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3

Menu

To access the various menus and submenus, hold the confirm/ok button for more than 3 seconds. To navigate among the various submenus, use 
the “UP” or “DOWN” keys. Press the “BACK” key to return to the previous submenu and then press it again to return to the main menu, or wait 2 
minutes without pressing any keys.
Press "OK" to enter the selected menus.

1. Forcing Menu

 

1.1 Alarms reset

 

 Use the “UP” or “DOWN" keys and select “ON” to reset the active alarms and faults. Select “OFF” to quit without performing any operations. 
The alarms and faults will not be cleared from the historic record.

 

1.2 Cleaning

 

 Use the “UP” or “DOWN" keys and select “ON” to clean the strainer immediately. Select “OFF” to quit without performing any operations. Forcing 
is possible only if the device is not performing any other operations (with yellow LED off). E.g. initial filling or sensors check.

 

1.3 Initial cleaning

 

 Use the “UP” or “DOWN" keys and select “ON” for initial cleaning of the strainer. Select “OFF” to quit without performing any operations. 
This function can be used to wash the system using the medium contained in the system. This avoids the need to drain large quantities of 
medium and the related need for complicated air bleeding operations. When the set differential is reached a strainer cleaning cycle is triggered 
immediately. The system quits the initial cleaning function as soon as the set time period has elapsed. When this function is active the green 
LED will flash. To disable the function in advance, select "OFF". The function is not disabled when the device is reset.

 

1.4 Supply of additives

 

 Use the “UP” or “DOWN" keys and select “ON” to start the additives supply procedure. Select “OFF” to quit without performing any operations. 
Additives can be added to the system medium by means of the appropriate function.  In this case the system is set to standby, after having 
performed a forced cleaning cycle, with the aim of reducing the use of mains water as far as possible, taking advantage of tank emptying.  
During the standby phase the necessary additives can be supplied to the device using the 1” cap located in the upper part of the strainer, see 
the typical components drawing. Carefully check that the cap offers a hermetic seal, in order to prevent  leakage or flooding. This phase is 
composed of the following operations:

 

- closing of inlet V1

 

- emptying (opening of valve V3)

 

- strainers cleaning by starting motor M and opening valve V2

 

- closing of emptying valve V3

 

- wait confirmation from menu

 

-  filling via V2 or with opening of V1. To confirm, press the “back” button followed by “OK” as shown on the display.

 

- opening of inlet V1

 

During the standby phase you can supply the necessary additives to the device. 

 

1.5 Automatic checks

 

 Use the “UP” or “DOWN” keys to select the submenu. The regulator performs a periodic check on operation of the various strainer functions. 
This procedure can be carried out manually through the item on the regulator menu.

  

1.5.1 Sensors control menu

 

   Use the “UP” or “DOWN” keys and select “ON” for immediate start-up of the procedure for checking correct operation of the Pressure and 

Temperature sensors. Select “OFF” to quit without performing any operations.

  

1.5.2 Automatic offset menu

 

 

   Use the “UP” or “DOWN” keys and select “ON” to set automatic/manual correction of sensor pressure values. This is normally carried out 

in the factory but the values can be corrected automatically or manually. Select “OFF” to perform manual pressure correction (expert users 
only). These checks are performed during the cleaning cycle or additives supply cycle.

 

 

1.6 Manual Commands (forcing)

 

 Use the “UP” or “DOWN” keys and select the submenu by means of the “ON” key.  Selecting the various items makes it possible to force 
operation of the strainer motor and valves. For safety reasons, forcing is possible only if the device is in normal filtration status, hence it is not 
performing sensors cleaning or checking operations.

  

1.6.1 Motor command menu

 

   Use the “UP” or “DOWN” keys and select “ON” to start forced rotation of the motor. Select “OFF” to stop and "AUTO" to leave 

control duties to the management controller.

  

1.6.2 Inlet valve manual command menu

 

   Use the “UP” or “DOWN” keys and select “ON” to force opening of inlet valve V1. Select “OFF” to close and "AUTO" to leave control duties 

to the management controller.

  

1.6.3 Drain valve manual command menu

 

   Use the “UP” or “DOWN” keys and select “ON” to force opening of drain valve V3. Select “OFF” to close and "AUTO" to leave control duties 

to the management controller.

  

1.6.4 Domestic water inlet valve manual command menu

 

   Use the “UP” or “DOWN” keys and select “ON” to force opening of domestic water inlet valve V2. Select “OFF” to close and "AUTO" to leave 

control duties to the management controller.

  

1.6.5 Drain cooling valve manual command menu

 

   Use the “UP” or “DOWN” keys and select “ON” to request opening of the external valve.  Select “OFF” to close and "AUTO" to leave control 

duties to the management controller.

 

1.7 Sleep forcing menu

 

 Use the “UP” or “DOWN” keys and select “ON” to force the system to sleep status. Select “OFF” to quit without performing any operations. The 
sleep mode temporarily deactivates the device, setting it to standby status, with the valve V1 closing and without any control on the operation. 
This status allows the device to be disabled for a set time, for example when the system is shut down in the summer. At the end of the sleep 
phase the device will resume its normal operation. All valves are closed and de-energised in sleep status.

Summary of Contents for DIRTMAGCLEAN 579 Series

Page 1: ...nel Display Operating principle Menu Forcing menu Parameters menu Historic data menu Communication Information Drainage temperature limitation Faults Alarm management 2 3 4 6 7 11 PROGRAMMING MANUAL C...

Page 2: ...ay The following information normally appears on the display Day of the week Probe S1 pressure Operating status Measured p Time Probe S1 temperature B battery alarm I input relay IN1 energized Operati...

Page 3: ...phase you can supply the necessary additives to the device 1 5 Automatic checks Use the UP or DOWN keys to select the submenu The regulator performs a periodic check on operation of the various strain...

Page 4: ...selected based on the plant characteristics values lower than 10kPa cannot be selected Delayed Dp When Dp exceeds a specified value the same value used to start the instantaneous cleaning cycle cleani...

Page 5: ...the alarm error code DATE and TIME show the exact moment when the alarm tripped 3 2 Faults Press OK to view the faults history The fault number is displayed with the associated code date and time of r...

Page 6: ...llowing the corrective action an alarms reset is required to allow the device to perform a loading cycle and assume correct operating status during this phase check that there are no anomalous operati...

Page 7: ...e network to have the actuator replaced isolate and empty the device disconnect the electric supply replace the motor and return the system to operation Perform the alarms reset fuses fault disconnect...

Page 8: ...his the plant must be de energised and the device must be emptied Once the new sensor has been installed proceed with the alarm reset E 23 sensor 1 temperature measurement error sensor internal fault...

Page 9: ...ARM 1 2 3 4 5 6 This connection can be made using a shielded twisted pair with minimum conductor size of 0 5 mm2 Maximum length of connections between one device and another is 2 95 m The cable must b...

Page 10: ...A ADDRESS Function 0x06 Write Single Register Used to write a single parameter 16 bit The frame has the following structure dev Addr Address of the device on the RS485 net 1 250 Func Function code 6 R...

Page 11: ...alve blocked closed alarm bit 8 measurement error alarm on sensor 1 alarm with automatic alarm reset bit 9 sensor 1 not correctly connected alarm with automatic alarm reset bit 10 measurement error al...

Page 12: ...ak alarm 16 sensor 2 clip break alarm 20 sensor 1 pressure measurement error 21 sensor 1 pressure measurement over range error 22 sensor 1 pressure measurement under range error 23 sensor 1 temperatur...

Page 13: ...onth enabled for cleaning 1 28 PA0009 1009 Cleaning start minute 1 1 0 59 59 PA0010 1010 Cleaning start hour 1 1 0 23 23 PA0013 1013 Maximum pressure delta in tenths of a KPa 1 1 100 150 5000 PA0017 1...

Page 14: ...14...

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