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JOHNSON CONTROLS
FORM 100.50-NOM6 (1207)
User Interface Control Center
ADDRESS
(HEX)
ADDRESS
(DEC)
BIT
INITIAL/
DEFAULT
VALUE
(HEX)
MIN
VALUE
MAX
VALUE
DESCRIPTION
00 H 0 H NA 20 NA NA DEVICE ID = 20 FOR ELITE
00 L 0 L NA - 0 255 DEVICE SOFTWARE REVISION
01 H 1 H NA 54 - - OPTION BYTE #1
0
BITS 1 AND 0 = 0,0 RESPECTIVELY THERE ARE 0 STAGES OF
HEAT; 0,1 = 1 STAGE; 1,0 = 2 STAGES; 1,1 = 3 STAGES
1
2 1 = HEATING MODE ENABLED FOR OPERATION
3 1 = TURN OFF CONTINUOUS FAN WHEN STARTING HEAT
4 1 = COOLING MODE ENABLED FOR OPERATION
5 1 = ECONOMIZER LOADING ACTIVE
6 1 = SPACE SENSOR FAULT OVERRIDE ENABLED
7NA
01 L 1 L NA NA NA NA ACTIVE ALARM
02 H 2 H NA 30 0 30 FAN ON DELAY FOR HEAT (SECONDS)
02 L 2 L NA 60 0 255 FAN OFF DELAY FOR HEAT (SECONDS)
03 H 3 H NA 0 0 30 FAN ON DELAY FOR COOL (SECONDS)
03 L 3 L NA 30 0 255 FAN OFF DELAY FOR COOL (SECONDS)
04 L 4 L NA 3 1 10 MINIMUM RUN TIME FOR COMPRESSORS (MINUTES)
05 H 5 H NA 0 0 255 HEATING #1 ACCUMULATED RUN TIME (HOURS, HIGH BYTE)
05 L 5 L NA 0 0 255 HEATING #1 ACCUMULATED RUN TIME (HOURS, LOW BYTE)
06 H 6 H NA 0 0 255 HEATING #2 ACCUMULATED RUN TIME (HOURS, HIGH BYTE)
06 L 6 L NA 0 0 255 HEATING #2 ACCUMULATED RUN TIME (HOURS, LOW BYTE)
07 H 7 H NA 0 0 255 HEATING #3 ACCUMULATED RUN TIME (HOURS, HIGH BYTE)
07 L 7 L NA 0 0 255 HEATING #3 ACCUMULATED RUN TIME (HOURS, LOW BYTE)
08 H - 14 L 8 H - 20 L NA
REGISTERS 8 - 20 STORE THE UNIT NAME. WHEN WRITTEN,
ALL 13 REGISTERS (AT 2 BYTES PER REGISTER) SHOULD BE
WRITTEN. THE FORMAT IS ASCII. CHARACTER #1 IS IN 8 H.
CHARACTER #2 IS IN 8 L. CHARACTER #3 IS IN 9 H, AND SO ON.
15 H 21 H NA - - - INPUT STATUS BYTE #1
0 1 = Y1 ON (COOLING 1ST STAGE)
1 1 = Y2 ON (COOLING 2ND STAGE)
2 1 = Y3 ON (COOLING 3RD STAGE)
3 1 = Y4 ON (COOLING 4TH STAGE)
4 1 = W1 ON (HEATING 1ST STAGE)
TABLE 6-2 - SIMPLICITY ELITE DATA MAP
Continued on next page
Writing to any register not in this list
may cause erratic operation
This product is not designed to accept
continuous writes to data stored in
long term memory. It is recommended
that no stored value be changed more
often than an average of once per
hour. Changing data more often risks
damaging the ability of the control to
store new data for the full life of the
product.