Maytag AER4111AA Series Service Manual page 14

Component Testing Procedures
To avoid risk of electrical shock, personal injury or death; disconnect power to range before servicing, unless
testing requires power.
Illustration
Coil element, 4-turn
1500 W
(select models)
Coil element, 5-turn
2350 W
(select models)
Coil element, 4-turn
1250 W
(select models)
Coil element, 5-turn
2100 W
(select models)
Ribbon element,
1200W
(select models)
Ribbon element, dual,
2400W
Inner: .....1100W
Outer: ....1300W
(select models)
Ribbon element,
2500W
(select models)
Ribbon element,
ceramas, 2700W
(select models)
Ribbon element,
ceran, 100W
(select models)
Ribbon element,
ceramas, 2700W
(select models)
Coil element, 3-turn
1250 W
(select models)
Coil element, 4-turn
2100 W
(select models)
14
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Component
Disconnect wire leads to element and
measure resistance of terminals ............
Measure voltage at coil element.............
Disconnect wire leads to element and
measure resistance of terminals ............
Measure voltage at coil element.............
Disconnect wire leads to element and
measure resistance of terminals ............
Measure voltage at coil element.............
Disconnect wire leads to element and
measure resistance of terminals ............
Measure voltage at coil element.............
Disconnect wire leads to element and
measure cold resistance of terminals .....
Measure voltage at element ...................
Disconnect wire leads to element and
measure cold resistance of terminals .....
Measure voltage at element ...................
Disconnect wire leads to element and
measure cold resistance of terminals .....
Measure voltage at element ...................
Disconnect wire leads to element and
measure cold resistance of terminals .....
Measure voltage at element ...................
Disconnect wire leads to element and
measure cold resistance of terminals .....
Measure voltage at element ...................
Disconnect wire leads to element and
measure cold resistance of terminals .....
Measure voltage at element ...................
Disconnect wire leads to element and
measure resistance of terminals ............
Measure voltage at coil element.............
Disconnect wire leads to element and
measure resistance of terminals ............
Measure voltage at coil element.............
WARNING
Test Procedure
16026784
Results
Ω
Approximately 35.5 to 39.1
240 VAC, see wiring diagram for
terminal identification. If voltage is not
present at element, check wiring.
Ω
Approximately 22.6 to 25 .
240 VAC, see wiring diagram for
terminal identification. If voltage is not
present at element, check wiring.
Ω
Approximately 42.4 to 47 .
240 VAC, see wiring diagram for
terminal identification. If voltage is not
present at element, check wiring.
Ω
Approximately 25.3 to 27.9
240 VAC, see wiring diagram for
terminal identification. If voltage is not
present at element, check wiring.
Ω
Approximately 44.3 to 48.9
240 VAC. If voltage is not present,
check wiring.
Ω
Inner: ...Approximately 51 .
Ω
Outer: ..Approximately 43 .
240 VAC. If voltage is not present,
check wiring.
Ω
Approximately 21.3 to 23.5
240 VAC. If voltage is not present,
check wiring.
Ω
Approximately 19.4 to 22 .
240 VAC. If voltage is not present,
check wiring.
Approximately 133.3 to 147.3
240 VAC. If voltage is not present,
check wiring.
Ω
Approximately 19.4 to 22 .
240 VAC. If voltage is not present,
check wiring.
Ω
Approximately 42.5 to 46.9
240 VAC, see wiring diagram for
terminal identification. If voltage is not
present at element, check wiring.
Ω
Approximately 33 to 38 .
240 VAC, see wiring diagram for
terminal identification. If voltage is not
present at element, check wiring.
© 2005 Maytag Services
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