP4000-4x/IP5000-4x-Plus
Step3: Wiring
WARNING
The AC loads shall be determined by the continuous output power of the inverter. The
AC load's surge power must be lower than the instantaneous surge power of the
inverter, or the inverter will be damaged.
CAUTION
Set the inverter switch to OFF status before wiring.
During wiring, do not close the circuit breaker or fuse. Ensure the poles' leads are
polarity correctly.
A fuse whose current is 2 to 2.5 times the inverter's rated current must be installed
on the battery end. Distance between them is not more than 150mm.
The positions of the terminals and ports on the side vary from inverter models.
Wiring sequence (The following wiring sequence is illustrated in the appearance "IP2000-2x-Plus",
wiring positions of other inverters. Please refer to chapter 2 Appearance for reference.)
❶ Ground line
23
❷ Battery
❸ AC loads
1) Definition of the AC output terminal
It is recommended to use a multi-stranded wire with a wire diameter of not more than 4mm2.
Add solder to the connection point when selecting the multi-stranded wire and directly insert it
into the corresponding port.
Stop the inverter before removing the wiring. Then, insert a sharp tool into the small hole (on
the top of the port) and pull out the wiring forcefully.
24
2) Connect the AC load
❹ Optional accessories
1) RS485 communication port
RJ45 Pin Definition:
Pin
Definition
Pin
Definition
1
5VDC
5
RS-485-A
2
5VDC
6
RS-485-A
3
RS-485-B
7
GND
4
RS-485-B
8
GND
2) Connect optional accessories
25
❺ USB port (USB port is not available for inverters with 48V input voltage.)
Step 4：Power on the inverter
⑴ Switch on the breaker at the inverter input terminal or the fuse at the battery end.
⑵ Turn on the inverter switch; the blue indicator will be lighted on, indicating a normal AC output.
⑶ Turn on the AC loads one by one and check the inverter's running status and the loads.
CAUTION
When supplying power for different loads, turning on the load with a large impulse
current is recommended. And then turn on the load with a smaller impulse current
after the load output is stable.
⑷ If the fault indicator flashes red and the buzzer alarms after powering the inverter, please
immediately turn off the load and the inverter. Clear the faults according to Chapter 8
Troubleshooting.
26
6.4 Rotate the LCD
⑴ Remove the screws of the LCD unit with a screwdriver, and rotate it 180°.
⑵ Secure the screws of the LCD unit to the inverter.
27
7 Protections
1) Input reverse polarity protection
When the DC input terminal's polarity is reversed, the indicator will not light up after power on. The
buzzer will not sound, and the inverter will not work. The inverter will start to work normally after
correcting the error wiring.
2) Input voltage protection
The following rules must be followed when modifying the battery's input voltage parameters:
A. Over voltage limiting voltage (16.2/32.2/64.4V) ≥ Over voltage disconnect voltage ≥ Over
voltage reconnect voltage +1V.
B. Over voltage reconnect voltage ≥ Low voltage reconnect voltage.
C. Low voltage reconnect voltage ≥ Low voltage disconnect voltage +1V.
D. Low voltage disconnect voltage ≥ Low voltage limiting voltage (10.5/21/42V).
Detail status is shown as the following when the input voltage protection occurs.
Input voltage protection
Status
Over voltage protection
The output is switched OFF.
The blue indicator fast flashes.
Buzzer beeps.
LCD displays the .
Over voltage reconnect
The blue indicator is ON solid.
The output voltage is normal.
Low voltage protection
The output is switched OFF.
The blue indicator slowly flashes.
Buzzer beeps.
LCD displays the .
Low voltage reconnect
The blue indicator is ON solid.
The output voltage is normal.
IMPORTANT
The inverter has over voltage protection. Still, the surge voltage shall be less than
20V@12V system, less than 40V@24V system, and less than 80V@48V.
Otherwise, the inverter may be damaged.
3) Overload protection
IP350-11-Plus
IP350-12-Plus
IP350-21-Plus
IP350-22-Plus
S=1.2Pe
(S: Output power; Pe: Rated power)
The output is switched OFF
after 1 minute.
Buzzer beeps.
The red indicator slowly
28
IP500-11-Plus
IP500-12-Plus
IP500-21-Plus
IP500-22-Plus
IP1000-11-Plus
IP1000-12-Plus
IP1000-21-Plus
IP1000-22-Plus
IP1500-11-Plus
IP1500-12-Plus
IP1500-21-Plus
IP1500-22-Plus
IP1500-41-Plus
IP1500-42-Plus
IP2000-11-Plus
IP2000-12-Plus
IP2000-21-Plus
IP2000-22-Plus
IP2000-41-Plus
IP2000-42-Plus
IP3000-21-Plus
IP3000-22-Plus
IP3000-41-Plus
IP3000-42-Plus
flashes.
LCD displays the .
S=1.5P
e
(S: Output power; Pe: Rated power)
The output is switched OFF
after 30 seconds.
Buzzer beeps.
The red indicator slowly
flashes.
LCD displays the .
S=1.8P
e
(S: Output power; Pe: Rated power)
The output is switched OFF
after 10 seconds.
Buzzer beeps.
The red indicator slowly
flashes.
LCD displays the .
S＞2Pe(Rated input voltage)
(S: Output power; Pe: Rated power)
The output is switched OFF
after 5 seconds.
Buzzer beeps.
The red indicator slowly
flashes.
LCD displays the .
CAUTION
When the overload protection happens, the AC output is recovered automatically
three times (recover after 5s, 10s, 15s separately). After the recovery attempt failed
three times, you need to restart the inverter to recover the AC output.
When the overload protection happens on IP2000-11-Plus or IP3000-21-Plus, the AC output is
shut down directly and cannot be recovered automatically.
IP3000-11-Plus
IP3000-12-Plus
IP4000-41-Plus
IP4000-42-Plus
S=1.2Pe
(S: Output power; Pe: Rated power)
The output is switched OFF after 1
minute.
Buzzer beeps.
The red indicator slowly flashes.
LCD displays the .
S=1.7P
e
(S: Output power; Pe: Rated power)
The output is switched OFF after 10
seconds.
Buzzer beeps.
The red indicator slowly flashes.
LCD displays the .
29
S＞1.7Pe(Rated input voltage)
(S: Output power; Pe: Rated power)
The output is switched OFF after 5
seconds.
Buzzer beeps.
The red indicator slowly flashes.
LCD displays the .
IP5000-42-Plus
S=1.2Pe
(S: Output power; Pe: Rated power)
The output is switched OFF after 1
minute.
Buzzer beeps.
The red indicator slowly flashes.
LCD displays the .
S=1.4P
e
(S: Output power; Pe: Rated power)
The output is switched OFF after 10
seconds.
Buzzer beeps.
The red indicator slowly flashes.
LCD displays the .
S＞1.4Pe(Rated input voltage)
(S: Output power; Pe: Rated power)
The output is switched OFF after 5
seconds.
Buzzer beeps.
The red indicator slowly flashes.
LCD displays the .
CAUTION
When the overload protection happens, the AC output cannot recover automatically.
The AC output is shut down according to the multiple of the overload. Recover the
AC output after clearing the overload faults and restarting the inverter.
4) Output short circuit protection
Faults
Instruction
The output is switched OFF
immediately.
Buzzer beeps.
Red indicators fast flashes.
LCD displays the .
Note: The AC output is recovered automatically three
times(recover after 5s, 10s, 15s separately). After the recovery
attempt failed three times, you need to restart the inverter to
recover the AC output.
5) Inverter over temperature protection
Faults
Instruction
LCD displays the .
The inverter stops working.
The inverter stops working after the heat sink's temperature, or
the internal modules' temperature exceeds a set value.
The inverter resumes work.
The inverter works after the temperature of the heat sink or the
internal modules' temperature is lower than a set value.
30
8 Troubleshooting
WARNING
A high voltage will occur inside the inverter. DO NOT try to repair or maintain the
inverter by yourself; it may cause an electric shock.
LCD
Faults
Reasons
Troubleshooting
Blue indicator
slowly flashes.
Buzzer beeps.
The DC input
voltage is too
low.
Check whether the DC input voltage is
lower than10.8/21.6/43.2V by a
multimeter.
The inverter will resume work after
adjusting the input voltage.
Blue indicator fast
flashes.
Buzzer beeps.
The DC input
voltage is too
high.
Check whether the DC input voltage is
higher than16/32/64V by a multimeter.
The inverter will resume work after
adjusting the input voltage
Red indicator
slowly flashes.
Buzzer beeps.
Overload
Reduce the number of AC loads, and
restart the inverter.
Red indicators fast
flashes.
Buzzer beeps.
Output short
circuit
Check the loads' connection carefully.
Clear the short circuit faults and restart
the inverter.
Red indicators are
ON solid.
Buzzer beeps.
Inverter over
temperature
Improve the ventilation situation and cool
the surroundings' temperature to restart
the inverter after the temperature drops.
If the fault cannot be cleared after
performing the above operations,
decline the rated power for usage.
31
9 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 heat sink.
Check all the naked wires to ensure the 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 the LED or LCD is consistent with the actual operation. Pay attention to any
troubleshooting or error indications. Take corrective action if necessary.
Check all the terminals for signs of corrosion, insulation damage, high temperature, or
burning/discoloration, and tighten the terminal screws.
Clear up dirt, nesting insects, and corrosion in time.
Check and confirm that the lightning arrester is in good condition. Replace a new one in time to
avoid damaging the inverter 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.
32
10 Specifications
The tags ① / ② in the specification tables are explained as follows.
① It is measured in the condition of continuous output power and rated input voltage.
② It means the max. output efficiency when the inverter is connected with different loads under the rated input voltage.
Parameters
IP350-11-Plus
IP350-21-Plus
IP500-11-Plus
IP500-21-Plus
Continuous output power
350W@35℃@ Rated input voltage
500W@35℃@35℃@ Rated input voltage
Surge power
700W@5S
1000W@5S
Surge current when power on
< 30A
< 50A
Output voltage
110VAC (±3%); 120VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 3% (Resistive load)
THD ≤ 4% (Resistive load)
Load power factor
0.2 ~ 1 (Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
12VDC
24VDC
Input voltage range
10.8 ~ 16.0VDC
21.6 ~ 32VDC
10.8 ~ 16.0VDC
21.6 ~ 32VDC
Rated output efficiency①
> 87.0%
> 90.0%
> 87.5%
> 90.0%
Max. output efficiency②
> 89.0% (40% loads)
> 90.5% (40% loads)
> 90.0% (40% loads)
> 91.0% (40% loads)
Idle current
< 0.2A
< 0.15A
< 0.10A
No-load current
< 0.8A
< 0.4A
< 0.8A
< 0.5A
USB output
5VDC/Max.1A
RS485 com. port
5VDC/200mA
Mechanical parameters
Input terminal
M6
M6
33
Dimension (L×W×H)
229 × 160 × 73mm
286 × 163.5 × 78mm
Mounting size
205 × 75mm
262 × 75mm
Mounting hole size
Φ5mm
Φ5mm
Net Weight
1.5Kg
2.3kg
Parameters
IP1000-11-Plus
IP1000-21-Plus
IP1500-11-Plus
IP1500-21-Plus
IP1500-41-Plus
Continuous output power
1000W@35℃@ Rated input voltage
1500W@35℃@ Rated input voltage
Surge power
2000W@5S
3000W@5S
Surge current when power on
< 100A
< 100A
< 50A
Output voltage
110VAC (±3%); 120VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 4% (Resistive load)
THD ≤ 3% (Resistive load)
THD ≤ 4% (Resistive load)
Load power factor
0.2~1(Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
12VDC
24VDC
48VDC
Input voltage range
10.8~16.0VDC
21.6~32.0VDC
10.8~16.0VDC
21.6~32.0VDC
43.2~64.0VDC
Rated output efficiency①
> 87.0%
> 90.0%
> 88.0%
> 88.0%
> 90.0%
Max. output efficiency②
> 92.0%
(40% loads)
> 92.5%
(30% loads)
> 93.0%
(30% loads)
> 92.5%
(30% loads)
> 92.0%
(30% loads)
Idle current
< 0.2A
< 0.15A
< 0.2A
< 0.15A
< 0.1A
No-load current
< 0.8A
< 0.6A
< 1.0A
< 0.9A
< 0.5A
USB output
5VDC/Max.1A
5VDC/Max.1A
---
RS485 com. port
5VDC/200mA
Mechanical parameters
Input terminal
M6
M6
Dimension (L×W×H)
371 × 231.5 × 123mm
387 × 231.5 × 123mm
34
Mounting size
345 × 145mm
361 × 145mm
Mounting hole size
Φ6mm
Φ6mm
Net Weight
5kg
6kg
Parameters
IP2000-11-Plus
IP2000-21-Plus
IP2000-41-Plus
Continuous output power
2000W@35℃@ Rated input voltage
Surge power
4000W@5S
Surge current when power on
< 100A
< 100A
< 50A
Output voltage
110VAC (±3%); 120VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 5% (Resistive load)
THD ≤ 4% (Resistive load)
THD ≤ 4% (Resistive load)
Load power factor
0.2 ~ 1 (Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
48VDC
Input voltage range
10.8 ~ 16.0VDC
21.6 ~ 32.0VDC
43.2 ~ 64.0VDC
Rated output efficiency①
> 85.0%
> 88.0%
> 88.0%
Max. output efficiency②
> 92.0% (30% loads)
> 92.0% (30% loads)
> 93.0% (30% loads)
Idle current
< 0.2A
< 0.15A
< 0.1A
No-load current
< 1.2A
< 0.9A
< 0.5A
USB output
5VDC/Max.1A
5VDC/ Max.1A
---
RS485 com. port
5VDC/ 200mA
Mechanical parameters
Input terminal
M10
M6
M6
Dimension (L×W×H)
420 × 231.5 × 123mm
421 × 231.5 × 123mm
421 × 231.5 × 123mm
Mounting size
395 × 145mm
395 × 145mm
395 × 145mm
Mounting hole size
Φ6mm
Φ6mm
Φ6mm
35
Net Weight
8kg
6.5kg
6.5kg
Parameters
IP3000-11-Plus
IP3000-21-Plus
IP3000-41-Plus
IP4000-41-Plus
Continuous output power
3000W@35℃@Rated input voltage
4000W@35℃@Rated
input voltage
Surge power
4800W@5S
6000W@5S
6000W@5S
8000W@5S
Surge current when power on
< 100A
< 100A
< 65A
< 65A
Output voltage
110VAC (±3%); 120VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 4% (Resistive load)
THD ≤ 5% (Resistive load)
THD ≤ 4% (Resistive load)
THD ≤ 4% (Resistive load)
Load power factor
0.2 ~ 1 (Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
48VDC
48VDC
Input voltage range
10.8 ~ 16.0VDC
21.6 ~ 32.0VDC
43.2 ~ 64.0VDC
43.2 ~ 64VDC
Rated output efficiency①
> 85.0%
> 87.0%
> 89.5%
> 88.0%
Max. output efficiency②
> 93.0% (30% loads)
> 91.5% (30% loads)
> 93.5% (30% loads)
> 93.0% (30% loads)
Idle current
< 0.2A
< 0.15A
< 0.1A
< 0.1A
No-load current
< 1.6A
< 1A
< 0.4A
< 0.6A
USB output
5VDC/Max.1A
5VDC/Max.1A
---
---
RS485 com. port
5VDC/ 200mA
Mechanical parameters
Input terminal
M10
M6
M6
M6
Dimension (L×W×H)
550 × 274 × 148mm
521 × 274 × 148mm
516 x 231.5 x 123mm
521 × 274 × 148mm
Mounting size
525 × 145mm
495 × 145mm
490 x 145mm
495 × 145mm
Mounting hole size
Φ6mm
Φ6mm
Φ6mm
Φ6mm
Net Weight
13kg
8kg
8kg
12kg
36
Parameters
IP350-12-Plus
IP350-22-Plus
IP500-12-Plus
IP500-22-Plus
Continuous output power
350W@35℃@ Rated input voltage
500W@35℃@ Rated input voltage
Surge power
700W@5S
1000W@5S
Surge current when power on
< 30A
< 50A
Output voltage
220VAC (±3%); 230VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 3% (Resistive load)
Load power factor
0.2 ~ 1 (Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
12VDC
24VDC
Input voltage range
10.8 ~ 16.0VDC
21.6 ~ 32VDC
10.8 ~ 16.0VDC
21.6 ~ 32VDC
Rated output efficiency①
> 89.0%
> 90.0%
> 89.5%
> 91.5%
Max. output efficiency②
> 93.0% (40% loads)
> 91.5% (40% loads)
> 91.0% (40% loads)
> 92.0% (40% loads)
Idle current
< 0.2A
< 0.15A
< 0.10A
No-load current
< 0.9A
< 0.7A
< 0.9A
< 0.6A
USB output
5VDC/Max.1A
RS485 com. port
5VDC/200mA
Mechanical parameters
Input terminal
M6
M6
Dimension (L×W×H)
229 × 160 × 73mm
286 × 163.5 × 78mm
Mounting size
205 × 75mm
262 × 75mm
Mounting hole size
Φ5mm
Φ5mm
Net Weight
1.5Kg
2.3kg
37
Parameters
IP1000-12-Plus
IP1000-22-Plus
IP1500-12-Plus
IP1500-22-Plus
IP1500-42-Plus
Continuous output power
1000W@35℃@ Rated input voltage
1500W@35℃@ Rated input voltage
Surge power
2000W@5S
3000W@5S
Surge current when power on
< 100A
< 100A
< 50A
Output voltage
220VAC (±3%); 230VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 3% (Resistive load)
Load power factor
0.2 ~ 1 (Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
12VDC
24VDC
48VDC
Input voltage range
10.8 ~ 16.0VDC
21.6 ~ 32.0VDC
10.8 ~ 16.0VDC
21.6 ~ 32.0VDC
43.2 ~ 64.0VDC
Rated output efficiency①
> 89.0%
> 90.0%
> 89.0%
> 90.0%
> 92.5%
Max. output efficiency②
> 93.0% (40% loads)
> 93.0% (30% loads)
> 93.0% (30% loads)
> 93.5% (30% loads)
> 94.0% (30% loads)
Idle current
< 0.2A
< 0.15A
< 0.2A
< 0.15A
< 0.1A
No-load current
< 1.1A
< 0.9A
< 1.2A
< 0.9A
< 0.5A
USB output
5VDC/Max.1A
5VDC/Max.1A
---
RS485 com. port
5VDC/200mA
Mechanical parameters
Input terminal
M6
M6
Dimension (L×W×H)
371 × 231.5 × 123mm
387 × 231.5 × 123mm
Mounting size
345 × 145mm
361 × 145mm
Mounting hole size
Φ6mm
Φ6mm
Net Weight
5kg
6kg
38
Parameters
IP2000-12-Plus
IP2000-22-Plus
IP2000-42-Plus
Continuous output power
2000W@35℃@ Rated input voltage
Surge power
4000W@5S
Surge current when power on
< 100A
< 100A
< 50A
Output voltage
220VAC (±3%); 230VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 3% (Resistive load)
Load power factor
0.2 ~ 1 (Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
48VDC
Input voltage range
10.8 ~ 16.0VDC
21.6 ~ 32.0VDC
43.2 ~ 64.0VDC
Rated output efficiency①
> 88.0%
> 91.0%
> 92.5%
Max. output efficiency②
> 94.0% (30% loads)
> 93.0% (30% loads)
> 94.5% (30% loads)
Idle current
< 0.2A
< 0.15A
< 0.1A
No-load current
< 1.2A
< 1.0A
< 0.5A
USB output
5VDC/Max.1A
5VDC/ Max.1A
---
RS485 com. port
5VDC/ 200mA
Mechanical parameters
Input terminal
M10
M6
M6
Dimension (L×W×H)
420 × 231.5 × 123mm
421 × 231.5 × 123mm
421 × 231.5 × 123mm
Mounting size
395 × 145mm
395 × 145mm
395 × 145mm
Mounting hole size
Φ6mm
Φ6mm
Φ6mm
Net Weight
8kg
6.5kg
6.5kg
39
Parameters
IP3000-12-Plus
IP3000-22-Plus
IP3000-42-Plus
IP4000-42-Plus
IP5000-42-Plus
Continuous output power
3000W@35℃@Rated input voltage
4000W@35℃@Rated
input voltage
5000W@35℃@Rated
input voltage
Surge power
6000W@5S
8000W@5S
8000W@5S
Surge current when power
on
< 100A
< 100A
< 65A
< 65A
< 65A
Output voltage
220VAC (±3%); 230VAC (-7%~+3%)
Output frequency
50/60Hz ± 0.2%
Output wave
Pure Sine Wave
Output distortion THD
THD ≤ 3% (Resistive load)
Load power factor
0.2 ~ 1 (Load power ≤ Continuous output power)
Rated input voltage
12VDC
24VDC
48VDC
48VDC
48VDC
Input voltage range
10.8 ~ 16.0VDC
21.6 ~ 32.0VDC
43.2 ~ 64.0VDC
43.2 ~ 64VDC
43.2 ~ 64.0VDC
Rated output efficiency①
> 87.0%
> 90.0%
> 92.5%
> 91.0%
> 91.0%
Max. output efficiency②
> 94.0%
(30% loads)
> 94.0%
(30% loads)
> 94.5%
(30% loads)
> 94.0%
(30% loads)
> 94.0%
(30% loads)
Idle current
< 0.2A
< 0.15A
< 0.1A
< 0.1A
< 0.1A
No-load current
< 1.6A
< 1.0A
< 0.5A
< 0.6A
< 0.8A
USB output
5VDC/Max.1A
5VDC/Max.1A
---
---
---
RS485 com. port
5VDC/ 200mA
Mechanical parameters
Input terminal
M10
M6
M6
M6
M6
Dimension (L×W×H)
557 × 231.5 × 123mm
521 × 274 × 148mm
491 × 231.5 × 123mm
516 × 231.5 × 123mm
531 × 231.5 × 123mm
Mounting size
532 × 145mm
495 × 145mm
465 × 145mm
490 × 145mm
505 × 145mm
Mounting hole size
Φ6mm
Φ6mm
Φ6mm
Φ6mm
Φ6mm
Net Weight
10.5kg
8kg
7kg
8kg
9kg
40
Environment parameters
Environment temperature
-20℃ ~ +60℃ (Refer to the Derating Curve)
Storage temperature
-35℃ ~ +70℃
Relative humidity
< 95% (N.C.)
Enclosure
IP20
Altitude
< 5000m (If the altitude exceeds 1000 meters, the rated power will be reduced according to IEC62040.)
41
Appendix 1 Disclaimers
The warranty does not apply to the following conditions:
Damage is caused by improper use or an inappropriate environment.
Load current/voltage/power exceeds the limit value of the inverter.
Damage caused by working temperature exceeds the rated range.
Arc, fire, explosion, and other accidents are caused by failure to follow the inverter stickers or
manual instructions.
Disassemble and repair the inverter without authorization.
Damage is caused by force majeure.
Damage occurred during transportation or handling.
Any changes without prior notice! Version number: V2.2
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
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