BriskHeat
®
Corporation. All rights reserved
21
Centipede 2® Module™ Temperature Control System
Appendix D: Controller Configuration Commands:
wr:4,4,"Value"
Value
Bits That are Set
0
OFF of Heating
1
Auto Tune On Start Enabled, High Only Temperature Alarm Enabled
32
High and Low Temperature Alarm Enabled
33
Auto Tune On Start Enabled
64
High Only Temperature Alarm Enabled, Auto Heat on Start up Enabled
65
Auto Tune On Start Enabled, High Only Temperature Alarm Enabled, Auto
Heat on Start up Enabled
96
High and Low Temperature Alarm Enabled, Auto Heat on Start up Enabled
97
Auto Tune On Start Enabled, Auto Heat on Start up Enabled
BriskHeat
®
Corporation. All rights reserved
22
Centipede 2® Module™ Temperature Control System
Appendix E: Understanding the Message Status Codes
(Hexidemical to Binary Conversion)
To understand the displayed Status code, you first need to convert the displayed
hexadecimal code into the equivalent binary code.
You can use the conversion charts below to easily convert between hexadecimal and
binary.
Hexidecimal to Binary Conversion Chart
Status Decoding Example:
Example: Hex Value of 8401 is displayed is Heater Status Register:
Heater is enabled because bit 15 is set. There is a communication error between the
network board and line power board for the zone because bit 10 is set; the heater is
within the alarm limits because bit 0 is set.
Displayed Hex
Value
8
4
0
Converted
Binary Value
1
0
0
0
0
1
0
0
0
0
0
0
0
0
0
1
Bit Position
15 14 13 12 11 10 9
8
7
6
5
4
3
2
1
0
1
Hexidecimal
Value
Binary
Combination
Hexidecimal
Value
Binary
Combination
0
0000
8
1000
1
0001
9
1001
2
0010
a
1010
3
0011
b
1011
4
0100
c
1100
5
0101
d
1101
6
0110
e
1110
7
0111
f
1111
