Maytag DCS11E Mode d'emploi

Marque: Maytag

Modèle: DCS11E

Catégorie: Micro-ondes

Taper: Mode d'emploi

16021518

Revision 0

October 2002

International

Commercial

Microwave

Ovens

This Base Manual covers general information

Refer to individual Technical Sheet

for information on specific models

This manual includes, but is

not limited to the following:

2002 Models are listed in bold.

Service

This manual is to be used by qualified appliance

technicians only. Maytag does not assume any

responsibility for property damage or personal

injury for improper service procedures done by

an unqualified person.

This manual replaces RS5320015 Revision 0.

RS511 P1325801M

RS511 P1327805M

RS511A P1327806M

RCS511 P1325802M

RCS511 P1327809M

RFS511 P1325803M

RFS511 P1327812M

RFS511SW2 P1325804M

RFS511SW2 P1327813M

URS511 P1325805M

URS511 P1327807M

URCS511 P1325806M

URCS511 P1327810M

URFS511 P1325807M

URFS511 P1327814M

DES11E P1325808M

DES11E P1327808M

DCS11E P1325809M

DCS11E P1327811M

DFS11E P1325810M

DFS11E P1327815M

C O M M E R C I A L M I C R O W A V E O V E N

MENUMASTER

Important Notices for Servicers and Consumers

Maytag will not be responsible for personal injury or property damage from improper service procedures. Pride and

workmanship go into every product to provide our customers with quality products. It is possible, however, that during

its lifetime a product may require service. Products should be serviced only by a qualified service technician who is

familiar with the safety procedures required in the repair and who is equipped with the proper tools, parts, testing

instruments and the appropriate service information. IT IS THE TECHNICIANS RESPONSIBLITY TO REVIEW ALL

APPROPRIATE SERVICE INFORMATION BEFORE BEGINNING REPAIRS.

WARNING

To avoid risk of severe personal injury or death, disconnect power before working/servicing on appliance to avoid

electrical shock.

To locate an authorized servicer, please consult your telephone book or the dealer from whom you purchased this

product. For further assistance, please contact:

Customer Service Support Center

Contact your local product distributor or vist the Web site at www.amanacommercial.com.

Recognize Safety Symbols, Words, and Labels

DANGER

DANGER—Immediate hazards which WILL result in severe personal injury or death.

WARNING!

WARNING—Hazards or unsafe practices which COULD result in severe personal injury or death.

CAUTION!

CAUTION—Hazards or unsafe practices which COULD result in minor personal injury, product or property

damage.

Important Information

Important Information ................................................2

Important Product Information....................................4

Important Safety Information ......................................5

General Information

Placement of the Oven ...........................................9

Radio Interference..................................................9

Earthing Instructions ...............................................9

Electrical Power Cord ...........................................10

Component Testing Procedures ............................... 11

Power Test (Traditional 1 Liter Test).......................13

Service Information

Proper Handling of Magnetron Tubes ....................14

Magnetron Failure Modes .....................................14

Equipment ...........................................................15

Procedure For Measuring Radiation Leakage.........15

Measurement With the Outer Panel Removed .......15

Measurement With a Fully Assembled Oven ..........15

Record Keeping and Notification

After Measurement ............................................15

Troubleshooting

Operating Instructions for the

Narda 8110B Radiation Monitor..........................16

Radiation Monitor .................................................16

Operating Instructions for Holaday HI1501,

HI1510, and HI1710 ..........................................17

Troubleshooting Guide.............................................18

Disassembly Procedures

Outer Case Removal ............................................20

Control Assembly (painted models) .......................20

Control Assembly (stainless steel models).............20

Oven Light Removal .............................................20

Oven Light Socket Removal..................................20

Splatter Shield Removal .......................................21

Antenna and Cradle..............................................21

Blower Motor or Wheel Removal ...........................21

Door Disassembly ................................................21

Interlock Switch Assembly Removal ......................22

Removal of Power Transformer, Capacitor and

Diode (Rectifier) ................................................. 23

Magnetron Removal .............................................. 23

Magnetron Tube Thermal Cut-Out Replacement ...... 24

Oven Cavity Thermal Cut-Out .................................24

Oven Tray Replacement ........................................ 24

Removal of Line Filter ............................................ 25

Fuse Block .......................................................... 25

Appendix A

Owner's Manual ................................................. A-2

Table of Contents

Important Product Information

WARNING

To avoid risk of electrical shock, injury, or death, make

sure these earthing instructions are followed.

Earthing Instructions

WARNING

Do not remove earthing prong when installing earthed

appliance in a home or business that does not have

three wire earthing receptacle, under no condition is

earthing prong to be cut off or removed. It is the

personal responsibility of the consumer to contact a

qualified electrician and have properly earthed three

prong wall receptacle installed in accordance with

appropriate electrical codes

Should a two prong adapter plug be required

temporarily, it is the personal responsibility of the

consumer to have it replaced with properly earthed three

prong receptacle or the two prong adapter properly

earthed by a qualified electrician in accordance with

appropriate electrical codes.

Servicing of Earthed Products

The standard accepted color coding for earthing wires is

GREEN or GREEN WITH YELLOW STRIPE. These

earth leads are NOT to be used as current carrying

conductors. It is extremely important that the technician

replace any and all earths prior to completion of the

service call. Under no condition should earth wire be left

off causing a potential hazard to technicians and

consumer.

WARNING

Precautions to be observed before and during

servicing to avoid possible exposure to excessive

microwave energy, or electrical shock disconnect

power to oven.

(A) Do not operate or allow oven to be operated with

door open.

(B) Make the following safety checks on all ovens to

be serviced before activating the magnetron or

other microwave source, and make repairs as

necessary:

• Interlock operation

• Proper door closing

• Seal and sealing surfaces (arcing, wear, and

other damage)

• Damage to or loosening of hinges and latches

• Evidence of dropping or abuse

service test or inspection within the microwave

generating compartments, check the magnetron,

waveguide or transmission line, and cavity for

proper alignment, integrity, and connections.

(D) Any defective or misadjusted components in the

interlock, monitor, door seal, and microwave

generation and transmission systems shall be

repaired, replaced or adjusted by procedures

described in this manual before oven is released

to the consumer.

(E) Check microwave leakage to verify compliance

with the federal performance standard should be

performed on each oven prior to release to the

consumer.

Wiring

Good service practice is to never route wiring over

terminals and/or sharp edges. This applies to any

wiring without regard to the circuit voltage. Wire

insulation material and thickness is designed and

regulated for electrical spacing purpose only, but

cannot always be relied upon because of possible cuts

and/or abrasions, which can occur during servicing.

Important Safety Information

CAUTION

Read the following information to avoid possible

exposure to microwave radiation:

The basic design of the Amana or Menumaster

microwave ovens make it an inherently safe device to

both user and servicer. However, there are some

precautions which should be followed when servicing

the microwave oven to maintain this safety. These are

as follows:

1. Always operate the unit from an adequately earthed

outlet. Do not operate on a two-wire extension cord.

2. Before servicing the unit (if unit is operable), perform

the microwave leakage test.

3. The oven should never be operated if the door does

not fit properly against the seal, the hinges or hinge

bearings are damaged or broken; the choke is

damaged, (pieces missing, etc.); or any other visible

damage can be noted. Check the choke area to

ensure that this area is clean and free of all foreign

matter.

4. If the oven operates with the door open and

produces microwave energy, take the following

steps.

A. Tell the user not to operate the oven.

B. Contact Maytag immediately.

5. Always have the oven disconnected when the outer

case is removed except when making the "live" tests

called for in this Service Manual. Do not reach into

the equipment area while the unit is energized.

Make all connections for the test and check them for

tightness before plugging the cord into the outlet.

6. Always earth the capacitors on the magnetron filter

box and H. V. Capacitor with an insulated-handle

screwdriver before working in the high voltage area

of the equipment compartment. Some types of

failures will leave a charge in these capacitors and

the discharge could cause a reflex action which

could make you injure yourself.

7. In the area of the transformer, capacitor, diode, and

magnetron there is HIGH VOLTAGE. When the unit is

operating, keep this area clean and free of anything

which could possibly cause an arc or earthing, etc.

8. Do not for any reason defeat the interlock switches.

There is no valid reason for this action at any time;

nor will it be condoned by Maytag.

9. IMPORTANT: Before returning a microwave to a

customer, check for proper switch interlock action.

The primary and secondary switches MUST open

when the door is actuated. The monitor switch

MUST close at a

/4" when the door is opened.

10.Before returning a microwave to a customer, verify

the door spacing is reasonably uniform along the

top, bottom, and sides, and that it measures

/8" or

less.

11. The microwave oven should never be operated with:

• Any components removed and/or bypassed.

• Any of the safety interlocks found to be

defective.

• Any of the seal surfaces defective, missing,

or damaged.

12.To ensure that the unit does not emit excessive

microwave leakage and to meet the Department of

Health Human Service guidelines, check the oven

for microwave leakage using Narda Model 8100,

8200, Holaday HI1500, HI1501 or Simpson 380M

leakage monitor as outlined in the instructions. The

maximum leakage level allowed is 4 mW/cm

13.If servicer encounters an emission reading over

4 mw/cm

the servicer is to cease repair and contact

the Maytag Service Department immediately for

further direction. Maytag will contact the proper

Government Agency upon verification of the test

results.

Important Safety Information

General Information

Placement of the Oven

Do not install microwave next to or above source of

heat, such as a deep fat fryer. This could cause the

microwave to operate improperly and could shorten the

life of electrical components.

Install microwave on a level countertop surface.

Do not block or obstruct oven filter. Allow access for

cleaning.

All air vents must be kept clear during cooking. If air

vents are covered during operation the oven may

overheat. In this case, a sensitive thermal safety device

automatically turns the oven off. The oven will be

inoperable until the oven has cooled sufficiently.

A–Allow at least 17.8 cm (7") of clearance around sides

of unit.

B–Allow at least 17.8 cm (7") of clearance on top unit.

C–Allow at least 6.5 cm (2-

/2") of clearance between

air discharge on back of unit and back wall.

D–Allow at least 8 cm (3") inches from door front to edge

of countertop, to avoid accidental tipping of the unit.

E–Place oven on a level surface a minimum of

85 cm (33-

/2") above the floor.

Radio Interference

Microwave oven operation may cause interference to

radio, television, or similar equipment. Reduce or

eliminate interference by doing the following:

• Clean the door and sealing surfaces of microwave oven

according to instructions in “Care and Cleaning”

section.

• Place radio, television, ect. as far as possible from the

microwave oven.

• Use a properly installed antenna on radio, television,

etc. to obtain stronger signal reception.

Earthing Instructions

This appliance MUST be earthed. If an electrical short

circuit occurs, earthing reduces the risk of electric shock

by providing an escape wire for the electric current. The

cord for this appliance has a earthing wire with a

earthing plug. Place the plug into an outlet that is

properly installed and earthed. Do not use a two–prong

adapter.

WARNING

To avoid risk of electric shock, personal injury or

death, do not alter the plug and use earthing plug

properly.

Consult a qualified electrician if you do not understand

the earthing instructions or if you wonder whether the

appliance is properly earthed.

Keep the electrical power cord dry and do not pinch or

crush it in any way.

The wires in the power cord are colored in accordance

with the following code:

• Green/Yellow: Earth

• Blue: Neutral

• Brown: Live

General Information

Equipment requires a

230 VAC, 50 Hz, 13 amp power supply

Receptacle

Plug

Equipment requires a

230 VAC, 50 Hz, 16 amp power supply

Electrical Power Cord

Model Identification

When contacting provide product information located on

rating plate. Record the following:

Model Number: _____________________

Manufacturing Number: _____________________

Serial or S/N Number: _____________________

Date of purchase: _____________________

Dealer’s name and address: _____________________

230 V / 13 AMP

Receptacle

Plug

Do not use a extension cord. If the product power cord is too short, have a qualified electrician install a

three-prong receptacle. This unit should be plug into a separate 230 VAC / 50 Hz power supply. If other equipment is

on the same circuit, an increase in cooking times may be required and fuse can be blown.

Service

Keep a copy of sales receipt for future reference or in

case warranty service is required. To locate an authorized

servicer contact your local product distributor or vist the

Web site at www.amanacommercial.com.

Warranty service must be performed by an authorized

servicer. We also recommend contacting an authorized

servicer, if service is required after warranty expires.

Parts and Accessories

Purchase replacement parts and accessories over the

phone. To order accessories for your product contact

your local product distributor or vist the Web site at

www.amanacommercial.com.

Component Testing Procedures

WARNING

To avoid risk of electrical shock, personal injury, or death, disconnect power to oven and discharge capacitor

before servicing, unless testing requires it.

Illustration Component Test Results

Thermal cutout Disconnect all wires from TCO.

Measure resistance across terminals.

Magnetron TCO..........................................

Cavity TCO.................................................

Open at 138°C (280°F) and

closed at 82°C (180°F)

Opens at 117°C (243°F)

Capacitor

Discharge Capacitors

Remove wires from capacitor terminals and

connect ohmmeter, set on highest

resistance scale to terminals.

Also check between each terminal and

capacitor case.

Between Terminals: Meter should

momentarily deflect towards zero then

return to over 5 MΩ.Ifnodeflection

occurs, or if continuous deflection

occurs, replace capacitor.

Terminal to Case: Infinite resistance

Diode assembly

Discharge Capacitors

Remove diode lead from capacitor and

connect ohmmeter.

Reverse leads for second test.

Infinite resistance should be measured

in one direction and 50KΩ or more in

the opposite direction.

NOTE: Analog meter must contain a

battery of 6 volts minimum.

Magnetron

Discharge Capacitors

Remove wires from magnetron and connect

ohmmeter to terminals. Also check

between each terminal and ground.

Between Terminals: Less than 1 Ω

Each terminal to ground measures

Infinite resistance.

NOTE: This test is not conclusive. If

oven does not heat and all other

components test good replace the

magnetron and re-test.

Fan motor Remove all wires from motor.

Measure resistance across coil. ...............

Approximately 40 Ω

Transformer

Primary

H.V.

Secondary

Filament

230 V

COM

Discharge Capacitors

Remove all wires from terminals.

Measure resistance from:

Primary #1 to #2 .....................................

Secondary #4 to transformer base plate.

Filament #5 to #6 ....................................

Approximately < 1 Ω

Approximately 83 Ω

<1 Ω

IN OUT

White

Blue

Light

Brown

Dark

Brown

Line filter

OUT

Disconnect wire from terminals.

Measure resistance of the following

terminals:

Blue to White..........................................

Dark Brown to Light Brown....................

<1Ω

Component Testing Procedures

WARNING

To avoid risk of electrical shock, personal injury, or death, disconnect power to oven and discharge capacitor

before servicing, unless testing requires it.

16021518 Rev. 0

Illustration Component Test Results

Interlock switch

assembly

Disconnect wires to switch.

With door open measure resistance from:

Terminal 2 to 3 Secondary .................

Terminal 5 to 4 Primary......................

Terminal 7 to 8 Monitor ......................

With door closed measure resistance from:

Terminal 2 to 3 Secondary .................

Terminal 5 to 4 Primary......................

Terminal 7 to 8 Monitor ........................

After verifying or replacing the module,

re-connect wires to switch and check

operation of monitor circuit before

operating the oven.

Infinite Ω

Indicates continuity

Infinite Ω

Fault Codes

F1 − ............................................................

F2 − ............................................................

F3 − ............................................................

F4 − ............................................................

F5 − ............................................................

F6 − ............................................................

Replace H.V. / L.V. Board

Replace Touch Panel

Replace H.V. / L.V. Board

Pin #1

HV / LV board

P1 connector used

for touch panel

ribbon

All Models

Line voltage to control board

P2 connector

Pin 1—Pin 3.......................................

Output drive voltage to triac

Triac terminals Gate—T1....................

Fan relay (controls blower motor,

oven light)

Control board Terminals C—J.............

Cook relay

Control board Terminals F—K...........

Line voltage (All Conditions)

0 VAC (Idle)

0.9 VAC (Cook)

Line voltage (Idle)

0 VAC (Cook)

Line voltage (Idle)

0 volts (Cook)

Touch panel

Continuity is indicated as 100 Ω and below.

Pin 1: is considered Ground

Pad

Start

Stop/Reset

Time Entry

Hold

Defrost

Medium

Medium HI

Pins

8&10

7&10

6&10

5&10

4&10

3&10

8&9

7&9

6&9

5&9

4&9

4&8

6&8

7&8

3&8

6&7

5&7

4&7

Measurement

Continuity

Component Testing Procedures

WARNING

To avoid risk of electrical shock, personal injury, or death, disconnect power to oven and discharge capacitor

before servicing, unless testing requires it.

WARNING

To insure proper functioning of the interlock system if the 12 Amp. line fuse has opened, the switch assembly must be

replaced along with the fuse.

For continued protection against radiation hazard, replace only with identical replacement components.

Precautions to be observed before and during servicing to avoid possible exposure to excessive microwave energy:

• Do not operate or allow the oven to be operated with the oven door open.

• Make the following safety checks on all ovens to be serviced before activating the magnetron or other microwave source, and

make repairs as necessary: (1) Interlock operation, (2) Proper door closing, (3) Seal and sealing surface(s) (arcing, wear and

other damage), (4) Damage to or loosening of hinges and latches, (5) Evidence of dropping or abuse.

• Before turning or microwave power for any service test or inspection within the microwave generating compartments, check the

magnetron, wave guide, or transmission line, and cavity for proper alignment, integrity, and connections.

• Any failed or misadjusted components in the interlock, monitor, door seal, and microwave generation and transmission systems

shall be repaired, replaced, or adjusted by procedures described in this manual before the oven is released to the owner.

• A microwave leakage check to verify compliance with the federal performance standard should be performed on each oven prior

to release to the owner.

Power Test (Traditional Test Method)

Test equipment required is Amana power test kit R0157397(Fahrenheit), or

Menumaster power test kit M95D5 (Celsius).

1. Fill the plastic container to the bottom of the 1000 ml. line with cool tap water.

2. Using the thermometer; stir the water, measure and record the water temperature.

Initial water temperature should be approximately 60°F(20°C).

3. Place container on the center of the oven shelf and heat the water for 63 seconds.

NOTE: Use a watch second hand, not the oven timer.

4. Stir the water, measure and record the temperature of the water after heating time is complete.

5. Subtract the starting water temperature (Step 2), from the ending water temperature (Step 4), to obtain the temperature rise.

6. See the Temperature Chart provided below.

NOTES: • The IEC-705 test method requires precision measurements and equipment. It is not practical to perform the IEC

test in the field. To convert the traditional power test results to the approximate IEC-705 rating, take the traditional

power test results and add 100 watts per magnetron for the unit being tested.

Example: 930  watts output using the traditional power test for model RS511

+ 100

 watts (1 magnetrons X 100 watts)

1030  Approximate IEC-705 results

• Always perform power test three times for accuracy, changing the water after each test is performed.

• Variation or errors in the test procedure will cause a variance in the temperature rise. Additional power tests should

be made if temperature rise appears marginal.

• Low line voltage will cause lower temperature rise.

Traditional Power Test Temperature Chart

SIXTY−THREE SECONDS run time chart for units less than 1550 Watts cooking power

∆T Cooking ∆T Cooking ∆T Cooking ∆T Cooking

(°F) Power Output (°F) Power Output (°C) Power Output (°C) Power Output

12 464 23 891 7 490 15 1050

13 504 24 930 8 560 16 1120

14 542 25 969 9 630 17 1190

15 581 26 1007 10 700 18 1260

16 620 27 1046 11 770

17 659 28 1085 12 840

18 697 29 1124 13 910

19 736 30 1162 14 980

20 775 31 1201

21 814 32 1240

22 852

Service Information

WARNING

To avoid risk of electrical shock, personal injury, or death, disconnect power to oven and discharge capacitor

before servicing, unless testing requires it.

16021518 Rev. 0

Proper Handling of Magnetron Tubes

CAUTION

A magnetron tube, like a radio or television tube

must be handled with a reasonable amount of care.

When handling a tube, always handle by the housing

only. Use caution not to touch or strike the ceramic

portion at the top. The carton used to ship service

replacement tubes is reusable.

Magnetron Failure Modes

Magnetron failures that have been identified are

generally grouped into categories shown below.

1. Shorted

Air - This is a case where the tube has had the vacuum

envelope destroyed and air has entered the tube.

This will cause internal arcing and high secondary

current if high voltage is applied.

R.F. Capacitors - May short to chassis. This condition

will also cause loss of high voltage.

2. Open Heater (Filament) - Can be determined by a

ohmmeter when transformer leads are

disconnected. Resistance is normally less than one

ohm; filament does not short internally. Any tube

removed should be checked since usage tends to

make the filament more fragile. Later handling and

shipping may open the filament and thereby mask

the true failure mode when checked at the factory.

3. Low Power - Caused by “wearout” of the emission

characteristics of the directly heated cathode.

Symptoms are: (1) tube current will take longer to

get to operating point than a new tube (normally

about 2 - 3 seconds), (2) tube current does not get

high enough to cause the tube to oscillate with

normal line voltage, (3) oven produces low power

into a load, two-thirds or less than normal.

4. Physical Damage - Caused by mishandling of

magnetron tube.

Ceramic

Antenna

Output

Fins

Magnet

Anode

Block

Terminals/R.F. Capacitors

Not Replaceable

Serial Number

Service Information

WARNING

To avoid risk of electrical shock, personal injury, or death, disconnect power to oven and discharge capacitor

before servicing, unless testing requires it.

WARNING

Check for radiation leakage after servicing. Should the

leakage be more than 4 mW/cm

inform Maytag

immediately. After repairing or replacing any radiation

safety device, keep a written record for future reference,

as required by D.H.H.S. and HEW regulations. This

requirement must be strictly observed. In addition, the

leakage reading must be recorded on the service repair

ticket while in the customer’s home.

Equipment

• Electromagnetic radiation monitor

• 600 cc glass beaker

Procedure for Measuring Radiation Leakage

Note before measuring:

• Do not exceed meter full scale deflection. Leak monitor

should initially be set to the highest scale.

• To prevent false readings the test probe should be held

by the grip portion of the handle only.

• The scan speed is equal to one inch per antenna

revolution or one inch per second if antenna speed is

unknown.

• Areas to be checked are all door seal areas and any

venting parts.

• Leakage with the outer panel removed ...4mW/cm

less.

• Leakage for fully assembled oven with door normally

closed ...4 mW/cm

or less.

• Leakage for a fully assembly oven (before the latch

switch (primary) is interrupted) while pulling the door

... 4 mW/cm

or less.

1. Pour 275 cc ±15 cc (9 oz ±1/2 oz) of 20°C ± 5°C

(68°F ± 9°F) water in a beaker which is graduated to

600 cc and place the beaker in the center of oven.

2. Set the radiation monitor to 2450 MHz and use it

following the manufacturer’s recommended test

procedure to assure correct results.

3. While measuring the leakage, always use the two inch

(5 cm) spacer supplied with the probe.

4. Press the start pad or turn on the timer and with the

magnetron oscillating, measure the leakage by holding

the probe perpendicular to the surface being

measured.

Measurement with the Outer Panel

Removed

WARNING

Avoid contacting any high voltage components.

Whenever you replace the magnetron, measure for

radiation leakage before the outer panel is installed

and after all necessary components are replaced or

adjusted. Special care should be taken in measuring

around the magnetron.

Measurement with a Fully Assembled

Oven

After all components including the outer panel are fully

assembled, measure for radiation leakage around the

door periphery, the door viewing window, the exhaust

opening, and air inlet openings.

Record Keeping and Notification After

Measurement

1. After any adjustment or repair to a microwave

oven, a leakage reading must be taken. Record

this leakage reading on the repair ticket even if it is

zero.

2. A copy of the repair ticket and the microwave

leakage reading should be kept by the repair

facility.

Troubleshooting

WARNING

To avoid risk of electrical shock, personal injury, or death, disconnect power to oven and discharge capacitor

before servicing, unless testing requires it.

16021518 Rev. 0

Operating Instructions for the Narda

8110B Radiation Monitor

Purpose of the monitor is to check radiation leakage

around the microwave oven door and other places

where radiation could possibly occur.

Radiation Monitor

This instrument measures radiation leakage in

milliwatts per square centimeters (mW/cm

). The

probe should be used with 2" (5cm) cone spacer.

Water load of 275 cc. (approximately 1

/3 cup), is to

be placed in the oven and used as a load during

leakage test.

Operate the instrument on its internal rechargeable

battery or a 115 or 230 V power supply. It may also be

charged from a 115 or 230 V 50 or 60 Hz power

source. “Meter Response” switch should be set on

fast position. Slow setting requires too long of a time

to register. “Alarm” control should be set on 50 which

sounds an audible alarm when the meter reads 50%

of full scale deflection. This is to provide warning

against high levels which may damage the instrument.

“Range” switch may be used on the lower or higher

meter scale. On an oven with an unknown leakage,

use high scale first. Switch to low scale for low

leakage. “Test” switch is used to check the battery

and probe. If either is faulty, meter needle will not read

above “Test Minimum” mark on the meter. Zero

control is used to zero the needle.

With probe and cone spacer plugged into the

instrument, turn monitor on-off switch to the on

position. Check battery and probe “Test” switch. If

battery reading does not come up to “Test Minimum”

setting, plug in AC cord. If probe test fails, do not use

probe.

During usage, if probe becomes inoperative or

disconnected, audio alarm will come on.

Test probe must be held by the grip portion of the

handle, otherwise false reading may result if operators

hand is between the handle and probe.

Hold probe perpendicular to cabinet door. Place cone

of probe on the door and/or cabinet-door seam and

move along the seam. If leakage of the oven is

unknown, move probe slowly. Any time the audible

alarm sounds proceed with care in order not to

exceed a full scale reading of the meter or remove the

probe from the area of leakage. When testing near a

corner or access area of the door, keep probe

perpendicular to the areas making sure the probe end

at the base of the cone does not get closer than 2”

(5cm) to any metal. If it does, an erroneous reading

may result.

Always use the 2” (5cm) spacer with probe. Also,

always proceed carefully in areas of high leakage or

the probe can be accidentally burned-out. Rotating

stirrer causes high peaks of energy. Although meter

has averaging capabilities, probe will react

instantaneously to peak power changes which will

cause burn-out.

If oven is likely to have a large amount of leakage

approach the oven slowly with the probe, while

observing meter. This is achieved by holding probe

two or three feet from the oven and then moving

toward oven surface or gap between the door and

oven body while observing meter. When high leakage

is expected, do not move probe horizontally along the

oven surface, this could cause possible probe burn-

out. Greatest leakage is generally found at the

corners. After maximum leakage is established to be

within the meter scale range, then probe may be

moved horizontally around door surface.

NOTE: For further information see Amana Service

Letters of the R-10, R-35, and R-59 Series

and your Narda 8110B Instruction Manual.

Troubleshooting

WARNING

To avoid risk of electrical shock, personal injury, or death, disconnect power to oven and discharge capacitor

before servicing, unless testing requires it.

Operating Instructions for the Holaday

HI1501, HI1510, and HI1710

Purpose of these monitors is to check radiation

leakage around microwave oven door or other places

where radiation could possibly occur.

Instrument measures radiation leakage in milliwatts

per square centimeters (mW/cm

). Probe should be

used with the 2" (5 cm) cone spacer. Water load of

275 cc. (approximately 1

/3 cup),istobeplacedin

the oven and used as a load during leakage tests.

Operate the instrument on its internal 9 Volt battery

power supply. “Range” switch is used on low and high

while using test probe. On an oven with an unknown

leakage, use high scale then switch to low scale and

test for low leakage. “Bat Test” switch is used to

check the battery and probe on the Holaday

Instruments. If either is faulty, meter needle will not

read above “Test Minimum” or battery mark on meter.

Holaday Instrument has a probe test switch position.

Meter needle must indicate in the “OK probe test”

portion of the scale when in this position. Zero control

is used to zero the needle. “ON-OFF” switch provides

a means of turning the operating voltage on or off.

“Range Multiplier” switch provides a means of

selection either 0-2 or 0-10 and 0-100 on the Holaday

Instruments sensitivity ranges.

Test probe must be held by the grip portion of the

handle, otherwise a false reading may result if

operators hand is between the handle and probe.

If oven is likely to have a large amount of leakage,

approach oven slowly with the probe, while observing

meter. This is achieved by holding the probe two or

three feet from oven surface or gap between door and

oven body while observing meter. When high leakage

is expected, do not move probe horizontally along the

oven surface. This could cause possible probe

burn-out. Greatest leakage is generally found at the

corners. After maximum leakage is established to be

within the meter scale range, then probe may be

moved horizontally around the door surface.

Hold probe perpendicular to cabinet door. Place cone

of probe on the door and/or cabinet door seam and

move along the seam. If leakage of the oven is

unknown, move probe slowly. Proceed with care in

order not to exceed a full scale reading of meter.

When testing near a corner or access area of door,

keep probe perpendicular to the areas making sure

probe end at the base of the cone does not get closer

than 2” (5cm) to any metal. If it does, an erroneous

reading may result.

Always use the 2” (5cm) spacer with probe. Also,

always proceed carefully in areas of high leakage or

probe can be accidentally burned-out. Rotating

antenna causes high peaks of energy. Although meter

has averaging capabilities, probe will react

instantaneously to peak power changes which will

cause burn-out.

NOTE: For further instructions see Amana Service

Letters of the R-10, R-35, and R-59 of your

Instrument Instruction Manual.

NOTE: Simpson Electric Company Model 380M may

also be used by using the above instructions

for guideline and the 380M Instruction

Manual.

CAUTION

All repairs as described in this section are to be performed only after the listed caution procedures listed below

have been followed.

• Check grounding before checking for trouble.

• Be careful of the high voltage circuit.

• Discharge high voltage capacitor by shorting across terminals with screwdriver.

• When checking the continuity of the switches or the high voltage transformer, disconnect one lead wire from

these parts and then check continuity with the AC plug removed. To do otherwise may result in a false reading

or damage to your meter.

• Do not touch any parts of the circuitry on the digital programmer circuit since static electric discharge may

damage this control panel. Always touch yourself to ground while working on this panel to discharge any static

charge in your body.

Use of the Schematic and/or Wiring Diagrams will assist the technician on the following component checks.

An Ohmmeter is required for most tests with a Multiplier Scale of X 1OK (k - thousand ohms). Test procedures will

be found elsewhere in this manual.

Troubleshooting Guide

Condition Possible Causes

1. No voltage at outlet.

•

Line fuse open (external). Check for overload circuit.

2. Voltage available to outlet. No components

operating (including oven light).

•

Open power cord.

•

Failed terminal and/or wiring.

•

Open line fuse. See Condition # 3.

•

Open line filter.

•

Open cavity thermal fuse.

•

Open magnetron TCO.

•

Interlock switch contacts open.

3. Internal 12 amp line fuse open.

NOTE:

If line fuse is open, the interlock switch

assembly must be replaced, even if

another component caused the fuse to

open.

Warranty claims involving fuse

replacement will only be paid if switch

assembly is replaced along with the

fuse.

1. Failed terminal and/or wiring in 230 volt circuit of unit.

2. Shorted component in 230 volt circuit of unit.

3. Interlock switch assembly (test).

4. Replace fuse, if fuse blows quickly DO NOT proceed

with step 5: recheck steps 1, 2, and 3.

5. Check amperes and/or wattage compare to

Specifications.

6. If fuse blows after running a few seconds, disconnect

power cord, disconnect and tape apart high voltage

transformer primary wires, reconnect power cord.

7. If fuse does not open, disconnect power cord, and

check H.V. components and wiring.

8. If fuse opens, check 230 volt section for loose

connections or grounded wires. The timer, light and

motor by themselves draw less than 1 Ampere. If the

unit opens a fuse while the transformer is

disconnected, there are usually burned areas visible.

NOTE: When taking voltage measurements to the transformer the 230 V supply leads must be connected to the

transformer terminals. The Voltage reading should then be taken with the voltmeter leads also connected to

these terminals.

Troubleshooting Guide

NOTE: When taking voltage measurements to the transformer the 230 V supply leads must be connected to the

transformer terminals. The voltage reading should then be taken with the voltmeter leads also connected to

these terminals.

Condition Possible Causes

4. Oven light, timer, and blower motor

operate. Oven does not cook. No voltage

at power transformer primary leads (230V).

See

NOTE

Caution: All other transformer leads are

high voltage.

•

Failed wiring and/or terminal.

•

Failed HV /LV board.

•

Failed triac.

•

Failed interlock switch assembly (contacts 2 & 3).

5. Same condition as # 4, but voltage is

available at power transformer primary

(230 VAC). See

NOTE

•

Failed terminal and/or wiring in high voltage section.

•

Failed H.V. transformer.

•

Failed diode.

•

Failed capacitor.

•

Failed magnetron.

6. All oven components operate; unit cooks

slowly, all modes.

1. Run Oven Performance Tests, if okay, customer

education.

2. Check voltage at outlet, if low, customer education.

3. Check amperes and/or wattage, compare to Technical

Sheet.

4. Check tray and seal. If food debris has accumulated

under ceramic tray, this debris will absorb microwave

energy and affect performance test results.

5. If above checks are acceptable, replace magnetron.

7. Oven cooks food unevenly.

•

Customer is not following cookbook instructions,

customer education.

•

Rotating antenna not turning, check mounting parts for

grease or burrs. This may also indicate incorrect airflow

due to foam gasket out of place, failed blower motor,

failed blower wheel or interference with splatter shield.

NOTE: The antenna will not rotate properly when the

splatter shield or outer case is removed.

Disassembly Procedures

To avoid risk of electrical shock, personal injury, or

death, disconnect power to oven and discharge

capacitors before following any disassembly procedure.

WARNI NG

Access to major electrical components can only be

gained by removal of outer case assembly.

Outer Case Removal

1. To remove outer case.

2. Remove screws (tamper resistant–use driver

R0193551) located on each side of outer case and

screws in back of oven.

3. Pull back on outer case and lift off.

4. Reverse procedures to reassemble.

CAUTION

During outer case removal some foam gaskets may

become damaged. These parts must be replaced for

proper air circulation over components and through

oven cavity.

Control Assembly (painted models)

1. Disconnect power to oven and open door.

2. Using the Amana R0193557 escutheon removal tool,

insert the right angle edge under the left side of the

control escutcheon 3.81 cm (1.5") from top and

carefully pull back to release tabs from control

assembly.

3. Remove screws securing control assembly to oven.

4. Disconnect wiring attached to control assembly

components.

5. Reverse procedure to reassemble.

Escutcheon

scutcheon

emoval tool

Timer

control

assembly

Control Assembly (stainless steel models)

1. Disconnect power to oven.

2. Insert small bladed screwdriver in the service slot.

Push down on the retainer clip and tilt escutcheon

forward, lift, and remove.

NOTE: Removal of outer case will facilitate removal of

timer wiring and components, but is not

necessary in all cases.

Escutcheon

Timer

contro

assemb

Escutcheon

bracket

Service

slot

Oven Light Removal

1. Disconnect power to oven.

2. The access cover is located in the rear of the oven.

3. Remove screw securing access cover.

4. Turn counterclockwise to remove bulb.

Oven Light Socket Removal

1. Disconnect power to oven.

2. Remove outer case, see “Outer Case Removal”

procedure.

3. Remove oven light, see “Oven Light Removal”

procedure.

4. Disconnect and label wire terminals from light

socket.

5. Remove screw securing light socket to duct

assembly.

6. Carefully remove socket out through oven light

access hole.

7. Reverse procedure to reassemble.

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