Ariston 47-116-17 installation instructions Heating flow temperature probe in open circuit

Page 47

TABLE I

DISPLAY

A01

A02

A03

A07

A19

A20

A21

A22

A33

A99

CAUSE

Too many attempts to ignite on starting up

After three attempts at ignition, no increase in ∆ T was detected The heating flow temperature exceeds 100°C during operation Too many failures to flame in one period during operation The flame was detected after the gas valve had closed

The flame was detected before the gas valve opened The flow switch does not close

The flow switch does not open Problem with the fan

Problem with the electronic monitoring

 

 

 

TABLE II

 

 

DISPLAY

CAUSE

 

 

 

E03

Flow temperature over 100°C while boiler is not in operation

 

 

 

(stand-by)

 

 

 

E56

Heating flow temperature probe in open circuit

 

 

E66

Heating flow temperature probe

 

 

E04

Domestic hot water temperature probe in open circuit

 

 

E05

Domestic hot water temperature probe in short circuit

 

 

E08

Under floor heating temperature probe in open circuit

 

 

E20

Flame detected with gas valve closed

 

 

E21

Error in the electrical connection (live and neutral crossed)

 

 

E22

Problem with the 50Hz power supply

 

 

E23

Flame detection electrode short-circuited

 

 

E64

Heating return temperature probe in open circuit

 

 

E74

Heating return temperature probe in short circuit

 

 

E99

Problem within the electronic system

 

 

 

 

 

 

 

 

 

TABLE III

 

FAULTS

POSSIBLE CAUSES

1. Drawing D.H.W:

 

- faulty 3-way valve

Radiators heat up in summer

 

 

mode

 

 

 

 

 

 

2. Drawing D.H.W:

 

- check C.H./D.H.W. temperature probes

Insufficient hot water temperature

- check gas pressures

 

 

 

- check water flow rate

 

 

 

- check secondary heat exchanger

 

 

 

3. Drawing D.H.W:

 

- primary heat exchanger faulty or lime-scale deposits

Noisy operation

 

- low heating system water pressure

 

 

 

- check gas pressures

 

 

 

- check C.H./D.H.W. temperature probes

 

 

4. Decrease/increase heating circuit

- check for leaks on the heating circuit

pressure

 

- faulty filling-loop

 

 

 

- faulty secondary heat exchanger

 

 

 

- expansion vessel faulty

 

 

5. When cold water tap turned off, the

- drop in pressure in the water mains, with

boiler ignites

 

consequent water hammer

 

 

6. Insufficient radiator temperature

- check C.H. temperature probe

 

 

 

- check by-pass

 

 

 

- check gas pressures

 

 

 

 

 

23

Page 46 Page 48
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Page 46 Page 48
Contents Condensing General Information Table of ContentsReference Standards InstallationOverall View Siting the Appliance Overall DimensionsRffi System Mounting the Appliance Mffi Mffi SystemMinimum Clearances GAS ConnectionWater Connections Mffi SystemTerminal Position Flue ConnectionsRoom Thermostat Connection Accessory ConnectionUnder Floor Heating Connection Connections to the P.CBJumper Electrical DiagramC4 = Timer Water Circuit DiagramsInitial Preparation CommissioningInitial START-UP Removing the Casing Control PanelControl Modes Display Messages Shown During Normal OperationOperating Parameters Outdoor Sensor 275 Comfort KEY Settings DisplaySetting the Temperature Field Regulations PotentiometersRegulation Menu Table Boiler Safety SystemsPump Overrun Draining Combustion AnalysisGAS Adjustments Operating Tests Changing the Type of GASGeneral Remarks Zone Valves MaintenanceCleaning the Primary Exchanger Cleaning the Condensate TrapOperational Test Mffi Rffi System Technical InformationServicing Instructions Type C Boilers Fault Finding Servicing Instructions Replacement of Parts To Gain General AccessCombustion Chamber Access toRemoving the side panels Removing the sealed chamber front coverRemoving the fan Removing the combustion chamber inspection panel Removing the burnerRemoving the electrodes Removing the condensate collector Removing the injector Removing the condensate trapPage Removing the gas valve Access to the GAS ValveRemoving the D.H.W. secondary exchanger Removing the safety valveAccess to the Water Circuit Removing the diverter valve actuator Removing the main circuit flow switchRemoving the D.H.W. flow switch Removing the automatic air ventRemoving the pump Removing the expansion vessel Removing the pressure gaugeRemoving the C.H. flow temperature probe N.T.C Removing the D.H.W. temperature probe N.T.C. Mffi onlyRemoving the C.H. return temperature probe N.T.C Removing the time clock Access to the Control SystemChecking the fuses Removing the P.C.B.s Page FLOW-CHARTS Fault FindingFault Finding Guide Model 24 Rffi System Model 24 MFFI/24RFFI System Is the FAN Heating flow temperature probe in open circuit Jumper Electrical DiagramsC1 = FAN C5 = Remote Control Bus+/BusEcoGENUS 24 Mffi ecoGENUS 24 Rffi Short Spare Parts List Ariston EcoGENUS 24 Rffi System EcoGENUS 24 Rffi System Technical Service Hot Line 01494 Ecogenus 24 Mffi 24MFFI SerialPart Code Description

47-116-17 specifications

The Ariston 47-116-17 is a blend of advanced technology and user-centric design, setting a new standard in home appliances. This washing machine stands out not only for its robust performance but also for its energy-efficient features, making it a top choice for environmentally conscious consumers.

One of the key features of the Ariston 47-116-17 is its impressive capacity. With a drum that can hold up to 7 kg of laundry, it accommodates a variety of household needs, from small loads to larger family washes. This ensures that users can complete their laundry tasks efficiently without multiple wash cycles.

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In conclusion, the Ariston 47-116-17 is a reliable, efficient, and user-friendly washing machine that meets the diverse needs of modern homes. Its combination of capacity, advanced cleaning technologies, energy efficiency, and convenience features makes it a noteworthy addition to any laundry room. Users can enjoy the benefits of powerful performance with the peace of mind that comes from choosing an environmentally responsible appliance.
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