Innohome Stove Guard 300 User manual

www.innohome.com
Safety for Your Kitchen
Stove Guard 300
User Manual

Stove Guard 300 User Manual

You now own one of the most intelligent
cooker safety products in the world.
Congratulaons!
Stove Guard 300 User Manual

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Stove Guard 300 User Manual
1. Innohome Stove Guard and how to use it 1-6
1.1. Structure of the Stove Guard 1
1.2. Use of the Stove Guard 2-4
1.3. Automac fault diagnoscs 4
1.4. Meaning of alarm signals 5-6
2. Monthly Maintenance 6
3. Low baery alarm 6
4. Intelligent Heat Sensor Installaon 7
5. Control Unit Installaon and Setup 8
5.1. Installaon and setup 8
5.2. Connecng the Intelligent Heat Sensor to the Control Unit 8
6. Tesng aer Installaon 9
6.1. Alarm Signal Detecon test 9
6.2. Safety Lock test (if acvated during the installaon) 9
7. Checking the Control Unit sengs 9
8. Seng the sensivity level of the Intelligent Heat Sensor 10
9. Alarm output 11
10. Troubleshoong 11-12
11. Technical Informaon 13
12. Warranty 14
13. EU Declaraon of Conformity 14
CONTENTS

1
1.1 Structure of the Stove Guard
The Innohome Stove Guard is composed of an Intelligent Heat Sensor, a Control Unit, and oponal Remote Alarm Units.
The Intelligent Heat Sensor, the Control Unit and the Remote Alarm Units communicate via radio connecon. Using Remote
Alarm Units, addional signalling devices can be linked to the system.
The Intelligent Heat Sensor emits an alarm signal if the cooker becomes too hot or if an empty hob is le on. The alarm is
transmied to the Control Unit which cuts o the gas/electricity supply to the cooker. The alarm is also transmied to Re-
mote Alarm Units. See secon 1.2 for the Stove Guard’s other safety features.
The Intelligent Heat Sensor is aached to the range hood with magnets, on the wall (approximately 16” (40 cm) above the
cooker), or to the cooker panel.
The Control Unit is installed between the cooker and the mains electricity supply. For gas cookers, the Control Unit is plugged
into a socket near the gas cooker, and an electrical valve (available as an accessory), controlled by the Control Unit, is installed
in the gas supply. The Control Unit has an alarm output that can be used to alert a Telecare service or another homecare pro-
vider.
The Remote Alarm Unit TM13 (available separately) is an addional safety device that is especially useful for persons with
visual or hearing impairments and/or disabilies or memory disorders. It enables integrang alternave signalling devices
into the Stove Guard, such as ashing lights or vibrang alarms, and transming the alarm to rooms at a distance.
1. Innohome Stove Guard and how to use it
The push-buon (1) resets the alarm, reconnects
the gas/electricity to the cooker and turns o the
Safety Lock. The light (2) lights up at one-minute
intervals when the Intelligent Heat Sensor is on.

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Stove Guard 300 User Manual
1.2 Use of the Stove Guard
Features depending on cooker type
a) Overheang Monitor
The Intelligent Heat Sensor detects temperature and its rate of change on the cooker surface (Overheang Monitor). The
Overheang Monitor alarm is triggered when the cooker temperature exceeds safe levels or when a rise in temperature is
faster than in normal cooking.
In a hazardous situaon, the alarm is triggered in 3 to 25 minutes. The Intelligent Heat Sensor rst emits a one-minute long
pre-alarm signal, which is followed by the alarm signal and the Control Unit cung o the cooker’s gas/electricity supply.
The alarm is reset by rst turning the cooker knobs to ‘0’, then pushing the Intelligent Heat Sensor push-buon once. Hot-
plates do not have to be turned o in cookers that are operated by touch. While the Intelligent Heat Sensor is new, the
sensivity level needs to adjust to the user’s cooker. This may result in alarms during normal cooking situaons at rst. If the
Intelligent Heat Sensor is signalling during a normal cooking situaon, reset the alarm during the pre-alarm signal by push-
ing the push-buon once. This will cancel the gas/electricity cut-
o and cause the Intelligent Heat Sensor to reduce its sensivity.
See table in secon 1.4 for descripon of the alarm signals.
Please note that the pre-alarm signal should be reset only if the
alarm was triggered by a normal cooking situation, as resetting
the pre-alarm signal results in the lessened sensivity of the
Intelligent Heat Sensor.
1. Innohome Stove Guard and how to use it
alarm
Electrical cooker; mechanical knobs Overheang Monitor
Intelligent Timer
Alarm Signal Detecon (re, carbon monoxide and gas alarms)
Cooker knob Safety Lock
Electrical cooker; operated by touch Overheang Monitor
Intelligent Timer
Alarm Signal Detecon (re, carbon monoxide and gas alarms)
Gas / dual-fuel cooker Overheang Monitor
Intelligent Timer
Alarm Signal Detecon (re, carbon monoxide and gas alarms)

3
1. Innohome Stove Guard and how to use it
The Overheang Monitor alarm also resets automacally in two minutes (approx.), when the gas/electricity to the cooker
has been cut o and the cooker temperature starts to fall (given that the oven is not in use). The automac alarm reset will
not aect the sensivity level of the Intelligent Heat Sensor.
Electrical cookers with mechanical knobs: Automac alarm reset turns o the alarm signal. Electricity is reconnected when
all hotplate knobs are turned to ‘0’.
Electrical cookers that are operated by touch: Automac alarm reset turns o the alarm signal and reconnects electricity to
the cooker (hotplates turned o aer the electricity cut-o).
Gas cookers: Automac alarm reset only aects the alarm signal. To reconnect the gas supply to the cooker; rst turn all
hobs to ‘0’, then press the Intelligent Heat Sensor push-buon once.
N.B. The Overheang Monitor alarm is not triggered if the hob’s temperature is too low for a hazardous situaon to be iden-
ed, or if the cooker automacally limits a temperature increase. When the alarm has been reset manually it cannot be
triggered by the rate of temperature change for 30 minutes, but can sll be triggered by the heat level. The Intelligent Heat
Sensor is an addional safety device that does not necessarily cover all possible hazardous situaons, but that signicantly
improves the safety of the cooker.
b) Intelligent Timer
The Intelligent Timer idenes when the cooker has been le on accidentally. The Timer starts automacally when a hob is
turned on. If the level of heat is not adjusted, as when cooking, the Stove Guard Control Unit cuts the gas/electricity supply
to the cooker. The cut-o me is determined by the amount of energy used by the hotplates: the higher the seng the
faster the gas/electricity supply to the hob is cut o. The cut-o me varies from half an hour to three hours. The Intelligent
Timer is designed to react only in hazardous situaons. The gas/electricity will not be cut o during cooking, even when the
cooker is used for an extended period of me.
The Control Unit will emit a pre-alarm signal for one minute before the Intelligent Timer cuts o the cooker’s gas/electricity
supply. The pre-alarm signal is reset by pressing the Intelligent Heat Sensor push-buon once. If it is not reset, the Control
Unit will cut the gas/electricity supply to the cooker and start to emit a signal. To reconnect the gas/electricity supply, rst
turn o the cooker hobs and then restore gas/electricity supply by pressing the Intelligent Heat Sensor push-buon once.
See table in secon 1.4 for descripon of the alarm signals.
Note: For some cookers that are operated by touch, the Intelligent Timer will not start when a hotplate is on a low seng.
This is because these cookers have a high standby energy consumpon rate. In some cookers, the Intelligent Timer only dis-
connects the electricity supply to the hobs, not to the oven.
c) Alarm Signal Detecon (re, carbon monoxide and gas alarms)
When the Stove Guard Control Unit detects an alarm signal from an addional re, carbon monoxide or gas alarm, the
Control Unit cuts the gas/electricity supply to the cooker. The Control Unit is factory set to idenfy most re/CO/gas alarm
signals. When the gas/electricity is cut o due to Alarm Signal Detecon, the Control Unit starts to emit a short signal. Re-
connect the gas/electricity supply by pressing the Intelligent Heat Sensor push-buon once. The Alarm Signal Detecon can

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Stove Guard 300 User Manual
be deacvated using the jumper on the Intelligent Heat Sensor (see secon 4 ‘Opons’). All re/CO/gas alarms should be
located within 16.5 (5 metres) of the Control Unit to ensure accurate detecon. See table in secon 1.4 for descripon of
the Stove Guard signals.
d) Cooker knob Safety Lock
The cooker knob Safety Lock can only be used on electrical cookers with mechanical knobs. The Safety Lock makes sure that
the hotplates are not turned on accidentally. This greatly reduces the likelihood of hazardous situaons caused by children,
persons with disabilies or memory disorders, or pets. When the Safety Lock feature is in use, the electricity supply to the
hotplates is cut o approximately 20 minutes aer stopping using the hotplates. The electricity is reconnected by pushing
the Intelligent Heat Sensor push-buon once or by turning one of the cooker knobs on and o three mes at one second
intervals (turn on, turn o - wait 1 sec. - turn on, turn o - wait 1 sec. - turn on, turn o). The Control Unit will emit two
short beeps as the electricity is reconnected. The Safety Lock feature is acvated and deacvated during the Control Unit
setup (see secon 5).
1.3 Automac fault diagnoscs
For electrical cookers: The Stove Guard has an automac diagnosis funcon that ensures that the Stove Guard is working
perfectly each me a hotplate is turned on. The diagnosc tool analyzes the funcon of the Intelligent Heat Sensor, the
sensor electronics, the Control Unit, and the radio communicaon link between the Intelligent Heat Sensor and the Control
Unit. If any part of the system is not funconing, the Control Unit emits a fault signal, and aer a minute’s me, the cooker’s
electricity is cut o. The electricity cut-o can be prevented by reseng the fault signal during the rst minute by pressing
the Intelligent Heat Sensor push-buon once. See table in secon 1.4 for descripon of the alarm signals.
If the electricity supply has been cut o due to fault diagnosis, it can be restored by pressing the Intelligent Heat Sensor
push-buon once. If the fault diagnosis detects a problem, rst make sure that this is not due to a poor connecon between
the Intelligent Heat Sensor and the Control Unit: follow the instrucons in secon 5.2 about connecng the devices again. If
aer re-connecng the automac fault diagnoscs connues detecng a problem, contact the product retailer.
For gas/dual-fuel cookers: Refer to the gas kit manual.
1. Innohome Stove Guard and how to use it

5
1.4 Meaning of alarm signals
The Intelligent Heat Sensor signal has a higher tone than the Control Unit signal.
1. Innohome Stove Guard and how to use it
Sound Meaning Course of Acon
Intelligent Heat Sensor: a
short ‘beep’ every few sec-
onds
The Intelligent Heat Sensor has detected a
high temperature or a fast temperature rise
on the cooker surface (Overheating Moni-
tor). This is a pre-alarm signal that starts one
minute before the actual alarm. Reseng the
pre-alarm signal cancels the gas/electricity
cut-o and reduces Intelligent Heat Sensor’s
sensitivity. The pre-alarm signal should be
reset only if the alarm was falsely triggered by
a normal cooking situaon.
Reset the pre-alarm signal by pushing the
push-buon once.
Intelligent Heat Sensor:
repetitive fast ‘beep, beep,
beep’
The Intelligent Heat Sensor has detected a
high temperature or a fast temperature rise
on the cooker surface (Overheang Monitor,
alarm signal). The gas/electricity has been cut
o.
First turn o the cooker hobs (mechanical
knobs only), then reset the alarm signal by
pushing the push-buon once.
Control Unit: a short ‘beep’
every few seconds
This is the Intelligent Timer’s pre-alarm signal
that is given one minute before the Intelligent
Timer cuts off the cooker’s gas/electricity
supply. Reseng the pre-alarm signal cancels
the gas/electricity cut-o.
Reset the pre-alarm signal by pressing the
push-buon once.
Control Unit: a short signal
at approximately 5 second
intervals
The gas/electricity has been cut o either due
to the Intelligent Timer function, detection
of an external alarm signal, or the Intelligent
Heat Sensor detecng a high temperature or
a fast temperature rise.
First turn o the cooker hobs (mechanical
knobs only), then reset the alarm signal by
pushing the push-buon once.
Control Unit: a short signal,
followed by a long signal
(‘be-beep’), at approximate-
ly 5 second intervals
The gas/electricity is cut o due to the auto-
mac fault diagnosis detecng an error in the
Intelligent Heat Sensor’s connection to the
Control Unit or in the funconing of a part of
the system.
First turn o the cooker hobs (mechanical
knobs only), then reset the alarm signal by
pushing the push-button once. Connect
the devices again, see section 5.2. If the
problem persists, contact the product re-
tailer.

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Stove Guard 300 User Manual
Sound Meaning Course of Acon
Control Unit: two short
beeps (after turning the
Safety Lock o)
The Safety Lock has been turned o and the
electricity reconnected to the cooker.
The cooker can now be used.
Control Unit: a signal every
hour or half hour
There has been an error in the idencaon
of the cooker.
Repeat the setup procedure as described
in secon 10 under the heading ‘the Con-
trol Unit signals every hour or half hour’.
Intelligent Heat Sensor (and
the Control Unit): a signal
once a minute
The Intelligent Heat Sensor has a low baery. Replace the baery, see secon 3. Pushing
the push-button on the Intelligent Heat
Sensor once will delay the battery alarm
for 12 hours.
A low baery in the Intelligent Heat Sensor causes both the Intelligent Heat Sensor and the Control Unit to emit a signal
once a minute. The baery alarm can be postponed for 12 hours by pushing the Intelligent Heat Sensor push-buon once.
The Control Unit will carry on eming the baery alarm signal aer the Intelligent Heat Sensor baery has been changed
(or aer it has run out). Reset the Control Unit baery signal by turning the cooker electricity o and then back on using the
cooker switch/the main switch. In gas cookers, turn the power of the Control Unit o, using the main switch or the socket
switch. Empty baery in the Intelligent Heat Sensor does not eect the safety features of the Control Unit.
Unscrewing the screw on the boom of the Sensor (2) (see picture in secon 4) opens the cover for changing the baery.
Use CR2032 type baeries.
3. Low baery alarm
2. Monthly Maintenance
Electrical cookers: Since the automac fault diagnoscs tests various parts of the Stove Guard every me a hotplate is
turned on, only the Alarm Signal Detecon feature needs to be tested on a monthly basis. For the Alarm Signal Detecon
test, refer to the secon 6.1.
Gas/dual-fuel cookers: Refer to the gas kit manual.
Clean the Intelligent Heat Sensor by wiping it with a cloth dampened with a mixture of household detergent and water.
Only use a cloth that does not leave bres.
Ensure that the baeries are good for all other alarms being used with your Innohome Stove Guard and that the alarms are
cleaned according to their instrucons.
1. Innohome Stove Guard and how to use it

7
1. Remove the Intelligent Heat Sensor from its packaging and allow it to reach room temperature, waing around 15 min-
utes.
2. Remove the protecve plasc strip from the Intelligent Heat Sensor. The Sensor will emit a signal when the power is con-
nected. Inialize the Intelligent Heat Sensor by pressing push-buon once.
3. Aach the Intelligent Heat Sensor to the range hood with magnets, as
close to the central point of the cooker as possible, but not too close to
the lights. Alternavely, the Intelligent Heat Sensor can be aached using
screws (remove the magnets rst by opening the cover and pushing them
out with a screwdriver) or adhesive tape (1). If using adhesive tape, rst
make sure that the surface is cleaned and dry. If the cooker has no range
hood, the Intelligent Heat Sensor can be attached to the wall, approxi-
mately 16” (40 cm) above the cooker, or to the cooker panel.
4. The sensivity level is factory set to suit most installaons. If this level is
unsuitable for your cooker and results in false alarms, reseng the alarm
during the pre-alarm signal will reduce the Intelligent Heat Sensor’s sensi-
vity. However, if the Intelligent Heat Sensor is installed higher than 25.5’’
(65 cm), or if the sensitivity level needs to be pre-set to a certain level
(when used in supported housing, for example), set the sensivity level manually (secon 8).
The screw (2) on the boom of the Intelligent Heat Sensor opens the cover for changing the baery.
Opons:
Oponal features are turned on/o using jumpers (3, picture above). A jumper is a small piece of plasc (a type of a short
conductor) that can be removed or changed to another posion.
Silent alarm: Remove the jumper (5) from the 4-5 posion.
Deacvaon of the Alarm Signal Detecon: Change the jumper (4) from the posion 2-3
to the posion 1-2.
Establishing communicaon with the Remote Alarm Unit TM13
The communicaon link between the Intelligent Heat Sensor and the Remote Alarm Unit starts automacally. However, if
you already have devices that use X10 transmission, or if the Remote Alarm Unit responds to your neighbour’s Intelligent
Heat Sensor, the house address of the Remote Alarm Unit must be changed manually (see the Remote Alarm Unit user man-
ual).
3
6
4
5
2 1
1
3
2
4. Intelligent Heat Sensor Installaon

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Stove Guard 300 User Manual
5.1 Installaon and setup
If the cooker is connected to the mains electricity via a plug and a socket, the Control Unit can be installed by the user.
Otherwise, the installaon needs to be carried out by a qualied electrician.
Turn the electricity o at the main switch. Aach the Control Unit to the wall using screws, near the electricity outlet.
Installaon by user: connect the Control Unit between the cooker’s plug and the socket.
Installaon by an electrician: connect the Control Unit to the cooker using an Innohome Juncon Box or an Innohome Con-
necon Cable.
Turn the electricity back on at the main switch. The connecon between the Intelligent Heat Sensor and the
Control Unit will start automacally. Wait for 30 seconds and then carry out the setup procedure described
below. Cookers that are operated by touch will not require a setup procedure and the Stove Guard is ready
to use from the outset.
Setup procedure
Start the setup procedure by pressing the Control Unit setup buon (1, see picture on the right)
unl you hear a signal, then release the buon and press it again unl you hear a signal.
Now carry out the Safety Lock acvaon/deacvaon as follows:
• A gas cooker: No further procedure is needed. Wait unl you hear a signal to signify the end of the setup me.
• An electrical cooker with mechanical knobs:
Safety Lock funcon in use: Turn any of the hotplates on for 5 seconds, then turn it o. Wait unl you hear a signal to signi-
fy the end of setup me.
Safety Lock funcon not in use: Turn a hotplate on, wait unl you hear a beep from the Control Unit, then turn it o.
5.2 Connecng the Intelligent Heat Sensor to the Control Unit
This procedure is only needed if a) the automac fault diagnosis has detected a problem in the connecon between the
Intelligent Heat Sensor and the Control Unit or b) the Intelligent Heat Sensor’s baery has been replaced.
First carry out the setup procedure as described above (see ‘Setup procedure’), then proceed to the connecon procedure
described below. In cookers that are operated by touch follow the instrucons as for a gas cooker.
Connecon procedure
Press the Intelligent Heat Sensor push-buon (1, see picture in secon 4) unl you hear a signal from both the Intelligent
Heat Sensor and the Control Unit. Then the Intelligent Heat Sensor will emit an alarm signal and the Control Unit will cut the
gas/electricity supply to the cooker. Restore the gas/electricity supply by pressing the Intelligent Heat Sensor push-buon
once.
5. Control Unit Installaon and Setup
main switch

9
BEEP - 20 seconds break - BEEP - BEEP A cooker that is operated by touch
BEEP - BEEP - 20 seconds break - BEEP A cooker with mechanical knobs, Safety Lock acvated
BEEP - 20 seconds break - BEEP A cooker with mechanical knobs, Safety Lock deacvated
The Control Unit sengs can be checked by turning the power of the cooker o using the cooker switch/the main switch
and turning it back on aer 15 seconds. In gas cookers, turn the power of the Control Unit o, using the main switch or the
socket switch. The Control Unit will then emit signals to inform you about its sengs.
7. Checking the Control Unit sengs
6.1 Alarm Signal Detecon test
Turn the smallest hotplate to medium heat and test the re, carbon monoxide and gas alarms, one at a me. When detect-
ing an alarm signal the Control Unit will cut the gas/electricity supply to the cooker and emit a short signal at approximately
5 second intervals. Reconnect the gas/electricity by pushing the Intelligent Heat Sensor push-buon once.
6.2 Safety Lock test (if acvated during the installaon)
Make sure all the hotplates are turned o. The Safety Lock will acvate in 20 minutes and the electricity to the hotplates will
be switched o. Test the Safety Lock by trying to turn the hotplates on one by one.
Reset the Safety Lock by pushing the Intelligent Heat Sensor push-buon once or turn one of the cooker knobs on and o
three mes at one second intervals (turn on, turn o - wait 1 sec. - turn on, turn o - wait 1 sec. - turn on, turn o).
The Control Unit will emit two signals aer a short pause, indicang that the electricity has been reconnected.
6. Tesng aer Installaon

10
Stove Guard 300 User Manual
The sensivity level determines the level of heat or the rate of temperature change required to acvate the Intelligent Heat
Sensor.
The Intelligent Heat Sensor responds to the user reseng the Overheang Monitor pre-alarm signal (see secon 1.2) by
reducing its sensivity. However, if the Intelligent Heat Sensor is installed higher than 25.5’’ (65 cm), or if the sensivity level
needs to be pre-set to a certain level (when used in supported housing, for example), set the sensivity level manually. See
recommended sensivity level, depending on the installaon height, from the table below.
The grey area indicated in the table shows where in normal use, no manual seng of the sensivity level is required. The
level is indicated by the numbers 1 to 16, where 1 represents the most sensive level, and 16, the least sensive. The facto-
ry seng is 5.
Seng the sensivity level manually:
1. a) For a new Intelligent Heat Sensor: Remove the protecve plasc strip from the Intelligent Heat Sensor. In the fol-
lowing 20 seconds carry out the procedure described below in steps 2-5.
b) For an Intelligent Heat Sensor that has already been installed: Open the cover by unscrewing the screw on the
boom of the Sensor (2) (see picture in secon 4). Disconnect the Intelligent Heat Sensor baery; then reconnect it.
In the following 20 seconds carry out the procedure described below in steps 2-5. Aer compleng step 5 close the
Intelligent Heat Sensor cover by ghtening the screw on the boom of the Sensor.
2. Hold the Intelligent Heat Sensor push-buon for about 5 seconds, unl you hear a signal.
3. Release the push-buon and hold again unl the Intelligent Heat Sensor emits a signal.
4. Now press the push-buon as many mes as the level (1-16) you wish to set it to. Wait for the light to go o between
each press of the push-buon.
5. The Intelligent Heat Sensor will now emit twice as many signals as the level it is set to, in two lots: 2+2 signals for level 2,
3+3 signals for level 3, 4+4 signals for level 4, and so on.
cm
inch
level
120
--
--
--
8. Seng the sensivity level of the Intelligent Heat Sensor

11
The alarm output is a 3.5 mm stereo jack found on the Con-
trol Unit. The alarm output is a ‘normally open’ type (opto)
and it closes for one second when the Control Unit cuts the
gas or electricity supply.
If the alarm output does not work properly, change the po-
larity of the cable connecng to the alarm output.
OC1
CN1
Alarm
out NO
9. Alarm output
The Intelligent Heat Sensor alarm sounds in a non-hazardous situaon
• Aer the Intelligent Heat Sensor is installed, it needs to adjust to the kitchen environment, and ‘learn’ not to react in nor-
mal cooking situaons. If the Intelligent Heat Sensor starts to signal in a normal cooking situaon, reset the alarm during
the pre-alarm signal. This will cause the Intelligent Heat Sensor to reduce its sensivity.
The Intelligent Heat Sensor does not signal when it should
• Increase the Intelligent Heat Sensor’s sensivity (see ‘Seng the sensivity level of the Intelligent Heat Sensor’ secon 8).
• Test the alarm by pushing the Intelligent Heat Sensor push-buon unl you hear a warning tone. If the Intelligent Heat
Sensor neither emits a tone nor ashes its light, the baery may be at. To change the baery, open the case by unscrew-
ing the screw (2) (see picture in secon 4). Use CR2032 type baeries.
• If the Intelligent Heat Sensor sll does not work, contact the product retailer.
The Control Unit emits a short signal, followed by a long signal (‘be-beep’), at approximate-
ly 5 second intervals
• The automac fault diagnosis has detected a problem either in the connecon between the Intelligent Heat Sensor or in
the funconing of some part of the system. The electricity supply can be reconnected by pressing the Intelligent Heat Sen-
sor push-buon once.
• Re-connect the Intelligent Heat Sensor and the Control Unit, see secon 5.2.
• If the automac fault diagnosis carries on nding a problem, contact the product retailer.
The Control Unit signals every hour or half hour
• There has been an error in the idencaon of the cooker. Repeat the setup procedure in the following manner; 1) turn
the electricity o at the main switch, wait for 15 seconds, then turn it back on. 2) Wait for 5 seconds and turn it o again. 3)
Wait for 15 seconds and turn it on. The Control Unit will now emit a signal signifying that the setup has been completed.
In electrical cookers with mechanical knobs, you should then carry out the Safety Lock acvaon/deacvaon as de-
scribed in secon 5.1 under the heading ‘an electrical cooker with mechanical knobs’.
10. Troubleshoong

12
Stove Guard 300 User Manual
Frequency adjustment
• Occasionally, in some cookers that are operated by touch, this procedure will not resolve the problem. In this case, un-
plug the cooker from the Control Unit, keeping the Control Unit connected to the electricity outlet. Now carry out the
setup procedure described in secon 5.1, as for a gas cooker.
The Control Unit did not idenfy the alarm signal of the re/CO/gas alarm
• Clean the alarm with a vacuum cleaner.
• Change the baeries in the alarm if necessary.
• Check that the alarm is not located too far from the Control Unit. The alarms
should be located at a maximum distance of 16.5 (5 metres).
• Adjust the signal recognion frequency using the trimmer on the Control Unit (frequency adjustment, see the picture).
Turn the trimmer slowly between tests unl the Control Unit idenes the signal.
The Control Unit responds to other sounds e.g. a telephone ringing or noise from a televi-
sion
• Change the telephone’s ring tone or turn down the volume of the television. It is also possible to disable the Alarm Signal
Detecon feature, see secon 4 ‘Opons’.
The Safety Lock did not acvate within 20 minutes
• Check the seng of the Control Unit as advised in secon 7. If the Safety Lock was not acvated, redo the setup process
as described in secon 5.
The Intelligent Timer did not cut o the electricity supply in 3 hours
• Some cookers that are operated by touch have a high standby energy consumpon rate. In such cookers, the Intelligent
Timer will not start when a hotplate is on a low seng.
10. Troubleshoong

13
Cercaon: CE, Casing IP20
Patent FI 117526, FI 117878, PCT pending
Unit Connecon Power Cut-o me Features
SGC500 1-3 phase 240V AC
16 - 32A
1W
0,5 - 3 h (Intelligent Timer) Alarm Signal Detecon
Intelligent Timer
Safety Lock
Alarm output
Overheang and overload
protecon
Automac fault diagnosis
SA102RF Wireless
433MHz
10mW X10
(A1 NO),
Alarm 90 dB /
10 cm
Baery (10+ years
lifespan) or xed
power supply (5V)
3 - 25 min (Overheang
Monitor)
Intelligent Heat Sensor
Max sensing distance 1.2 m (3.9
)
Adjustable sensivity
Manual and automac
alarm reset
11. Technical Informaon

14
Stove Guard 300 User Manual
EN 60 730-1:2000 + A12:2003 + A1:2004 + A13:2004 + A14:2005 + A15:2007 + A16:2007, EN 60730-2-
1:1997+A11:2005, Direcves Low Voltage Direcve: 2006/95/EC EMC- direcve: 2004/108/EC.
Espoo 20111011
Technical Director Ma Myllymäki
13. EU Declaraon of Conformity
This product has a 24-month warranty that covers defects in material or workmanship, starng from
the date of purchase. The warranty does not cover any indirect damage caused by a malfunconing ap-
pliance, damage caused by negligence, or damage caused by failure to follow the instrucons properly.
12. Warranty

16
Stove Guard 300 User Manual
Stove Guard 300 User manual - 10.05.2013
Innohome Ltd
Tel: [phone]
Web: hp:// www.innohome.com
Email: inf[email protected]
Metsänpojankuja 3
02130 Espoo
Finland
Safety for Your Kitchen