IF30 SLX - Cooker FAGOR - Free user manual and instructions

USER MANUAL IF30 SLX FAGOR

Important! Read the entire manual before using the hob

The texts in the manual correspond to the numbered diagrams.

Identification

Identify the model of your hob ("a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l") by comparing the number and arrangement of the rings on your hob with those shown in the illustrations.

1

Installation

1.1 Unpacking the hob. Remove all the protective elements.
1.2 Recess-mounting in a kitchen fitting.

Always take into account the reference plate data (1.2.1), the ventilation areas (1.2.2) and the dimensions of the kitchen fitting in which you are to recess-mount the plate (1.2.3). Stick the foam seal all around the hob perimeter for good impermeability (1.2.4). Turn the hob around and fit it into the space (1.2.5). Fix it to the kitchen fitting with the four clips supplied (1.2.6). Make sure air can circulate from the rear of the hob, exiting from the front (1.2.7).

1.3 Mains connection. The hob is supplied with a power cable. Check which type of cable the hob is provided with, according to the number and colours of the wires: 3-wire cable (1.3.1) a) yellow and green, b) blue, c) brown. 5-wire cable (1.3.2) a) yellow and green, b) blue, c) brown, d) black, e) grey.

8-wire cable (1.3.3) a) yellow and green, b) blue, c) brown, d) black, e) grey.

Recommendation: The hob must be installed by an authorised installer following the manufacturer's instructions and diagrams. If an oven of another brand is installed, it must be insulated from the hob. The induction hob must not be installed on top of a dishwasher, washing machine, refrigerator or freezer. Do not use non-removable materials such as silicone. The distance between the edge of the hob and the side or rear wall must be at least 40~mm .

2

Using the hob

Before using your new hob for the first time, remember that induction is a technology whereby heat is transmitted directly to the pan. All the pans you use must therefore have a ferromagnetic base.

2.1 Choosing a pan. It is very important to choose the type of pan so that the best possible hob performance and cooking results are obtained. In principle, any pan is suitable for induction cooking if a magnet sticks to its base. (2.1.1). Place the food to be cooked in the pan. Never heat up an empty pan on the hob. (2.1.2). For radiant vitro-ceramic rings, ceramic, copper and stainless steel pans can also be used. Aluminium pans are not advisable as they could stain the hob glass.
2.2 Choosing a ring. There are several rings you can place the pan on. Choose the best one according to the size of the pan. If the base of the pan is too small, the power indicator will flash and the ring will not switch on, even though the pan is suitable for induction cooking. Make sure you are not using pans with a smaller base diameter than those shown on the chart.

ring ∅ min. pan base ∅
16 cm 10 cm
18 cm 12 cm
21 cm 18 cm
28 cm 12 cm
Zone section 12 cm
Complete zone 18 cm

Recommendation: Do not drag the pans along the hob glass, as this could cause scratches.

Do not place any metal objects such as knives, forks or pan lids on the hob surface, as they could heat up.

2.3 Switching on the ring. Press ① , ⑧ will start to flash

2.4 Selecting a power setting. Adjust the power setting by pressing or
2.5 Selecting a cooking time You can choose how long you wish the ring to function for. Choose the time by pressing + or on the clock icon When the selected time has elapsed, the ring will switch off automatically and a beep will sound.

SPECIAL RINGS

2.6 Double vitro-ceramic ring: Switch on the main zone at the maximum power setting (2.6.1). If you press again, it will activate the double zone (2.6.2) and a beep will sound and a dot will appear on the display to confirm your instruction. You can now adjust the power setting as required + , -To switch off the double ring zone, press stop and then start ① and adjust the power + , -
2.7 Zone Ring: This can be used independently as two separate rings, or the two can be used together as a single ring. Press the button for the ring you wish to use and follow the steps in point (2.4) to select the power setting and point (2.5) to choose the duration.

SPECIAL FUNCTIONS

2.8 Direct access function . This enables direct access to a selected power setting.
With the ring switched on, press to access power setting which is the manufacturer's default setting (2.8.1). To change it, with the ring switched off (without pressing), press and hold it down for a few seconds until you hear a beep and starts to flash. Choose the new desired power setting by pressing . Validate it by pressing again (2.8.2, 2.8.3, 2.8.4).
2.9 Total Function 念 This enables you to access a power setting change within a selected time. With the ring switched on ① and a determined power setting +, press (R). Choose the new power setting using the + (2.9.2) buttons (2.9.2) and choose the time using +, on the symbol (2.9.3). Validate by pressing the button again, and the new power setting will appear on the display with a dot after it (2.9.4). When

the selected time has elapsed, the power setting will return to its initial position and the dot will disappear (2.9.5).

2.10 Booster Function Booster : This enables the maximum temperature to be rapidly reached, which is useful for heating up or boiling liquids quickly. With the ring switched on ① press Booster . will appear on the display (2.10.1). When the liquid starts to boil, choose the desired power setting by pressing - (2.10.2).

Important note: With Booster activated, the maximum power setting you can use on an adjacent ring is 6.

2.11 Delayed programming : This enables the cooking end time and duration to be adjusted. Only one ring can be used at a time.

With the ring switched on ①, press (2.11.1). The current time will appear on the display. If the time is not correct, adjust it using the + , power setting buttons for the two hour digits (2.11.2) and the + - buttons on the symbol for the two minute digits (2.11.3). Validate the time by pressing the button (2.11.4). Then use the same process to adjust the cooking end time (2.11.5, 2.11.6) and validate by pressing (2.11.7). Adjust the cooking duration using the + , buttons on the symbol (2.11.8) and validate by pressing (2.11.9). Select the power setting by pressing +, (2.11.10) and validate by pressing (2.11.11). A u h o will appear on the display, and it will then switch off and only a red dot will remain (2.11.12).

Important note: The delayed programming function cannot be used simultaneously on more than one ring. The end time, duration and power setting values must be adjusted while the digits are flashing.

OTHER FUNCTIONS

2.12 Quick heat function (P dot) P.This enables a higher power setting to be obtained for a certain time. Press until you reach P (2.12.1). Release the button and the P will flash (2.12.2). Press again and it will go to maximum power setting (2.12.3). Press and select the desired power setting (2.12.4). P will appear on the display (2.12.5). When the set time has

elapsed it will return to the power setting selected.

Recommendations: After selecting power setting P, if no final working power setting is chosen the ring will switch off.

While P_ is shown on the display, if you press any power control this will cancel the function.

2.13 Child lock function: To prevent children from changing the settings, press the button and hold it down for 3 seconds. To unblock it again, repeat the process.
2.14 Beeper: To deactivate the beeper, the hob must be switched off. Press the power setting and time buttons of the lower right ring simultaneously until BE EP appears on the display. Hold the buttons down until the digits disappear (2.14.1). To activate it again, repeat the process.

Recommendations: You should preferably use the cooking zones on two opposite sides.

Prevent any pans from knocking against the glass.

Use suitable pans for induction cooling.

Use pans with a thick, fl at base.

Warnings: If you leave any objects on the sensors, a beep will sound and the hob will switch off.

The hob switches off automatically after an estimated safety time has elapsed. This time will vary depending on the power setting selected (1 - 10 hours).

If you are boiling liquids at high power settings, you will hear a buzzing noise. This is due to the ring frequency coupling and it is normal.

On mixed models with radiant rings, do not touch these zones as it could cause burns.

3

Maintenance and cleaning

As the glass does not heat up much on induction hobs, they are easy to clean. However, you should clean up any spills or splashes as soon as possible with a damp cloth or a piece of laminated paper. For more resistant stains, use specific vitro-ceramic cleaning products. For mixed models with radiant rings, the glass reaches a very high temperature. You should clean it as quickly as possible, without letting the spills dry on the glass. To clean heated up stains, use a sponge and soapy water and a special scraper for glass.

Do not use a steam cleaner.

The use of abrasive cleaning products or hard metal scouring pads for cleaning the hob can cause surface scratches and may cause the glass to break.

Remove any sugar stains or residues immediately, as they could damage the hob surface.

4

Troubleshooting

The hob does not switch on. Check it is connected to the mains and check the differential switches.

The differential switches trip. Check the connection.

An indicator light comes on when the hob is plugged in. This is normal. The message disappears after 30 seconds.

A smell is produced when the hob is used for cooking the first few times. Heat up a pan of water on each ring for 1/2 an hour.

The hob does not switch on and a message appears. Call the technical service.

The hob does not switch on and ^一 appears on the display. Remove the child lock (4.1.1).

The hob does not switch on or F! appears on the display and a beep sounds. Clean the hob or remove any objects on the sensors (4.1.2).

or F appears. The electronic circuits have overheated (4.1.3).

The pilot lights flash during functioning. An unsuitable pan is being used.

At low power settings, a clacking noise is heard during cooling. This is normal. The hob switches on and off, self-adjusting the selected power setting.

When the hob is switched off, the fan continues running. This is normal. It helps the electronic circuits to cool down.

5

Safety

• The mains circuit supplying the hob must have a single-pole cut-off switch with a separation between contacts of at least 3mm .
• The installation must be dimensioned to the maximum power indicated on the reference plate and the electrical socket must have a regulatory earth connection.
• If the cable is damaged, it must be replaced by your after-sales service or by similar qualified staff, to avoid hazard.
• The induction rings have a pan detection system. They only heat up if there is a pan on them.
  After each use, switch off the ring at the control panel. Do not leave it to the pan detector.
• If the surface of the glass should crack or break, unplug the appliance from the mains immediately to avoid risk of electric shock. Do not use the hob again until the glass has been replaced.
• Keep small children away from the hob and use the child lock system to prevent them from playing with the controls.
• This appliance is not designed to be used by persons with reduced capacities.
• The hob must be installed by an authorised installer following the manufacturer's instructions and diagrams.

After intensive use, the cooking zone may remain hot and the letter H will appear. Do not touch these zones (5.1.1).
- Spill-over protection: If any liquids should boil over, or if any objects should be placed on the sensors or cover them, will appear on the display, a beep will sound and the hob will switch off. Clean the glass or remove the object and switch on the hob again (5.1.2, 5.1.3).
Automatic switch-off: If you forget to switch off the ring, it will switch off automatically after a time lapse of 1 - 10 hours, depending on the power setting selected.

Important! Attention users with pacemakers and active implants: The hob functions in accordance with the current electromagnetic disturbance regulations (2004/108/EC directive). It is designed not to interfere with the functioning of other electrical appliances if they comply with this standard. The induction hob generates magnetic fields in its surrounding environment. To prevent any interference between the hob and a pacemaker, the pacemaker must have been designed in accordance with the corresponding regulation. Consult the manufacturer or your doctor with regard to the pacemaker and its conformities.

The environment

The hob is designed with environmental preservation in mind.

Respect the environment. Use the most suitable power settings for each type of cooking. If you wish, on radiant ring models, you can put another pan in the same place as the previous one to use the accumulated heat, as this will save energy. Use a pan lid whenever you can to reduce heat loss by evaporation.

Electrical and electronic equipment waste management.

Do not dispose of these appliances together with general domestic waste.

Take your hob to a special collection centre. Recycling domestic appliances prevents negative consequences for health and the environment and enables savings on energy and resources. For further information, please contact your local authorities or the shop where you bought the hob.

Bedienungsanleitung

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4 PeseHne npo6nem

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He yHKUHOHpyET n NOBnEeTc HmBOJ 7

Pa3bokny npedoxpanntb ot deTei (4.1.1).

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NoBnEeTcnnn EekpoHHbIe CXembl neperpennc (4.1.3).

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5

Be30nachoctb

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- INHnykUHOHHbIe KOHOpKn Cha6KeHb CNTEmoN OnpedeneHn Tnna nocybl. OHn HarpBaIOT ToIbKO npn HaMHn Ha Hnx nocybl.
- Iocne KaKdofo NcNoIb3OBAHn,OTKIOUHO KOHOpKpy npn NOMoN BblKIOuHaTeJI. He DoBepn ONpeJeNTeTIO TIna NOCyDbl.
- Ecnn CTeknHnna NOBepxHOCTb NOTpeckaIacb nn pa36nIacb, HemeJeHHO OTKJIIOHn Pnp6Op OT Cetn BO n36exKaHne 3JKeTPOWoka. He nCnoJIb3yN pNITy Do 3aMeHbl CTekla.
He donycka K Pnnte MaIeHbKnx DeTeu nncOJIb3y cnCTemy 6nOKupOBKn, YTObI DeTn He MOrnIrpaTb BblKIIouaTeJAMN.
3TOT np6Op He paCCHTaH Ha NCNoIb3OBAHne JINcAmN C orpaHnueHHbIMN cNOcoBHOCTAMN.
- YCTaHOBka PINTbI D0JXHa OcyueCTBnATbcr CNEUmaJIncTOM NO YCTaHOBKe PINT, KOTOPOMy HADJeKNT BbINOLHHTb BCE Tpe6ObaHn, PpeDyCMOTpeHHbIe INHCTpyKuHmN CXEmAMN npON3BOIDTeIa.

• Iocne INHTeHCnBHO NcNoIb3OBaHn nNtbl, 3OHa roTOBKn MOKeT OCTaBaTbCn HarpeToi NIOKaeTeCn CmBOJ H. He Kacaic3TNx 3OH (5.1.1).
  3aunTa B cnyae, KOrda nua «c6erae»; B 3Tnx clyaX nIi KOrDa KaKne-1n6o npEMeTbI OKa3bIBaIOCTHa CeHCOPax, NOBHTCn CmBOJ , NocbluNTc CBnCT nPiNTa OTKnIOUHTcA. Ouchn nnHt y nn y6epn c ee NOBepxHOCTn NOCTOpOHnE npEMeTbI IN BHOBB BKJIQUHn PnITy (5.1.2, 5.1.3).
• ABTomatueckoe OTKIOHHe: EcIn Tbl 3a6ydeuB BbIKIOHTb KOHOpky, OHa OTKIOUHTCn ABTomATueckn B TeueHne nepnoDa ot 1 do 10 yacOB B 3aBNCMOCTn OT N36paHHo MOUHOCTn.

Baxho.BHmHaHne nOJIb30BaTeJAM cepJeHbIX CTMnyIaTOPOB u AKTINBbIX NIMnIaHTaU: ΦHKUHOHPOBAHHe IITbI OCUuECTBIAETC B COOTBcTcBn C HOpMaMn DeIcTByIOxN 3JIeKTPOMarIHTHbIX NOMex (IpeKtNbA 2004/108/CE). PlNTa 6bla CNpoeKTIPOBaHa TaKIM O6pa3OM, YTo6bl He HApUwA TbФYHKUHOHPOBaHNe Dpynx 3JIeKTPuYeCKNX Pn6bOPOB, OTBeuaIOxN Tpe6oBaHNrM 3TNX HOpMaTBOB. INdKyUONHAR PlNTa O6pa3yET MaHHThBi e NOIa B CBOEm 6LHXaIeM OkpyKeHH. YTo6bl He 6blIO NOMEX, Bbl3BaHHbIX DeIcTBnEM PlNTb, BInraIOxN Ha cepJeHbI CTMnyIaTOPM, OH DoJXeH 6blc CnpoeKTIPOBaH B COOTBcTcBn C HopMaTINBaMn, ppeDyCMOTpeHHbIMn DnI Hero. 4To KacaetcSTMUYaTopa N BO3MOXhbIX HeyIo6CTB, TO MOXeUb IpOKOHcyNbTIPOBaTbCn PpOn3BOIDnteEM INI CO CBOIM BpaOM.

Okpykaouca npeda

Pnnta 6bIa cnpoeKtnpObaHa c yUeTOM oxpaHbOkpykaIOSe Cpebl.

Oxpannokpykaouyocpey.NcnoIb3y COOTBETCTBYUOyMOUHOCTbDNKdoT O pRTOBJIeHnNIIu. N oOKOHaHN nPiroTOBJeHn NIIu,ecNI NOKeJAEWb,MOKeJb NOCTaBt b Ha packaJIeHHyIO KOHΦOPKy Dpyryo nocydy DN pyroI RTOBKn,HTo6bl NCNoIb3OBaTB NOnyHeHoe TENIO IN TEM CaMbIM C3KOHOOMNTb ANEKTPO3HeprnIO.NcNoIb3y KpbIbKBy BCaIKn pa3,KoDa MoXeUb 3To DeLaTb,HTo6bl CHINITb NOTepIO TeNJa n3-3a IcnapenH.

Mepbl no yTuHn3aun 3JeKtpnuecknx n 3JeKtpoHHbIX np6opOB.He yTuH3npy np6opbl, CMeuHBaixxC O6bUHbIMN DOMaHUMN OTXoAMN. Cdabai CBOIO pNTy B cneuaNBhIe CEHTpbix npemKn. BToPcHra nepepa6Ota 3JeKtpo6bITobBIX np6opOB NOMaet N36ExKaTb HeraTINBbIX NocEeCTBm IINr 3IDOpBB, OKpykaIOSeI CpeBn I IO3BOJHET CkOHOMtB 3JeKtpo3HeprnIO n pecypcbI. IINI NOUYehn6 BoJIee IIOpObHou INHOpMaUN 6paaucaK M MeCTHbIM Bnactam INI B TOPOBYIO TOky, rIe 6blna npno6peTeHa PnIta.

Návod k použití

Velmi dulezite: Prectete tento navod celv, varne desky pouzijete.

(b,jal jai (a(1.3.1)3 3 bll:

（a(1.3.2)5

（c（c，（b，

(a(1.3.3)8

. 1 (d, (c, (b

J 1

gii 1

n nn nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn

aai all 15 j y2 g. aai all j e 24

LgS Jll Jie jle yj Jauiy

aal aal al al al al al al

40 1

1.elegl j1i1.1.2

Jgall Jg 128 g aegill g cgl l jg 129

Jgall

cGgai gai gai jy

JLaeiouu 100

le jia jia y cie gall jia jia gai (2.1.1)

（2.1.2）

jill, jollil, jilll lal jol jolll

1

aieeallglcclb jgj jSao

2.2

e 1

a 1

gai jaiui 2 iiaill gai Jaa

a a a a a a a a a a a a a a

S APQ = S AOB + S_ QPH

الله��,%رطمن 0	الله��,%رطمن
\( {}^{\text{الله��}}10 \)	\( {}^{\text{الله��}}16 \)
\( {}^{\text{الله��}}12 \)	\( {}^{\text{الله��}}18 \)
\( {}^{\text{الله��}}18 \)	\( {}^{\text{الله��}}21 \)
\( {}^{\text{الله��}}12 \)	\( {}^{\text{الله��}}28 \)
\( {}^{\text{الله��}}12 \)	\( {}^{\text{الله��}}\epsilon \)
\( {}^{\text{الله��}}18 \)	\( {}^{\text{الله��}}\epsilon \)

j j 1 j k, g y:

aal lio iio 0i jaoai oia

ab = 12

jir jin, aiina aie gllaii jao jil oia

1 1

Jaaaiy

(2.5) 2.4

alol cyloxl

J. 8.2

a g a Ljul Jgdl

gall 1210

(2.8.1).

（0）

Gaaia jil jill jll baiol

jillabwbyjzjjll jall jil

1. D. 与 SU 无关,且 S S , S S ,

(2.8.2,2.8.3,2.8.4)

Total 91 Jaa9 9.2

Jia 1

法可分, y = 1 或 y = - 1 ,

+jll jll (2.9.1) 一 _ 一 Total

aJg+ +abgl 2.9.2)

j（2.9.3）

abill abw yddydl sall rTotal

aagaae aee

.(2.9.5)

Boester

Jinui Jie 10.2

a

aee

Boster

biol, @

Bolster Jlll lioic bo (2.10.1).

5.2 111111111111111111111111

Bostert (2.10.2)

：aagai

Jaa

6.6

11.2

aill 1

a 1

aal aal alal aal aeall Jae

j(2.11.6,2.11.5)

j 2.117)

（2.11.8）

+jzjjb2j0jgl (2.11.9)

j (2.11.10)

a 2.11.11

.（2.11.12）aabaiyAo

：aagai

wai gellaxial Jay 2 aielzall

J 1

a + b = 11, a + b = 11

3

aaii Jgj,1Jgaiiaai 0

Lgic Jy jai Jaii 12

aaii i 15i i 10

a 100

aJyI bainly + gji gai jgill gaii

bE EP

12.14.1(

Juaill 2

alii gblio gbiil alili gblio Jau

jgl j1 gao jie jil jie gai

aJall aIla 1gao Jao

aall aally jai, clogal no jol

jiai iio yj jil jll jll jaiisall