Coelbo SPEEDBOX 1010 MT Montage- Und Gebrauchsanleitung Seite 17

ALARMS FOR SINGLE ASSEMBLY.
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 pqwill be displayed the succesive alarms. Once visualized, for leaving the menu, press ENTER returning to MANUAL mode.
A1 DRY RUNNING ( Failure verification
DESCRIPTION: if the system detects dry running during more than 10 seconds, it will stop the pump and the ART (Automatic ResetTest) will be
activated.
SYSTEM REACTION: after 5 minutes ART system will start again the pump during 30 seconds, trying to restore the system. In case of persistent lack of
water, it will try it again every 30 minutes for 24 hours. If after all these cycles , the system still detects lack of water, pump will remain permanently out of
order until the damage will be repaired.
SOLUTION: dry running, it has been activated the safety system: you should verify the feeding of the hydraulic network. The pumps can be primed
using the push-button START/STOP ( the led light AUTOMATIC should be off, if it is not, press the push-button to disable it).
Special case: if the pump cannot provide the programmed pressure (configuration mistake) the unit reacts as it was dry-running.
Special Case 2: this device manages the dry running control through the nominal current consumption of the pump. It must be verified the
introduced current consumption in the setup menu.
A2 OVER-INTENSITY( Failure verification
DESCRIPTION: the pump is protected against over currents by mean of the intensity values established in the installation menu. These over currents
are produced generally by dysfunctions in the pump or in the electric supply.
SYSTEM REACTION: when detecting the thermal failure, the pump will be automatically stopped. The system will try again to restart the pump when the
demand of consumption require it. The control system will carry out 4 attempts in this circumstances. If the system remain locked after the 4th attempt,
the pump will remain definitively out of order.
SOLUTION: verify the state of the pump, for example the impeller could be blocked. Verify intensity values introduced in the configuration menu. Once
the problem have been solved the operation will be restored going to the "SET UP" menu ( see the chapter configuration) and configuring the adequated
intensity values.
A3 DISCONNECTED P. ( Final failure)
DESCRIPTION: the device has an electronic safety system in case of no load detection.
SYSTEM REACTION: the device is disconnected..
SOLUTION: the wound of the motor and the pump consumption should be verified. Once the problem have been solved the operation will be restored
going to the "SET UP" menu (see the chapter configuration) and introducing the adequate intensity values. Verify the fuses (see fig.3), in case of being
melt contact with technical service.
A5 TRANSDUCER ( Final failure)
DESCRIPTION: the transducer damages are showed in the LCD screen.
SYSTEM REACTION: the device operation is interrupted.
SOLUTION: check the external pressure transmitter.
A6 EXCESSIVE TEMP. Final failure
DESCRIPTION: the system has a cooling device to keep the INVERTER in optimum working conditions.
SYSTEM REACTION: if an excessive temperature is reached the own system leaves the inverter out of service and as consequence the pump too.
SOLUTION: verify the temperature environment should be under 50 ºC. Contact with technical service.
A7 SHORTCIRCUIT ( Final failure)
DESCRIPTION: the device has an electronic system for protection against short circuits as well as peaks of current.
SYSTEM REACTION: the pump stops and then it starts again -performing 4 successive attempts. If the problem is not solved, the pump will remain
definitively out of order.
SOLUTION: check the pump, if the problem persists, contact the technical service.
A8 OVERVOLTAGE - A9 UNDERVOLTAGE ( Failure verification)
DESCRIPTION: the device has an electronic safety system against overvoltages and too low supply voltages.
SYSTEM REACTION: in case of overvoltage or undervoltage the system remains stopped until an adequate value of voltage is reached. In this case, the
system is automatically restored.
SOLUTION: check the electric supply.
A12 MAX PRES ( ) Fallo definitivo
DESCRIPCIÓN: the device has an electronic system to protect maximum pressures.
RESPONSE OF THE SYSTEM: If the device detects a higher pressure than the configurated as "P.MAX" during a longer time than the configurated as "t
P.MAX" it will happen a final failure stopping the system.
SOLUTION: Check consign pressure and maximum pressure.
A13 P. MIN ( ) Final failure
DESCRIPTIÓN: the device has a protection system for low pressures.
SYSTEM RESPONSE: If the device detects a pressure lower than the configurated as "P.MIN" during a longer time thas the configurated as "t P.Min" it will
appear a final failure stopping the system.
SOLUTION: Check for leakages on the instalation and the value of the minimum pressure configurated.
A14 LEVEL( Verification failure)
DESCRIPTION: the device has a extern exit that if it si configurated as "LEVEL", will activate this alarm.
SYSTEM RESPONSE: The functioning of the system is interrupted until the state of the level.
SOLUTION: Check conections and/or configuration of the extern exit as function "LEVEL".
ALARM INSTALLATION MASTER-SLAVE
A10 COMUNICA ( Failure verification)
DESCRIPTION: If you have configured a Master-Slave system and communication cable is disconnected or there is a bad connection, the system stops.
SYSTEM REACTION: The Master-Slave system stops and starts to operate individually.
SOLUTION: Check the cable connection and if this is OK, check the connection inside the unit. Check the configuration of the Master-Slave system (setup
menu).
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DESCRIPTION: blank screen.
SOLUTION: check the electric supply. In case of being in right conditions, the general fuse, located in the main plate (fig 1) should be verified.
Final failure)
Final failure)
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