Amana STANDARD CLEANING GAS RANGE Specifications download pdf (Page 19)

ERC FAULT CODE MEMORY TEST

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ERC FAULT CODE MEMORY DISPLAY

Have you ever run a service call and been told by the consumer

that their range displayed an "F" fault code and when you arrive

the fault is gone (cleared by the consumer) and the consumer

can not remember what the code was?

Well there is now a way to "recall" the last four fault codes from

the ERC memory. Care must be taken in interpreting these

codes because once you determine the cause of the fault code,

there is no way to clear the code(s) from the ERC memory. In

other words, the history that you are looking at in the display

could be a weeks worth of history, or 5 years - there is no way to

tell. With this in mind, the last fault code stored in memory is the

one that you should focus on, because the others may have

occured a long time prior to the last one.

HOW TO DISPLAY THE FAULT CODES IN MEMORY

To read the fault code memory, follow the steps below:

    If we displayed the fault code memory for a new range, one

that has never experienced a fault code, we would see four zero's

in the display, meaning that no fault codes are stored in memory.

    The first time a fault code occurs, the ERC display will store

the fault code in it's memory. When you read the fault code,

which is stored in memory, the code will display in the far right

hand digit of the clock display.

   If a second fault code occurs, it too is stored in the ERC

memory. The first fault code stored in memory scrolls to the left,

and the new fault code now displays in the far right hand digit of

the clock display.

   If the same fault code repeats itself (sequencially), without

being separated by a different fault code, then the repeated fault

code will "stack" in memory. In other words, the repeated fault

code will only display once, unless separated by a different fault

code. In this example, F3 repeats itself twice, the resulting fault

code memory display only shows one 3. The same would also

be true if F3 repeated itself four times, the result showing in the

fault code memory display would be one "3", NOT four "3"'s.

    If a fourth fault code occurs, the ERC will scroll the previous

fault codes stored in memory to the left, one digit, and store the

new fault code in the far right hand digit of the clock display.

    If a fifth fault code occurs, the ERC will continue to scroll the

previous fault codes to the left, and store the new fault code in

the far right hand digit of the clock display.

     If a sixth fault code occurs, the ERC will once again scroll the

previous fault codes to the left. Notice in this example the first

fault code (F1), previously stored in memory is now lost. The

ERC will continue to scroll the previous fault codes to the left and

store the new fault code in the far right hand digit of the clock

display.

Simultaneously press the COOKING TIME, DELAY START

and number 9 pads. A history of the last four fault codes

will appear in the display. NOTE: If no keypad entry is

made within 5 minutes, the ERC test mode will "time out".

To terminate the memory fault mode press the CLEAR /

OFF key pad

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No Fault codes

new range

First fault code -

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Second fault code -

F3 (scrolls left)

Third fault code -

F3 (stacks)

Fourth fault code -

F1 (scrolls left)

Fifth fault code -

F4 (scrolls left)

Sixth fault code -

FF (scrolls left)

scrolls left

Stacks

HOW FAULT CODES ARE STORED IN MEMORY - EXAMPLE

1 2 ... 14 15 16 17 18 19 20 21 22 23 24 ... 33 34

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Amana STANDARD CLEANING GAS RANGE Specifications Page 19

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