Reefe VSC1-12, Exploded View & Instruction Manual

Page: 4 / 6

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reefe
.com.au Ascento Group Australia
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P: 1800 807 604
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as
0-SINGLE
as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
7.REGISTER OF OPERATION DATA AND ALARMS.
By simultaneously holding down buttons MENU +
▲
for 3 seconds the user can report on the REGISTER OF OPERATION DATA AND ALARMS, by pressing
ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all the sequence:
• REGISTER HOURS (HF). Counter of total time that the pump has been operating.
• REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.
• REGISTER SWITCH (Cr). Number of connections to the electric supply.
• ALARM COUNT DRY RUN (A1). Number of dry-running alarms.
• ALARM COUNT I MAX (A2). Number of overcurrent alarms.
• ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.
• ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.
• ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.
• ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.
• ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
1.Press push-button MENU for 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using
▲▼
enabling the thermal protection.
For VSC1-7.5 must be within 0 and 7.5 A, the default value is 7.5 A.
For VSC1-12 must be within 0 and 12 A, the default value is 12 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3.Using the START/STOP pushbutton verify the rotation sense. By mean of keys
▲▼
(0/1) we can change it.
Press ENTER for validation. (3 Phase Models ONLY)
4. Using
▲
this value can be changed to lower/increase the speed of rotation (speed of the pump start up).
This can help if there are potential leaks in the line, or long/short runs of pipework. The value must be within
30 and 35 Hz. Default value is 30 Hz. Press push-button ENTER, for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0. If the installation has a level probe,
use keys
▲▼
to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device
has to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be adjusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this
parameter is disabled.
8. System is ready. By pressing AUTO ON/OFF to quit the manual operating mode.
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current (
A
) and minimum pump speed (
FL
). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press
ENTER
for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using

can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as
0-SINGLE
as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using

enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case
1-MASTER
is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as
0-SINGLE
as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using

enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of
AUTO ON/OFF
quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current (
A
) and minimum pump speed (
FL
). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press
ENTER
for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using

can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current (
A
) and minimum pump speed (
FL
). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using

enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using

can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using

enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case
1-MASTER
is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button
MENU
during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using

enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the
START/STOP
pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER
for validation.
MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press
ENTER
to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case
1-MASTER
is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using

enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using

can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button
ENTER
, for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously
MENU
+

during 3” is acceded to
REGISTER OF OPERATION DATA AND ALARMS
, by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current (
A
) and minimum pump speed (
FL
). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press
ENTER
for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using

can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as
0-SINGLE
as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of
AUTO ON/OFF
quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current (
A
) and minimum pump speed (
FL
). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press
ENTER
for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using

can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as
0-SINGLE
as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of
AUTO ON/OFF
quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as 0-SINGLE as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously
MENU
+

during 3” is acceded to
REGISTER OF OPERATION DATA AND ALARMS
, by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press
ENTER
for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using

can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as
0-SINGLE
as default value. In case of group assembly (M-S), the Master device has
to be configured as 1-MASTER and the Slave as 2-SLAVE. ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of
AUTO ON/OFF
quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously
MENU
+

during 3” is acceded to
REGISTER OF OPERATION DATA AND ALARMS
, by mean
of ENTER we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to indicate 10234 overcurrent alarms:
ON
OFF
9. CONFIGURATION.
In the configuration menu we can adjust either maximum current ( A ) and minimum pump speed ( FL ). Next steps shoud be followed:
1. Press push-button MENU during 3 seconds to start the configuration sequence.
2. Input the nominal intensity value in Amps using  enabling the thermal protection.
For Easy 09MM must be within 0 and 9 A, the default value is 9 A.
For Easy 12MM must be within 0 and 12 A, the default value is 12 A.
For Easy 06MT must be within 0 and 6 A, the default value is 6 A.
For Easy 10MT must be within 0 and 10 A, the default value is 10 A.
This value is located over the characteristics plate of the motor. Press ENTER for validation.
3. Using the START/STOP pushbutton verify the rotation sense. By mean of keys

(0/1) we can change it. Press
ENTER for validation. MT types only.
4. Using  can be increased the lower limit of the speed of rotation.
The value must be within 30 and 35 Hz. Default value is 30 Hz.
Press push-button ENTER , for validation and quit this menu.
5. If the installation does not have level probe press ENTER to validate 0.
If the installation has a level probe, use keys

to change 0 by 1.
6. The device is configured as
0-SINGLE
as default value. In case of group assembly (M-S), the Master device has
to be configured as
1-MASTER
and the Slave as
2-SLAVE.
ENTER to validate.
7. In case 1-MASTER is selected it can be ajusted a maximum time of continued functioning. After the
configurated time (t.A) of a continued functioning an alternance will be forced. Value 00 means this parameter
is disabled.
8. System is ready. By mean of AUTO ON/OFF quit the manual operating mode.
10. R
EGISTER OF OPERATION DATA AND ALARMS.
By using simultaneously MENU +

during 3” is acceded to REGISTER OF OPERATION DATA AND ALARMS , by mean
of
ENTER
we can advance through the sequence, once finished the sequence we come back to the main display . This is all
the sequence:

REGISTER HOURS (HF). Counter of total time that the pump has been operating.

REGISTER STARTS (CF). Number of cycles of operation, a cycle is a start and a stop.

REGISTER SWITCH (Cr). Number of connections to the electric supply.

ALARM COUNT DRY RUN (A1). Number of dry-running alarms.

ALARM COUNT I MAX (A2). Number of overcurrent alarms.

ALARM COUNT. DISCONNECTED PUMP (A3). Number of disconnected pump alarms.

ALARM COUNT. TEMP (A6). Number of alarms by excessive temperature.

ALARM COUNT. SHORTCIRCUIT (A7). Number of short circuit alarms.

ALARM COUNT. OVERVOLTAGE (A8). Number of overvoltage alarms.

ALARM COUNT. UNDERVOLTAGE (A9). Number of undervoltage alarms.
All the records are saved even if the device has been disconnected from the electric supply.
Note: For quantities with more than 2 figures they will appear in consecutive screens after each ENTER. For example, to
indicate 10234 overcurrent alarms:
..... ....
-10-
12. ALARMS
In case of simultaneous alarms, quit the automatic mode and go to manual mode, pressing the pushbutton
AUTOMATIC ON/OFF
(led light PUMP will turn off).
Using key
▲▼
will be displayed the succesive alarms. Once visualized, for leaving the menu, press ENTER returning to MANUAL mode.