KAL-FIRE Fera series Manual de usuario

Installation and operating instructions

Fera closed gas fire

Contents

INTRODUCTION 4

1INSTALLATION INSTRUCTIONS 5

1.1 FLUE REQUIREMENTS. 6

1.2 EXAMPLE OF DUCT 8

1.2.1 WALLDUCT 8

1.2.2 ROOFDUCT 9

1.2.3 ROOFDUCT FOR EXISTING FLUE. 10

1.3 SYSTEM CALCULATION 10

1.4 RESTRICTOR PLATE 12

1.5 TECHNICAL DATA 13

1.5.1 FERA 60 13

1.5.2 FERA 75 13

1.5.3 FERA 75 CORNER 13

1.5.4 FERA 105 14

1.5.5 FERA 140 14

2BUILDING-IN INSTRUCTIONS 15

2.1 CHOICE OF MATERIAL 16

2.2 THE FERA 60, 75 AND 105 16

2.2.1 THE CONNECTIONS 16

2.2.2 POSITIONING OF THE CHIPS/MOULDED FIRE BRICKS/WHITE STONES AND LOGS 17

2.2.3 MOUNTING OF THE CONVECTION SET FOR THE FERA 23

2.2.4 MOUNTING THE CONVECTION SET FOR THE FERA 60 UNI,75 UNI AND 75CORNER 23

2.2.5 MOUNTING OF THE FRAME 24

2.3 FERA DESIGN MANTLE 24

2.3.1 ASSEMBLING THE DESIGN MANTLE 25

2.4 FERA HASTE MANTLE AND BLUE STONE 26

2.4.1 ASSEMBLING THE FERA HASTE AND BLUE STONE MANTLE. 26

2.5 FERA 60 STOVE 28

2.5.1 ASSEMBLING FERA 60 STOVE 28

2.6 MOULDED FIRE CLAY 29

2.6.1 MOUNTING OF THE FIRE CLAY 29

3OPERATING INSTRUCTIONS 30

3.1 MANUALLY CONTROLLED APPLIANCES 30

3.1.1 LIGHTING THE BURNERS 30

3.1.2 EXTINGUISHING THE BURNERS 31

3.2 APPLIANCES WITH ULTRASOUND REMOTE CONTROL 32

3.2.1 LIGHTING THE BURNERS 32

3.2.2 EXTINGUISHING THE BURNERS 33

3.3 APPLIANCES WITH RADIO REMOTE CONTROL 34

3.3.1 LIGHTING THE BURNERS 34

3.3.2 EXTINGUISHING THE BURNERS 35

4DIMENSIONS 36

5TROUBLESHOOTING 48

5.1 SOLUTIONS FLOWCHART –FERA MANUAL CONTROL 48

5.2 SOLUTIONS FLOWCHART –FERA ULTRASOUND 49

5.3 SOLUTIONS FLOWCHART –FERA RADIO 50

6WARRANTY CERTIFICATE 51

6.1 WARRANTY CONDITIONS 52

6.2 THE WARRANTY IS NOT APPLICABLE IN THE FOLLOWING CASES: 53

Introduction

The closed built-in gas fire which you have just purchased from

KAL-FIRE’s FERA range is a product that will bring you years of

pleasure. We advise you to check the appliance on delivery for

any damage caused in transit. Before installing and using the

appliance, please read the accompanying instructions carefully.

These installation and operating instructions apply to all

appliances in the FERA range. These appliances must be

installed by an approved installer in accordance with national or

local regulations.

1Installation instructions

Please take note of the following instructions before connecting the

gas fire.

•This gas fire is not a ‘Do-it-yourself’ product and must be

installed by a Corgi registered person. The law demands that

all gas appliances are installed by a Corgi Registered installer

in accordance with the current gas safety (installation and use

regulations)

•In the case of a fault, the safety devices fitted in the fire and

gas regulator must never be disconnected, overridden, or

modified. Before passing the installation, your installer must

check the appliance to ensure that it is functioning correctly.

Factory-set safety devices must not be modified.

•Never use this product as an open fire and it is not permitted

to put inflammable materials on the burner.

The appliance that you have purchased is a closed system (see Figure

1). This means that the appliance works independently with respect to

the room in which it is installed. The Fera takes in the combustion air

directly from

outside through

the external pipe

of the combined

inlet and outlet

(concentric duct).

There is therefore

no need to make

any extra

provisions for a

supply of fresh air,

and the flue gases

are conveyed

directly to the

outside via the internal pipe.

Figure 1 : Wall duct with cage.

1.1 Flue requirements.

With the Fera you have a choice of two types of wall duct (C11) or two

types of roof duct (C31). It is important to choose the right wall/roof

duct for the right situation. Both are available in black or unpainted.

Wall duct with cage (KF2CMD100korf Z)

This wall duct is suitable for areas where the

outside wall is not exposed to much wind.

Otherwise, there is a possibility of turbulence in

the appliance. This may cause the pilot light to

go out, or give rise to very unsteady flames.

Wall duct with hood. (KF2CMD100kap)

This wall duct is suitable for areas where the

outside wall is exposed to a lot of wind. The

hood ensures that the flue gases cannot blow

back into the combustion air inlet.

Roof duct (KF2CDD100KLTV Z)

When positioning a roof duct, you must take

care that no turbulence can arise in the area

where it is positioned. This means that sufficient

space must always be left between a wall/roof

and the roof duct. We recommend a minimum

radius of 500mm.

Roof duct (Ventilation plate with pull-on

hood) (KF2CAFDkap100LTV)

This roof duct can be used wherever there is an

existing flue and you wish to convert it to a

closed system. In this case it is possible to use

a flexible flue.

Fires in the FERA range can only be connected with KAL-FIRE

concentric RVS flue gas material, otherwise no warranty can be given

for the system. This is because during CE testing the appliances are

certified with this duct, and different resistance values apply to each

duct.

The maximum length of the wall duct is 60 cm, and can be shortened

as required, depending on the wall thickness. Firstly fit a 1 m piece

onto the fire’s connection collar, fit the 90° bend to this piece, and, if

necessary, shorten the wall duct to the desired length and connect it

to the bend.

For a roof duct system, the system length can be calculated using the

calculation principles. Take care to use as few horizontal pieces as

possible, and make sure that the flue is constructed so that the flue

gases always escape to the outside and never downwards!

1.2 Example of duct

1.2.1 wallduct

KF2CMD100kap

KF2CBO1000090

KF2CEL1001000

1.2.2 Roofduct

•It is not necessary

to use both ceiling

support and roof

bracket. This is

just an example.

•The Rain cap

(storm collar,

KF2CRR100) is

only necessary

when the roof duct

is extended.

KF2CDD100KLTV

KF2CRR100

KF2CDP1000530

Roofplate 5°-30°

KF2CLS100010

Roofplate 0°-10°

KF2CLS1002045

Roofflashing 20°-45°

KF2CLS1004560

Roofflashing 45°-60°

KF2CBO1000045

KF2CSC100300

ustable

KF2CVO100

Ceiling support

KF2CEL1001000

KF2CDB100

Roof bracket

KF2CEL100500

1.2.3 Roofduct for existing flue.

You can convert your existing flue to a balanced flue system by using

two connectors. On top of the chimney you can use the Ventilation

plate with pull-on hood (KF2CAFDkap100LTV).

A flexible flue can be installed in the chimney.

The flexible flue is for the outlet fumes and

the rest of the chimney is for the inlet of the

combustion air. Always check the existing

chimney on leakage otherwise the balanced

flue system won’t work. If the existing

chimney is in a bad condition we prefer to

use two flexible flues. The outer flue is for the

inlet air and the inner flue is for the outlet

fumes.

At the bottom of the chimney you have to

use an other connector (KF2CSAFPL1050) to

create a good fit with the Kal-Fire concentric

flue.

1.3 System calculation

The following rules of thumb can be used for calculating the flue.

These calculation principles apply to both wall and roof ducts. Any

failure to adhere to these calculation principles will invalidate the

Fera’s warranty. If a large number of bends are used, and too much of

the flue is mounted horizontally, then considerable resistance is

created in the flue. This makes it difficult for the combustion air to

reach the appliance, which has a considerable effect on the flames. In

order to create a good draught in the duct, it is always necessary to

begin by:

•fitting a 0,7-1 m pipe vertically to the appliance.

The MAXIMUM vertical system length must be less than 12 m (< 12

m!). If it is desirable to mount part of the flue horizontally, the 12-

metre vertical system length can be converted to the horizontal.

Horizontal elements create considerable resistance, which is 1.5 times

greater than in the case of a vertical element.

•1 metre horizontally = 1.5 vertically.

•A maximum of ½ of the system may run horizontally.

The same method of calculation applies to bends:

•45° bend = 1.5 m

•90° bend = 2 m

•Wall/roof duct = 1.5 m

Calculation example:

For a Fera connected to a concentric flue, the calculation example is

as follows:

The first metre (0,7) must be vertical (always), then a 90° bend to

the rear, then 50 cm horizontally, then another 90° bend upwards.

The flue then extends for 1 metre upwards to a roof duct.

•1 metre vertical = 1 metre

•90° bend = 2 metres

•0.5 metres horizontal = 0.5*1.5 = 0.75 metres

•90° bend = 2 metres

•1 metre vertical = 1 metre

•Roof duct = 1.5 metres +

Total length = 8.25 metres

As this is less than 12 metres, the appliance will function. It must be

expressly pointed out that the length must be kept to a minimum in

order to produce the best flames.

1.4 Restrictor plate

In some installation chimney draught may be stronger than strictly

necessary. In these circumstances it is desirable to restrict draught in

order to achieve a calmer and higher flame movement. This can be

adjusted by using a restrictor plate.

Use the following chart to find out which position of the restrictor plate

we recommend to achieve the best possible flame movement.

12345678910

20%

40%

60%

80%

100%

length flue duct

Restrictor plate

restriction

1.5 Technical data

1.5.1 Fera 60

Model NL BE/FR DE AT/CH/GB/IT Propane

Type C11 / C31 C11 / C31 C11 / C31 C11 / C31 C11 / C31

Gas / P G20 / 20 mbar G20 / 20 mbar

G25 / 25 mbar G25 / 25 mbar G25 / 20 mbar G20 / 20 mbar G30/37 mbar

Gascat. I2L I2E+ I2ELL I2H I3P

Input / output 6,9 kW / 4,31kW 7,27 kW / 2,81 kW 6,14 kW / 2,48 kW 6,0 kW / 3,8kW

Max/min 0,85/0,29 m3/h 0,77/0,30 m3/h 0,76/0,31 m3/h 0,24 /0,09 m3/h

Branderdruk 23,8 mbar 18,8 mbar 19,0 mbar 36,7 mbar

7,27 kW / 2,81 kW

0,77/0,30 m3/h

18,8 mbar

1.5.2 Fera 75

Model NL BE/FR DE AT/CH/GB/IT Propane

Type C11 / C31 C11 / C31 C11 / C31 C11 / C31 C11 / C31

Gas / P G20 / 20 mba

G20 / 20 mbar

G25 / 25 mba

G25 / 20 mbar G20 / 20 mba

G30/37 mba

Gascat. I2L IE2+ I2ELL I2H I3P

Input / output 8,1 kW / 5,7 kW 8,9 kW / 6,2 kW 7,2 kW / 4,8 kW 8,9 kW / 6,2 kW 7,7 kW / 5,1kW

Max/min 0,99/0,53 m3/h 0,94/0,54 m3/h 0,89/0,51 m3/h 0,94/0,54 m3/h 0,31 /0,16 m3/h

Burner pressure 24,0 mba

18,4 mba

18,6 mba

18,4 mba

36,7 mba

1.5.3 Fera 75 corner

Model NL BE/FR DE AT/CH/GB/IT Propane

Type C11 / C31 C11 / C31 C11 / C31 C11 / C31 C11 / C31

Gas / P G20 / 20 mba

G20 / 20 mbar

G25 / 25 mba

G25 / 20 mbar G20 / 20 mba

G30/37 mba

Gascat. I2L IE2+ I2ELL I2H I3P

Input / output 11,9 kW / 4,8 kW 12,6 kW / 4,6 kW 10,6 kW / 4,8 kW 12,6 kW / 4,6 kW 11,7 kW / 5,0 kW

Max/min 1,46/0,59 m3/h 1,34/0,48 m3/h 1,30/0,59 m3/h 1,34/0,48 m3/h 0,48 /0,20 m3/h

Burner pressure 23,4 mba

18,6 mba

34,5 mba

1.5.4 Fera 105

Model NL BE/FR DE AT/CH/GB/IT Propane

Type C11 / C31 C11 / C31 C11 / C31 C11 / C31 C11 / C31

Gas / P G20 / 20 mba

G20 / 20 mbar

G25 / 25 mba

G25 / 20 mbar G20 / 20 mba

G30/37 mba

Gascat. I2L IE2+ I2ELL I2H I3P

Input / output 10,2 kW / 7,6 kW 10,4 kW / 7,8 kW 8,9 kW / 6,3 kW 10,4 kW / 7,8 kW 10,4 kW / 7,7kW

Max/min 1,25/0,63 m3/h 1,1/0,65 m3/h 1,09/0,64 m3/h 1,1/0,65 m3/h 0,42 /0,16 m3/h

Burner pressure 23,0 mba

18,2 mba

19,5 mba

18,2 mba

36,1 mba

1.5.5 Fera 140

Model NL BE/FR DE AT/CH/GB/IT Propane

Type C11 / C31 C11 / C31 C11 / C31 C11 / C31

Gas / P G20 / 20 mba

G20 / 20 mbar

G25 / 25 mba

G25 / 20 mbar G20 / 20 mba

Gascat. I2L IE2+ I2ELL I2H

Input / output 13,0 kW / 4,4kW 13,3 kW / 5,6 kW 11,3 kW / 4,6 kW 13,3 kW / 5,6 kW

Max/min 1,60/0,54 m3/h 1,40/0,59 m3/h 1,39/0,57 m3/h 1,40/0,59 m3/h

Burner pressure 23,3 mba

18,3 mba

18,4 mba

18,3 mba

.A.

2Building-in instructions

With the Fera there are two ways of dissipating the convection heat.

With the standard Fera (Figure 2) convection heat must be dissipated

by means of grates using a convection set (see Figure 9). The Fera

Uni (see Figure 3) has a convection box with a “cold” air inlet and a

warm air outlet. With natural ventilation the “cold” air is sucked out of

the room, underneath the fire. The air is heated up and leaves the

Fera at the top. The Fera Design mantle has its own convection

system.

This is because it is very important that the air cools the fire down.

Otherwise it reaches excessively high temperatures which can cause

the plasterwork or the marble mantel piece to crack. If a Fera Uni is

installed in combination with a marble mantel piece, then the

convection grates are often still connected in order to guarantee as

much cooling as possible. This is also vitally important if you have an

appliance with radio remote control. The better the cooling, the longer

the life of the fire. All appliances are tested and inspected with the

Uni which does not have convection grates and the standard one

which does have convection grates.

Figure 3 : Fera Uni

Figure 2 : Fera

2.1 Choice of material

The materials used to convert the fire must be heat-resistant and

fireproof. Under no circumstances must there must be any flammable

material within the area of the fire. If mounting is carried out using

materials known in the industry (which have an insulating effect) such

as for example Promatect, Nobranda and gas concrete blocks, the

convection set MUST be connected to the appliance, in order to

effectively convey the heat from the appliance into the room.

2.2 The Fera 60, 75 and 105

The Fera’s contents consist of:

•Fera 60/75/105

•Installation and operating instructions

•White stones/ chips or moulded fire bricks/ Logs (The logs are

only delivered in combination with the chips).

•Adjustable feet.

To gain access to these contents, firstly remove the frame which is

held fast by magnets. The swinging door can be opened by removing

the two bolts (the large ones) situated on the right-hand side of the

fire. With the Fera 105, care must be taken that the appliance does

not tip forwards when the door is opened. When the swinging door is

shut again, care must be taken that the bolts are not overtightened,

otherwise the glass may break. Tight is tight enough. Always check

the appliance for possible damage and possible faults before installing

it completely.

2.2.1 The connections

•The Fera is supplied with a 15mm gas connection as standard.

This appliance must always be connected to a gas tap which

can be operated at all times.

•If you have a radio remote control, you will require a 230V

electric socket earthed for safety.

•The concentric flue has already been covered in detail in

Chapter 1 and should be manufactured by Kal-Fire.

2.2.2 Positioning of the chips/moulded fire bricks/ white

stones and logs

The chips cover the whole of the Fera’s cover plate. The flame can be

influenced by the quantity of chips used. A small quantity will allow

more air to pass through,

producing wilder flames. Using a

lot of chips will produce a steady

flame and a red glow. The

provided amount of chips is the

same for Fera 60, 75 and 105.

Do not use all the chips for the

Fera 60 and 75. The two pictures

below are the same stoves but

with a different amount of chips. The chips can create a turbulence if

they are situated in front of the safety flame. This can cause an error

and the appliance could extinguish.

Figure 4: Cover plate

Caution !

The chips must not cover the holes which are

situated at the front of the burner. The safety

flame must be in direct contact with these holes

otherwise the burner could not be lighted

correctly.

Tip 1: Cutting through the chips will produce a thinner chip which will

glow more.

Tip 2: Before putting the chips in place, it is best to position the

rearmost log first, and also the two logs on either side. The chips can

then be laid on the logs. There will then be plenty of air under these

logs which will produce a better glow.

Tip 3: You may partly cover the pilot light cap, but you must be able

to see that the pilot light is burning at all times. This will produce a

more realistic effect.

The fire bricks which are available with the Fera ensure good

conduction of the combustion air. These cover the burners and cover

plate (see Figure 4) to the thickness of one granule. If too many

bricks are placed on the burners, a very stable flame is produced. The

fewer the bricks, the more dynamic the flame. The fire bricks must be

filtered before placing them on the burner. Due to transport, dust is

created and this may block the burner.

The white stones must be filtered before they are placed on the

burner. Due to transport, dust is created and this may block the

burner.

The Fera’s logs must be positioned as follows, see following page:

For the Fera 60:

This is the set of logs you have received:

The set of logs is to be positioned as follows.

Figuur 5: Houtstammetjes Fera 60

Figure 5: Fera 60 logs

For the Fera 75:

This is the set of logs you have received:

The set of logs is to be positioned as follows.

1 4

Figure 6: Fera 75 logs

1 23

54 6

Este manual sirve para los siguientes modelos

Tabla de contenidos

Otros manuales de Chimenea de interior de KAL-FIRE

KAL-FIRE

KAL-FIRE E one Manual de usuario

KAL-FIRE

KAL-FIRE E-one 160 Manual de usuario

KAL-FIRE

KAL-FIRE Gi75/59F Manual de usuario

KAL-FIRE

KAL-FIRE Fairo 90 Manual de instrucciones

KAL-FIRE

KAL-FIRE GP75/59F Manual de usuario

KAL-FIRE

KAL-FIRE W60/51Fl Manual de usuario

KAL-FIRE

KAL-FIRE E-one 100 Manual de usuario

KAL-FIRE

KAL-FIRE 45 Manual de usuario

KAL-FIRE

KAL-FIRE E-one 100F Manual de usuario

KAL-FIRE

KAL-FIRE TWIN 38x15 Manual de usuario

KAL-FIRE

KAL-FIRE Gi105/59F Manual de usuario

KAL-FIRE

KAL-FIRE ECO-prestige 75 Manual de usuario

KAL-FIRE

KAL-FIRE Fairo 60 Manual de usuario

KAL-FIRE

KAL-FIRE G Series Manual de usuario

KAL-FIRE

KAL-FIRE G Series Manual de usuario

KAL-FIRE

KAL-FIRE Fairo ECO-line 60 Manual de usuario

KAL-FIRE

KAL-FIRE G80/48F Manual de usuario

KAL-FIRE

KAL-FIRE Heat Pure Series 65R Manual de instrucciones

KAL-FIRE

KAL-FIRE W Series Manual de usuario

Manuales populares de Chimenea de interior de otras marcas

Brigantia

Brigantia 35-DVRS31N-2 Manual del propietario

Nordpeis

Nordpeis Bergen Manual de usuario

Superior

Superior BCT2536TMN Manual de usuario

Quadra-Fire

Quadra-Fire 5100I-GD-B Manual de usuario

Renaissance

Renaissance RUMFORD 1000 Manual de usuario

Lacunza

Lacunza IV-800 Manual de usuario

Baxi

Baxi 940 Instrucciones de uso

Dru

Dru Maestro 60/2 Tall RCH Manual de usuario

Diamond Fireglass

Diamond Fireglass SS-O22 Manual de usuario

HearthStone

HearthStone Windsor Bay 8830 Manual de programación

Napoleon

Napoleon ASCENT B42 Manual de usuario

Enviro

Enviro E33GI Manual de usuario

Smeg

Smeg L30 FABE Instrucciones de montaje

KEDDY

KEDDY K700 Manual de usuario

Godin

Godin 3451 Manual de usuario

Jøtul

Jøtul Jotul GI 535 DV IPI New Harbor Manual de usuario

Austro Flamm

Austro Flamm Heidi Back 2.0 945048 Manual de usuario

Desa

Desa CCFPDFT Manual de operación