JOHNSON CONTROLS
134
FORM 100.50-NOM6
ISSUE DATE: 8/07/2017
SECTION 6 – USER INTERFACE
TABLE 35 -
SIMPLICITY ELITE DATA MAP (CONT'D)
ADDRESS
(HEX)
ADDRESS
(DEC)
BIT
INITIAL/
DEFAULT
VALUE
(HEX)
MIN
VALUE
MAX
VALUE
DESCRIPTION
1F H
31 H
NA
0
0
255
Compressor #1 Accumulated Run Time (Hours, High BYTE)
1F L
31 L
NA
0
0
255
Compressor #1 Accumulated Run Time (Hours, Low BYTE)
20 H
32 H
NA
0
0
255
Compressor #2 Accumulated Run Time (Hours, High BYTE)
20 L
32 L
NA
0
0
255
Compressor #2 Accumulated Run Time (Hours, Low BYTE)
21 H
33 H
NA
0
0
255
Compressor #3 Accumulated Run Time (Hours, High BYTE)
21 L
33 L
NA
0
0
255
Compressor #3 Accumulated Run Time (Hours, Low BYTE)
22 H
34 H
NA
0
0
255
Compressor #4 Accumulated Run Time (Hours, High BYTE)
22 L
34 L
NA
0
0
255
Compressor #4 Accumulated Run Time (Hours, Low BYTE)
24 H
36 H
NA
1
1
250
Requested Address Change (Bus Address)
26 L
38 L
NA
NA
NA
NA
Requested Operation
0
1 = Request For 1st Stage Cooling
1
1 = Request For 2nd Stage Cooling
2
1 = Request For 3rd Stage Cooling
3
1 = Request For 4th Stage Cooling
4
1 = Request For 1st Stage Heating
5
1 = Request For 2nd Stage Heating
6
1 = Request For 3rd Stage Heating
7
1 = Request For Fan
27 H - 33 L
39 H - 51
L
NA
Registers 39 - 51 Store The Model Number. When Written,
All 13 Registers (At 2 Bytes Per Register) Should Be
Written. The Format Is ASCII. Character #1 Is In 39 H.
Character #2 Is In 39 L. Character #3 Is In 40 H, And So
On.
34 H - 40 L
52 H - 64
L
NA
Registers 52 - 64 Store The Serial Number. When Written,
All 13 Registers (At 2 Bytes Per Register) Should Be
Written. The Format Is ASCII. Character #1 Is In 52 H.
Character #2 Is In 52 L. Character #3 Is In 53 H, And So
On.
41 L
65 L
NA
NA
NA
NA
Redline/Loadshed Status (5 Minute Timer Is Started Each
Write. Value Is Cleared If Timer Is Allowed To Finish.)
0
1 = Set Redline Operation
1
1 = Set Loadshed Operation
2 -
7
Bits 2-7 Unused
42 L
66 L
255
Clear Lockout Status
Write “00” To Clear All Lockouts. Any Other Value Is
Ignored. Always Reads 255.
43 H
67 H
-
0
255
Reading This Address Returns EEPROM Checksum High
BYTE
43 L
67 L
-
0
255
Reading This Address Returns EEPROM Checksum Low
BYTE
44 H
68 H
4
0
99
Real Time Clock Year Value
44 L
68 L
1
1
12
Real Time Clock Month Value
45 H
69 H
1
1
31
Real Time Clock Day Of Month Value
45 L
69 L
1
1
7
Real Time Clock Day Of Week Value
Содержание 050
Страница 112: ...JOHNSON CONTROLS 112 FORM 100 50 NOM6 ISSUE DATE 8 07 2017 SECTION 6 USER INTERFACE SENSOR READINGS LD13017 ...
Страница 113: ...JOHNSON CONTROLS 113 SECTION 6 USER INTERFACE FORM 100 50 NOM6 ISSUE DATE 8 07 2017 6 ECONOMIZER EXHAUST LD13018 ...
Страница 114: ...JOHNSON CONTROLS 114 FORM 100 50 NOM6 ISSUE DATE 8 07 2017 SECTION 6 USER INTERFACE FANS LD13019 ...
Страница 115: ...JOHNSON CONTROLS 115 SECTION 6 USER INTERFACE FORM 100 50 NOM6 ISSUE DATE 8 07 2017 6 COOLING SETUP LD13020 ...
Страница 116: ...JOHNSON CONTROLS 116 FORM 100 50 NOM6 ISSUE DATE 8 07 2017 SECTION 6 USER INTERFACE COOLING STATUS LD13021 ...
Страница 117: ...JOHNSON CONTROLS 117 SECTION 6 USER INTERFACE FORM 100 50 NOM6 ISSUE DATE 8 07 2017 6 HEATING SETUP LD13022 ...
Страница 118: ...JOHNSON CONTROLS 118 FORM 100 50 NOM6 ISSUE DATE 8 07 2017 SECTION 6 USER INTERFACE HEATING STATUS LD13023 ...
Страница 119: ...JOHNSON CONTROLS 119 SECTION 6 USER INTERFACE FORM 100 50 NOM6 ISSUE DATE 8 07 2017 6 SYSTEM OPTIONS LD13024 ...
Страница 120: ...JOHNSON CONTROLS 120 FORM 100 50 NOM6 ISSUE DATE 8 07 2017 SECTION 6 USER INTERFACE OUTPUTS STATUS LD13025 ...
Страница 122: ...JOHNSON CONTROLS 122 FORM 100 50 NOM6 ISSUE DATE 8 07 2017 SECTION 6 USER INTERFACE GRAPHIC LD13027 CLOCK LD13028 ...
Страница 125: ...JOHNSON CONTROLS 125 SECTION 6 USER INTERFACE FORM 100 50 NOM6 ISSUE DATE 8 07 2017 6 ALARMS LD13031 ...