Ariston 41-116-07 Exhaust Restrictor Maximum Risk of Condensation Forming, Type, Systems

Page 11

 

Exhaust

Restrictor

Maximum

Risk of Condensation Forming

21 RFFI

Type

ø 46 mm

Extension

Piping not insulated

Piping insulated

 

 

Exhaust/Air

ø 46 restrictor

NO restrictor

ø 46 restrictor

NO restrictor

Coaxial

C12 (xx)

L min = 0.5 m

L = 4 m

 

 

 

 

Systems

C32 (xx)

NONE

NONE

NONE

NONE

L max = 1 m

ø 60/100

C42 (xx)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

TABLE 2.1

 

Exhaust

Restrictor

Maximum

Risk of Condensation Forming

28 RFFI

Type

ø 41 mm

Extension

Piping not insulated

Piping insulated

 

 

Exhaust/Air

ø 41 restrictor

NO restrictor

ø 41 restrictor

NO restrictor

Coaxial

C12 (xx)

L min = 0.5 m

 

 

 

 

 

Systems

C32 (xx)

L = 4 m

NONE

NONE

NONE

NONE

L max = 1 m

ø 60/100

C42 (xx)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Exhaust

Restrictor

Maximum

Risk of Condensation Forming

21 RFFI

Type

ø 46 mm

Extension

Piping not insulated

Piping insulated

 

 

Exhaust/Air

ø 46 restrictor

NO restrictor

ø 46 restrictor

NO restrictor

 

 

 

 

 

 

C12 (xy)

 

34 m

 

 

 

 

Twin Pipe

C32 (xy)

L max = 25 m

34 m

3.0 m

4.5 m

12.5 m

16.0 m

C42 (xy)

 

34 m

 

 

 

 

Systems

 

 

 

 

 

 

 

 

 

 

 

 

ø

80/80

C52 (xy)

L max = 22 m

31 m

 

 

 

 

 

 

3.3 m

4.8 m

14.0 m

17.8 m

 

 

C82 (xy)

 

 

 

 

 

 

 

 

 

 

Exhaust

Restrictor

Maximum

Risk of Condensation Forming

28 RFFI

Type

ø 41 mm

Extension

Piping not insulated

Piping insulated

 

 

Exhaust/Air

ø 41 restrictor

NO restrictor

ø 41 restrictor

NO restrictor

 

 

 

 

 

 

C12 (xy)

 

62 m

 

 

 

 

Twin Pipe

C32 (xy)

L max = 38 m

62 m

8 m

11 m

19 m

31 m

C42 (xy)

 

62 m

 

 

 

 

Systems

 

 

 

 

 

 

 

 

 

 

 

 

ø

80/80

C52 (xy)

L max = 34 m

54 m

 

 

 

 

 

 

8 m

11 m

19 m

31 m

 

 

C82 (xy)

 

 

 

 

 

 

 

 

L = Sum of the total length of exhaust + air intake piping.

TWIN PIPE

In calculating the lengths of the pipes, the

maximum length “L” must also take into

SYSTEMS

consideration the values for the

 

exhaust/air intake end terminals, as well

 

as 90° elbows for coaxial systems.

 

The C52 types must comply with the

 

following requirements:

 

1 -

The exhaust/ air intake pipes must

 

 

have the same diameter of ø 80 mm.

 

2 -

If elbows are to be inserted into the

 

 

air intake and/or exhaust system, the

 

 

calculation of the overall length must

 

 

take into consideration the values for

 

 

each elbow, see the FL U E PI P E

 

 

ACCESSORIES MANUAL.

 

3 - The exhaust pipe must protrude by at

 

 

least 0.5 m above the top of the roof

 

 

in the event that it is located on the

 

 

opposite side of the building to the

 

 

side with the air intake (this condition

 

 

is not obligatory when the air intake

FIG. 2.10

 

and exhaust are located on the same

 

side of the building).

 

11

 

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Contents Installation Instructions Type C Boilers Table of Contents General Information Flue connector Installation Overall Dimensions Supply must be fused at 3 a Residual Head of the Boiler 60/100 mm Morley RoadTonbridge Kent TN9 1RA80 mm Systems Exhaust Restrictor Maximum Risk of Condensation FormingType Extension Piping not insulated Piping insulatedRoom Thermostat Connection A11 Overheat Thermostat GAS and Water Circuits H.W. Storage Cylinder Model Domestic HOT Water Priority KIT CommissioningControl Panel Combustion Analysis Turn off the boiler Liquid Butane Gas Liquid Propane Gas G30 G31 GAS AdjustmentsMethane Gas G20 Maintenance Page Manufacturer Merloni TermoSanitari SpA Italy Technical Service Hot Line 01494Technical Information Servicing Instructions Type C Boilers Fault Finding Removing the front panel Servicing InstructionsRemoving the side panels Removing the sealed chamber front coverRemoving the electrodes Removing the combustion coverRemoving the burner and jets Removing the main heat exchanger Removing the fan Removing the air pressure switchSetting pressure for soft ignition Setting the gas pressuresSetting the minimum and the maximum power of the boiler Gas escaping with an approved soap and water solutionRegulating the heating power for Propane gas G31 Regulating the heating power for Natural gas G20Regulating the heating power for Butane gas G30 Removing the gas valve Removing the spark generatorRemoving the automatic air vent 1. Unscrew valve top Z FIG Removing the pump pressure switchRemoving the safety valve Removing the pump Removing the expansion vessel Removing the pressure gaugeRemoving the regulation thermostat Removing the overheat thermostatRemoving the frost thermostat O1O1 P1 P1 Checking the fuseRemoving the P.C.B.s Finding diagrams described in this chapter Fault FindingYES Mbar Electrical DiagramsSF008A MicroSYSTEM 21/28 Rffi Ariston B063 Technical Service Hot Line 01494 23 99 84 1550

41-116-07 specifications

The Ariston 41-116-07 is a highly efficient and reliable appliance designed to meet the diverse needs of modern households. This model is primarily recognized for its robust build quality and energy-efficient performance, making it a popular choice among consumers looking for sustainability without sacrificing functionality.

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In summary, the Ariston 41-116-07 stands out for its energy efficiency, user-friendly features, safety mechanisms, versatile installation options, and low maintenance requirements. These characteristics make it a valuable addition to any modern home, catering to the needs of consumers seeking both performance and convenience in their appliances. Whether for daily use or occasional needs, the Ariston 41-116-07 guarantees satisfaction through its innovative technologies and thoughtful design.
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