Daikin MT6210 - Page 12

DISPLAy MODES
MT6210 A2L MITIGATION CONTROLDAIKIN APPLIED
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Table 13: GID Table
GID # GID Name Minimum Value Maximum Value Default Value Description
1 Number of Sensors 1 8 2 Number of sensors congured.
2 LFL Fault Threshold 1 10000 500 LFL FAULT Threshold setting (%LFLx10)
3 LFL ALARM Threshold 1 1000 150 LFL ALARM Threshold settting (%LFLx10)
4 USB Baud Rate 19200 115200 115200 Baud Rate used with an external terminal
5 MODbus Client Baud 19200 38400 38400 Baud Rate used with the sensors
6 MODbus Server Baud 9600 115200 19200 Baud Rate used with an external controller
7 Test Mitigation Time 10 300 300 Manual Test time (seconds)
8 Sensor Warm Up Time 5 180 30 Sensor warm-up time delay (seconds)
9 Mitigation Time 120 1200 300 Post alarm mitigation time - LFL<15% (seconds)
10 Num of Sensors Online 1 8 1 Number of sensors discovered in network
11 A2L State 0 5 0 A2L System State (See Note 1)
12 Last Fault 0 2 0 Recent Fault (0 = No fault, 1=CFG, 2=LOC/FLT)
13 Modbus Server Address 1 10 9 A2L Modbus Address - Modbus Server Network
14 Sensor Addr Min 45 50 48 Minimum sensor address (Maximum=Min+7)
15 EETbl Save Now 0 1 0 Command to save data (1=Save Execute)
16 System Test 0 1 0 System Test Request (1= Test initiates)
17 Display LFL 0 1 0 Display LFL Levels externally (1=Start display)
18 EETbl LoadDefaults 0 1 0 Load Defaults values (1=Load)
19 EETbl Rev 1 1 1 Table version (Factory use only)
20 Sensor 1 Address GID14 GID14+7 0 Sensor 1 Address
21 Sensor 1 Level 0 1000 0 Sensor 1 LFL value (%LFLx10)
22 Sensor 1 State 1 5 0 Sensor 1 state (See Note 2)
23 Sensor 1 Faults 0 65535 0 Sensor 1 internal fault
24 Sensor 1 Temperature -400 940 0 Sensor 1 temperature (°Cx10)
25 Sensor 1 Humidity 0 1000 0 Sensor 1 humidity (RHx10)
26 Sensor 1 Pressure 0 4000 0 Sensor 1 pressure (future use)
27 Sensor 2 Address GID14 GID14+7 0 Sensor 2 Address
28 Sensor 2 Level 0 1000 0 Sensor 2 LFL value (%LFLx10)
29 Sensor 2 State 1 5 0 Sensor 2 state (See Note 2)
30 Sensor 2 Faults 0 65535 0 Sensor 2 internal fault
31 Sensor 2 Temperature -400 940 0 Sensor 2 temperature (°Cx10)
32 Sensor 2 Humidity 0 1000 0 Sensor 2 humidity (RHx10)
33 Sensor 2 Pressure 0 4000 0 Sensor 2 pressure (future use)
34 Sensor 3 Address GID14 GID14+7 0 Sensor 3 Address
35 Sensor 3 Level 0 1000 0 Sensor 3 LFL value (%LFLx10)
36 Sensor 3 State 1 5 0 Sensor 3 state (See Note 2)
37 Sensor 3 Faults 0 65535 0 Sensor 3 internal fault
38 Sensor 3 Temperature -400 940 0 Sensor 3 temperature (°Cx10)
39 Sensor 3 Humidity 0 1000 0 Sensor 3 humidity (RHx10)
40 Sensor 3 Pressure 0 4000 0 Sensor 3 pressure (future use)
41 Sensor 4 Address GID14 GID14+7 0 Sensor 4 Address
42 Sensor 4 Level 0 1000 0 Sensor 4 LFL value (%LFLx10)
43 Sensor 4 State 1 5 0 Sensor 4 state (See Note 2)
44 Sensor 4 Faults 0 65535 0 Sensor 4 internal fault
45 Sensor 4 Temperature -400 940 0 Sensor 4 temperature (°Cx10)
46 Sensor 4 Humidity 0 1000 0 Sensor 4 humidity (RHx10)
47 Sensor 4 Pressure 0 4000 0 Sensor 4 pressure (future use)
48 Sensor 5 Address GID14 GID14+7 0 Sensor 5 Address
49 Sensor 5 Level 0 1000 0 Sensor 5 LFL value (%LFLx10)
50 Sensor 5 State 1 5 0 Sensor 5 state (See Note 2)
51 Sensor 5 Faults 0 65535 0 Sensor 5 internal fault
52 Sensor 5 Temperature -400 940 0 Sensor 5 temperature (°Cx10)
53 Sensor 5 Humidity 0 1000 0 Sensor 5 humidity (RHx10)
54 Sensor 5 Pressure 0 4000 0 Sensor 5 pressure (future use)