profi-pumpe 075kW Inverter Pump Control Instruction Manual

: June 13, 2024
: profi-Pumpe

Table of Contents

075kW Inverter Pump Control
220VAC/380VAC inverter parameter design value
References
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INVERTER-PUMPENSTEUERUNG
0,75kW – 7,5kW
PARAMETER SETTING-FEHLERCODES
OPERATING INSTRUCTIONS

075kW Inverter Pump Control

Design parameter(*) table (AC inverter series) for

profi pumpe 075kW Inverter Pump Control -

INVERTER-Pumpensteuerung 2
0,75KW 230V/1230/V-verkabelt & 1,1KW 230V/3230V, verkabelt (IPC-2-V)
INVERTER-Pumpensteuerung 3
2,2KW 230V IN/3230V OUT, verkabelt & 1,5KW 230V/1230V, verkabelt (IPC-3-V)

profi pumpe 075kW Inverter Pump Control - fig1

INVERTER-Pumpensteuerung 5
2,2KW 400V IN/400V OUT, verkabelt & 5,5KW 400V/400V, verkabelt & 7,5KW 400V/400V verkabelt

profi pumpe 075kW Inverter Pump Control - fig2

(*)Changes have been made as of production date 1.8.21. The new software version is signalled by the flickering of the code display

In the stop state, press the and keys at the same time and hold for 1 second to automatically enter the parameter setting, Press the run key to confirm and save the parameters, The stop key is used for the displacement function, and it will automatically save and return after 5 seconds Upper-level menu.
If no operation is performed, the system automatically saves the current parameters and automatically returns to the upper menu after 5 seconds.
Only the d parameter group is required in working or running state. (The running state is the same as the stop state, first enter the F parameter group, and then enter the d parameter group)
Key operation: touch to increase or decrease in the smallest unit, Long press to increase or decrease quickly.
After the pressure sensor is connected, the constant pressure control is automatically realized. (When F0-14=0, the default is constant voltage mode. After running detection, no sensor reports an error and it will switch to speed control mode. After connecting the sensor, power off and on again; when F0-14=1, it is fixed to speed control mode, AI1 Analog input can be given as frequency source (F0-15=1)
Sensorless protection, undervoltage, overvoltage, overtemperature, and phase loss protection can be cancelled by pressing the run key once, The factory value can be restored after initialization. (Report an error directly, press the stop button to reset the fault, no cancellation protection function)

220VAC/380VAC inverter parameter design value

F0:Water pump control parameter group

2

|

F0-01

|

Water shortage pressure value

|

F0-21

|

Set*0.9

|

0,5

|

0.1bar

| Unit: BAR, the maximum can be adjusted to 90% of the set pressure value, 0 means to close the water shortage protection
3| F0-02| Water shortage running time| 1| 600| 30| 1S| Unit: Second (S)
4| F0-03| Allowable shut- down distur- bance range| 0,0| 10,0| 0,4| 0,1| Note: It is only allowed to modify this parameter during shutdown.
5| F0-04| Sensor range selection| 1,0| 60,0| 10,0| 0.1bar| 0.75-2.2KW
16,0| 0.1bar| >2.2KW
6|

F0-05

| Allowable mini- mum set pressu- re value|

0,1

|

F0-06

|

0,5

|

0.1bar

| Unit: BAR (the maximum value that can be reached by pressing the key), the default is 0.5
7|

F0-06

| Allowable maxi- mum set pressu- re value|

F0-05

|

(F0-04)-1.0

|

9,0

|

0.1bar

| Unit: BAR (the maximum va- lue that can be reached by pressing the up button), the maximum range value -1
8|

F0-07

| Whether to allow adjustment of set pressure| 0| 1| 1| 1|

0: Not allowed 1: Allowed

9| F0-08| Minimum stop frequency value| 0,00| F1-04| 25,00| 0.01HZ| The grid frequency is 50HZ
0,00| F1-04| 25,00| The grid frequency is 60HZ
10| F0-09| PID acceleration factor| 1| 99| 20| 1| The larger the value, the faster the acceleration
11| F0-10| PID deceleration factor| 1| 99| 20| 1| The larger the value, the faster the deceleration
12|

F0-11

|

Whether to allow downtime

|

0

|

2

|

2

|

1

| 0: Stopping is not allowed (decelerate and keep run- ning at the stop frequency); 1: Stop allowed; 2: Zero frequency operation
13| F0-12| Reset| 0| 1| 0| 1| 1: Restore the factory def- ault parameters;
14| F0-13| Water pump anti-sticking start time| 0| 72| 24| 1|

Unit: hour (reserved)

15|

F0-14

|

Working mode selection

|

0

|

1

|

0

| | 0: Constant voltage mode 1. Speed regulation mode (re- quires shutdown to modify)
16|

F0-15

|

Speed control mode frequency source selection

|

0

|

2

|

0

|

1

| 0: Digital setting 1 (the ▲ and ▼ keys on the operati- on panel can be modified) 1: AI1 analog (0~20mA/0~10V) 2: Com- munication setting
17| F0-16| AI1 input lower limit| 0,00| 10,00| 2,00| 0.01V|

The upper and lower limits of AI1 vary with the values of F0-14 and F0-23; when F0- 14=1, F0-16=0, F0-18=10; when F0-14=0, if F0-23=0, then F0-16=2, F0-18=10, if

F0-23=1, then F0-16=0, F0-18=10.

---|---|---|---|---|---|---|---
18| F0-17| AI1 lower limit cor- responding setting| | | 0,0%| 0,1%
19| F0-18| AI1 input upper limit| 0,00| 10,00| 10,00| 0.01V
20| F0-19| AI1 upper limit cor- responding setting| | | | 0,1%
21| F0-20| Sleep delay| 0.0| 100.0| 1.0| 0.1s|
22| F0-21| PID disconnection protection threshold| 0| F0- 01| 0,3| 0.1bar|
23| F0-22| PID disconnection detection delay| 0| 100| 10| 0.1s|
24| F0-23| Sensor type selec- tion| 0| 1| 0| 1| 0: Current sensor (4-20mA); 1: Voltage sensor (0-10V)
F1:Motor parameter group

No.

|

Display code

|

Function definition

| Predetermined area|

Smallest unit

|

Annotation

Minimum value| Maximum value| Factory setting
1| F1-00|

Set the direction of motor rotation

| 0| 1| 0| 1|

0: Forward rotation; 1: Reverse rotation;

2

|

F1-01

|

Carrier frequency

|

2

|

20

| 7,5|

0.1KHZ

| ≤3.7KW
4,5| 5.5KW~30KW
3| 37KW~132KW
2| >132KW

3

|

F1-02

|

acceleration time

|

0,1

|

60

| 7,5|

0.1s

| ≤3.7KW
15| 5.5KW~30KW
30| 37KW~132KW
60| >132KW

4

|

F1-03

|

deceleration time

|

0,1

|

60

| 7,5|

0.1s

| ≤3.7KW
15| 5.5KW~30KW
30| 37KW~132KW
60| >132KW

5

|

F1-04

|

Output frequency value

|

20,0

|

300,0

|

50,0

|

0.1HZ

| The grid frequency is 50HZ (the hardware does not support automatic identification of the grid frequency)

20,0

|

300,0

|

60,0

| The grid frequency is 60HZ (the hardware does not support automatic identification of the grid frequency)
6| | Motor rated cur- rent value| 0,1| Model setting| Model setting| 0,1A|
7| F1-06| Motor no-load current| | Model setting| Model setting| 0,1A|
8| F1-07| Motor rated voltage| | Model setting| Model setting| 1V|
9|

F1-08

| Allow the motor to run continuo- usly for time|

0

|

255

|

0

| | Unit: hour, 0 means to cancel the operating time limit, allowing long- term operation
10|

F1-09

| Vibration suppression coefficient|

0

|

10

|

1

|

0,01

| When the motor oscillates, the oscillation suppression coeffici- ent is adjusted to suppress the oscillation. When it is set to 0, the oscillation suppression function is turned off.
F2:Protection parameters

F2-00

| 220VAC: Manual setting of opera- ting undervolta| FF-03| 280| 230| 1V| L means cancel the under- voltage setting
380VAC: Manual setting of opera- ting undervoltage value|

FF-03

|

480

|

410

|

1V

|

L means cancel the under- voltage setting

2

|

F2-01

| 220VAC: manual setting of overvol- tage value|

350

|

450

|

400

|

1V

|

H means cancel overvol- tage setting

380VAC: manual setting of overvol- tage value| 550| 900| 800| 1V| L means cancel the under- voltage setting
3| F2-02| Radiator tempe- rature| 60| 104| 80| 1°C| H means cancel over temperature setting
4| F2-03| Over temperature protection setting (reserved)| 60| H| 80| 1°C| If it exceeds 100, it will display H, H means cancel over temperature setting
5|

F2-04

| 220/380V three inputs and three outputs: input and output phase failure protection options|

0

|

3

|

3

| | 0: All prohibited 1: Input prohibited, output allowed 2: Input allowed, output prohibited 3: Both allowed
6|

F2-05

| Input and output phase loss pro- tection delay time (reserved)|

0,0

|

30,0

|

1,0

|

0.1S

|

Reserve

7| F2-06| Overload protec- tion factor| 30 %| 120 %| 100 %| 1 %|
8| F2-07| Antifreeze protec- tion running time| 0| 255| 0| 1min|
9| F2-08| Antifreeze pro- tection operating frequency| 0| F1-04| 30| 1|
10| F2-09| Antifreeze protec- tion action interval time| 0| 255| 0| 1min|
11| F2-10| Overwater pressure alarm threshold| F2-12| 100 %| 100 %| 0,10 %| Relative to the sensor range
12| F2-11| Over water pres- sure alarm delay| 0| 6553,5| 1.0| 0.1s|
13| F2-12| Overwater pressure reset threshold| 0| F2-10| 90 %| 0,1%| Relative to the sensor range
14|

F2-13

|

Protection set- tings

|

0x0000

| 0x1131|

0x1101

|

1

| LED units: Motor over- load protection selection 0: Invalid
1: Valid LED tens: 485 communi- cation timeout processing 0: No protection
1: Protection action and free stop
2: Alarm but keep the status quo running
3: Alarm and stop accor- ding to the set method LED hundreds: running under voltage protection 0: Invalid
1: Valid LED thousands: over voltage rotection
0: Invalid
1: Valid
---|---|---|---|---|---|---|---
F3:RS485 communication parameters

No.

|

Display code

|

Function definition

| Predetermined area|

Smallest unit

|

Annotation

Minimum value| Maximum value| Factory setting

1

|

F3-00

|

Online function

|

0

|

1

|

0

| | 0: On-line function is in- valid (stand-alone mode); 1: On-line function is valid (online mode) (need to stop and modify)
2| F3-01| Pump delay time| 0,1| 100,0| 1,0| 0.1S|
3|

F3-02

|

Decrease pump delay time

|

0,1

|

100,0

|

1,0

|

0.1S

|
4| F3-03| Reduce the lower limit frequency of the pump| 1| F1-04| 35| 0.01HZ|
5| F3-04| Local address (online)| 1| 16| 1| |
6| F3-05| Round Robin Time (online)| 0| 255| 48| 1H| Unit: 1 hour (invalid for stand-alone)

7

|

F3-06

|

Run command channel selection

|

0

|

1

|

0

| | 0: Operation panel running command channel; 1: 485 communication control
8| F3-07| Local address| 0| 247| 1| 1|

9

|

F3-08

|

Communication baud rate setting

|

0

|

6

|

2

|

1

| 0: 2400 BPS;
1: 4800 BPS;
2: 9600 BPS;
3: 19200 bps;
4: 38400 bps;
5: 57600 bps;
6: 115200bps

10

|

F3-09

|

Data Format

|

0

|

5

|

0

|

1

| 0: No parity (N, 8, 1) for RTU,
1: Even parity (E, 8, 1) for RTU,
2: Odd parity (0, 8, 1) for RTU,
3: No parity (N, 8, 2) for RTU;
4: Even parity (E, 8, 2) for RTU;
5: Odd parity (0, 8, 2) for RTU
11| F3-10| Local answer delay| 0| 200| 5| 1ms|

12

|

F3-11

|

Communication timeout detection time

|

0,1

|

100

|

10

|

0.1s

| If the machine does not receive the correct data signal within the time interval defined by this function code, then the machine thinks that the communication has failed, and the inverter

will determine whether to protect or maintain the current operation accor- ding to the setting of the communication failure action mode

---|---|---|---|---|---|---|---
13|

F3-12

|

Communication protocol selection

|

0

|

1

|

0

|

0

| 0: Compatible with

MD380 protocol 1: Compatible with Delta M protocol

FF group: manufacturer parameters

No.

|

Display code

|

Function definition

| Predetermined area|

Smallest unit

|

Annotation

Minimum value| Maximum value| Factory setting
1| FF-00| Factory pass- word| 0| 65535| 0| 1| The password is set successfully, it takes 3 minutes to take effect
| | | | | | | 220V :
2| FF-01| Inverter model| 0| 53| 28| 1| 0 0.4KW

1 0.75KW 2 1.5KW

5.5-750KW 3.2μS

4

|

FF-03

|

Underpressure threshold

|

50

|

F2-00

|

Model setting

|

1v

| Below display P.OFF. 220V model: the default value is 180V; 380V model: the default value is 360V
5| FF-04| Voltage correc- tion factor| 0,01| 3| Model setting| 0,01| Set voltage correction coefficient
6| FF-05| Current correc- tion factor| 0,01| 3| Model setting| 0,01| Set current correction coefficient
7| FF-06| Temperature detection method selection|

0

|

1

|

0

|

1

| 0: type (sensor con- nected to power supply) 1: Type (sensor groun- ding)
8| FF-07| Reserve| | | | |
9| FF-08| Reserve| | | | |
10| FF-09| Special function selection| 0x0000| 0x0121| 0x0100| 0| LED units: clear selection of accumulated running time
0: invalid
1: Effective LED ten digits: model selection
0: General purpose model
(G) 1: Light load model (P) 2: Heavy-duty model (Z) Hundreds of LEDs: reser- ved Thousands of LEDs: reserved
Group d: monitoring parameters and fault records

No.

|

Display code

|

Function definition

| Predetermined area|

Smallest unit

|

Annotation

Minimum value| Maximum value| Factory setting
1| d-00| Output frequency| | | | 0.01Hz|
2| d-01| Set frequency| | | | 0.01Hz|
3| d-02| The output vol- tage| | | | 1V|
4| d-03| Bus voltage (V)| | | | 1V|
5| d-04| Output current| | | | 0.1A|
6| d-05| Motor speed (RPM/min)| | | | 1|
7| d-06| Analog input AI1 (V/mA)| | | | 0.01V|
8| d-07| Analog input AI2 (V)| | | | 0.01V| (Reserve)
9| d-08| PID setting value (Bar)| | | | 0.1Bar|
10| d-09| PID feedback value (Bar)| | | | 0.1Bar|
11| d-10| Input terminal status| 0x0000| 0x003f| | | (Reserve)
12| d-11| Output terminal status| 0x0000| 0x000f| | | (Reserve)
13| d-12| Inverter running status| 0x0000| 0xFFFF| | | 0:FFFFH

BIT 0: run/stop

BIT 1: forward/reverse

BIT 2: Jog

BIT 3: DC braking BIT 4: reserved

BIT 5: Overvoltage limit BIT 6: Constant speed frequency reduction

BIT 7: Overcurrent limit BIT 8~9:00-

zero speed/01- acceleration/10- deceleration/11-uniform speed

BIT 10: Overload pre- alarm

BIT 11: reserved

BIT 12~13 run command channel: 00-panel/01- communication/10- reserved

BIT 14~15 bus voltage status: 00-normal/01-low voltage protection/10- overvoltage protection

14| d-13| Module tempera- ture °C| | | | |
---|---|---|---|---|---|---|---
15| d-14| Software upgrade date (year)| | | | |
16| d-15| Software upgrade date (month, day)| | | | |
17| d-16| Type of third failure| | | | |
18| d-17| Type of second failure| | | | |
19| d-18| Type of last failure| | | | |
20| d-19| Operating fre- quency at current fault| | | | |
21| d-20| Output current at current fault| | | | |
22| d-21| Bus voltage at current fault| | | | |
23| d-22| Input terminal status at current fault| | | | | (Reserve)
24| d-23| Output terminal status at current fault| | | | | (Reserve)
25| d-24| Inverter status at current fault| | | | | 0+FFFFH BIT0: run/stop BIT1: forward/reverse BIT2: Jog

BIT3: DC braking BIT4: reserved

BIT5: Overvoltage limit BIT6: Constant speed frequency reduction BIT7: Overcurrent limit BIT8~9:00-

zero speed/01- acceleration/10- deceleration/11-uniform speed

BIT10: Overload pre- alarm

BIT11: reserved BIT12~13 run command channel: 00-panel/01- communication/10- reserved

BIT14~15 bus voltage status: 00-normal/01-low voltage protection/10- overvoltage protection

26| d-25| The temperature at the time of the current fault| | | | |
27| d-26| Cumulative run- ning time of the machine (hours)| | | | |
---|---|---|---|---|---|---|---
28| d-27| Accumulated power-on time of the machine (hours)| | | | |
29| d-28| Fan cumulative running time (hours)| | | | |
Display code and description

NO.| Error code| Code function description| Faults and solutions
1| E0C1| Overcurrent during accelerated operation|
2| E0C2| Overcurrent during deceleration operation|
3| E0C3| Overcurrent in uniform operation|
4| EHU1| Overvoltage during accelerated operation|
5| EHU2| Overvoltage during deceleration|
6| EHU3| Overpressure in uniform operation|
7| EHU4| Overvoltage during shutdown|
8| ELU0| Undervoltage during operation|
9| ESC1| Power module failure|
10| E-OH| Radiator overheated|
11| EOL1| Inverter overload|
12| EOL2| Inverter overload|
13| ECPU| CPU failure|
14| EPID| PID feedback disconnection (sensor failure)|
15| E485| RS485 communication failure|
16| ECCF| Current detection failure|
17| EEEP| EEPROM read and write error|
18| EPLI| Phase loss on the input side|
19| EPLO| Phase loss on the output side|
20| E-LP| Water shortage|
21| A-16| 485 communication timeout alarm|
22| A-17| No host|
---|---|---|---
23| A-18| No chance|
24| A-19| Duplicate address|
25| A-20| Water pressure warning|
26| E-EF| External device failure|
27| (Reserve) ETUN| Burst pipe|
28| E-LT| Running time arrived|