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Run Codes
(continued)
To view the run code memory:
CAL
1) Press CAL/RUN
key to enter calibration mode.
RUN
key until display reads "RUN CODE 1 > ."
2) Press SCROLL
SCROLL
•
The display will begin flashing the run code number and code
followed by its description.
•
Remember: run code number 1 is the latest code generated.
key. The display will now read "RUN CODE 2 > ."
SET
3) Press SET/CLEAR
CLEAR
(This is the run code which was generated before run code 1.)
4) Repeat step 3 until all 10 run codes have been displayed or move on to
step 5 when ready.
5) Press CAL/RUN
CAL
key to return to run mode.
RUN
NOTE: For all run codes see Appendix C, Pages 10.11.
TROUBLESHOOTING EXAMPLE USING RUN AND ERROR
CODE MEMORIES. Fig. 5
1. In Calibration Mode, display and write down each Run Code and Error Code
stored in memory.
2. List as shown in Fig. 5.
3. Refer to Appendix C to interpret the codes.
In this example, the operator was opened using the OPEN key on the keypad and
stopped at the up limit. The OPEN wall button was then activated, causing the
"6D" code to be generated since the operator could not open when it is already at
the up limit. The CLOSE wall button was then activated, causing the operator to
close. While closing, the Normally-Open (N-O) Safety Input was activated, causing
the operator to stop and then reverse, stopping at the up limit.
ERROR
CODES
NUMBER CODE
1
45
2
6D
00
3
4
00
5
00
6
00
7
00
8
00
9
00
10
00
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REVERSED DUE TO ACTIVE
N-O SAFETY INPUT
WOULD NOT OPEN —
ALREADY AT UP LIMIT
OPERATOR STORES "00" CODES IN UNUSED RUN AND ERROR
CODE MEMORY LOCATIONS FROM THE FACTORY.
AS ERROR OR RUN CODES ARE RECORDED,
THE "00" CODES ARE REPLACED WITH VALID CODES.
Figure 5
RUN
CODES
CODE
NUMBER
1
3D
STOPPED AT UP LIMIT
2
STOPPED DUE TO ACTIVE
35
N-O SAFETY INPUT
CLOSED FROM
20
3
CLOSE WALL BUTTON
4
3D
STOPPED AT UP LIMIT
OPENED FROM
14
5
OPEN KEY ACTIVATION
6
00
7
00
00
8
9
00
10
00
04-14
8.3
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