Commodore HPD1500LB User manual

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Solar Pumping Inverter
USER MANUAL
Version Date Producer
v5.28.20 28/08/2023 Commodore
To ensure your personal and property safety, please read the manual carefully
before use the solar pumping inverter and operate in compliance with instructions.

SOLAR PUMPING INVERTER I USER MANUAL
Safety Definition.................................................................................................................
Instructions&Diagrams...................................................................................................
Diagram...................................................................................................................................................................................................................................
2022 HPD 2200L & 3700 Diagram..........................................................................................................................................................................
LCD Display Diagram......................................................................................................................................................................................................
2022 HPD 200L & 3700 LCD Display Diagram................................................................................................................................................
System Settings..................................................................................................................
Hybrid Function Guide.....................................................................................................
Hybrid Function..................................................................................................................................................................................................................
Troubleshooting guide of Solar Pumping Inverter.........................................................................................................................................
Installation...........................................................................................................................
04
08
10
14
16
18
24
30
32
34
36
Contents

04
SAFTEY DEFINITION

SOLAR PUMPING INVERTER I USER MANUAL
SAFETY
DEFINITION

06
SAFTEY DEFINITION
06
Storage Conditions:
Danger: Serious injuries or even death are potential consequences as a result of unsafe operation.
Specifications Conditions
Temperature -20 °C to +60 °C 5% to 90%, no condensation
Store in dry, dust-free conditions. Do not store in the conditions with corrosive gas or liquid.
SAFETY DEFINITION
Installation:
Danger
Do not connect a breaker between the inverter AC output and the pump.
Wiring by qualified personal only.
All wires to the device must be wrapped with electrical tapes for safety.
Forbidden installation location: direct sunlight, thick dust, corrosive gas or oil fumes, flammable gas, liquid.
Attention
To ensure ecient convection cooling eect, the device must be installed Vertically
The installation height of the device should be over 1.1m. Please set up the risk identification beside the device.
The ambient temperature -20 -+60. If Over 45 °C, please make sure the unit is well ventilated and the inverter
backplate is covered to ensure air can escape through the fan output at the top of the inverter.
Relative humidity 15%-+95%RH
The device used to control the three-phase AC asynchronous Pump, Resistor Heater, Aerator and Fan.
Attention
If the output flow is small, please exchange the any two of the U, V or W wires.
The environmental temperature influences the durability and reliability of the device directly, please make sure the
conditions meet the above requirements to extend the device service life.

SOLAR PUMPING INVERTER I USER MANUAL
07
Maintenance:
Naming Rules:
B: H/L: 2200: HPD/H:
HPD/H: Manufacturer Product Code: Solar Pumping Inverter
2200: Rated Power of Inverter 2200W
H/L: AC Output Voltage. H: 380/400/440V L: 220/240V
B: Build In Booster
L: Only Solar Power
H: Hybrid AC/Battery/Solar Power
Danger
Under any conditions, without professional guidance, do not disassemble the device or touch the internal parts.
Do not conduct any maintenance when the device is Power-On

SOLAR PUMPING INVERTER I USER MANUAL
INSTRUCTIONS
& DIAGRAMS

10
INSTRUCTIONS & DIAGRAMS
10
DIAGRAMS
*Front Diagram
1
2
4 3 85 9
10
7
6
*Bottom Diagram

SOLAR PUMPING INVERTER I USER MANUAL
11
*Back Diagram
11
12

12
INSTRUCTIONS & DIAGRAMS
12
Number Description Parameters
1 LCD Screen Display with Cover 128*64pc
16*4 Characters
2 Keyboard Esc, Up, Down, Enter
3 AC Output
Four Lines ( 3Phase and Ground
Line )
Red/Yellow/Blue/Yellow_Green
Colour IP65
4 AC/Battery Input
Four Line ( 3Phase and Ground Line
) Red/Yellow/Blue/Yellow_Green
Colour IP65
5 DC Input Negative and Positive MC4 /IP68
6 Fan for Wind Cooling IP68
7 Communication RS485 /RS232
IP65
8Well /Borehole Sensor IP65
9 Tank Sensor IP65
10 Power On/ O Control Inverter Startup: The LED On Stop:
The LED O IP65
11 The Hole for Installation 8-10mm
12 The slide plate to keep cooling air
be Vertically

SOLAR PUMPING INVERTER I USER MANUAL
13
Example:
Total Height (H) of a Well is 100m, water depth is 90m.
H3: Bottom of well to the pump inlet is 10m.
H2: 40m.
H1: 40m.
AC Input/Output
Do not connect a breaker between inverter AC output connector with pump.
AC Output to 3 Phase Pump Connection:
Red Colour Yellow Colour Blue Colour Yellow_Green
Pump-U Phase Pump-V Phase Pump-W Phase Ground
Note: If the pump water flow is minimal, please try to change any 2 wire of 3 phase to
change the forward or reverse running direction.
AC Output to Single Phase Pump Connection:
Please refer to the 17-19.
AC Input connection:
AC Input to Solar Pumping Inverter
Red Colour Yellow Colour Blue Colour Yellow_Green
AC-U Phase AC-V Phase AC-W Phase Ground

14
INSTRUCTIONS & DIAGRAMS
14
*2022 HPD 2200L & 3700
*Front Diagram
4
31
2

SOLAR PUMPING INVERTER I USER MANUAL
15
Number Description Parameters
1 Keyboard Esc, Up, Down, On/O
2 LCD Screen Display with Cover 12*64px
16*4 Characters
3 LED Indicator Light
Power, Run/Stop, Error
Note: Run/Stop LED Indicator Light
Flashing: Inverter is working on
O: Inverter stop by On/ button
On: Inverter shutdown for the other
reasons
4 Mounting holes 4 screws
5 AC Input 1 Phase Input: L+N+ Ground
3 Phase Input: R+S+T+ Ground
6 Solar Input Positive(+) and Negative(-)
7 AC Output U+V+W
8 Communication RS232
9 Well/Borehole Sensor 2 Pins
10 Tank Sensor 3 Pins
11 Socket for motherboard Connect to motherboard
12 Socket for Display board Connect to Display board
AC Input/Output
Do not connect the breaker between inverter AC output connector with the pump.
AC Output to 3 Phase Pump Connection:
Red Colour Yellow Colour Blue Colour Yellow_Green
Pump-U Phase Pump-V Phase Pump-W Phase Ground/Earth
Note: If the pump water flow is minimal, please try to change any 2 wire of 3 phase
and change the forward or reverse running direction.
AC Output to Single Phase Pump Connection:
Please refer to the 17-19.
AC Input connection:
AC Input to Solar Pumping Inverter
Red Colour Yellow Colour Blue Colour Yellow_Green
AC-U Phase AC-V Phase AC-W Phase Ground/Earth

16
INSTRUCTIONS & DIAGRAMS
16
LCD Displays
HSPH5500H
ID: 9792
On(Working)
14:24 07/16/19
Solar Power
Voltage: 592 (V)
Current: 4.4 (A)
Hybrid On
Solar: 5.1 (KW)
AC: 2.2 (KW)
Total: 7.3 (KW)
AC-Out 3Ph FWD
Freq: 50 (Hz)
Current: 10.0 (A)
Inverter Status
No Warning
No Error
Temp: 35. 6 Degree
Water Status
Tank Empty
Borehole Full
Error History
Error: 32
14:24 07/16/19
More Clear All
Generated Power
1.3 KW.H
R Time: 2.5
C Life: 99.9%
Design @ XXXX
V: 5.28.20
Serial Info
XXXXXXXXXXXXX
Error History
Clear All Data?
Esc / Enter
More Clear All
Enter Into
Setting Menu
0 0 0 0
Verify the PW
System Setting
1. Working Time
2. Hybrid/Stop
3. Dry-Run Detect
4. Tank Sensor
5. 5. Borehole Sensor
6. Time Calibrate
7.System PW Set
8. Tank Timer
9. Borehole Timer
10. Esc Key Fun
11. Factory Reset
Working Time
Start - Stop (H:M)
Time: 0:0- 23:59
PV Low Power
to Hybrid/Stop
LE: 25 Hz In 20 Sec
15 Min Restart
Dry-Run Setting
Enable/Disable
Parm Setting
Ref LE Curt: 2 A
Tank Sensor Set
Enable
Disable
State Now: Enable
Borehole Sensor
Enable
Disable
State Now: Enable
Time Calibrate
(H:M M/D/Y)
14 : 25 07 / 16 / 19
System Password
0 0 0 0
Verify PW Please
Factory Reset
Enter
Back
Esc Key Cancel
Dry-Run Protect
Enable
Disable
State Now: Enable
Dry-Run Project
By Software
LE Current 10 (A)
Stop Time: 30 (M)
Time to Delay
Enable
Disable
State now: Enable
Tank Sensor
Detect 10 (s)
Restart 5(m)
Once water full
Timer to Delay
Enable
Disable
State now: Enable
Borehole Sensor
Detect: 10(s)
Restart 5(m)
Once water full
System Setting
1. Working Time
2. Hybrid/Stop
3. Dry-Run Detect
4. Tank Sensor
5. 5. Borehole Sensor
6. Time Calibrate
7. System PW Set
8. Tank Timer
9. Borehole Timer
10. Esc Key Fun
11. Factory Reset

SOLAR PUMPING INVERTER I USER MANUAL
17
Please pay attention to the following parameters. Incorrect settings may reduce inverter operation eciency or cause
the inverter to stop operating.
Note: AC Pump Phase setting only valid on a 220V inverter.
HSPH5500H
ID: 9792
On(Working)
14:24 07/16/19
Enter Into
Setting Menu
0 0 0 0
Verify the PW
Deceleration Sec
XXXX
of inverter stop
Accelerated
XXXX
Sec of startup
Inverter Stop
Coast
Decelerate
Now: Coast
VF Curve Set
Linar
P1.3 1.5 1.7 2
Now: power 2
Ac out Phaselost
Det time 1.0 S
Det Ampere: 30%
Ac Out Max
50
Frequency (Hz)
Ac Output
Max Voltage
389
323~506V
Phase Sequence
Forward
Reverse
State Now: FWD
Ac Output
021
Maximum Ampere
AC Pump Phase
Single
Three
State Now: Single
Solar Panel
556
Vmp voltage
Mppt Work Mode
PID Automatic
Automatic Mppt
MPPT Work Mode
PID Automatic
Automatic MPPT
AC out Phaselost
Det time 1.0 S
Det Ampere: 30%
AC Out Max
50
Frequency (Hz)
AC Output
Max Voltage
389
323~506V
AC Output
021
Maximum Ampere

18
INSTRUCTIONS & DIAGRAMS
18
Please pay attention to the following parameters. Incorrect settings may reduce inverter operation eciency or cause
the inverter to stop operating.
Note: AC Pump Phase setting only valid on a 220V inverter.
2022 HPD 2200L & 3700
HSPH5500H
ID: 9792
On(Working)
14:24 07/16/19
Enter Into
Setting Menu
0 0 0 0
Verify the PW
Accelerated
XXXX
Sec of startup
AC out Phaselost
Det time 1.0 S
Det Ampere: 30%
AC Out Max
50
Frequency (Hz)
AC Output
Max Voltage
389
323~506V
AC Output
021
Maximum Ampere
AC Pump Phase
Single
Three
State Now: Single
Solar Panel
556
Vmp voltage
MPPT Work Mode
PID Automatic
Automatic MPPT

SOLAR PUMPING INVERTER I USER MANUAL
19
Main Menu
“UP”, “DOWN” Key for Changes Menu
“Enter” Key for enter Settings Menu
Line 1: Model
Line 2: Serial ID
Line 3: Show System is Running or Stop (and stop reason)
Line 4: System Time
Note: System time is important. It relates to the inverter working time.
Please set it to local time.
Solar/AC Input State
Show the Input Voltage, Current, Power of the Solar Panels
Hybrid On/O
Hybrid Power is On/O, show the power of the Solar Panels or AC
AC Output State
Show the AC Output frequency, and total output current
Inverter State
Show the Warning, Error and Temperature of the Solar Pumping inverter
Tank /Well’s Water Status
Show the water tank and well status.
If the water tank is full or well is empty, the inverter will running stop
running automatically and will show the status
Error History
View the error history
Press the “Enter” key to enter the menu, press “UP”/ ”Down” to select the
command to view or clean the history.
Note: If current cursor is on “More”, press “Enter” key to view more records,
then “UP”/”Down” key to change the records.
Generated Power
Solar generated total power, running time and capacitor lifetime percent
Inverter Information
Manufacture and Software Version
HSPH5500H
ID: 9792
On(Working)
14:24 07/16/19
Solar Power
Voltage: 592 (V)
Current: 4.4 (A)
Hybrid On
Solar: 5.1 (KW)
AC: 2.2 (KW)
Total: 7.3 (KW)
AC-Out 3Ph FWD
Freq: 50 (Hz)
Current: 10.0 (A)
Inverter Status
No Warning
No Error
Temp: 35. 6 Degree
Water Status
Tank Empty
Borehole Full
Error History
Error: 32
14:24 07/16/19
More Clear All
Generated Power
1.3 KW.H
R Time: 2.5
C Life: 99.9%
Design @ XXXX
V: 5.28.20
Serial Info
XXXXXXXXXXXXX

20
INSTRUCTIONS & DIAGRAMS
20
Verify the Password to Enter the Setting Menu
Initial Password: 0000
System Setting
“UP”/”Down” to change the Menu Item
Time for Operation
Inverter Working Time. If the system time within inverter working time,
inverter working, otherwise inverter stop working, and shows “ OFF( Time)”.
HPD5500H
ID: 9792
On(Working)
14:24 07/16/19
Solar Low Power to Hybrid/Stop
Please refer to the pages 20-23.
Dry-Run Detect
Pump Dry-Run (Well Water level) detected by software. When the inverter
is running 45Hz or over 45Hz, it detects the pump current. The inverter
Automatic Stop will commence operation once the pump current less than
the LE Current, the inverter will restart after 10 minutes.
NOTE: If the well sensor is connected and enabled, the dry run function
will disable automatic start.
Ref LE Curt: Current value is 1/3 times of pump rated current. Also the
inverter will give the reference current value when the pump running to
45Hz or over 45Hz with load, then you can according the Ref LE Curt A to
set.
Tank/Well Sensor Setting
Enable/Disable the Sensor.
Working Time
Start - Stop (H:M)
Time: 0:0- 23:59
PV Low Power
to Hybrid/Stop
LE: 25 Hz In 20 Sec
15 Min Restart
Tank Sensor Set
Enable
Disable
State Now: Enable
Borehole Sensor
Enable
Disable
State Now: Enable
Dry-Run Setting
Enable/Disable
Parm Setting
Ref LE Curt: 2 A
Dry-Run Protect
Enable
Disable
State Now: Enable
Dry-Run Project
By Software
LE Current 10 (A)
Stop Time: 30 (M)
System Setting
1. Working Time
2. Hybrid/Stop
3. Dry-Run Detect
4. Tank Sensor
5. 5. Borehole Sensor
6. Time Calibrate
7. System PW Set
8. Tank Timer
9. Borehole Timer
10. Esc Key Fun
11. Factory Reset