Cooking Cavity Dimensions
Turntable diameter Control Complement

Set Weight (Approx.)

GENERAL INFORMATION
WARNING THIS APPLIANCE MUST BE EARTHED IMPOTANT THE WIRES IN THIS MAINS LEAD ARE COLOURED IN ACCORDANCE WITH THE FOLLOWING CODE: GREEN-AND-YELLOW BLUE BROWN : EARTH : NEUTRAL : LIVE
1. Ventilation opening 2. Oven lamp 3. Door hinges 4. Door safety latches 5. See through door 6. Coupling 7. Door open button 8. Touch control panel 9. Digital read-out 10.Wave guide cover 11.Power supply cord 12. Earth wire 1

TOUCH CONTROL PANEL

a. TIME PADS Press to enter cooking time. b. AUTO COOK PAD Press to select AUTO COOK menu. c. POWER LEVEL/SERVES PAD Press to select microwave power setting. If not pressed, 100% is automatically selected. Press to enter serves after selecting AUTO COOK menu. d. STOP / CLEAR PAD Press to clear during programming. Press once to stop operation of oven during cooking: press twice to cancel cooking programme. e. INSTANT COOK / START PAD Press once to cook for 1 minute at 100% or increase by 1 minute multiples each time this pad is pressed during cooking. Press to start oven after setting programmes. f. AUTO COOK MENUS

b c d e

OPERATION SEQUENCE

OFF CONDITION

Closing the door activates all door interlock switches (1st. latch switch, 2nd. latch switch and stop switch). IMPORTANT When the oven door is closed, the monitor switch contacts (COM-NC) must be open. When the microwave oven is plugged in a wall outlet, rated voltage is supplied to the point A3+A5 in the control unit. Figure O-1 on page 25 1. The display shows " 0". NOTE: When the oven door is opened, the oven lamp comes on at this time. The circuits to the power transformer, fan motor and turntable motor are cut off when the 1st. latch switch, 2nd. latch switch, and stop switch are made open. The oven lamp remains on even if the oven door is opened after the cooking cycle has been interrupted, because the relay RY1 stays closed. Shown in the display is the remaining time. 6. MONITOR SWITCH CIRCUIT The monitor switch is mechanically controlled by oven door, and monitors the operation of the 1st and 2nd. latch switches. 6-1 When the oven door is opened during or after the cycle of a cooking program, the 1st. latch and 2nd. latch switch must open their contacts first. After that the contacts (COM-NC) of the monitor switch can be closed. 6-2. When the oven door is closed, the contacts (COM-NC) of the monitor switch must be opened. After that the contacts of the 1st. latch, 2nd. latch and stop switch are closed and the contacts (COM-NO) of the stop switch can be opened. 6-3. When the oven door is opened and the contacts of the 1st and 2nd latch switches remain closed. The fuse M6.3A will blow, because the monitor switch is closed and a short circuit is caused.

When all service work is completed, and the oven is fully assembled, the microwave power output should be checked and microwave leakage test carried out

TROUBLESHOOTING GUIDE

When troubleshooting the microwave oven, it is helpful to follow the Sequence of Operation in performing the checks. Many of the possible causes of trouble will require that a specific test be performed. These tests are given a procedure letter which will be found in the "Test Procedure"section. IMPORTANT: If the oven becomes inoperative because of a blown fuse M6.3A in the 1st. latch switch - 2nd. latch switch - monitor switch - monitor resistor circuit, check the 1st. latch switch, 2nd. latch switch, monitor switch and monitor resistor before replacing the fuse M6.3A.
CK = Check / RE = Replace TEST PROCEDURE
POSSIBLE CAUSE AND DEFECTIVE PARTS

POWER TRANSFORMER

A B C CK D E E E E F G G G H H I J L MRE CKCKRE CKCKCKCKCK K
TEMPERATURE FUSE 150C (OVEN) TEMPERATURE FUSE 150C (MAG.)

HIGH VOLTAGE CAPACITOR

H.V. RECTIFIER ASSEMBLY

SHORTED WIRE HARNESS

HOME FUSE OR BREAKER

MISADJUSTMENT SWITCH

OPENED WIRE HARNESS

OVEN LAMP OR SOCKET

BLOCKED COOLING FAN

FOIL PATERN ON P.W.B.

BLOCKED VENTILATION

POWER SUPPLY CORD

HIGH VOLTAGE WIRE

MONITOR RESISTOR

2ND. LATCH SWITCH

TURNTABLE MOTOR

RELAY (RY-1, RY-2)

MONITOR SWITCH

WALL OUTLET

STOP SWITCH

CONDITION

PROBLEM

Home fuse blows when power supply cord is plugged into wall outlet. FUSE M6.3A blows when power supply cord is plugged into wall outlet.
" 0" does not appear in display but power supply cord is plugged into wall outlet. Display does not operate properly when STOP/CLEAR pad is touched. Oven lamp does not light at door opened. (Display appears.) Oven does not start when the START pad is touched. (Display appears) Oven lamp does not light (Display appears.) Fan motor does not operate. (Display appears.) Turntable motor assembly does not operate. (Display appears.) Oven or any electrical parts does not stop when cooking time is 0 or STOP/CLEAR pad is touched. Oven seems to be operating but little or no heat is produced in oven load. (Microwave power level is set at HIGH) Oven does not seems to be operating properly when MEDIUM HIGH, MEDIUM, MEDIUM LOW or LOW is set. (Oven operates properly at HIGH and then the STOP/ CLEAR pad is touched the oven stops.) Oven goes into cook cycle but shuts down before end of cooking cycle.

NOTE: The operation time of the microwave oven is t + 2 sec. 2 sec. is magnetron filament heat-up time.
Measuring method: 1. Measure the initial temperature of the water before the water is added to the vessel. (Example: The initial temperature T1 = 11C) 2. Add the 1 litre water to the vessel. 3. Place the load on the centre of the shelf. 4. Operate the microwave oven at HIGH for the temperature of the water rises by a value T of (10 2)C. 5. Stir the water to equalize temperature throughout the vessel.
TEST PROCEDURES PROCEDURE LETTER COMPONENT TEST
6. Measure the final water temperature. (Example: The final temperature T2 = 21C) 7. Calculate the microwave power output P in watts from above formula. Initial temperature... T1 = 11C Temperature after (60 + 2) = 62 sec... T2 = 21C Temperature difference Cold-Warm... T1 = 10C Measured output power The equation is P = 70 x T.. P = 70 x 10C = 700 Watts
JUDGMENT: The measured output power should be at least 15 % of the rated output power. CAUTION: 1C CORRESPONDS TO 70 WATTS REPEAT MEASUREMENT IF THE POWER IS INSUFFICIENT.

1000g 1000g 1000g

Heat up for62 sec.

POWER TRANSFORMER TEST

WARNING: High voltages and large currents are present at the secondary winding and filament winding of the power transformer. It is very dangerous to work near this part when the oven is on. NEVER make any voltage measurements of the high-voltage circuits, including the magnetron filament.
CARRY OUT 3D CHECKS. Disconnect the leads to the primary winding of the power transformer. Disconnect the filament and secondary winding connections from the rest of the HV circuitry. Using an ohmmeter, set on a low range, it is possible to check the continuity of all three windings. The following readings should be obtained: a. Primary winding..approx. 1.95 b. Secondary winding.. approx. 136.6 c. Filament winding. less than 1 If the reading obtained are not stated as above, then the power transformer is probably faulty and should be replaced. CARRY OUT 4R CHECKS. C HIGH VOLTAGE RECTIFIER ASSEMBLY TEST
A B High voltage rectifier

CARRY OUT 3D CHECKS.

Isolate the high voltage rectifier assembly from the HV circuit. The high voltage rectifier can be tested using an ohmmeter set to its highest range. Connect the ohmmeter across the terminal A+B of the high voltage rectifier and note the reading obtained. Reverse the meter leads and note this second reading. The normal resistance is infinite in one direction and more than 100 k in the other direction.

d) The corresponding segments of all digits do not light up or they continue to light up. e) Wrong figure appears. f) A certain group of indicators do not light up. g) The figure of all digits flicker. 2-3 Other possible problems caused by defective control unit. a) Buzzer does not sound or continues to sound. b) Cooking is not possible. K TACT SWITCH TEST If the display fails to clear when the STOP/CLEAR tact switch is depressed, first verify that the door sensing switch(stop switch) operates properly; that is the contacts are closed when the door is closed and open when the door is open. If the door sensing switch(stop switch) is good, make sure the door sensing switch is closed (either close the door or short the door sensing switch connecter). Use the tact switch matrix indicated on the control panel schematic and place a jumper wire between the pins that correspond to the STOP/CLEAR tact switch making momentary contact. If the control unit responds by clearing SWSWSWwith a beep, the tact switch is faulty and must be replaced. MIN. SEC. MIN. If the control unit does not respond, it is a faulty and must SW4 SW5 SW6 be replaced. If a specific pad does not respond, the above STOP START/ AUTO COOK INSTANTCOOK CLEAR method may be used (after clearing the control unit) to SW7 determine if the control unit or tact switch is at fault.

SERVES/ POWER LEVEL

RELAY TEST CARRY OUT 3D CHECKS. Remove the outer case and check voltage between Pin Nos. 3 and 5 of the 3 pin connector (A) on the control unit with an A.C. voltmeter. The meter should indicate 220 volts, if not check oven circuit. RY1 and RY2 Relay Test These relays are operated by D.C. voltage Check voltage at the relay coil with a D.C. voltmeter during the microwave cooking or convection cooking operation. DC. voltage indicated.. Defective relay. DC. voltage not indicated. Check diode which is connected to the relay coil. If diode is good, RELAY SYMBOL

RY1 RY2

OPERATIONAL VOLTAGE
Approx. 19.0V.D.C. Approx. 18.0V.D.C.

CONNECTED COMPONENTS

Oven lamp/Turntable motor/Cooling fan motor Power transformer
CARRY OUT 4R CHECKS. M PROCEDURES TO BE TAKEN WHEN THE FOIL PATTERN ON THE PRINTED WIRING BOARD (PWB) IS OPEN To protect the electronic circuits, this model is provided with a fine foil pattern added to the primary on the PWB, this foil pattern acts as a fuse. If the foil pattern is open, follow the troubleshooting guide given below for repair. Problem: POWER ON, indicator does not light up. CARRY OUT 3D CHECKS.

OCCURANCE

The rated voltage is not applied to POWER terminal of CPU connector (CN-A) The rated voltage is applied to primary side of power transformer. Only pattern at "a" is broken. Pattern at "a" and "b" are broken.

CAUSE OR CORRECTION

Check supply voltage and oven main unit.

Power transformer or secondary circuit defective. Check and repair. *Insert jumper wire J1 and solder. *Insert the coil RCILF2003YAZZ between "c" and "d".
NOTE: At the time of these repairs, make a visual inspection of the varistor for burning damage and examine the transformer with tester for the presence of layer short-circuit (check primary coil resistance). If any abnormal condition is detected, replace the defective parts.

d VRS1 CN-A a c b (J1)

CARRY OUT 4R CHECKS.
OUTLINE OF TOIUCH CONTROL PANEL Control Unit Control unit consists of tact switches, LSI, power source circuit, synchronizing signal circuit, ACL circuit, buzzer circuit and indicator circuit. 1) Tact Switches The tact switches are composed of a matrix, signals generated in the LSI are sent to the tact switches through R60-R62. When a tact switches is touched, a signal is completed through the tact switches and passed back to the LSI through R81-R83 to perform the function that was requested. 2) LSI This LSI controls the key strobe signal, relay driving signal for oven function and indicator signal. 3) Power Source Circuit This circuit generates voltages necessary in the control unit. Symbol VC Voltage -5V Application LSI(IC1)
4) Synchronizing Signal Circuit The power source synchronizing signal is available in order to compose a basic standard time in the clock circuit. It accompanies a very small error because it works on commercial frequency. 5) ACL Circuit A circuit to generate a signals which resets the LSI to the initial state when power is supplied. 6) Buzzer Circuit The buzzer is responsive to signals from the LSI to emit noticing sounds (key touch sound and completion sound). 7) Door Sensing Switch A switch to tell the LSI if the door is open or closed. 8) Relay Circuit To drive the magnetron, fan motor, turntable motor and light the oven lamp. 9) Indicator Circuit Indicator element is a Light-emitting diode. Basically, a Light-emitting diode is triode having a cathode and an anode. The Light-emitting diode has 4-digits, 8-segments are used for displaying figures.

DESCRIPTION OF LSI

LSI(IZA588DR): The I/O signal of the LSI(IZA588DR) is detailed in the following table. Pin No. Signal XOUT XIN I/O OUT IN Description Internal clock oscillation frequency control output. Output to control oscillation input of XOUT. Internal clock oscillation frequency input setting. The internal clock frequency is set by inserting the ceramic filter oscillation circuit with respect to XIN terminal. Auto clear terminal. Signal is input to reset the LSI to the initial state when power is supplied. Temporarily set to L level the moment power is supplied, at this time the LSI is set. Thereafter set at H level. Magnetron high-voltage circuit driving signal. To turn on and off the cook relay. In Low operation, the signals holds L level during microwave cooking and H level while not cooking. In other cooking modes (70%,50%,30%,10%) the signal turns to L level and H level in repetition according to the power level. Oven lamp,turntable motor and cooling fan motor driving signal. (Square Waveform : 50Hz) To turn on and off the control relay. The pulse signal (50Hz) is delivered to the control relay driving circuit and cook relay control circuit. Terminal not used. Digit selection signal. Refer to the touch control panel circuit about the relation between signals and digits. Normally, one pulse is output in every synchronized signal period, and input to the light emitting diode. Segment data signal. Refer to the touch control panel circuit for the relationship between signals and indicators. Normally, one pulse is output in every synchronized signal period, and input to the anode of the light emitting diode. Connected to VC. Segment data signal. Signal similar to R50. Segment data signal. Signal similar to R50. Switch strobe signal. Signal applied to tact switch section. A pulse signal is input to R81-R83 terminal while one of diode D91 line switches on switch matrix is touched. 17 R61 OUT Segment data signal. Signal similar to R50. Switch strobe signal. Signal applied to tact switch section. A pulse signal is input to R81-R83 terminal while one of diode D92 line switches on switch matrix is touched. 18 R62 OUT Segment data signal. Signal similar to R50. Switch strobe signal. Signal applied to tact switch section. A pulse signal is input to R81-R83 terminal while one of diode D93 line switches on switch matrix is touched. R63 INT2 OUT IN Segment data signal. Signal similar to R50. Signal synchronized with commercial source frequency(50Hz). This is basic timing for time processing of LSI.

R72 R40 - R43

OUT OUT

R50 - R52

VSS R53 R60

IN OUT OUT

Pin No. 21

Signal R81

I/O IN
Description Signal coming from touch tact switch. When either one of resistor R93 line switches on switch matrix is touched, a corresponding signal will be input into R81. Signal coming from touch tact switch. When either one of resistor R92 line switches on switch matrix is touched, a corresponding signal will be input into R82. Signal coming from touch tact switch. When either one of resistor R91 line switches on switch matrix is touched, a corresponding signal will be input into R83. Terminal not used. Signal to sound buzzer. A: key touch sound(0.12 sec.). B: Completion sound(2.4 sec.).

R90 SO

SCK KEO

OUT IN

Connected to GND. (Pull up through resistor R2) Input signal which communicates the door open/close information to LSI. Door closed; H level signal. Door opened; L level signal.

Connected to GND.

1. Precautions for Handling Electronic Components This unit uses CMOS LSI in the integral part of the circuits. When handling these parts, the following precautions should be strictly followed. CMOS LSI have extremely high impedance at its input and output terminals. For this reason, it is easily influenced by the surrounding high voltage power source, static electricity charge in clothes, etc, and sometimes it is not fully protected by the built-in protection circuit. In order to protect CMOS LSI. 1) When storing and transporting, thoroughly wrap them in aluminium foil. Also wrap all PW boards containing them in aluminium foil. 2) When soldering, ground the technician as shown in the figure and use grounded soldering iron and work table.

approx. 1M ohm

2. Shapes of Electronic Components
B. On some models, the power supply cord between the touch control panel and the oven proper is long enough that they may be separated from each other. For those models, therefore, it is possible to check and repair the controls of the touch control panel while keeping it apart from the oven proper; in this case you must short both ends of the door sensing switch (on PWB) of the touch control panel with a jumper, which brings about an operational state that is equivalent to the oven door being closed. As for the sensor-related controls of the touch control panel, checking them is possible if dummy resistor(s) with resistance equal to that of the controls are used. (2) Servicing the touch control panel with power supply from an external power source: Disconnect the touch control panel completely from the oven proper,and short both ends of the door sensing switch (on PWB) of the touch control panel,which brings about an operational state that is equivalent to the oven door being closed. Connect an external power source to the power input terminal of the touch control panel, then it is possible to check and repair the controls of the touch control panel it is also possible to check the sensorrelated controls of the touch control panel by using the dummy resistor(s). 4. Servicing Tools Tools required to service the touch control panel assembly. 1) Soldering iron: 30W (It is recommended to use a soldering iron with a grounding terminal.) 2) Oscilloscope: Single beam, frequency range: DC-10MHz type or more advanced model. 3) Others: Hand tools 5. Other Precautions 1) Before turning on the power source of the control unit, remove the aluminium foil applied for preventing static electricity. 2) After aluminium foil is removed, be careful that abnormal voltage due to static electricity etc. is not applied to the input or output terminals. 3) Attach connectors, electrolytic capacitors, etc. to PWB, making sure that all connections are tight. 4) Be sure to use specified components where high precision is required.

IC LM7905CT

Transistor KRA101M KRA222M KRA223M KRC243M
3. Servicing of Touch Control Panel We describe the procedures to permit servicing of the touch control panel of the microwave oven and the precautions you must take when doing so. To perform the servicing, power to the touch control panel is available either from the power line of the oven itself or from an external power source. (1) Servicing the touch control panel with power supply of the oven: CAUTION: THE HIGH VOLTAGE TRANSFORMER OF THE MICROWAVE OVEN IS STILL LIVE DURING SERVICING PRESENTS A HAZARD. Therefore, when checking the performance of the touch control panel, put the outer cabinet on the oven to avoid touching the high voltage transformer, or unplug the primary terminal (connector) of the high voltage transformer to turn it off; the end of such connector must be insulated with an insulating tape. After servicing, be sure to replace the leads to their original locations. A. On some models, the power supply cord between the touch control panel and the oven itself is so short that the two cant be separated. For those models, check and repair all the controls (sensor-related ones included) of the touch control panel while keeping it connected to the oven.
WARNING: Avoid possible exposure to microwave energy. Please follow the instructions below before operating the oven. 1. Disconnect oven from power supply. 2. Make sure that a definite click can be heard when the microwave oven door is unlatched. (Hold the door in a closed position with one hand, then push the door open button with the other, this causes the latch leads to rise, it is then possible to hear a click as the door switches operate.) 3. Visually check the door and cavity face plate for damage (dents, cracks, signs of arcing etc.). Carry out any remedial work that is necessary before operating the oven. Do not operate the oven if any of the following conditions exist; 1. 2. 3. 4. 5. 6. Door does not close firmly. Door hinge, support or latch hook is damaged. The door gasket or seal or damaged. The door is bent or warped. There are defective parts in the door interlock system. There are defective parts in the microwave generating and transmission assembly. 7. There is visible damage to the oven. Do not operate the oven: 1. Without the RF gasket (Magnetron). 2. If the wave guide or oven cavity are not intact. 3. If the door is not closed. 4. If the outer case (cabinet) is not fitted.

Please refer to OVEN PARTS, CABINET PARTS, DOOR PARTS, when carrying out any of the following removal procedures:

OUTER CASE REMOVAL

To remove the outer case proceed as follows. 1. Disconnect oven from power supply. 2. Open the oven door and wedge it open. 3. Remove the eight (8) screws from rear and along the side edge of case. 4. Slide the entire case back about 3cm to free it from retaining clips on the cavity face plate. 5. Lift the entire case from the unit. 6. Discharge the H.V. capacitor before carrying out any further work. 7. Do not operate the oven with the outer case removed. N.B.; Step 1, 2 and 7 form the basis of the 3D checks.
CAUTION: DISCHARGE HIGH VOLTAGE CAPACITOR BEFORE TOUCHING ANY OVEN COMPONENT OR WIRING.
HIGH VOLTAGE COMPONENTS REMOVAL (HIGH VOLTAGE CAPACITOR AND HIGH VOLTAGE RECTIFIER ASSEMBLY)
To remove the components, proceed as follows. 1. CARRY OUT 3D CHECKS. 2. Lift up the HVC cover. 3. Disconnect the H.V. wire of the H.V. rectifier assembly from the power tramsformer. 4. Disconnect the filament lead of the power transformer from the H.V. capacitor. 5. Remove one (1) screw holding capacitor holder to rear cabinet. 6. Remove one (1) screw holding earth side terminal of high voltage rectifier assembly, and remove capacitor holder. 7. Disconnect all the leads and terminals of high voltage rectifier assembly from high voltage capacitor. 8. Disconnect the H.V. wire A from the H.V. rectifier, assy.
CAUTION: WHEN REPLACING HIGH VOLTAGE RECTIFIER ASSEMBLY, ENSURE THAT THE CATHODE (EARTH) CONNECTION IS SECURELY FIXED TO THE CAPACITOR HOLDER WITH AN EARTHING SCREW. CAUTION: DO NOT REPLACE ONLY HIGH VOLTAGE RECTIFIER. WHEN REPLACING IT, REPLACE HIGH VOLTAGE RECTIFIER ASSEMBLY.
9. Now H.V. rectifier assy. and H.V. copacitor. Should be free.
POWER TRANSFORMER REMOVAL
1. CARRY OUT 3D CHECKS. 2. Disconnect the wire leads (main wire harness and H.V. wire) from power transformer. 3. Release the lead of the power transformer from the wire holder. 4. Disconnect the lead from magnetron filament.
5. Disconnect the lead of the power transformer from high voltage capacitor. 6. Remove the four (4) screws holding the transformer to bottom plate. 7. Remove the transformer.

CONTROL PANEL REMOVAL

1. CARRY OUT 3D CHECKS 2. Disconnect the leads from the control unit. 3. Remove the one (1) screw holding the control panel to the front plate of the oven cavity. 4. Lift up the control panel and release if from the oven cavity. 5. Now, the control panel assembly is free. NOTE: 1. Before attaching a new key sheet, remove

Blue wire lead of power supply cord
15 mm Wire lead of the main wire harness

OVEN CAVITY BACK PLATE

Connector CE-230
GREEN/YELLOW WIRE OVEN CAVITY BLUE WIRE BROWN WIRE CONNECTOR CE-230 WHITE WIRE FUSE HOLDER
Figure C-5. Power Supply Cord Replacement
1ST.,2ND. LATCH SWITCH ,STOP SWITCH AND MONITOR SWITCH REMOVAL
1. CARRY OUT 3D CHECKS. 2. Remove the control panel assembly referring to "CONTROL PANEL REPLACEMENT". 3. Remove the switch lever from the oven cavity front plate by making the tab of the oven cavity front plate flat. 4. Disconnect the leads from all switches. 5. Remove the two (2) screws holding the latch hook to the oven cavity. 6. Remove the latch hook. 7. Remove the switch(s) from the latch hook by pushing the retaining tab backwards slightly and turning the switch(s) on the post. 8. Now, the switch(s) is free.
LATCH HOOK Post MONITOR SWITCH Post 1ST. LATCH SWITCH Tab STOP SWITCH Post Tab Post

Figure C-6. Switches

1ST., 2ND. LATCH SWITCH ,STOP SWITCH AND MONITOR SWITCH ADJUSTMENT
If the 1st latch switch, 2nd latch switch, stop switch and monitor switch do not operate properly due to a misadjustment, the following adjustment should be made. 1. CARRY OUT 3D CHECKS. 2. Loosen the two (2) screws holding the latch hook to the oven cavity front flange. 3. With door closed, adjust the latch hook by moving it back and forward. In and out play of the door allowed by the latch hook should be less than 0.5 mm. The horizontal position of the latch hook should be placed where the monitor switch and the stop switch have activated with the door closed. The vertical position of the latch hook should be placed where the 1st and 2nd latch switches have activated with the door closed. 4. Secure the screws with washers firmly. 5. Make sure of the 1st latch switch, 2nd latch switch, stop switch and monitor switch operation. If those switches have not activated with the door closed, two (2) screws holding latch hook to oven cavity front flange and adjust the latch hook position. After adjustment, make sure of following: 1. In and out play of door remains less than 0.5 mm when latched position. First check latch hook position, pushing and pulling the door toward the oven face. The results (play of the door) should be less than 0.5mm. 2. The monitor switch contacts close when the door is opened. And the stop switch condacts open when the door is opened. 3. The contacts (COM-NO) of the 1st and 2nd latch switches open before the door can be opened. 4. Re-install outer case and check for microwave leakage around the door with an approved microwave survey meter. (Refer to Microwave Measurement Procedure.)

1ST. LATCH SWITCH STOP SWITCH
LATCH HEADS 2ND. LATCH SWITCH
Figure C-7. Latch Switches Adjustment
DOOR REPLACEMENT AND ADJUSTMENT
DOOR REPLACEMENT 1. CARRY OUT 3D CHECKS. 2. Remove two (2) screws holding the lower oven hinge to the bottom plate L. The lower oven hinge is now free. 3. Open the door by pushing the door open button. 4. Remove door assembly from the upper oven hinge by pulling it forward. 5. Re-install the door assembly to the upper oven hinge. 6. On re-installing new door assembly, secure the lower oven hinge with the two (2) mounting screws to the oven cavity. Make sure the door is parallel with bottom line of the oven face plate and the latch heads pass through the latch holes correctly. 7. CARRY OUT 4R CHECKS. Note: After any service to the door, an approved microwave survey meter should be used to assure compliance with proper microwave radiation standards. (Refer to Microwave Measurement Procedure.)
DOOR ADJUSTMENT When removing and/or loosening hinges such as in door replacement, the following adjustment criteria are taken. Door is adjusted to meet the following three conditions by keeping screws of hinge loose. 1. Adjust door latch heads at a position where they smoothly catch the latch hook through the latch holes. Refer to latch switch adjustments. 2. Deviation of the door alignment from horizontal line of cavity face plate is to be less than 1.0mm. 3. The door is positioned with its face depressed toward the cavity face plate. 4. Reinstall outer case and check for microwave leakage around the door with an approved microwave survey meter. (Refer to Microwave Measure ment Procedure.)

UPPER OVEN HINGE SCREW

5. 6. 7. 8.
Remove the door frame from the door panel. Release the latch spring from the tabs of the latch head. Release the latch head from the door panel. Now, the latch head is free.

SEALER FILM

Removal 1. Tear the sealer film from the door panel. 2. Now, the sealer film is free. Installation 1. Put the adhesivetape on the backing film of the sealer film as shown in Fig. 10. 2. Tear the backing film by pulling the adhesivetape. 3. Put the pasted side of the sealer film on the door panel.

Sealer film Backing film

RE-INSTALL DOOR ASSEMBLY

Adhesive tape

LATCH HEADS LOWER OVEN HINGE SCREW RE-INSTALL

Figure C-10. Sealer film

Figure C-9. Door Assembly Replacement and Adjustment CHOKE COVER REMOVAL 1. Insert an iron plate(thickness of about 0.5mm) or flat type screw driver to the gap between the choke cover and door panel as shown figure to free the engaging part. 2. Lift up the choke cover, now cover is free.

IRON PLATE

Figure C-8. Choke Cover Removal DOOR PARTS REMOVAL Remove the door assembly, referring to from item 1 through item 4 of "DOOR REPLACEMENT". 1. Place the door assembly on a soft cloth with facing up. 2. Remove the choke cover, referring to "CHOKE COVER REMOVAL". LATCH HEAD REMOVAL 3. Remove the door screen from the door frame. 4. Remove the four (4) screws holding the door frame to the door panel.
After adjustment of door latch switches, monitor switch and doorare completed individually or collectively, the following leakage test must be performed with a survey instrument and it must be confirmed that the result meets the requirements of the performance standard for microwave oven. REQUIREMENT The safety switch must prevent microwave radiation emission in excess of 5mW/cm2 at any point 5cm or more from external surface ofthe oven. PREPARATION FOR TESTING: Before beginning the actual test for leakage, proceed as follows; 1. Make sure that the test instrument is operating normally as specified in its instruction booklet. Important: Survey instruments that comply with the requirement for instrumentations as prescribed by the performance standard for microwave ovens must be used for testing. 2. 3. Recommended instruments are: NARDA 8100 NARDA 8200 HOLADAY HI 1500 SIMPSON 380M Place the oven tray into the oven cavity. Place the load of 275 15ml of water initially at 20 5C in the center of the oven tray. The water container should be a low form of 600 ml beaker with inside diameter of approx. 8.5cm and made of an electrically non-conductive material such as glass or plastic. The placing of this standard load in the oven is important not only to protect the oven, but also to insure that any leakage is measured accurately. Close the door and turn the oven ON with the timer set for several minutes. If the water begins to boil before the survey is completed, replace it with 275ml of cool water. Move the probe slowly (not faster that 2.5cm/sec.) along the gap. The microwave radiation emission should be measured at any point of 5cm or more from the external surface of the oven.

mW cm 2

mW cm 2 Microwave leakage measurement at 5 cm distance

220V ~50Hz

BRN/18 BLU/18 NEUTRAL G-Y/18 TEMP. FUSE 150C (OVEN) EARTH TEMP. FUSE 150C (MG) THERMAL CUT-OUT 95C A3 A5 FUSE M6.3A LIVE LIVE FUSE M6.3A TEMP. FUSE 150C (MG) THERMAL CUT-OUT 95C A5 BRN/18

BLU/18

NEUTRAL

G-Y/18

SCHEMATIC NOTE: CONDITION OF OVEN 1. DOOR CLOSED. 2. COOKING TIME PROGRAMMED 3. "START" KEY TOUCHED

SCREWS, NUTS AND WASHERS

HOW TO ORDER REPLACEMENT PARTS To have your order filled prompty and correctly, please furnish the following information. 1. MODEL NUMBER 3. PART NO. 2. REF. NO. 4. DESCRIPTION

OVEN AND CABINET PARTS

2-1 7-5

7-17 7-5

4-18 1-9

7-18 7-5 1-3 1-10 4-28

1-20 7-12 7-17 4-20

4-7 7-10 1-19 4-14

7-12 6-10 7-8

1-2 4-29 4-27

1-6 7-16 1-4

4-21 7-11

6-5 6-11 7-6

7-12 7-6 1-8

4-10 7-10

6-12 7-8 4-3 7-1

4-16 7-7 1-16 7-3

7-2 4-4

1-5 7-4 4-13
7-5 4-8 4-22 4-26 4-15 1-18 4-25 1-14 4-24 4-17 7-3 7-6 1-1 1-7 4-5 1-15

7-5 6-4 4-6 1-13

7-9 2-2

1-11 1-17

1-12 4-2 2-3

4-9 7-11 2-4 7-5

7-5 2-4

3-1 3-7

3-6 3-5 3-4

5-4 5-5

5-6 7-13
Actual wire harness may be different from illustration. 6-4 6-9

Max. 1.0

PACKING AND ACCESSORIES

WARRANTY CARD

PAD HOLDER (SPADFA371WRE0) PACKING PAD KIT (CPADBA165WRK0)
MENU LABEL OPERATION MANUALS DOOR PROTECTION SHEET (SPADPA204WRE0)

POLYETHYLENE BAG

TURNTABLE TRAY COOKING WEAR (PSRA-A026WRP0) EARTH CAUTION

(SSAKHA014WRE0)

COOK BOOK (THAI)
MICROWAVE OVEN ROLLER STAY

INTO THE OVEN CAVITY

TRAY PAD ASSEMBLY (SPADFA370WRE0) PACKING CASE

Not replaceable items.

(SPAKCC686WRE0)
'95 SHARP CORP. (09U0.06E) Printed in Japan

Stairs shall not project into the pool.
diteur officiel du Qubec This document is not the official version.
Latest version available Updated to 1 September 2005 c. S-3, r.3
(2) The dimension of steps shall be uniform and the product of the rise and run in millimetres shall be not less than and no more than 48 500. Risers shall have a maximum rise of 200 millimetres and a minimum rise of 125 millimetres. Treads shall have a minimum run of 230 millimetres exclusive of nosing. (3) (4) The nosing of the step shall be marked with a contrasting colour. The surface of steps shall be equipped with a non-slip covering.
Regulation respecting safety in public baths
Public Buildings Safety Act
(R.S.Q., c. S-3, s. 39) In this Regulation, the provisions relating to supervision measures required in public buildings and the qualifications of the persons who are to carry them out are deemed to have been enacted in accordance with paragraph d of subsection 1 of section 39 of the Public Buildings Safety Act as enacted by section 1 of chapter 5 of the Statutes of 1994, on 19 May 1994, and come into force on that date (S.Q., 1994, c. 5, s. 2).
R.R.Q., 1981, c. S-3, r. 3, s. 7.

(a) (b)

The ladder in a pool shall: have rungs of a minimum length of 300 millimetres within the rails; have rungs covered with a non-slip material.
R.R.Q., 1981, c. S-3, r. 3, s. 8.

DIVISION I

INTERPRETATION AND APPLICATION
Pools shall be surrounded by a deck adjacent to the top of the walls. This deck shall: be covered with a non-slip surface finish;
In this Regulation, unless the context requires otherwise, the following words and terms have the following meaning: (a) bath; appurtenance: a water slide, a dry slide and any structure in or projecting into a public
(b) have a minimum clear width of 1,5 metres and provide a clear passage of at least 900 millimetres behind the spring board or diving platform and its supporting structure; and (c) be enclosed by a guardrail having a minimum height of 900 millimetres if a drop greater than 600 millimetres exists between the level of the deck and the ground level where the pool is situated. R.R.Q., 1981, c. S-3, r. 3, s. 9.
(a.1) wading pool: an indoor or outdoor artificial pool with a water depth not exceeding 600 millimetres; (b) swimming pool: an indoor or outdoor artificial pool having a water depth which exceeds 600 millimetres; (c) (d) diving platform: a rigid and non-flexible, stationary diving platform; safety supervisor: a lifeguard or an assistant lifeguard;
Except for markings indicating swimming corridors, submerged surfaces of the pool shall be painted white or a pale colour and be smooth without fissures or corners. However, basins used exclusively for underwater diving may be painted with another colour. R.R.Q., 1981, c. S-3, r. 3, s. 10.
(e) deck: the surface immediately surrounding the pool and to which bathers have direct access when leaving the water. R.R.Q., 1981, c. S-3, r. 3, s. 1; O.C. 999-86, s. 1.

(a) (b) (c)

The water depth in metres shall be clearly marked on the deck in figures at least 100 millimetres, in a contrasting colour in the following locations: at the deepest point; at the break between gentle and steep bottom slopes; at the shallow end.

(a) in the shallow area if the difference in elevation between the bottom of the pool and the deck is greater than 600 millimetres; (b) on both sides of the deep area.
R.R.Q., 1981, c. S-3, r. 3, s. 6.
Qubec c. S-3, r.3 Regulation respecting safety in public baths

PAGE 1 / 6

A pool with a diving platform more than 3 metres in height shall:
A pool shall not be accessible to the public outside of opening hours. Should a fence be used for this purpose, the height shall be a minimum of 1,20 metres. A fence may have no fixture, projection or open parts enabling it to be climbed. A fence may, however, have open parts provided that a spheric object of 100 millimetres in diameter cannot pass through them or, in the case of a chain wire fence, that each link measures no more than 38 millimetres. R.R.Q., 1981, c. S-3, r. 3, s. 22; O.C. 999-86, s. 3.
(a) be equipped with a barrier that can be locked at deck level in order to control access to the platform; (b) (i) be: designed exclusively for diving; or
(ii) have a rigid barrier or be equipped with recessed fittings to which can be attached double safety line 300 millimetres supported by buoys. The minimum distance between the pool wall under the diving platform and the double safety line or the rigid barrier shall correspond to the following table: [S-3r3#01, see R.R.Q., 1981, 9-1074] ___________________________________________________ Height of the diving Distance from platform the wall ___________________________________________________ m m ___________________________________________________ 5 11,5 7,5 12,15 ___________________________________________________ R.R.Q., 1981, c. S-3, r. 3, s. 17.
When the deck is adjacent to an area used for purposes other than bathing, a fence of a minimum height of 900 millimetres shall separate the deck from this area and the fence shall be equipped at each entrance with a gate that can be locked. R.R.Q., 1981, c. S-3, r. 3, s. 23.
A means of communication shall be at the disposal of the safety supervisor in order to call emergency services. The means of communication must be within a 100-metre radius of the control station. The emergency procedure must be posted. R.R.Q., 1981, c. S-3, r. 3, s. 24; O.C. 999-86, s. 4.
A pool for which plans were approved or that was built before 31 August 1977, is not subject to sections 3, 5, 6, 8, 9, 10 and 18, to subsections 1, 2 and 4 of section 7 and to paragraphs a, b, c and d of section 20. R.R.Q., 1981, c. S-3, r. 3, s. 25. 2. Supervision

A device to agitate the surface water must be installed in order to aid divers in distinguishing the water surface under diving installations of 3 metres or more. R.R.Q., 1981, c. S-3, r. 3, s. 18.
(a) (b) (i) (ii) (iii) (iv)
A swimming pool whose surface is greater than 150 square metres must be provided with control stations: equipped with chairs at least 1,8 metres above the surface of the water; the minimum number of stations to be: one control station if the surface water plan is 150 square metres to 350 square metres; 2 control stations if the surface water plan is 351 square metres to 600 square metres; 3 control stations if the surface water plan is 601 square metres to 900 square metres; 4 control stations if the surface water plan is 901 square metres or more;
The owner shall ensure that the minimum number of lifeguards and assistant lifeguards is in accordance with Schedule 3 or, when the pool is used exclusively for aquatic courses or meets, in accordance with Schedule 4. Where an appurtenance in or projecting into a pool blocks the safety supervisor's view, the number of supervisors must be increased so that the entire pool remains under constant supervision. However, when the pool is used exclusively for courses given by a physical education teacher, Schedule 4 does not apply and the owner shall ensure that the minimum number of safety supervisors is in accordance with the following table: [S-3r3#02, see R.R.Q., 1981, 9-1076] ___________________________________________________ Number Number Minimal number of of of ____________________________ bathers physical education assistant teachers lifeguards lifeguards ___________________________________________________ or or more 3 or 0
(c) situated near enough to the walls of the pool to allow unobstructed visibility of the bottom of the pool in the supervized zone as well as designed and installed so that the safety supervisor is not blinded by the sun; and (d) for the exclusive use of safety supervisors.
R.R.Q., 1981, c. S-3, r. 3, s. 19.
A pool may be constructed with a slope towards the centre from the deck and such pool is not governed by sections 3 to 19 provided: that the bottom is covered with a rigid white or pastel finish;

(b) that the maximum slope of the bottom is 300 millimetres vertically in 3,6 metres horizontally; (c) (d) (e) that the depth of the water does not exceed 1,8 metres; that the entire pool is surrounded by a deck that is at least 3 metres wide; that the bottom is marked on the length with a broken black line 300 millimetres wide;
or 1 ___________________________________________________ For the purposes of this section, a physical education teacher is a person who holds a physical education degree issued by a university of Qubec or an equivalent degree issued by another university and recognized by the Minister of Education, and who has completed as part of his university education, a minimum of 90 hours of teacher training in swimming. Such 90 hours must include a minimum of 15 hours to qualify him in life-saving, supervision, artificial respiration and first-aid. He must hold an attestation to this effect. Notwithstanding the first paragraph, supervision is not required for an interior pool reserved to persons living in an apartment house of more than 2 storeys and 8 dwellings provided that: (a) the total number of bathers on the deck and in the pool does not exceed 10 persons;
(f) that control stations are available in accordance with paragraph a of section 19, spaced at intervals not exceeding 60 metres along the perimeter of the pool. If the width or the diameter of the pool exceeds 36 metres, these stations shall be placed in the central parts of the pool; and (g) that there is no diving platform or spring board.
R.R.Q., 1981, c. S-3, r. 3, s. 20.
An outdoor pool used after sundown or an indoor pool shall have:
(a) a lighting system which illuminates the underwater areas of the pool and also illuminates all parts of the deck and water surface with an illumination level at least: (i) (ii) 30 decalux for an indoor pool; and 10 decalux for an outdoor pool;
(b) a notice is posted in a conspicuous place, at the pool's entrance on which is written in letters of at least 25 millimetres: NOTICE When there is no supervision: (1) No person shall bathe if he is alone in the pool area.

(b) in case of failure of the electric power necessary for the lighting, an emergency lighting system insured by a generator or a recharging battery with automatic relays to illuminate the bottom of the pool, the deck and the undressing room. Any installation after 21 November 1979 shall conform to the CSA standard (C22.2 No. 141-1972) Unit Equipment for Emergency Lighting. R.R.Q., 1981, c. S-3, r. 3, s. 21.
(2) A bather less than 12 years of age is not admitted within the pool limits unless he is accompanied by a responsible person at least 18 years of age. (3) (4) The total number of bathers shall never exceed 10 persons. The pool shall always be locked from the outside.
Moreover, the means of communicating with the emergency services mentioned in section 24 and the safety equipment mentioned in section 35 shall be easily accessible at all times.

PAGE 2 / 6

The pool's owner is, however, exempted from the supervision stipulated by this section when the pool is used exclusively for water diving courses under the direct supervision of an instructor who holds a certificate recognized by the Fdration qubcoise des activits subaquatiques. R.R.Q., 1981, c. S-3, r. 3, s. 26; S.Q., 1985, c. 21, s. 98; O.C. 999-86, s. 5; S.Q., 1988, c. 41, s. 92; S.Q., 1993, c. 51, s. 72; S.Q., 1994, c. 16, s. 52.

(ii) (iii)

the presence of dangerous substances in the water or on the deck; or any other circumstances creating a safety hazard for bathers.
R.R.Q., 1981, c. S-3, r. 3, s. 31. 3. Signs and safety equipment
Notwithstanding the first paragraph of section 26, the owner of a swimming pool whose water plan surface is less than 100 square metres is not required to entrust its supervision to a safety supervisor provided that: (a) a person at least 16 years of age who holds an aquatic emergency care certificate dated not more than 2 years previously, issued by the Royal Lifesaving Society of Canada and identified as such, is present in the pool area when the latter is accessible; (b) the swimming pool is exclusively for the use of persons having access to a rooming house, the customers of a hotel, restaurant or camping site in the case of an indoor or outdoor pool; (c) the swimming pool is exclusively for the use of persons having access to an apartment house in the case of an outdoor pool; (d) no bather less than 12 years of age is admitted within the pool area unless he is accompanied by a responsible person at least 18 years of age; (e) the total number of bathers on the deck and in the water does not exceed 10; and

No glass container shall be allowed on the deck or in the pool.
Pushing or shoving is prohibited in the pool and on the deck.
(3) If a spectator gallery exists, access to the deck at a distance less than 1,8 metres from the sides of the pool is prohibited to spectators. R.R.Q., 1981, c. S-3, r. 3, s. 32.
A sign shall be placed in full view giving bathers the provisions of subsections 1 and 2 of section 32. If letters are used, they shall be at least 25 millimetres in height. The maximum number of bathers allowed in the pool and on the deck, under section 37, shall appear on this sign in letters at least 150 millimetres. R.R.Q., 1981, c. S-3, r. 3, s. 33.
(f) a notice is posted in a conspicuous place, at the swimming pool entrance, on which is written, in letters of at least 25 millimetres the conditions listed in paragraphs d and e. O.C. 749-91, s. 1.
Notices shall also be placed in appropriate areas and be written in letters at least 25 millimetres, to inform bathers of the provisions of subsection 3 of section 32. R.R.Q., 1981, c. S-3, r. 3, s. 34.
A lifeguard shall: be at least 17 years of age; and hold one of the following certificates dated not more than 2 years previously:
A pool shall be equipped, in areas accessible at all times, with the following safety equipment: an electrically insulated or non-conducting reaching pole at least 3,6 metres long; two safety buoys that can be:
(i) a Professional Lifeguarding Certificate issued by the Acadmie de Sauvetage du Qubec Inc.; (ii) a National Lifeguarding Certificate issued by the National Lifeguarding Service Inc.;
(i) of a ring type with an inside diameter between 275 and 380 millimetres solidly attached by a cable that is 3 metres plus half the width of the pool in length and are placed on supports at each control station; or (ii) of a torpedo type with a loop for the shoulders and at least 2 metres of cable; a spine board designed for a person who has suffered spinal injury; deleted; a first aid kit in accordance with Schedule 5; a blanket.
(iii) a Water Instructor's Certificate issued by the Canadian Red Cross Society or the Royal Lifesaving Society of Canada; (iv) a Swimming Instructor Certificate and Lifesaving Instructor Certificate issued by a YMCA or YWCA as part of a national program of aquatic activities sponsored by the YMCA of Canada. R.R.Q., 1981, c. S-3, r. 3, s. 27.

(c) (d) (e) (f)

Despite section 27, a person who is at least 16 years of age and who holds a Bronze Cross Certificate issued by the Royal Lifesaving Society of Canada and dated not more than 2 years previously may act as a lifeguard for a swimming pool whose surface is smaller than 150 square metres, provided that the pool is exclusively for the use of: (1) (2) persons having access to an apartment house or a rooming house; customers of a hotel, camping site or restaurant.

R.R.Q., 1981, c. S-3, r. 3, s. 35; O.C. 999-86, s. 6.
Each week a safety supervision shall be appointed by the owner to ensure that all safety equipment is complete and in good working order. Such supervisor shall record in a register any pertinent remarks respecting safety equipment, sign the register, inscribe the date on which he checked the equipment and return the register to the owner. The owner shall ensure that someone checks the ground fault circuit interrupter and the appurtenances each week to see that they are in good working order. R.R.Q., 1981, c. S-3, r. 3, s. 36; O.C. 999-86, s. 7. 4. Operation

O.C. 369-90, s. 1.

An assistant lifeguard shall: be at least 15 years of age; and hold one of the following certificates dated not more than 2 years previously: a Junior Lifeguarding Certificate issued by the Acadmie de Sauvetage du Qubec Inc.; a Bronze Medallion Certificate issued by the Royal Lifesaving Society of Canada; a Water Safety Leader's Certificate issued by the Canadian Red Cross Society; one of the certificates mentioned in paragraph b of section 27.
For an inside pool, the total number of bathers on the deck and in the water shall not exceed the number obtained by granting 1,4 square metres of surface in the shallow area and 2,2 square metres in the deep area. For an outside pool, the total number of bathers on the deck and in the water shall not exceed the number obtained by granting 0,9 square metres of surface in the shallow area and 1,2 square metres in the deep area. For purposes of calculation, the deep area of the pool is where the water depth is greater than 1,4 metres. R.R.Q., 1981, c. S-3, r. 3, s. 37.
R.R.Q., 1981, c. S-3, r. 3, s. 28.

29. 30.

Safety supervisors shall be identifiable.
R.R.Q., 1981, c. S-3, r. 3, s. 29. A safety supervisor may leave his post, provided: that the other safety supervisors and at least one lifeguard remain on duty; and that the supervisor who has left his post is within calling distance.
Benches or seats used by spectators for aquatic events may be placed temporarily on the deck provided that: (a) the spectator area and the access to it are separated from the rest of the deck by a barrier placed at least 600 millimetres from the edge of the pool; and (b) benches or seats are stored outside the deck area immediately after use.

R.R.Q., 1981, c. S-3, r. 3, s. 38.
R.R.Q., 1981, c. S-3, r. 3, s. 30.
Pool water shall be kept free of any matter or object hazardous to the safety of bathers.

(a) (b) (i)

Bathers shall be evacuated and access to the pool prohibited as soon as: a safety check is necessary; or a hazard exists attributable to: unclear or cloudy water;
R.R.Q., 1981, c. S-3, r. 3, s. 39.

PAGE 3 / 6

Pool water shall be:

(a) (b) (i) (ii) (iii)

An assistant lifeguard on a beach shall: be at least 16 years of age; and hold one of the following certificates dated not more than 2 years previously: a Junior Lifeguarding Certificate issued by the Acadmie de Sauvetage du Qubec Inc.; the Bronze Cross Certificate issued by the Royal Lifesaving Society of Canada; one of the certificates mentioned in subparagraph b of section 49.
(a) of a clarity to permit the black disc mentioned in section 12 to be visible from any point on the deck 9 metres from it; and (b) of a clarity to allow the safety supervisor of a pool, in conformity with section 20, to see, at a distance of 36 metres from his control station, the broken black line required under paragraph e of section 20. R.R.Q., 1981, c. S-3, r. 3, s. 40.
In a pool with a diving platform higher than 3 meters, the barrier giving access to this platform shall be locked when the pool is not under supervision. When the pool is used for diving, a double safety line or a rigid barrier shall be installed and the said limited zone shall be used only for diving. R.R.Q., 1981, c. S-3, r. 3, s. 41.
R.R.Q., 1981, c. S-3, r. 3, s. 50.

51. 52.

R.R.Q., 1981, c. S-3, r. 3, s. 51. A safety supervisor may leave his post, provided: that the other safety supervisors and at least one lifeguard remain on duty; that the supervisor who has left his post is within calling distance.

DIVISION III

WADING POOLS 1. Construction
The submerged area of a wading pool shall be a pale colour. The bottom of the wading pool shall be of a non-slip material. R.R.Q., 1981, c. S-3, r. 3, s. 42.
R.R.Q., 1981, c. S-3, r. 3, s. 52.

Bathers shall be evacuated and access to the beach prohibited as soon as: a safety check is necessary; a hazard exists due to: the cloudiness of the water; the presence of dangerous substances in the water; or any other circumstance endangering the safety of bathers.
A wading pool shall not be accessible to the public outside of opening hours. If a fence is used for this purpose, it shall be a minimum height of 1,20 metres from the ground. A fence may have no fixture, projection or open parts enabling it to be climbed. A fence may, however have open parts provided that a spheric object of 100 millimetres in diameter cannot pass through them or, in the case of a chain wire fence, that each link measures no more than 38 millimetres. This section does not apply to a wading pool that is emptied before the supervisor leaves. R.R.Q., 1981, c. S-3, r. 3, s. 43; O.C. 999-86, s. 8. 2. Supervision
R.R.Q., 1981, c. S-3, r. 3, s. 53. 2. Signs and safety equipment

44. 45.

When a wading pool is open to public, a safety supervisor shall be on duty.
A beach open to the public shall have the following equipment available:
R.R.Q., 1981, c. S-3, r. 3, s. 44. A safety supervisor of a wading pool whose depth is higher than 150 millimetres shall have: a first aid certificate issued by the St. John Ambulance Association; or a certificate provided for in paragraph b of section 28.
(a) one non-motorized rescue boat containing the equipment prescribed in section 56 for each unit or fraction thereof of 250 linear metres of beach; however: (i) beaches surrounded with a wharf whose largest dimension is inferior to 75 metres; and
(ii) beaches whose distance between buoy markers and the shore is inferior to 50 metres and whose lifeguard towers are located outside of the buoy markers in the deep zone; are not governed by such stipulation. On the other hand, an aquaplane may replace the rescue boat when the distance between the buoy markers and the shore is superior to 50 metres on condition that the lifeguard towers are located in the deep zone outside the buoy markers; (b) one lifeguard tower of a minimum height of 2,4 metres for each unit or fraction of a unit of 125 linear metres of beach; (c) a line of white buoy markers to delimit the supervised bathing area, except in the case of an ocean beach. The water depth of the area thus delimited may not exceed 1,6 metre; (d) for each lifeguard tower, a lifesaving buoy that may be:
R.R.Q., 1981, c. S-3, r. 3, s. 45. 3. Safety equipment

A wading pool shall be provided with a first aid kit in conformity with Schedule 5 placed in an area accessible at all times. R.R.Q., 1981, c. S-3, r. 3, s. 46.
A means of communication shall be at the disposal of the safety supervisor in order to call emergency services. The means of communication must be within a 100-metre radius of the control station. The emergency procedure must be posted. R.R.Q., 1981, c. S-3, r. 3, s. 47; O.C. 999-86, s. 9.

DIVISION IV

BEACHES 1. Supervision
(i) of a ring type, of an inside diameter comprised between 275 and 380 millimetres, attached to a cable having a minimum length of 15 metres and placed on a support; or (ii) (e) (f) (g) of a torpedo type with a buckle for shoulders and at least with 2 metres of cable; deleted; a first aid kit in conformity with Schedule 5; a blanket;
When a beach is open to the public, the number of safety supervisors shall be in conformity with Schedule 6. Where an appurtenance in or projecting into the supervised area of a beach blocks the safety supervisor's view, the number of supervisors must be increased so that the entire area remains under constant supervision. R.R.Q., 1981, c. S-3, r. 3, s. 48; O.C. 999-86, s. 10.
(h) a means of communication at the disposal of the safety supervisor in order to call emergency services. The means of communication must be within a 100-metre radius of the control station. The emergency procedure must be posted; (i) a buoy marking, at the deepest point of the supervised area and for each unit, or fraction thereof of 125 linear metres of beach, the water depth in metres with characters at least 150 millimetres high of a contrasting colour that are legible from the beach. R.R.Q., 1981, c. S-3, r. 3, s. 54; O.C. 999-86, s. 11.
A lifeguard on a beach shall: be at least 17 years of age; and hold one of the following certificates dated not more than 2 years previously:
(i) a Professional Lifeguard Service Certificate (waterfront option) issued by the National Lifeguard Service Incorporated; (ii) a Professional Lifeguarding Certificate, issued by the Acadmie de Sauvetage du Qubec Inc. However, one of the certificates listed in section 27 may be accepted for the purposes of this section if the beach length is inferior to 15 metres or if it has been impossible to hire an assistant lifeguard who holds one of the certificates listed in subparagraph b. R.R.Q., 1981, c. S-3, r. 3, s. 49.
Each week safety supervisor shall be appointed by the owner to ensure that the safety equipment mentioned in section 54 is complete and in good working order. Such supervisor shall record in a register any pertinent remarks respecting safety equipment, sign the register, inscribe the date on which he checked the equipment and return the register to the owner. The owner must ensure that a person checks each week the proper working order of the appurtenances. R.R.Q., 1981, c. S-3, r. 3, s. 55; O.C. 999-86, s. 12.

SCHEDULE 1

(s. 16) MINIMUM DIMENSIONS OF DIVING INSTALLATIONS [S-3R3#01, see R.R.Q., 1981, 9-1080] [S-3R3#08, see R.R.Q., 1981, 9-1081]
____________________________________________________________________________________ SPRINGOARD PLATFORM ____________________________________________________________________________________ 1 m 3 m 1 m 3 m 5 m 7,m ____________________________________________________________________________________ A. For plummet back to pool wall 1,50 1,50 1,25 1,25 1,50 1,50 1,50 AA. For plummet back to platform below From plummet to pool wall at side 2,50 From plummet to adjacent plummet 1,90
N.Maximum angle of slope to 45 degrees* 45 degree* reduce pool bottom to that of the total required depth _________________________________________________________________________________
* On condition that the minimum depth of the water at pool side under the springboard or platform is 1,8 metres. R.R.Q., 1981, c. S-3, r. 3, Sch. 2.
5/3 7,5/5 2,10 m 2,50 m 5/1 7,5/3/1 2,10 m 2,10 m
10/7, 5/5 2,75 m 10/3 ou 1 2,75 m
From plummet to pool wall ahead 9,00 On plummet from board to ceiling overhead Clear overhead behing and each side of plummet Clear overhead ahead of plummet Depth of water at plummet
3,40 at a distance of 6,00 minimum depth of 3,30 at a distance
3,80 at a distance of 6,00 minimum depth of 3,70 at a distance

3,80 6,00 3,70

4,10 8,00 4,00

4,50 12,00 4,25

J/K. Distance and depth ahead of plummet
5,0 dist. 6,00 3,30 depth 3,30

Distance and depth

2,05 3,30

2,65 3,30

4,25 3,70

4,50 4,00

5,25 4,25

PAGE 5 / 6

SCHEDULE 3
(s. 26) POOL SUPERVISION [S-3r3#05, see R.R.Q., 1981, 9-1083] ___________________________________________________ Table 1 Water plan surface less than 150 square metres ___________________________________________________ Number of bathers in the water and on Assistantthe deck Lifeguards Lifeguards ___________________________________________________ 0-and over ___________________________________________________ ___________________________________________________ Table 2 Interior pool Water plan surface of 150 square metres and over ___________________________________________________ Minimum number of: _________________________________ Number of bathers in the water and on Assistantthe deck Lifeguards Lifeguards ___________________________________________________ 0-1 101-200 201-300 301-400 401-500 501-600 601-and over 4 4

SCHEDULE 4

(s. 26) ADDITIONAL SUPERVISION REQUIRED, IN ADDITION TO AN AQUATIC INSTRUCTOR, WHEN THE POOL IS USED EXCLUSIVELY FOR INSTRUCTION OR SWIM MEETS [S-3r3#06, see R.R.Q., 1981, 9-1084] ___________________________________________________ Minimum number of: _______________________________ Number of Assistantbathers Lifeguards Lifeguards ___________________________________________________ 0-30 0* 0 31-0

51 and over ___________________________________________________ *A lifeguard is required if the aquatic instructor is not qualified as a lifeguard. R.R.Q., 1981, c. S-3, r. 3, Sch. 4.

SCHEDULE 5

(ss. 35, 46 and 54) FIRST AID KIT 1 St. John Ambulance First Aid Manual 150 ml of antiseptic solution used in hospital centers 24 Safety pins 24 Adhesive dressings individually wrapped 6 Triangular bandages 4 Rolls of 50 mm gauze bandages 4 Rolls of 100 mm gauze bandages 4 (25 g) packages of absorbent cotton wool 12 Gauze pads or compresses 75 mm 75 mm 4 Surgical pads suitable for pressure dressings, individually wrapped 1 Roll of diachylon plaster 12 mm in width 1 Roll of diachylon plaster 50 mm in width Splint rolls in assorted sizes
4 lifeguards, 4 assistant lifeguards and 1 additional safety supervisor for each group or fraction of group of 100 bathers over 700. ___________________________________________________ ___________________________________________________ Table 3 Exterior pool Water plan surface of 150 square metres and over ___________________________________________________ Minimum number of: _________________________________ Number of bathers in the water and on Assistantthe deck Lifeguards Lifeguards ___________________________________________________ 0-1 151-300 301-500 501-and over 2 3
R.R.Q., 1981, c. S-3, r. 3, Sch. 5.

SCHEDULE 6

(s. 48) BEACH SUPERVISION [S-3r3#07, see R.R.Q., 1981, 9-1084] ___________________________________________________ Mininum number of: ________________________________ Length of beach Assistantin metres Lifeguards Lifeguards ___________________________________________________ less than to to to 2
2 lifeguards, 3 assistantlifeguards and 1 additional safety supervisor for each group or fraction of group of 300 bathers over 700. ___________________________________________________ R.R.Q., 1981, c. S-3, r. 3, Sch. 3.
500 to 3 ___________________________________________________ N.B. For every unit or fraction of a unit of 125 linear metres of beach over 625 metres, an additional safety supervisor shall be added. ___________________________________________________ R.R.Q., 1981, c. S-3, r. 3, Sch. 6. R.R.Q., 1981, c. S-3, r. 3 O.C. 999-86, 1986 G.O. 2, 1364 O.C. 369-90, 1990 G.O. 2, 667 O.C. 749-91, 1991 G.O. 2, 1757

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