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gh-5 Created registers.csv from Enervent provided xlsx, change csv delimiter to semicolon

This commit is contained in:
Jarno Rankinen 2023-01-31 22:21:15 +02:00
parent a3bb7aa22e
commit 1a8cfe891d
3 changed files with 880 additions and 73 deletions
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144
enervent-ctrl-go/coils.csv
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@ -1,72 +1,72 @@
0,COIL_STOP,Stop the machine 0;COIL_STOP;Stop the machine
1,COIL_AWAY,Set the machine to away mode 1;COIL_AWAY;Set the machine to away mode
2,COIL_AWAYL,Set the machine to away long mode 2;COIL_AWAYL;Set the machine to away long mode
3,-,- 3;-;-
4,-,- 4;-;-
5,-,- 5;-;-
6,COIL_MAX_H,Force the machine to heat at maximum effect. 6;COIL_MAX_H;Force the machine to heat at maximum effect.
7,COIL_MAX_C,Force the machine to cool at maximum effect. 7;COIL_MAX_C;Force the machine to cool at maximum effect.
8,COIL_CO2_BOOST_EN,CO2 boosting enabled 8;COIL_CO2_BOOST_EN;CO2 boosting enabled
9,COIL_RH_BOOST_EN,Relative humidity boosting enabled 9;COIL_RH_BOOST_EN;Relative humidity boosting enabled
10,COIL_M_BOOST,Boost the fanspeeds to 100% for a period of time 10;COIL_M_BOOST;Boost the fanspeeds to 100% for a period of time
11,COIL_TEMP_BOOST_EN,Temperature boosting enabled 11;COIL_TEMP_BOOST_EN;Temperature boosting enabled
12,COIL_SNC,Summer night cooling (SNC) function enabled. 12;COIL_SNC;Summer night cooling (SNC) function enabled.
13,-,- 13;-;-
14,-,- 14;-;-
15,-,- 15;-;-
16,-,- 16;-;-
17,-,- 17;-;-
18,COIL_AWAY_H,Heating enabled/disabled in AWAY mode 18;COIL_AWAY_H;Heating enabled/disabled in AWAY mode
19,COIL_AWAY_C,Cooling enabled/disabled in AWAY mode 19;COIL_AWAY_C;Cooling enabled/disabled in AWAY mode
20,-,- 20;-;-
21,-,- 21;-;-
22,-,- 22;-;-
23,-,- 23;-;-
24,-,- 24;-;-
25,-,- 25;-;-
26,-,- 26;-;-
27,-,- 27;-;-
28,-,- 28;-;-
29,-,- 29;-;-
30,COIL_LTO_ON,Heat recycler state (running=1 stopped=0) 30;COIL_LTO_ON;Heat recycler state (running=1 stopped=0)
31,-,- 31;-;-
32,COIL_HEAT_ON,After heater element state (On=1 Off=0) 32;COIL_HEAT_ON;After heater element state (On=1 Off=0)
33,-,- 33;-;-
34,-,- 34;-;-
35,-,- 35;-;-
36,COIL_TEMP_DECREASE,Temperature decrease function desc 36;COIL_TEMP_DECREASE;Temperature decrease function desc
37,COIL_OVERTIME,Programmatic equivalent of OVERTIME digital input. 37;COIL_OVERTIME;Programmatic equivalent of OVERTIME digital input.
38,-,Emergency stop switch type desc 38;-;Emergency stop switch type desc
39,-,- 39;-;-
40,COIL_ECO_MODE,Eco mode desc 40;COIL_ECO_MODE;Eco mode desc
41,COIL_ALARM_A,Alarm of class A active desc 41;COIL_ALARM_A;Alarm of class A active desc
42,COIL_ALARM_B,Alarm of class B active desc 42;COIL_ALARM_B;Alarm of class B active desc
43,COIL_CLK_PROG,A Clock program is currently active 43;COIL_CLK_PROG;A Clock program is currently active
44,-,- 44;-;-
45,-,- 45;-;-
46,-,- 46;-;-
47,COIL_SILENT_MODE,Silent mode desc 47;COIL_SILENT_MODE;Silent mode desc
48,COIL_STOP_SLP_COOLING,Electrical heater cool-off function enabled when the machine has stopped. 48;COIL_STOP_SLP_COOLING;Electrical heater cool-off function enabled when the machine has stopped.
49,COIL_SERVICE_EN,Service reminder enabled desc 49;COIL_SERVICE_EN;Service reminder enabled desc
50,-,- 50;-;-
51,-,- 51;-;-
52,COIL_COOLING_EN,Cooling function enabled 52;COIL_COOLING_EN;Cooling function enabled
53,COIL_LTO_EN,Not used on MD. 53;COIL_LTO_EN;Not used on MD.
54,COIL_HEATING_EN,Heating function enabled 54;COIL_HEATING_EN;Heating function enabled
55,COIL_LTO_DEFROST_EN,HRC defrosting function enabled during winter season 55;COIL_LTO_DEFROST_EN;HRC defrosting function enabled during winter season
56,-,- 56;-;-
57,-,- 57;-;-
58,-,- 58;-;-
59,-,- 59;-;-
60,-,- 60;-;-
61,-,- 61;-;-
62,-,- 62;-;-
63,-,- 63;-;-
64,-,- 64;-;-
65,-,- 65;-;-
66,-,- 66;-;-
67,-,- 67;-;-
68,-,- 68;-;-
69,-,- 69;-;-
70,-,- 70;-;-
71,-,- 71;-;-

1 0 COIL_STOP Stop the machine
2 1 COIL_AWAY Set the machine to away mode
3 2 COIL_AWAYL Set the machine to away long mode
4 3 - -
5 4 - -
6 5 - -
7 6 COIL_MAX_H Force the machine to heat at maximum effect.
8 7 COIL_MAX_C Force the machine to cool at maximum effect.
9 8 COIL_CO2_BOOST_EN CO2 boosting enabled
10 9 COIL_RH_BOOST_EN Relative humidity boosting enabled
11 10 COIL_M_BOOST Boost the fanspeeds to 100% for a period of time
12 11 COIL_TEMP_BOOST_EN Temperature boosting enabled
13 12 COIL_SNC Summer night cooling (SNC) function enabled.
14 13 - -
15 14 - -
16 15 - -
17 16 - -
18 17 - -
19 18 COIL_AWAY_H Heating enabled/disabled in AWAY mode
20 19 COIL_AWAY_C Cooling enabled/disabled in AWAY mode
21 20 - -
22 21 - -
23 22 - -
24 23 - -
25 24 - -
26 25 - -
27 26 - -
28 27 - -
29 28 - -
30 29 - -
31 30 COIL_LTO_ON Heat recycler state (running=1 stopped=0)
32 31 - -
33 32 COIL_HEAT_ON After heater element state (On=1 Off=0)
34 33 - -
35 34 - -
36 35 - -
37 36 COIL_TEMP_DECREASE Temperature decrease function desc
38 37 COIL_OVERTIME Programmatic equivalent of OVERTIME digital input.
39 38 - Emergency stop switch type desc
40 39 - -
41 40 COIL_ECO_MODE Eco mode desc
42 41 COIL_ALARM_A Alarm of class A active desc
43 42 COIL_ALARM_B Alarm of class B active desc
44 43 COIL_CLK_PROG A Clock program is currently active
45 44 - -
46 45 - -
47 46 - -
48 47 COIL_SILENT_MODE Silent mode desc
49 48 COIL_STOP_SLP_COOLING Electrical heater cool-off function enabled when the machine has stopped.
50 49 COIL_SERVICE_EN Service reminder enabled desc
51 50 - -
52 51 - -
53 52 COIL_COOLING_EN Cooling function enabled
54 53 COIL_LTO_EN Not used on MD.
55 54 COIL_HEATING_EN Heating function enabled
56 55 COIL_LTO_DEFROST_EN HRC defrosting function enabled during winter season
57 56 - -
58 57 - -
59 58 - -
60 59 - -
61 60 - -
62 61 - -
63 62 - -
64 63 - -
65 64 - -
66 65 - -
67 66 - -
68 67 - -
69 68 - -
70 69 - -
71 70 - -
72 71 - -

2
enervent-ctrl-go/pingvinKL/pingvinKL.go
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@ -39,7 +39,7 @@ type PingvinKL struct {
// read a CSV file containing data for coils or registers // read a CSV file containing data for coils or registers
func readCsvLines(file string) [][]string { func readCsvLines(file string) [][]string {
delim := "," delim := ";"
data := [][]string{} data := [][]string{}
csv, err := os.Open(file) csv, err := os.Open(file)
if err != nil { if err != nil {

807
enervent-ctrl-go/registers.csv Normal file
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@ -0,0 +1,807 @@
0;Reserved;;;;;Reserved;;;
1;HREG_T_OP1;int16;10;;Room temperature sensor TE20;Temperature at operator panel 1;;Temperature at operator panel 1;
2;HREG_T_OP2;int16;10;;Room temperature sensor TE21;Temperature at operator panel 2;;Temperature at operator panel 2;
3;HREG_EFFECTIVE_TF;uint16;1;;Current supply fan speed;The current effective TF fanspeed;Fan speed, supply air;Current supply air fan speed;
4;HREG_EFFECTIVE_PF;uint16;1;;Current exhaust fan speed;The current effective PF fanspeed;Fan speed, extract air;Current extract air fan speed;
5;HREG_UPCOMING_TIME_PROGRAM;uint16;1;;Next time program;Indicates the time program which will start during the next two hours.;;;Values 1-20 indicate week program slots, value 101-105 indicate year program slots
6;HREG_T_FRS;int16;10;;Fresh air;TE01 (fresh air) temperature.;Fresh air;Outside air temperature at the unit (sensor TE01);
7;HREG_T_SPLY_LTO;int16;10;;Supply air after HRC;TE05: Fresh (incoming) air temperature after HRC.;Supply air after HRC;Supply air temperature after heat recovery (sensor TE05);
8;HREG_T_SPLY;int16;10;;Supply air;TE10 Room supply air temperature;Supply air;Supply air temperature after supply air heater (sensor TE10);
9;HREG_T_WST;int16;10;;Waste air;TE32 Waste air temperature;Exhaust air;Exhaust air temperature (sensor TE32);
10;HREG_T_EXT;int16;10;;Room removed air;TE30 Room removed air temperature.;Extract air temperature;Extract air temperature from building at the unit (sensor TE30);
11;HREG_T_EXT_LTO;int16;10;;Removed air before HRC;TE31 removed air before heat recycler.;Extract air before HRC;Extract air temperature after extract air coil before heat recovery in HP units (sensor TE31);
12;HREG_T_WR;int16;10;;Return water;TE45 heater element return water temperature.;Return water;Return water temperature in supply air heater (sensor TE45);
13;HREG_HUM_EXT;uint16;1;;Exhaust air humidity;RH30 measurement, removed air relative humidity;Air humidity;Extract air relative humidity \%RH at the unit (sensor RH30);
14;HREG_PRES_SPLYF;uint16;1;;Pressure difference supply;Pressure difference over filter, TF side;Pressure difference supply;Pressure difference over filter, TF side;
15;HREG_PRES_EXTF;uint16;1;;Pressure difference ext;Pressure difference over filter, PF side;Pressure difference ext.;Pressure difference over filter, PF side;
16;HREG_TE07;int16;10;;HP/MDX/Dehum supply air;Supply air temperature after dehumidification coil, or after heat pump coil in HP-E, HP-W, MDX-E and MDX-W units (sensor TE07);;;
17;HREG_AI1;uint16;10;;Analog input voltage;Raw conversion result for AI1;Measured input voltage AI1;Current measured input voltage;
18;HREG_AI2;uint16;10;;Analog input voltage;Raw conversion result for AI2;Measured input voltage AI2;Current measured input voltage;
19;HREG_AI3;uint16;10;;Analog input voltage;Raw conversion result for AI3;Measured input voltage AI3;Current measured input voltage;
20;HREG_AI4;uint16;10;;Analog input voltage;Raw conversion result for AI4;Measured input voltage AI4;Current measured input voltage;
21;HREG_AI5;uint16;10;;Analog input voltage;Raw conversion result for AI5;Measured input voltage AI5;Current measured input voltage;
22;HREG_AI6;uint16;10;;Analog input voltage;Raw conversion result for AI6;Measured input voltage AI6;Current measured input voltage;
23;HREG_AI1_RES;uint16;1;;Calculated value;Calculated result for AI1;Calculated value AI1;Calculated result;
24;HREG_AI2_RES;uint16;1;;Calculated value;Calculated result for AI2;Calculated value AI2;Calculated result;
25;HREG_AI3_RES;uint16;1;;Calculated value;Calculated result for AI3;Calculated value AI3;Calculated result;
26;HREG_AI4_RES;uint16;1;;Calculated value;Calculated result for AI4;Calculated value AI4;Calculated result;
27;HREG_AI5_RES;uint16;1;;Calculated value;Calculated result for AI5;Calculated value AI5;Calculated result;
28;HREG_AI6_RES;uint16;1;;Calculated value;Calculated result for AI6;Calculated value AI6;Calculated result;
29;HREG_LTO_N_SPLY;uint16;1;;Heat recovery efficiency n supply;HRC efficiency ratio (supply side);Heat recovery efficiency, supply air;Supply air temperature efficiency. Calculated from outside air-, supply air after heat recovery- and extract air temperature;
30;HREG_LTO_N_EXT;uint16;1;;Heat recovery efficiency n exhaust;HRC efficiency ratio (ext (removed air) side);Heat recovery efficiency, exhaust air;Extract air temperature efficiency. Calculated from extract air-, exhaust air- and outside air temperature. In HP-units calculated from HRC extract air-, exhaust air- and outside air temperature;
31;HREG_NTC_X6;int16;10;;Input X6;Optional NTC-10 input X6 measurement;;;
32;HREG_NTC_X7;int16;10;;Input X7;Optional NTC-10 input X7 measurement;;;
33;HREG_ABS_HUM_CTRL_OUTPUT;int16;1;;Absolute humidity control output;-100...0% = dehumidifying, 0 = none, 0...100% = humidifying;;;
34;HREG_NWK_STATUS;bitfield;1;;Network status;Ethernet block status;;;"#define EMAC_STATUS_FAIL 0x0001
#define EMAC_STATUS_OK 0x0002
#define EMAC_STATUS_AUTONEG_COMPLETE 0x0004
#define EMAC_STATUS_AUTONEG_FAIL 0x0008
#define EMAC_STATUS_LINK_OK 0x0010 /* 0: no link, 1: link ok */
#define EMAC_STATUS_LINK_SPEED 0x0020 /* 0: 10 M, 1: 100M */
#define EMAC_STATUS_DUPLEX 0x0040 /* 0: half duplex, 1: full duplex */
#define EMAC_STATUS_INIT_ONGOING 0x0080 "
35;HREG_RH_MEAN;uint16;1;;48h air humidity average;Mean relative humidity, with 48 hour history, updated every hour.;Average air humidity, 48h;Extract air 48h mean relative humidity \%RH at the unit (sensor RH30). Updated every hour;
36;HREG_ABSHUM10;uint16;10;;Supply air absolute humidity;Supply air absolute humidity, calculated from sensors TE10 and RH10, assuming normal atmospheric pressure.;;;
37;HREG_SEC_RTC;uint16;1;;s;RTC seconds.;s;RTC seconds;
38;HREG_MIN_RTC;uint16;1;;min;RTC minutes.;min;RTC minutes;
39;HREG_HOUR_RTC;uint16;1;;h;RTC hours, 24 hour format.;h;RTC hours, 24 hour format;
40;HREG_DAY_RTC;uint16;1;;;RTC day-of-month;;RTC day of month;
41;HREG_MONTH_RTC;uint16;1;;;RTC month.;;RTC month;
42;HREG_YEAR_RTC;uint16;1;;;RTC year, exporessed in years since 2000.;;RTC year, expressed in years since 2000;
43;Reserved;;;;;Reserved;;;
44;HREG_MODE;bitfield;1;;Status;The current mode of the machine, used to display information to the user.;Status;All current states of unit, eg. Home, Central vacuum cleaner, HP/EDX defrost etc.;Bit 0 indicates Max cooling mode, bit 1: max heating. Bit 2: Machine is stopped due to A alarm. Bit 3 indicates the machine has been stopped by request (ie. not due to alarm condition). Bit 4: indicates Away state. Bit 5 is reserved. Bit 6 indicates temperature boosting, bit 7 CO2 boosting, bit 8 RH boosting, bit 9 manual boosting. Bit 10 overpressure mode, bit 11 cooker hood mode, bit 12 central vacuum cleaner mode. Bit 13 indicates cool-off period of electrical heating coil. Bit 14 indicates summer night cooling mode. Bit 15 indicates heat recovery wheel defrosting mode. Value 0 indicates “normal” state, no special status is active.
45;HREG_EXTMODE;bitfield;1;;Temperature control step;Currently active temperature control step: Cooling, Heat recovery (LTO), or heating.;Temperature controller;"Displays current state of temperature controller; cooling, heat recovery, heating or none.";Bits 0,1,2,3 have “enumerated” meaning: TEMP_STEP_NONE = 0, TEMP_STEP_COOLING = 1, TEMP_STEP_LTO = 2, TEMP_STEP_HEATING = 4, TEMP_STEP_STARTUP = 7, TEMP_STEP_DEHUMIDIFICATION = 8. Bit 15 indicates Aqua mode, bit 14 indicates pre-heating active, bit 13 indicates that HP compressor effect is being limited, bit 12 indicates defrosting state of the HP or MDX unit
46;HREG_ROOM_TEMP;int16;10;;Room temperature average;TE20 room temperature, average value calculated from op panel sensors and room temperature transmitters.;Room temperature average;Room temperature (average temperature of sensors connected to OP wallmounts and AI temperature measurements if connected);
47;HREG_CASCADE_SP;int16;10;;Setpoint for supply air;Setpoint for temperature controller responsible for maintaining the room supply air at a constant level;Setpoint for supply air;Setpoint for temperature controller responsible for maintaining the room supply air at a constant level;
48;HREG_DISPLAY_SP;int16;10;;;Temperature controller setpoint shown to user;;;
49;HREG_OUTPUT;int16;1;;Controller output;Output from the TC1 temperature PI controller;Temperature controller output;-200 to -100 additional cooling, -100...-1=cooling, 0=nothing, 1...100=heat recovery, 101...200=additional heating or heat pump, 201...300=additional heating in heat pump units;
50;Reserved;;;;;Reserved;;;
51;Reserved;;;;;Reserved;;;
52;Reserved;;;;;Reserved;;;
53;Reserved;;;;;Reserved;;;
54;Reserved;;;;;Reserved;;;
55;Reserved;;;;;Reserved;;;
56;Reserved;;;;;Reserved;;;
57;Reserved;;;;;Reserved;;;
58;Reserved;;;;;Reserved;;;
59;Reserved;;;;;Reserved;;;
60;Reserved;;;;;Reserved;;;
61;Reserved;;;;;Reserved;;;
62;Reserved;;;;;Reserved;;;
63;Reserved;;;;;Reserved;;;
64;Reserved;;;;;Reserved;;;
65;Reserved;;;;;Reserved;;;
66;Reserved;;;;;Reserved;;;
67;Reserved;;;;;Reserved;;;
68;Reserved;;;;;Reserved;;;
69;Reserved;;;;;Reserved;;;
70;Reserved;;;;;Reserved;;;
71;Reserved;;;;;Reserved;;;
72;Reserved;;;;;Reserved;;;
73;Reserved;;;;;Reserved;;;
74;Reserved;;;;;Reserved;;;
75;Reserved;;;;;Reserved;;;
76;Reserved;;;;;Reserved;;;
77;Reserved;;;;;Reserved;;;
78;Reserved;;;;;Reserved;;;
79;Reserved;;;;;Reserved;;;
80;Reserved;;;;;Reserved;;;
81;Reserved;;;;;Reserved;;;
82;Reserved;;;;;Reserved;;;
83;Reserved;;;;;Reserved;;;
84;Reserved;;;;;Reserved;;;
85;Reserved;;;;;Reserved;;;
86;Reserved;;;;;Reserved;;;
87;Reserved;;;;;Reserved;;;
88;Reserved;;;;;Reserved;;;
89;Reserved;;;;;Reserved;;;
90;Reserved;;;;;Reserved;;;
91;Reserved;;;;;Reserved;;;
92;Reserved;;;;;Reserved;;;
93;Reserved;;;;;Reserved;;;
94;Reserved;;;;;Reserved;;;
95;Reserved;;;;;Reserved;;;
96;Reserved;;;;;Reserved;;;
97;Reserved;;;;;Reserved;;;
98;Reserved;;;;;Reserved;;;
99;Reserved;;;;;Reserved;;;
100;Reserved;;;;;Reserved;;;
101;Reserved;;;;;Reserved;;;
102;Reserved;;;;;Reserved;;;
103;Reserved;;;;;Reserved;;;
104;HREG_AI1_TYPE;uint16;1;;Sensor type;Type of external sensor in AI1.;Sensor type;;
105;HREG_AI2_TYPE;uint16;1;;Sensor type;Type of external sensor in AI2.;Sensor type;;
106;HREG_AI3_TYPE;uint16;1;;Sensor type;Type of external sensor in AI3.;Sensor type;;
107;HREG_AI4_TYPE;uint16;1;;Sensor type;Type of external sensor in AI4.;Sensor type;;
108;HREG_AI5_TYPE;uint16;1;;Sensor type;Type of external sensor in AI5.;Sensor type;;
109;HREG_AI6_TYPE;uint16;1;;Sensor type;Type of external sensor in AI6.;Sensor type;;
110;HREG_AI1_VL;uint16;10;0 - 100;Voltage low;AI1 voltage low;Voltage low;Input signal lower limit;
111;HREG_AI2_VL;uint16;10;0 - 100;Voltage low;AI2 voltage low;Voltage low;Input signal lower limit;
112;HREG_AI3_VL;uint16;10;0 - 100;Voltage low;AI3 voltage low;Voltage low;Input signal lower limit;
113;HREG_AI4_VL;uint16;10;0 - 100;Voltage low;AI4 voltage low;Voltage low;Input signal lower limit;
114;HREG_AI5_VL;uint16;10;0 - 100;Voltage low;AI5 voltage low;Voltage low;Input signal lower limit;
115;HREG_AI6_VL;uint16;10;0 - 100;Voltage low;AI6 voltage low;Voltage low;Input signal lower limit;
116;HREG_AI1_VH;uint16;10;0 - 100;Voltage high;AI1 voltage high;Voltage high;Input signal upper limit;
117;HREG_AI2_VH;uint16;10;0 - 100;Voltage high;AI2 voltage high;Voltage high;Input signal upper limit;
118;HREG_AI3_VH;uint16;10;0 - 100;Voltage high;AI3 voltage high;Voltage high;Input signal upper limit;
119;HREG_AI4_VH;uint16;10;0 - 100;Voltage high;AI4 voltage high;Voltage high;Input signal upper limit;
120;HREG_AI5_VH;uint16;10;0 - 100;Voltage high;AI5 voltage high;Voltage high;Input signal upper limit;
121;HREG_AI6_VH;uint16;10;0 - 100;Voltage high;AI6 voltage high;Voltage high;Input signal upper limit;
122;HREG_AI1_RL;int16;1;;Result low;AI1 output value from voltage low;Voltage low, effect;Result of input signal equivalent to Voltage low value;
123;HREG_AI2_RL;int16;1;;Result low;AI2 output value from voltage low;Voltage low, effect;Result of input signal equivalent to Voltage low value;
124;HREG_AI3_RL;int16;1;;Result low;AI3 output value from voltage low;Voltage low, effect;Result of input signal equivalent to Voltage low value;
125;HREG_AI4_RL;int16;1;;Result low;AI4 output value from voltage low;Voltage low, effect;Result of input signal equivalent to Voltage low value;
126;HREG_AI5_RL;int16;1;;Result low;AI5 output value from voltage low;Voltage low, effect;Result of input signal equivalent to Voltage low value;
127;HREG_AI6_RL;int16;1;;Result low;AI6 output value from voltage low;Voltage low, effect;Result of input signal equivalent to Voltage low value;
128;HREG_AI1_RH;int16;1;;Result high;AI1 output value from voltage high;Voltage high, effect;Result of input signal equivalent to Voltage high value;
129;HREG_AI2_RH;int16;1;;Result high;AI2 output value from voltage high;Voltage high, effect;Result of input signal equivalent to Voltage high value;
130;HREG_AI3_RH;int16;1;;Result high;AI3 output value from voltage high;Voltage high, effect;Result of input signal equivalent to Voltage high value;
131;HREG_AI4_RH;int16;1;;Result high;AI4 output value from voltage high;Voltage high, effect;Result of input signal equivalent to Voltage high value;
132;HREG_AI5_RH;int16;1;;Result high;AI5 output value from voltage high;Voltage high, effect;Result of input signal equivalent to Voltage high value;
133;HREG_AI6_RH;int16;1;;Result high;AI6 output value from voltage high;Voltage high, effect;Result of input signal equivalent to Voltage high value;
134;HREG_TE01_24H_AVG;int16;10;;Average outside temperature;24-hour outside temperature average;;;
135;HREG_T_SETPOINT;int16;10;0 - 500;Supply air setpoint;The desired setpoint set by the user.;Supply air setpoint;Desired setpoint set by the user;
136;Reserved;;;;;Reserved;;;
137;HREG_TE01_SUMMER_WINTER_THRESHOLD;int16;10;-100 - 150;Summer/Winter threshold;Summer/Winter season 24-hour average outside temperature threshold value;Summer/winter threshold temperature;"Outside air 24h average temperature; in summer mode extract air 48h average humidity, in winter mode a fixed \%RH threshold";
138;Reserved;;;;;Reserved;;;
139;Reserved;;;;;Reserved;;;
140;Reserved;;;;;Reserved;;;
141;Reserved;;;;;Reserved;;;
142;Reserved;;;;;Reserved;;;
143;Reserved;;;;;Reserved;;;
144;Reserved;;;;;Reserved;;;
145;Reserved;;;;;Reserved;;;
146;Reserved;;;;;Reserved;;;
147;Reserved;;;;;Reserved;;;
148;Reserved;;;;;Reserved;;;
149;Reserved;;;;;Reserved;;;
150;Reserved;;;;;Reserved;;;
151;Reserved;;;;;Reserved;;;
152;Reserved;;;;;Reserved;;;
153;Reserved;;;;;Reserved;;;
154;Reserved;;;;;Reserved;;;
155;Reserved;;;;;Reserved;;;
156;Reserved;;;;;Reserved;;;
157;Reserved;;;;;Reserved;;;
158;Reserved;;;;;Reserved;;;
159;Reserved;;;;;Reserved;;;
160;Reserved;;;;;Reserved;;;
161;Reserved;;;;;Reserved;;;
162;Reserved;;;;;Reserved;;;
163;Reserved;;;;;Reserved;;;
164;Reserved;;;;;Reserved;;;
165;Reserved;;;;;Reserved;;;
166;Reserved;;;;;Reserved;;;
167;Reserved;;;;;Reserved;;;
168;Reserved;;;;;Reserved;;;
169;Reserved;;;;;Reserved;;;
170;Reserved;;;;;Reserved;;;
171;Reserved;;;;;Reserved;;;
172;HREG_TEMP_DECREASE_VAL;int16;10;0 - 150;Temperature decrease;The amount of degrees the temperature should be lowered then temperature decrease function is on.;Temperature decrease;Number of degrees, under which the temperature should be maintained when temperature decrease function is on;Low limit can be negative to enable temperature increase function.
173;Reserved;;;;;Reserved;;;
174;Reserved;;;;;Reserved;;;
175;Reserved;;;;;Reserved;;;
176;Reserved;;;;;Reserved;;;
177;Reserved;;;;;Reserved;;;
178;Reserved;;;;;Reserved;;;
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180;Reserved;;;;;Reserved;;;
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182;Reserved;;;;;Reserved;;;
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184;Reserved;;;;;Reserved;;;
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186;Reserved;;;;;Reserved;;;
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188;Reserved;;;;;Reserved;;;
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190;Reserved;;;;;Reserved;;;
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194;Reserved;;;;;Reserved;;;
195;Reserved;;;;;Reserved;;;
196;Reserved;;;;;Reserved;;;
197;Reserved;;;;;Reserved;;;
198;Reserved;;;;;Reserved;;;
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202;Reserved;;;;;Reserved;;;
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204;Reserved;;;;;Reserved;;;
205;Reserved;;;;;Reserved;;;
206;Reserved;;;;;Reserved;;;
207;Reserved;;;;;Reserved;;;
208;Reserved;;;;;Reserved;;;
209;Reserved;;;;;Reserved;;;
210;HREG_DAY_WC1;bitfield;1;;Week timer slot #1;Week timer 1 Days when allowed. ;Days;;Bit 0: Sunday … Bit 6: Saturday
211;HREG_STA_HOUR_WC1;uint16;1;;;Week timer 1 Start h;WC1 Start h;WC1 Start h;
212;HREG_STA_MIN_WC1;uint16;1;;;Week timer 1 Start m;WC1 Start m;WC1 Start m;
213;HREG_STO_HOUR_WC1;uint16;1;;;Week timer 1 Stop h;WC1 Stop h;WC1 Stop h;
214;HREG_STO_MIN_WC1;uint16;1;;;Week timer 1 Stop m;WC1 Stop m;WC1 Stop m;
215;HREG_WC1;enumeration;1;;;Week timer 1 Function;WC1 Function;WC1 Function;
216;HREG_DAY_WC2;bitfield;1;;Week timer slot #2;Week timer 2 Days when allowed. ;Days;Days;#define TIMER_PROGRAM_OFF 0 #define TIMER_AWAY 1 #define TIMER_AWAY_LONG 2 #define TIMER_HEAT_DIS 3 #define TIMER_COOL_DIS 4 #define TIMER_TEMP_DECR 5 #define TIMER_MAX_H 6 #define TIMER_MAX_C 7 #define TIMER_RELAY 16 #define TIMER_BOOST 17 /* Circulation air state change time program (Pallas) */ #define TIMER_CLOSED_CIRCULATION 18 /* This time program function is relevant in OFFICE program variant (use * method) and it means that the machine should be running (instead of * being in STOP state). */ #define TIMER_RUNTIME 30
217;HREG_STA_HOUR_WC2;uint16;1;;;Week timer 2 Start h;WC1 Start h;WC1 Start h;
218;HREG_STA_MIN_WC2;uint16;1;;;Week timer 2 Start m;WC1 Start m;WC1 Start m;
219;HREG_STO_HOUR_WC2;uint16;1;;;Week timer 2 Stop h;WC1 Stop h;WC1 Stop h;
220;HREG_STO_MIN_WC2;uint16;1;;;Week timer 2 Stop m;WC1 Stop m;WC1 Stop m;
221;HREG_WC2;enumeration;1;;;Week timer 2 Function;WC1 Function;WC1 Function;
222;HREG_DAY_WC3;bitfield;1;;Week timer slot #3;Week timer 3 Days when allowed. ;Days;Days;
223;HREG_STA_HOUR_WC3;uint16;1;;;Week timer 3 Start h;WC1 Start h;WC1 Start h;
224;HREG_STA_MIN_WC3;uint16;1;;;Week timer 3 Start m;WC1 Start m;WC1 Start m;
225;HREG_STO_HOUR_WC3;uint16;1;;;Week timer 3 Stop h;WC1 Stop h;;
226;HREG_STO_MIN_WC3;uint16;1;;;Week timer 3 Stop m;WC1 Stop m;WC1 Stop m;
227;HREG_WC3;enumeration;1;;;Week timer 3 Function;WC1 Function;WC1 Function;
228;HREG_DAY_WC4;bitfield;1;;Week timer slot #4;Week timer 4 Days when allowed. ;Days;Days;
229;HREG_STA_HOUR_WC4;uint16;1;;;Week timer 4 Start h;WC1 Start h;WC1 Start h;
230;HREG_STA_MIN_WC4;uint16;1;;;Week timer 4 Start m;WC1 Start m;WC1 Start m;
231;HREG_STO_HOUR_WC4;uint16;1;;;Week timer 4 Stop h;WC1 Stop h;WC1 Stop h;
232;HREG_STO_MIN_WC4;uint16;1;;;Week timer 4 Stop m;WC1 Stop m;WC1 Stop m;
233;HREG_WC4;uint16;1;;;Week timer 4 Function;;;
234;HREG_DAY_WC5;bitfield;1;;Week timer slot #5;Week timer 5 Days when allowed. ;Days;Days;
235;HREG_STA_HOUR_WC5;uint16;1;;;Week timer 5 Start h;WC1 Start h;WC1 Start h;
236;HREG_STA_MIN_WC5;uint16;1;;;Week timer 5 Start m;WC1 Start m;WC1 Start m;
237;HREG_STO_HOUR_WC5;uint16;1;;;Week timer 5 Stop h;WC1 Stop h;WC1 Stop h;
238;HREG_STO_MIN_WC5;uint16;1;;;Week timer 5 Stop m;WC1 Stop m;WC1 Stop m;
239;HREG_WC5;uint16;1;;;Week timer 5 Function;;;
240;HREG_DAY_WC6;bitfield;1;;Week timer slot #6;Week timer 6 Days when allowed. ;Days;Days;
241;HREG_STA_HOUR_WC6;uint16;1;;;Week timer 6 Start h;WC1 Start h;WC1 Start h;
242;HREG_STA_MIN_WC6;uint16;1;;;Week timer 6 Start m;;;
243;HREG_STO_HOUR_WC6;uint16;1;;;Week timer 6 Stop h;;;
244;HREG_STO_MIN_WC6;uint16;1;;;Week timer 6 Stop m;;;
245;HREG_WC6;uint16;1;;;Week timer 6 Function;;;
246;HREG_DAY_WC7;bitfield;1;;Week timer slot #7;Week timer 7 Days when allowed. ;Days;Days;
247;HREG_STA_HOUR_WC7;uint16;1;;;Week timer 7 Start h;WC1 Start h;WC1 Start h;
248;HREG_STA_MIN_WC7;uint16;1;;;Week timer 7 Start m;;;
249;HREG_STO_HOUR_WC7;uint16;1;;;Week timer 7 Stop h;;;
250;HREG_STO_MIN_WC7;uint16;1;;;Week timer 7 Stop m;;;
251;HREG_WC7;uint16;1;undefined;;Week timer 7 Function;;;
252;HREG_DAY_WC8;bitfield;1;;Week timer slot #8;Week timer 8 Days when allowed. ;Days;Days;
253;HREG_STA_HOUR_WC8;uint16;1;;;Week timer 8 Start h;WC1 Start h;WC1 Start h;
254;HREG_STA_MIN_WC8;uint16;1;;;Week timer 8 Start m;;;
255;HREG_STO_HOUR_WC8;uint16;1;;;Week timer 8 Stop h;;;
256;HREG_STO_MIN_WC8;uint16;1;;;Week timer 8 Stop m;;;
257;HREG_WC8;uint16;1;undefined;;Week timer 8 Function;;;
258;HREG_DAY_WC9;bitfield;1;;Week timer slot #9;Week timer 9 Days when allowed. ;Days;Days;
259;HREG_STA_HOUR_WC9;uint16;1;;;Week timer 9 Start h;;;
260;HREG_STA_MIN_WC9;uint16;1;;;Week timer 9 Start m;;;
261;HREG_STO_HOUR_WC9;uint16;1;;;Week timer 9 Stop h;;;
262;HREG_STO_MIN_WC9;uint16;1;;;Week timer 9 Stop m;;;
263;HREG_WC9;uint16;1;;;Week timer 9 Function;;;
264;HREG_DAY_WC10;bitfield;1;;Week timer slot #10;Week timer 10 Days when allowed. ;Days;Days;
265;HREG_STA_HOUR_WC10;uint16;1;;;Week timer 10 Start h;;;
266;HREG_STA_MIN_WC10;uint16;1;;;Week timer 10 Start m;;;
267;HREG_STO_HOUR_WC10;uint16;1;;;Week timer 10 Stop h;;;
268;HREG_STO_MIN_WC10;uint16;1;;;Week timer 10 Stop m;;;
269;HREG_WC10;uint16;1;;;Week timer 10 Function;;;
270;HREG_DAY_WC11;bitfield;1;;Week timer slot #11;Week timer 11 Days when allowed. ;Days;Days;
271;HREG_STA_HOUR_WC11;uint16;1;;;Week timer 11 Start h;;;
272;HREG_STA_MIN_WC11;uint16;1;;;Week timer 11 Start m;;;
273;HREG_STO_HOUR_WC11;uint16;1;;;Week timer 11 Stop h;;;
274;HREG_STO_MIN_WC11;uint16;1;;;Week timer 11 Stop m;;;
275;HREG_WC11;uint16;1;;;Week timer 11 Function;;;
276;HREG_DAY_WC12;bitfield;1;;Week timer slot #12;Week timer 12 Days when allowed. ;Days;Days;
277;HREG_STA_HOUR_WC12;uint16;1;;;Week timer 12 Start h;;;
278;HREG_STA_MIN_WC12;uint16;1;;;Week timer 12 Start m;;;
279;HREG_STO_HOUR_WC12;uint16;1;;;Week timer 12 Stop h;;;
280;HREG_STO_MIN_WC12;uint16;1;;;Week timer 12 Stop m;;;
281;HREG_WC12;uint16;1;;;Week timer 12 Function;;;
282;HREG_DAY_WC13;bitfield;1;;Week timer slot #13;Week timer 13 Days when allowed. ;Days;Days;
283;HREG_STA_HOUR_WC13;uint16;1;;;Week timer 13 Start h;;;
284;HREG_STA_MIN_WC13;uint16;1;;;Week timer 13 Start m;;;
285;HREG_STO_HOUR_WC13;uint16;1;;;Week timer 13 Stop h;;;
286;HREG_STO_MIN_WC13;uint16;1;;;Week timer 13 Stop m;;;
287;HREG_WC13;uint16;1;;;Week timer 13 Function;;;
288;HREG_DAY_WC14;bitfield;1;;Week timer slot #14;Week timer 14 Days when allowed. ;Days;Days;
289;HREG_STA_HOUR_WC14;uint16;1;;;Week timer 14 Start h;;;
290;HREG_STA_MIN_WC14;uint16;1;;;Week timer 14 Start m;;;
291;HREG_STO_HOUR_WC14;uint16;1;;;Week timer 14 Stop h;;;
292;HREG_STO_MIN_WC14;uint16;1;;;Week timer 14 Stop m;;;
293;HREG_WC14;uint16;1;;;Week timer 14 Function;;;
294;HREG_DAY_WC15;bitfield;1;;Week timer slot #15;Week timer 15 Days when allowed. ;Days;Days;
295;HREG_STA_HOUR_WC15;uint16;1;;;Week timer 15 Start h;;;
296;HREG_STA_MIN_WC15;uint16;1;;;Week timer 15 Start m;;;
297;HREG_STO_HOUR_WC15;uint16;1;;;Week timer 15 Stop h;;;
298;HREG_STO_MIN_WC15;uint16;1;;;Week timer 15 Stop m;;;
299;HREG_WC15;uint16;1;;;Week timer 15 Function;;;
300;HREG_DAY_WC16;bitfield;1;;Week timer slot #16;Week timer 16 Days when allowed. ;Days;Days;
301;HREG_STA_HOUR_WC16;uint16;1;;;Week timer 16 Start h;;;
302;HREG_STA_MIN_WC16;uint16;1;;;Week timer 16 Start m;;;
303;HREG_STO_HOUR_WC16;uint16;1;;;Week timer 16 Stop h;;;
304;HREG_STO_MIN_WC16;uint16;1;;;Week timer 16 Stop m;;;
305;HREG_WC16;uint16;1;;;Week timer 16 Function;;;
306;HREG_DAY_WC17;bitfield;1;;Week timer slot #17;Week timer 17 Days when allowed. ;Days;Days;
307;HREG_STA_HOUR_WC17;uint16;1;;;Week timer 17 Start h;;;
308;HREG_STA_MIN_WC17;uint16;1;;;Week timer 17 Start m;;;
309;HREG_STO_HOUR_WC17;uint16;1;;;Week timer 17 Stop h;;;
310;HREG_STO_MIN_WC17;uint16;1;;;Week timer 17 Stop m;;;
311;HREG_WC17;uint16;1;;;Week timer 17 Function;;;
312;HREG_DAY_WC18;bitfield;1;;Week timer slot #18;Week timer 18 Days when allowed. ;Days;Days;
313;HREG_STA_HOUR_WC18;uint16;1;;;Week timer 18 Start h;;;
314;HREG_STA_MIN_WC18;uint16;1;;;Week timer 18 Start m;;;
315;HREG_STO_HOUR_WC18;uint16;1;;;Week timer 18 Stop h;;;
316;HREG_STO_MIN_WC18;uint16;1;;;Week timer 18 Stop m;;;
317;HREG_WC18;uint16;1;;;Week timer 18 Function;;;
318;HREG_DAY_WC19;bitfield;1;;Week timer slot #19;Week timer 19 Days when allowed. ;Days;Days;
319;HREG_STA_HOUR_WC19;uint16;1;;;Week timer 19 Start h;;;
320;HREG_STA_MIN_WC19;uint16;1;;;Week timer 19 Start m;;;
321;HREG_STO_HOUR_WC19;uint16;1;;;Week timer 19 Stop h;;;
322;HREG_STO_MIN_WC19;uint16;1;;;Week timer 19 Stop m;;;
323;HREG_WC19;uint16;1;;;Week timer 19 Function;;;
324;HREG_DAY_WC20;bitfield;1;;Week timer slot #20;Week timer 20 Days when allowed. ;Days;Days;
325;HREG_STA_HOUR_WC20;uint16;1;;;Week timer 20 Start h;;;
326;HREG_STA_MIN_WC20;uint16;1;;;Week timer 20 Start m;;;
327;HREG_STO_HOUR_WC20;uint16;1;;;Week timer 20 Stop h;;;
328;HREG_STO_MIN_WC20;uint16;1;;;Week timer 20 Stop m;;;
329;HREG_WC20;uint16;1;;;Week timer 20 Function;;;
330;HREG_STA_PV_Y1;uint16;1;;Year timer slot #1;Year program 1 start day-of-month;;;
331;HREG_STA_KK_Y1;uint16;1;;;Year program 1 stop month;;;
332;HREG_ACTIVE_TIMEPROGRAMS_1;uint16;1;;Active time programs, week slots 1-16;;;;
333;HREG_STA_HOUR_Y1;uint16;1;;;Year program 1 start hour;;;
334;HREG_STA_MIN_Y1;uint16;1;;;Year program 1 start minute;;;
335;HREG_STO_PV_Y1;uint16;1;;;Year program 1 stop day of month;;;
336;HREG_STO_KK_Y1;uint16;1;;;Year program 1 stop month;;;
337;HREG_ACTIVE_TIMEPROGRAMS_2;uint16;1;;Active time programs, week slots 17-20 and year slots 1-5;;;;
338;HREG_STO_HOUR_Y1;uint16;1;;;Year program 1 stop hour;;;
339;HREG_STO_MIN_Y1;uint16;1;;;Year program 1 stop minute;;;
340;HREG_Y1;uint16;1;;;Year program 1 action;;;#define TIMER_PROGRAM_OFF 0 #define TIMER_AWAY 1 #define TIMER_AWAY_LONG 2 #define TIMER_HEAT_DIS 3 #define TIMER_COOL_DIS 4 #define TIMER_TEMP_DECR 5 #define TIMER_MAX_H 6 #define TIMER_MAX_C 7 #define TIMER_RELAY 16 #define TIMER_BOOST 17 /* Circulation air state change time program (Pallas) */ #define TIMER_CLOSED_CIRCULATION 18 /* This time program function is relevant in OFFICE program variant (use * method) and it means that the machine should be running (instead of * being in STOP state). */ #define TIMER_RUNTIME 30
341;HREG_STA_PV_Y2;uint16;1;;Year timer slot #2;Year program 2 start day-of-month;;;
342;HREG_STA_KK_Y2;uint16;1;;;Year program 2 stop month;;;
343;HREG_UPTIME;uint16;1;;System uptime;;;;Warning: the count is approximative, it should not be used for time-keeping purposes
344;HREG_STA_HOUR_Y2;uint16;1;;;Year program 2 start hour;;;
345;HREG_STA_MIN_Y2;uint16;1;;;Year program 2 start minute;;;
346;HREG_STO_PV_Y2;uint16;1;;;Year program 2 stop day of month;;;
347;HREG_STO_KK_Y2;uint16;1;;;Year program 2 stop month;;;
348;Reserved;uint16;1;;Number of active panel bus units;Reserved;;;
349;HREG_STO_HOUR_Y2;uint16;1;;;Year program 2 stop hour;;;
350;HREG_STO_MIN_Y2;uint16;1;;;Year program 2 stop minute;;;
351;HREG_Y2;uint16;1;;;Year program 2 action;;;
352;HREG_STA_PV_Y3;uint16;1;;Year timer slot #3;Year program 3 start day-of-month;;;
353;HREG_STA_KK_Y3;uint16;1;;;Year program 3 stop month;;;
354;HREG_BOOTLOADER_VERSION;uint16;1;;Bootloader version;;;;
355;HREG_STA_HOUR_Y3;uint16;1;;;Year program 3 start hour;;;
356;HREG_STA_MIN_Y3;uint16;1;;;Year program 3 start minute;;;
357;HREG_STO_PV_Y3;uint16;1;;;Year program 3 stop day of month;;;
358;HREG_STO_KK_Y3;uint16;1;;;Year program 3 stop month;;;
359;HREG_FILTER_TEST_HR;uint16;1;;Filter test hour;;;;
360;HREG_STO_HOUR_Y3;uint16;1;;;Year program 3 stop hour;;;
361;HREG_STO_MIN_Y3;uint16;1;;;Year program 3 stop minute;;;
362;HREG_Y3;uint16;1;;;Year program 3 action;;;
363;HREG_STA_PV_Y4;uint16;1;;Year timer slot #4;Year program 4 start day-of-month;;;
364;HREG_STA_KK_Y4;uint16;1;;;Year program 4 stop month;;;
365;HREG_FILTER_TEST_DAYS;uint16;1;;Filter test day-of-week;;;;Expressed as a bitfield similar to week time programs
366;HREG_STA_HOUR_Y4;uint16;1;;;Year program 4 start hour;;;
367;HREG_STA_MIN_Y4;uint16;1;;;Year program 4 start minute;;;
368;HREG_STO_PV_Y4;uint16;1;;;Year program 4 stop day of month;;;
369;HREG_STO_KK_Y4;uint16;1;;;Year program 4 stop month;;;
370;HREG_FILTER_TEST_TF;uint16;1;;Filter test TF fan speed;;;;During filter test mode TF will run at this constant fanspeed even in constant duct pressure mode. Note that if value is outside range 20-100, 100% will be used
371;HREG_STO_HOUR_Y4;uint16;1;;;Year program 4 stop hour;;;
372;HREG_STO_MIN_Y4;uint16;1;;;Year program 4 stop minute;;;
373;HREG_Y4;uint16;1;;;Year program 4 action;;;
374;HREG_STA_PV_Y5;uint16;1;;Year timer slot #5;Year program 5 start day-of-month;;;
375;HREG_STA_KK_Y5;uint16;1;;;Year program 5 stop month;;;
376;HREG_FILTER_TEST_PF;uint16;1;;Filter test PF fan speed;;;;During filter test mode PF will run at this constant fanspeed even in constant duct pressure mode. Note that if value is outside range 20-100, 100% will be used
377;HREG_STA_HOUR_Y5;uint16;1;;;Year program 5 start hour;;;
378;HREG_STA_MIN_Y5;uint16;1;;;Year program 5 start minute;;;
379;HREG_STO_PV_Y5;uint16;1;;;Year program 5 stop day of month;;;
380;HREG_STO_KK_Y5;uint16;1;;;Year program 5 stop month;;;
381;Reserved;;;;;Reserved;;;
382;HREG_STO_HOUR_Y5;uint16;1;;;Year program 5 stop hour;;;
383;HREG_STO_MIN_Y5;uint16;1;;;Year program 5 stop minute;;;
384;HREG_Y5;uint16;1;;;Year program 5 action;;;
385;HREG_ALARM1_ALMTYPE;uint16;1;;Alarm log entry #1;Alarm 1 (newest) alarm type;;Alarm 1 (newest) alarm type;ALARM_TE05_L = 1, ALARM_TE10_L = 2, ALARM_TE10_H = 3, ALARM_TE20_H = 4, ALARM_TE30_L = 5, ALARM_TE30_H = 6, ALARM_HP = 7, /* This is both HP and MDX */ ALARM_SLP = 8, ALARM_TE45_L = 9, ALARM_LTO = 10, ALARM_COOL = 11, ALARM_EMERGENCY_STOP = 12 , ALARM_EXTERNAL = 13, /** This used to be ALARM_FIRE on EDA */ ALARM_SERVICE =14 , ALARM_PDS10 = 15, ALARM_SPLY_FILT_H = 16, ALARM_EXT_FILT_H = 17, ALARM_SPLY_FILT_L = 18 , /* This alarm is actually not in use. It is relevant only for large machines with 2-speed fan control */ ALARM_EXT_FILT_L = 19 , /* This alarm is actually not in use. It is relevant only for large machines with 2-speed fan control */ ALARM_TF_PRES = 20, ALARM_PF_PRES = 21 , ALARM_TE50_H = 22, ALARM_TE52_H = 24, ALARM_TF_ROTATION = 25, ALARM_PF_ROTATION = 26, ALARM_TE02_H = 27, ALARM_SERVICE_CONSTANT_DUCT_PRES = 28, /* Under constant duct pressure control, Service alarm is triggered then fanspeeds reach a defined limit */
386;HREG_ALARM1_STATECLASS;uint16;1;;;Alarm 1 This defines the status (low byte) of the alarm;;;ALARM_STATE_OFF = 0, ALARM_STATE_ACKED = 1, ALARM_STATE_ON = 2. Write “1” or “2” to this register to acknowledge the alarm.
387;HREG_ALARM1_YY;uint16;1;;;Alarm 1 Alarm year;;;
388;HREG_ALARM1_MM;uint16;1;;;Alarm 1 Alarm month;;;
389;HREG_ALARM1_DD;uint16;1;;;Alarm 1 Alarm day.;;;
390;HREG_ALARM1_HH;uint16;1;;;Alarm 1 Alarm hour;;;
391;HREG_ALARM1_MI;uint16;1;;;Alarm 1 Alarm minutes;;;
392;HREG_ALARM2_ALMTYPE;uint16;1;;Alarm log entry #2;Alarm 2 (newest) alarm type;;;
393;HREG_ALARM2_STATECLASS;uint16;1;;;Alarm 2 This defines the status (low byte) of the alarm;;;
394;HREG_ALARM2_YY;uint16;1;;;Alarm 2 Alarm year;;;
395;HREG_ALARM2_MM;uint16;1;;;Alarm 2 Alarm month;;;
396;HREG_ALARM2_DD;uint16;1;;;Alarm 2 Alarm day.;;;
397;HREG_ALARM2_HH;uint16;1;;;Alarm 2 Alarm hour;;;
398;HREG_ALARM2_MI;uint16;1;;;Alarm 2 Alarm minutes;;;
399;HREG_ALARM3_ALMTYPE;uint16;1;;Alarm log entry #3;Alarm 3 (newest) alarm type;;;
400;HREG_ALARM3_STATECLASS;uint16;1;;;Alarm 3 This defines the status (low byte) of the alarm;;;
401;HREG_ALARM3_YY;uint16;1;;;Alarm 3 Alarm year;;;
402;HREG_ALARM3_MM;uint16;1;;;Alarm 3 Alarm month;;;
403;HREG_ALARM3_DD;uint16;1;;;Alarm 3 Alarm day.;;;
404;HREG_ALARM3_HH;uint16;1;;;Alarm 3 Alarm hour;;;
405;HREG_ALARM3_MI;uint16;1;;;Alarm 3 Alarm minutes;;;
406;HREG_ALARM4_ALMTYPE;uint16;1;;Alarm log entry #4;Alarm 4 (newest) alarm type;;;
407;HREG_ALARM4_STATECLASS;uint16;1;;;Alarm 4 This defines the status (low byte) of the alarm;;;
408;HREG_ALARM4_YY;uint16;1;;;Alarm 4 Alarm year;;;
409;HREG_ALARM4_MM;uint16;1;;;Alarm 4 Alarm month;;;
410;HREG_ALARM4_DD;uint16;1;;;Alarm 4 Alarm day.;;;
411;HREG_ALARM4_HH;uint16;1;;;Alarm 4 Alarm hour;;;
412;HREG_ALARM4_MI;uint16;1;;;Alarm 4 Alarm minutes;;;
413;HREG_ALARM5_ALMTYPE;uint16;1;;Alarm log entry #5;Alarm 5 (newest) alarm type;;;
414;HREG_ALARM5_STATECLASS;uint16;1;;;Alarm 5 This defines the status (low byte) of the alarm;;;
415;HREG_ALARM5_YY;uint16;1;;;Alarm 5 Alarm year;;;
416;HREG_ALARM5_MM;uint16;1;;;Alarm 5 Alarm month;;;
417;HREG_ALARM5_DD;uint16;1;;;Alarm 5 Alarm day.;;;
418;HREG_ALARM5_HH;uint16;1;;;Alarm 5 Alarm hour;;;
419;HREG_ALARM5_MI;uint16;1;;;Alarm 5 Alarm minutes;;;
420;HREG_ALARM6_ALMTYPE;uint16;1;;Alarm log entry #6;Alarm 6 (newest) alarm type;;;
421;HREG_ALARM6_STATECLASS;uint16;1;;;Alarm 6 This defines the status (low byte) of the alarm;;;
422;HREG_ALARM6_YY;uint16;1;;;Alarm 6 Alarm year;;;
423;HREG_ALARM6_MM;uint16;1;;;Alarm 6 Alarm month;;;
424;HREG_ALARM6_DD;uint16;1;;;Alarm 6 Alarm day.;;;
425;HREG_ALARM6_HH;uint16;1;;;Alarm 6 Alarm hour;;;
426;HREG_ALARM6_MI;uint16;1;;;Alarm 6 Alarm minutes;;;
427;HREG_ALARM7_ALMTYPE;uint16;1;;Alarm log entry #7;Alarm 7 (newest) alarm type;;;
428;HREG_ALARM7_STATECLASS;uint16;1;;;Alarm 7 This defines the status (low byte) of the alarm;;;
429;HREG_ALARM7_YY;uint16;1;;;Alarm 7 Alarm year;;;
430;HREG_ALARM7_MM;uint16;1;;;Alarm 7 Alarm month;;;
431;HREG_ALARM7_DD;uint16;1;;;Alarm 7 Alarm day.;;;
432;HREG_ALARM7_HH;uint16;1;;;Alarm 7 Alarm hour;;;
433;HREG_ALARM7_MI;uint16;1;;;Alarm 7 Alarm minutes;;;
434;HREG_ALARM8_ALMTYPE;uint16;1;;Alarm log entry #8;Alarm 8 (newest) alarm type;;;
435;HREG_ALARM8_STATECLASS;uint16;1;;;Alarm 8 This defines the status (low byte) of the alarm;;;
436;HREG_ALARM8_YY;uint16;1;;;Alarm 8 Alarm year;;;
437;HREG_ALARM8_MM;uint16;1;;;Alarm 8 Alarm month;;;
438;HREG_ALARM8_DD;uint16;1;;;Alarm 8 Alarm day.;;;
439;HREG_ALARM8_HH;uint16;1;;;Alarm 8 Alarm hour;;;
440;HREG_ALARM8_MI;uint16;1;;;Alarm 8 Alarm minutes;;;
441;HREG_ALARM9_ALMTYPE;uint16;1;;Alarm log entry #9;Alarm 9 (newest) alarm type;;;
442;HREG_ALARM9_STATECLASS;uint16;1;;;Alarm 9 This defines the status (low byte) of the alarm;;;
443;HREG_ALARM9_YY;uint16;1;;;Alarm 9 Alarm year;;;
444;HREG_ALARM9_MM;uint16;1;;;Alarm 9 Alarm month;;;
445;HREG_ALARM9_DD;uint16;1;;;Alarm 9 Alarm day.;;;
446;HREG_ALARM9_HH;uint16;1;;;Alarm 9 Alarm hour;;;
447;HREG_ALARM9_MI;uint16;1;;;Alarm 9 Alarm minutes;;;
448;HREG_ALARM10_ALMTYPE;uint16;1;;Alarm log entry #10;Alarm 10 (newest) alarm type;;;
449;HREG_ALARM10_STATECLASS;uint16;1;;;Alarm 10 This defines the status (low byte) of the alarm;;;
450;HREG_ALARM10_YY;uint16;1;;;Alarm 10 Alarm year;;;
451;HREG_ALARM10_MM;uint16;1;;;Alarm 10 Alarm month;;;
452;HREG_ALARM10_DD;uint16;1;;;Alarm 10 Alarm day.;;;
453;HREG_ALARM10_HH;uint16;1;;;Alarm 10 Alarm hour;;;
454;HREG_ALARM10_MI;uint16;1;;;Alarm 10 Alarm minutes;;;
455;HREG_ALARM11_ALMTYPE;uint16;1;;Alarm log entry #11;Alarm 11 (newest) alarm type;;;
456;HREG_ALARM11_STATECLASS;uint16;1;;;Alarm 11 This defines the status (low byte) of the alarm;;;
457;HREG_ALARM11_YY;uint16;1;;;Alarm 11 Alarm year;;;
458;HREG_ALARM11_MM;uint16;1;;;Alarm 11 Alarm month;;;
459;HREG_ALARM11_DD;uint16;1;;;Alarm 11 Alarm day.;;;
460;HREG_ALARM11_HH;uint16;1;;;Alarm 11 Alarm hour;;;
461;HREG_ALARM11_MI;uint16;1;;;Alarm 11 Alarm minutes;;;
462;HREG_ALARM12_ALMTYPE;uint16;1;;Alarm log entry #12;Alarm 12 (newest) alarm type;;;
463;HREG_ALARM12_STATECLASS;uint16;1;;;Alarm 12 This defines the status (low byte) of the alarm;;;
464;HREG_ALARM12_YY;uint16;1;;;Alarm 12 Alarm year;;;
465;HREG_ALARM12_MM;uint16;1;;;Alarm 12 Alarm month;;;
466;HREG_ALARM12_DD;uint16;1;;;Alarm 12 Alarm day.;;;
467;HREG_ALARM12_HH;uint16;1;;;Alarm 12 Alarm hour;;;
468;HREG_ALARM12_MI;uint16;1;;;Alarm 12 Alarm minutes;;;
469;HREG_ALARM13_ALMTYPE;uint16;1;;Alarm log entry #13;Alarm 13 (newest) alarm type;;;
470;HREG_ALARM13_STATECLASS;uint16;1;;;Alarm 13 This defines the status (low byte) of the alarm;;;
471;HREG_ALARM13_YY;uint16;1;;;Alarm 13 Alarm year;;;
472;HREG_ALARM13_MM;uint16;1;;;Alarm 13 Alarm month;;;
473;HREG_ALARM13_DD;uint16;1;;;Alarm 13 Alarm day.;;;
474;HREG_ALARM13_HH;uint16;1;;;Alarm 13 Alarm hour;;;
475;HREG_ALARM13_MI;uint16;1;;;Alarm 13 Alarm minutes;;;
476;HREG_ALARM14_ALMTYPE;uint16;1;;Alarm log entry #14;Alarm 14 (newest) alarm type;;;
477;HREG_ALARM14_STATECLASS;uint16;1;;;Alarm 14 This defines the status (low byte) of the alarm;;;
478;HREG_ALARM14_YY;uint16;1;;;Alarm 14 Alarm year;;;
479;HREG_ALARM14_MM;uint16;1;;;Alarm 14 Alarm month;;;
480;HREG_ALARM14_DD;uint16;1;;;Alarm 14 Alarm day.;;;
481;HREG_ALARM14_HH;uint16;1;;;Alarm 14 Alarm hour;;;
482;HREG_ALARM14_MI;uint16;1;;;Alarm 14 Alarm minutes;;;
483;HREG_ALARM15_ALMTYPE;uint16;1;;Alarm log entry #15;Alarm 15 (newest) alarm type;;;
484;HREG_ALARM15_STATECLASS;uint16;1;;;Alarm 15 This defines the status (low byte) of the alarm;;;
485;HREG_ALARM15_YY;uint16;1;;;Alarm 15 Alarm year;;;
486;HREG_ALARM15_MM;uint16;1;;;Alarm 15 Alarm month;;;
487;HREG_ALARM15_DD;uint16;1;;;Alarm 15 Alarm day.;;;
488;HREG_ALARM15_HH;uint16;1;;;Alarm 15 Alarm hour;;;
489;HREG_ALARM15_MI;uint16;1;;;Alarm 15 Alarm minutes;;;
490;HREG_ALARM16_ALMTYPE;uint16;1;;Alarm log entry #16;Alarm 16 (newest) alarm type;;;
491;HREG_ALARM16_STATECLASS;uint16;1;;;Alarm 16 This defines the status (low byte) of the alarm;;;
492;HREG_ALARM16_YY;uint16;1;;;Alarm 16 Alarm year;;;
493;HREG_ALARM16_MM;uint16;1;;;Alarm 16 Alarm month;;;
494;HREG_ALARM16_DD;uint16;1;;;Alarm 16 Alarm day.;;;
495;HREG_ALARM16_HH;uint16;1;;;Alarm 16 Alarm hour;;;
496;HREG_ALARM16_MI;uint16;1;;;Alarm 16 Alarm minutes;;;
497;HREG_ALARM17_ALMTYPE;uint16;1;;Alarm log entry #17;Alarm 17 (newest) alarm type;;;
498;HREG_ALARM17_STATECLASS;uint16;1;;;Alarm 17 This defines the status (low byte) of the alarm;;;
499;HREG_ALARM17_YY;uint16;1;;;Alarm 17 Alarm year;;;
500;HREG_ALARM17_MM;uint16;1;;;Alarm 17 Alarm month;;;
501;HREG_ALARM17_DD;uint16;1;;;Alarm 17 Alarm day.;;;
502;HREG_ALARM17_HH;uint16;1;;;Alarm 17 Alarm hour;;;
503;HREG_ALARM17_MI;uint16;1;;;Alarm 17 Alarm minutes;;;
504;HREG_ALARM18_ALMTYPE;uint16;1;;Alarm log entry #18;Alarm 18 (newest) alarm type;;;
505;HREG_ALARM18_STATECLASS;uint16;1;;;Alarm 18 This defines the status (low byte) of the alarm;;;
506;HREG_ALARM18_YY;uint16;1;;;Alarm 18 Alarm year;;;
507;HREG_ALARM18_MM;uint16;1;;;Alarm 18 Alarm month;;;
508;HREG_ALARM18_DD;uint16;1;;;Alarm 18 Alarm day.;;;
509;HREG_ALARM18_HH;uint16;1;;;Alarm 18 Alarm hour;;;
510;HREG_ALARM18_MI;uint16;1;;;Alarm 18 Alarm minutes;;;
511;HREG_ALARM19_ALMTYPE;uint16;1;;Alarm log entry #19;Alarm 19 (newest) alarm type;;;
512;HREG_ALARM19_STATECLASS;uint16;1;;;Alarm 19 This defines the status (low byte) of the alarm;;;
513;HREG_ALARM19_YY;uint16;1;;;Alarm 19 Alarm year;;;
514;HREG_ALARM19_MM;uint16;1;;;Alarm 19 Alarm month;;;
515;HREG_ALARM19_DD;uint16;1;;;Alarm 19 Alarm day.;;;
516;HREG_ALARM19_HH;uint16;1;;;Alarm 19 Alarm hour;;;
517;HREG_ALARM19_MI;uint16;1;;;Alarm 19 Alarm minutes;;;
518;HREG_ALARM20_ALMTYPE;uint16;1;;Alarm log entry #20;Alarm 20 (newest) alarm type;;;
519;HREG_ALARM20_STATECLASS;uint16;1;;;Alarm 20 This defines the status (low byte) of the alarm;;;
520;HREG_ALARM20_YY;uint16;1;;;Alarm 20 Alarm year;;;
521;HREG_ALARM20_MM;uint16;1;;;Alarm 20 Alarm month;;;
522;HREG_ALARM20_DD;uint16;1;;;Alarm 20 Alarm day.;;;
523;HREG_ALARM20_HH;uint16;1;;;Alarm 20 Alarm hour;;;
524;HREG_ALARM20_MI;uint16;1;;;Alarm 20 Alarm minutes;;;
525;Reserved;;;;;Reserved;;;
526;Reserved;;;;;Reserved;;;
527;Reserved;;;;;Reserved;;;
528;Reserved;;;;;Reserved;;;
529;Reserved;;;;;Reserved;;;
530;Reserved;;;;;Reserved;;;
531;Reserved;;;;;Reserved;;;
532;Reserved;;;;;Reserved;;;
533;Reserved;;;;;Reserved;;;
534;Reserved;;;;;Reserved;;;
535;Reserved;;;;;Reserved;;;
536;Reserved;;;;;Reserved;;;
537;Reserved;;;;;Reserved;;;
538;HREG_ALARM_SERVICE_TIME;uint16;1;;Service reminder;Number of days until service reminder alarm is signaled.;Service reminder;Number of days until service reminder alarm is given;
539;Reserved;;;;;Reserved;;;
540;Reserved;;;;;Reserved;;;
541;Reserved;;;;;Reserved;;;
542;Reserved;;;;;Reserved;;;
543;Reserved;;;;;Reserved;;;
544;Reserved;;;;;Reserved;;;
545;Reserved;;;;;Reserved;;;
546;Reserved;;;;;Reserved;;;
547;Reserved;;;;;Reserved;;;
548;Reserved;;;;;Reserved;;;
549;Reserved;;;;;Reserved;;;
550;Reserved;;;;;Reserved;;;
551;Reserved;;;;;Reserved;;;
552;Reserved;;;;;Reserved;;;
553;Reserved;;;;;Reserved;;;
554;Reserved;;;;;Reserved;;;
555;Reserved;;;;;Reserved;;;
556;Reserved;;;;;Reserved;;;
557;Reserved;;;;;Reserved;;;
558;Reserved;;;;;Reserved;;;
559;Reserved;;;;;Reserved;;;
560;Reserved;;;;;Reserved;;;
561;Reserved;;;;;Reserved;;;
562;Reserved;;;;;Reserved;;;
563;Reserved;;;;;Reserved;;;
564;Reserved;;;;;Reserved;;;
565;Reserved;;;;;Reserved;;;
566;Reserved;;;;;Reserved;;;
567;Reserved;;;;;Reserved;;;
568;Reserved;;;;;Reserved;;;
569;Reserved;;;;;Reserved;;;
570;Reserved;;;;;Reserved;;;
571;Reserved;;;;;Reserved;;;
572;Reserved;;;;;Reserved;;;
573;Reserved;;;;;Reserved;;;
574;Reserved;;;;;Reserved;;;
575;Reserved;;;;;Reserved;;;
576;Reserved;;;;;Reserved;;;
577;Reserved;;;;;Reserved;;;
578;HREG_B_ALARM_START;uint16;1;;Start time;B alarm relay signaling allowed start hour.;Start time;Allowed start time for B alarm output;The defined time is HH:00, where HH is the register's value
579;HREG_B_ALARM_STOP;uint16;1;;Ending time;B alarm relay signaling allowed stop hour.;Ending time;Allowed stop time for B alarm output;The defined time is HH:00, where HH is the register's value
580;HREG_B_ALARM_WEEKDAYS;bitfield;1;;Weekdays;B alarm relay signaling allowed weekdays (bitmap, stored in low 7 bits of the register).;Weekdays;Choose allowed weekdays for B alarm output;Bit 0: Sunday … Bit 6: Saturday
581;HREG_N_O_ALARMS;uint16;1;;Number of alarms;Current number of alarms in the alarm log.;Number of alarms;Current number of alarms in the alarm log;
582;HREG_C_MIN_RTC;uint16;1;;;RTC interface for changing minutes field;;;
583;HREG_C_HOUR_RTC;uint16;1;;;RTC interface for changing hour field;;;
584;HREG_C_DAY_RTC;uint16;1;;;RTC interface for changing day of month field;;;
585;HREG_C_MONTH_RTC;uint16;1;;;RTC interface for changing month field;;;
586;HREG_C_YEAR_RTC;uint16;1;;;RTC interface for changing year field;;;
587;Reserved;;;;;Reserved;;;
588;Reserved;;;;;Reserved;;;
589;Reserved;;;;;Reserved;;;
590;Reserved;;;;;Reserved;;;
591;Reserved;;;;;Reserved;;;
592;Reserved;;;;;Reserved;;;
593;Reserved;;;;;Reserved;;;
594;Reserved;;;;;Reserved;;;
595;Reserved;;;;;Reserved;;;
596;Reserved;;;;;Reserved;;;
597;HREG_FAMILY_TYPE;uint16;1;;Family;Machine family type;Family;Machine family type;
598;HREG_HW_VERSION;enumeration;1;;Hardware version;Hardware version desc;MD Hardware version;Unit motherboard hardware version;Value 1 corresponds to Rev.A, value 2 is B, value is C and so forth up to 27 which is Rev.Z
599;HREG_SW_VERSION;uint16;100;;MD SW version;MD Software release number;MD SW version;Unit motherboard software version;
600;Reserved;;;;;Reserved;;;
601;Reserved;;;;;Reserved;;;
602;Reserved;;;;;Reserved;;;
603;Reserved;;;;;Reserved;;;
604;Reserved;;;;;Reserved;;;
605;Reserved;;;;;Reserved;;;
606;Reserved;;;;;Reserved;;;
607;Reserved;;;;;Reserved;;;
608;Reserved;;;;;Reserved;;;
609;Reserved;;;;;Reserved;;;
610;Reserved;;;;;Reserved;;;
611;Reserved;;;;;Reserved;;;
612;Reserved;;;;;Reserved;;;
613;Reserved;;;;;Reserved;;;
614;Reserved;;;;;Reserved;;;
615;Reserved;;;;;Reserved;;;
616;Reserved;;;;;Reserved;;;
617;Reserved;;;;;Reserved;;;
618;Reserved;;;;;Reserved;;;
619;Reserved;;;;;Reserved;;;
620;Reserved;;;;;Reserved;;;
621;Reserved;;;;;Reserved;;;
622;Reserved;;;;;Reserved;;;
623;Reserved;;;;;Reserved;;;
624;Reserved;;;;;Reserved;;;
625;Reserved;;;;;Reserved;;;
626;Reserved;;;;;Reserved;;;
627;Reserved;;;;;Reserved;;;
628;Reserved;;;;;Reserved;;;
629;Reserved;;;;;Reserved;;;
630;Reserved;;;;;Reserved;;;
631;Reserved;;;;;Reserved;;;
632;Reserved;;;;;Reserved;;;
633;Reserved;;;;;Reserved;;;
634;Reserved;;;;;Reserved;;;
635;Reserved;;;;;Reserved;;;
636;Reserved;;;;;Reserved;;;
637;Reserved;;;;;Reserved;;;
638;Reserved;;;;;Reserved;;;
639;Reserved;;;;;Reserved;;;
640;HREG_MBADDR;uint16;1;1 - 100;Modbus id;Modbus address used by the card.;Modbus id;MD card modbus address 1 - 100;
641;Reserved;;;;;Reserved;;;
642;Reserved;;;;;Reserved;;;
643;Reserved;;;;;Reserved;;;
644;Reserved;;;;;Reserved;;;
645;Reserved;;;;;Reserved;;;
646;Reserved;;;;;Reserved;;;
647;Reserved;;;;;Reserved;;;
648;Reserved;;;;;Reserved;;;
649;Reserved;;;;;Reserved;;;
650;Reserved;;;;;Reserved;;;
651;Reserved;;;;;Reserved;;;
652;Reserved;;;;;Reserved;;;
653;Reserved;;;;;Reserved;;;
654;HREG_IPADDR_HIGH;uint16;1;;IP address;IP address high bytes Useful values: 192.168 would be 49320;IP address;;Calculate this as A*2^8+B for IP addr starting with bytes A.B
655;HREG_IPADDR_LOW;uint16;1;;IP address;IP address low bytes;IP address;;: Calculate this as C*2^8+D for IP addr ending with bytes C.D
656;HREG_GWIPADDR_HIGH;uint16;1;;Gateway IP address;Gateway IP address low bytes Note: useful values: 192.168 would be 49320;;;Calculate this as A*2^8+B for gateway IP addr starting with bytes A.B
657;HREG_GWIPADDR_LOW;uint16;1;;Gateway IP address;Gateway IP address low bytes/;;;: Calculate this as C*2^8+D for gateway IP addr ending with bytes C.D
658;HREG_NETMASK_HIGH;uint16;1;;Netmask;Netmask high bytes Note: useful value 65535, for bytes 255.255;;;: Calculate this as A*2^8+B for netmask starting with bytes A.B
659;HREG_NETMASK_LOW;uint16;1;;Netmask;Netmask low bytes Note: useful value 65280, for bytes 255.0;;;: Calculate this as C*2^8+D for netmask ending with bytes C.D
660;HREG_DNSIP_ADDR_HIGH;uint16;1;;DNS server address;DNS server IP high bytes;;;: Calculate this as A*2^8+B for ip starting with bytes A.B
661;HREG_DNSIP_ADDR_LOW;uint16;1;;DNS server address;DNS server IP low bytes;;;: Calculate this as C*2^8+D for ip ending with bytes C.D
662;Reserved;;;;;Reserved;;;
663;Reserved;;;;;Reserved;;;
664;Reserved;;;;;Reserved;;;
665;Reserved;;;;;Reserved;;;
666;Reserved;;;;;Reserved;;;
667;HREG_DHCP_CONTROL;enumeration;1;;DHCP;Dynamic Host Configuration Protocol;;;Value of 0 indicates DHCP is active, value of 1 indicates DHCP inactive.
668;Reserved;;;;;Reserved;;;
669;Reserved;;;;;Reserved;;;
670;Reserved;;;;;Reserved;;;
671;Reserved;;;;;Reserved;;;
672;Reserved;;;;;Reserved;;;
673;Reserved;;;;;Reserved;;;
674;Reserved;;;;;Reserved;;;
675;Reserved;;;;;Reserved;;;
676;Reserved;;;;;Reserved;;;
677;Reserved;;;;;Reserved;;;
678;Reserved;;;;;Reserved;;;
679;Reserved;;;;;Reserved;;;
680;Reserved;;;;;Reserved;;;
681;Reserved;;;;;Reserved;;;
682;Reserved;;;;;Reserved;;;
683;Reserved;;;;;Reserved;;;
684;Reserved;;;;;Reserved;;;
685;Reserved;;;;;Reserved;;;
686;Reserved;;;;;Reserved;;;
687;Reserved;;;;;Reserved;;;
688;Reserved;;;;;Reserved;;;
689;Reserved;;;;;Reserved;;;
690;Reserved;;;;;Reserved;;;
691;Reserved;;;;;Reserved;;;
692;Reserved;;;;;Reserved;;;
693;Reserved;;;;;Reserved;;;
694;Reserved;;;;;Reserved;;;
695;Reserved;;;;;Reserved;;;
696;Reserved;;;;;Reserved;;;
697;Reserved;;;;;Reserved;;;
698;Reserved;;;;;Reserved;;;
699;Reserved;;;;;Reserved;;;
700;Reserved;;;;;Reserved;;;
701;Reserved;;;;;Reserved;;;
702;Reserved;;;;;Reserved;;;
703;Reserved;;;;;Reserved;;;
704;Reserved;;;;;Reserved;;;
705;Reserved;;;;;Reserved;;;
706;Reserved;;;;;Reserved;;;
707;Reserved;;;;;Reserved;;;
708;Reserved;;;;;Reserved;;;
709;Reserved;;;;;Reserved;;;
710;Reserved;;;;;Reserved;;;
711;Reserved;;;;;Reserved;;;
712;Reserved;;;;;Reserved;;;
713;Reserved;;;;;Reserved;;;
714;Reserved;;;;;Reserved;;;
715;Reserved;;;;;Reserved;;;
716;Reserved;;;;;Reserved;;;
717;Reserved;;;;;Reserved;;;
718;Reserved;;;;;Reserved;;;
719;Reserved;;;;;Reserved;;;
720;Reserved;;;;;Reserved;;;
721;Reserved;;;;;Reserved;;;
722;Reserved;;;;;Reserved;;;
723;Reserved;;;;;Reserved;;;
724;Reserved;;;;;Reserved;;;
725;Reserved;;;;;Reserved;;;
726;Reserved;;;;;Reserved;;;
727;Reserved;;;;;Reserved;;;
728;Reserved;;;;;Reserved;;;
729;Reserved;;;;;Reserved;;;
730;Reserved;;;;;Reserved;;;
731;Reserved;;;;;Reserved;;;
732;Reserved;;;;;Reserved;;;
733;HREG_MODBUS_SPEED;enumeration;1;;Modbus speed;Modbus RTU serial line speed;Modbus speed;Modbus RTU serial line speed; SPEED_9600 = 6, SPEED_19200 = 7, SPEED_115200 = 10
734;HREG_MODBUS_PARITY;enumeration;1;;Modbus parity;Modbus RTU serial line parity;Modbus parity;Modbus RTU serial line parity;PARITY_NONE = 1, PARITY_EVEN = 2
735;Reserved;;;;;Reserved;;;
736;Reserved;;;;;Reserved;;;
737;Reserved;;;;;Reserved;;;
738;Reserved;;;;;Reserved;;;
739;Reserved;;;;;Reserved;;;
740;Reserved;;;;;Reserved;;;
741;Reserved;;;;;Reserved;;;
742;Reserved;;;;;Reserved;;;
743;Reserved;;;;;Reserved;;;
744;Reserved;;;;;Reserved;;;
745;Reserved;;;;;Reserved;;;
746;Reserved;;;;;Reserved;;;
747;Reserved;;;;;Reserved;;;
748;Reserved;;;;;Reserved;;;
749;Reserved;;;;;Reserved;;;
750;Reserved;;;;;Reserved;;;
751;Reserved;;;;;Reserved;;;
752;Reserved;;;;;Reserved;;;
753;Reserved;;;;;Reserved;;;
754;Reserved;;;;;Reserved;;;
755;Reserved;;;;;Reserved;;;
756;Reserved;;;;;Reserved;;;
757;Reserved;;;;;Reserved;;;
758;Reserved;;;;;Reserved;;;
759;Reserved;;;;;Reserved;;;
760;Reserved;;;;;Reserved;;;
761;Reserved;;;;;Reserved;;;
762;Reserved;;;;;Reserved;;;
763;Reserved;;;;;Reserved;;;
764;Reserved;;;;;Reserved;;;
765;Reserved;;;;;Reserved;;;
766;Reserved;;;;;Reserved;;;
767;Reserved;;;;;Reserved;;;
768;Reserved;;;;;Reserved;;;
769;Reserved;;;;;Reserved;;;
770;Reserved;;;;;Reserved;;;
771;Reserved;;;;;Reserved;;;
772;Reserved;;;;;Reserved;;;
773;Reserved;;;;;Reserved;;;
774;HREG_EFFECTIVE_CIRCULATION;uint16;1;;Fan speed, circulation air;Circulation air fan's current speed;;;Kotilämpö, EMB, Mixbox
775;Reserved;;;;;Reserved;;;
776;Reserved;;;;;Reserved;;;
777;Reserved;;;;;Reserved;;;
778;Reserved;;;;;Reserved;;;
779;Reserved;;;;;Reserved;;;
780;HREG_AO1_VOLT;uint16;10;;AO1 voltage;The voltage on Analog Output 1;;;NB: Only on sw 1.18 and above
781;HREG_AO2_VOLT;uint16;10;;AO2 voltage;The voltage on Analog Output 2;;;NB: Only on sw 1.18 and above
782;HREG_AO3_VOLT;uint16;10;;AO3 voltage;The voltage on Analog Output 3;;;NB: Only on sw 1.18 and above
783;HREG_AO4_VOLT;uint16;10;;AO4 voltage;The voltage on Analog Output 4;;;NB: Only on sw 1.18 and above
784;HREG_AO5_VOLT;uint16;10;;AO5 voltage;The voltage on Analog Output 5;;;NB: Only on sw 1.18 and above
785;HREG_AO6_VOLT;uint16;10;;AO6 voltage;The voltage on Analog Output 6;;;NB: Only on sw 1.18 and above
786;HREG_AO7_VOLT;uint16;10;;AO7 voltage;The voltage on Analog Output 7;;;NB: Only on sw 1.18 and above
787;HREG_AO8_VOLT;uint16;10;;AO8 voltage;The voltage on Analog Output 8;;;NB: Only on sw 1.18 and above
788;HREG_DI9_PULSE_CNT;uint16;1;;DI9 pulse count;Number of pulses detected on DI9;;;NB: Only on sw 1.18 and above
789;HREG_DI_BITMAP;uint16;1;;DI1-12 and X9-GPIO1-3 status;Status bitmap of digital inputs DI1 to DI12 and GPIO pins 1-3 on connector X9;;;NB: Only on sw 1.18 and above
790;HREG_AI9_VOLT;uint16;10;;AI9 voltage;The measured voltage on Analog Input 9;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
791;HREG_AI10_VOLT;uint16;10;;AI10 voltage;The measured voltage on Analog Input 10;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
792;HREG_AI11_VOLT;uint16;10;;AI11 voltage;The measured voltage on Analog Input 11;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
793;HREG_AI12_VOLT;uint16;10;;AI12 voltage;The measured voltage on Analog Input 12;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
794;HREG_AI13_VOLT;uint16;10;;AI13 voltage;The measured voltage on Analog Input 13;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
795;HREG_AI14_VOLT;uint16;10;;AI14 voltage;The measured voltage on Analog Input 14;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
796;HREG_AI15_VOLT;uint16;10;;AI15 voltage;The measured voltage on Analog Input 15;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
797;HREG_AI16_VOLT;uint16;10;;AI16 voltage;The measured voltage on Analog Input 16;;;Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
798;HREG_DO_BITMAP;uint16;1;;DO1-8 status;Status bitmap of digital outputs (relays);;;NB: Only on sw 1.18 and above
799;Reserved;uint16;1;;Ping register;Reserved;;;This register is used by eAir web UI to test if the connection is live
1 0 Reserved Reserved
2 1 HREG_T_OP1 int16 10 Room temperature sensor TE20 Temperature at operator panel 1 Temperature at operator panel 1
3 2 HREG_T_OP2 int16 10 Room temperature sensor TE21 Temperature at operator panel 2 Temperature at operator panel 2
4 3 HREG_EFFECTIVE_TF uint16 1 Current supply fan speed The current effective TF fanspeed Fan speed, supply air Current supply air fan speed
5 4 HREG_EFFECTIVE_PF uint16 1 Current exhaust fan speed The current effective PF fanspeed Fan speed, extract air Current extract air fan speed
6 5 HREG_UPCOMING_TIME_PROGRAM uint16 1 Next time program Indicates the time program which will start during the next two hours. Values 1-20 indicate week program slots, value 101-105 indicate year program slots
7 6 HREG_T_FRS int16 10 Fresh air TE01 (fresh air) temperature. Fresh air Outside air temperature at the unit (sensor TE01)
8 7 HREG_T_SPLY_LTO int16 10 Supply air after HRC TE05: Fresh (incoming) air temperature after HRC. Supply air after HRC Supply air temperature after heat recovery (sensor TE05)
9 8 HREG_T_SPLY int16 10 Supply air TE10 Room supply air temperature Supply air Supply air temperature after supply air heater (sensor TE10)
10 9 HREG_T_WST int16 10 Waste air TE32 Waste air temperature Exhaust air Exhaust air temperature (sensor TE32)
11 10 HREG_T_EXT int16 10 Room removed air TE30 Room removed air temperature. Extract air temperature Extract air temperature from building at the unit (sensor TE30)
12 11 HREG_T_EXT_LTO int16 10 Removed air before HRC TE31 removed air before heat recycler. Extract air before HRC Extract air temperature after extract air coil before heat recovery in HP units (sensor TE31)
13 12 HREG_T_WR int16 10 Return water TE45 heater element return water temperature. Return water Return water temperature in supply air heater (sensor TE45)
14 13 HREG_HUM_EXT uint16 1 Exhaust air humidity RH30 measurement, removed air relative humidity Air humidity Extract air relative humidity \%RH at the unit (sensor RH30)
15 14 HREG_PRES_SPLYF uint16 1 Pressure difference supply Pressure difference over filter, TF side Pressure difference supply Pressure difference over filter, TF side
16 15 HREG_PRES_EXTF uint16 1 Pressure difference ext Pressure difference over filter, PF side Pressure difference ext. Pressure difference over filter, PF side
17 16 HREG_TE07 int16 10 HP/MDX/Dehum supply air Supply air temperature after dehumidification coil, or after heat pump coil in HP-E, HP-W, MDX-E and MDX-W units (sensor TE07)
18 17 HREG_AI1 uint16 10 Analog input voltage Raw conversion result for AI1 Measured input voltage AI1 Current measured input voltage
19 18 HREG_AI2 uint16 10 Analog input voltage Raw conversion result for AI2 Measured input voltage AI2 Current measured input voltage
20 19 HREG_AI3 uint16 10 Analog input voltage Raw conversion result for AI3 Measured input voltage AI3 Current measured input voltage
21 20 HREG_AI4 uint16 10 Analog input voltage Raw conversion result for AI4 Measured input voltage AI4 Current measured input voltage
22 21 HREG_AI5 uint16 10 Analog input voltage Raw conversion result for AI5 Measured input voltage AI5 Current measured input voltage
23 22 HREG_AI6 uint16 10 Analog input voltage Raw conversion result for AI6 Measured input voltage AI6 Current measured input voltage
24 23 HREG_AI1_RES uint16 1 Calculated value Calculated result for AI1 Calculated value AI1 Calculated result
25 24 HREG_AI2_RES uint16 1 Calculated value Calculated result for AI2 Calculated value AI2 Calculated result
26 25 HREG_AI3_RES uint16 1 Calculated value Calculated result for AI3 Calculated value AI3 Calculated result
27 26 HREG_AI4_RES uint16 1 Calculated value Calculated result for AI4 Calculated value AI4 Calculated result
28 27 HREG_AI5_RES uint16 1 Calculated value Calculated result for AI5 Calculated value AI5 Calculated result
29 28 HREG_AI6_RES uint16 1 Calculated value Calculated result for AI6 Calculated value AI6 Calculated result
30 29 HREG_LTO_N_SPLY uint16 1 Heat recovery efficiency n supply HRC efficiency ratio (supply side) Heat recovery efficiency, supply air Supply air temperature efficiency. Calculated from outside air-, supply air after heat recovery- and extract air temperature
31 30 HREG_LTO_N_EXT uint16 1 Heat recovery efficiency n exhaust HRC efficiency ratio (ext (removed air) side) Heat recovery efficiency, exhaust air Extract air temperature efficiency. Calculated from extract air-, exhaust air- and outside air temperature. In HP-units calculated from HRC extract air-, exhaust air- and outside air temperature
32 31 HREG_NTC_X6 int16 10 Input X6 Optional NTC-10 input X6 measurement
33 32 HREG_NTC_X7 int16 10 Input X7 Optional NTC-10 input X7 measurement
34 33 HREG_ABS_HUM_CTRL_OUTPUT int16 1 Absolute humidity control output -100...0% = dehumidifying, 0 = none, 0...100% = humidifying
35 34 HREG_NWK_STATUS bitfield 1 Network status Ethernet block status #define EMAC_STATUS_FAIL 0x0001 #define EMAC_STATUS_OK 0x0002 #define EMAC_STATUS_AUTONEG_COMPLETE 0x0004 #define EMAC_STATUS_AUTONEG_FAIL 0x0008 #define EMAC_STATUS_LINK_OK 0x0010 /* 0: no link, 1: link ok */ #define EMAC_STATUS_LINK_SPEED 0x0020 /* 0: 10 M, 1: 100M */ #define EMAC_STATUS_DUPLEX 0x0040 /* 0: half duplex, 1: full duplex */ #define EMAC_STATUS_INIT_ONGOING 0x0080
36 35 HREG_RH_MEAN uint16 1 48h air humidity average Mean relative humidity, with 48 hour history, updated every hour. Average air humidity, 48h Extract air 48h mean relative humidity \%RH at the unit (sensor RH30). Updated every hour
37 36 HREG_ABSHUM10 uint16 10 Supply air absolute humidity Supply air absolute humidity, calculated from sensors TE10 and RH10, assuming normal atmospheric pressure.
38 37 HREG_SEC_RTC uint16 1 s RTC seconds. s RTC seconds
39 38 HREG_MIN_RTC uint16 1 min RTC minutes. min RTC minutes
40 39 HREG_HOUR_RTC uint16 1 h RTC hours, 24 hour format. h RTC hours, 24 hour format
41 40 HREG_DAY_RTC uint16 1 RTC day-of-month RTC day of month
42 41 HREG_MONTH_RTC uint16 1 RTC month. RTC month
43 42 HREG_YEAR_RTC uint16 1 RTC year, exporessed in years since 2000. RTC year, expressed in years since 2000
44 43 Reserved Reserved
45 44 HREG_MODE bitfield 1 Status The current mode of the machine, used to display information to the user. Status All current states of unit, eg. Home, Central vacuum cleaner, HP/EDX defrost etc. Bit 0 indicates Max cooling mode, bit 1: max heating. Bit 2: Machine is stopped due to A alarm. Bit 3 indicates the machine has been stopped by request (ie. not due to alarm condition). Bit 4: indicates Away state. Bit 5 is reserved. Bit 6 indicates temperature boosting, bit 7 CO2 boosting, bit 8 RH boosting, bit 9 manual boosting. Bit 10 overpressure mode, bit 11 cooker hood mode, bit 12 central vacuum cleaner mode. Bit 13 indicates cool-off period of electrical heating coil. Bit 14 indicates summer night cooling mode. Bit 15 indicates heat recovery wheel defrosting mode. Value 0 indicates normal state, no special status is active.
46 45 HREG_EXTMODE bitfield 1 Temperature control step Currently active temperature control step: Cooling, Heat recovery (LTO), or heating. Temperature controller Displays current state of temperature controller; cooling, heat recovery, heating or none. Bits 0,1,2,3 have enumerated meaning: TEMP_STEP_NONE = 0, TEMP_STEP_COOLING = 1, TEMP_STEP_LTO = 2, TEMP_STEP_HEATING = 4, TEMP_STEP_STARTUP = 7, TEMP_STEP_DEHUMIDIFICATION = 8. Bit 15 indicates Aqua mode, bit 14 indicates pre-heating active, bit 13 indicates that HP compressor effect is being limited, bit 12 indicates defrosting state of the HP or MDX unit
47 46 HREG_ROOM_TEMP int16 10 Room temperature average TE20 room temperature, average value calculated from op panel sensors and room temperature transmitters. Room temperature average Room temperature (average temperature of sensors connected to OP wallmounts and AI temperature measurements if connected)
48 47 HREG_CASCADE_SP int16 10 Setpoint for supply air Setpoint for temperature controller responsible for maintaining the room supply air at a constant level Setpoint for supply air Setpoint for temperature controller responsible for maintaining the room supply air at a constant level
49 48 HREG_DISPLAY_SP int16 10 Temperature controller setpoint shown to user
50 49 HREG_OUTPUT int16 1 Controller output Output from the TC1 temperature PI controller Temperature controller output -200 to -100 additional cooling, -100...-1=cooling, 0=nothing, 1...100=heat recovery, 101...200=additional heating or heat pump, 201...300=additional heating in heat pump units
51 50 Reserved Reserved
52 51 Reserved Reserved
53 52 Reserved Reserved
54 53 Reserved Reserved
55 54 Reserved Reserved
56 55 Reserved Reserved
57 56 Reserved Reserved
58 57 Reserved Reserved
59 58 Reserved Reserved
60 59 Reserved Reserved
61 60 Reserved Reserved
62 61 Reserved Reserved
63 62 Reserved Reserved
64 63 Reserved Reserved
65 64 Reserved Reserved
66 65 Reserved Reserved
67 66 Reserved Reserved
68 67 Reserved Reserved
69 68 Reserved Reserved
70 69 Reserved Reserved
71 70 Reserved Reserved
72 71 Reserved Reserved
73 72 Reserved Reserved
74 73 Reserved Reserved
75 74 Reserved Reserved
76 75 Reserved Reserved
77 76 Reserved Reserved
78 77 Reserved Reserved
79 78 Reserved Reserved
80 79 Reserved Reserved
81 80 Reserved Reserved
82 81 Reserved Reserved
83 82 Reserved Reserved
84 83 Reserved Reserved
85 84 Reserved Reserved
86 85 Reserved Reserved
87 86 Reserved Reserved
88 87 Reserved Reserved
89 88 Reserved Reserved
90 89 Reserved Reserved
91 90 Reserved Reserved
92 91 Reserved Reserved
93 92 Reserved Reserved
94 93 Reserved Reserved
95 94 Reserved Reserved
96 95 Reserved Reserved
97 96 Reserved Reserved
98 97 Reserved Reserved
99 98 Reserved Reserved
100 99 Reserved Reserved
101 100 Reserved Reserved
102 101 Reserved Reserved
103 102 Reserved Reserved
104 103 Reserved Reserved
105 104 HREG_AI1_TYPE uint16 1 Sensor type Type of external sensor in AI1. Sensor type
106 105 HREG_AI2_TYPE uint16 1 Sensor type Type of external sensor in AI2. Sensor type
107 106 HREG_AI3_TYPE uint16 1 Sensor type Type of external sensor in AI3. Sensor type
108 107 HREG_AI4_TYPE uint16 1 Sensor type Type of external sensor in AI4. Sensor type
109 108 HREG_AI5_TYPE uint16 1 Sensor type Type of external sensor in AI5. Sensor type
110 109 HREG_AI6_TYPE uint16 1 Sensor type Type of external sensor in AI6. Sensor type
111 110 HREG_AI1_VL uint16 10 0 - 100 Voltage low AI1 voltage low Voltage low Input signal lower limit
112 111 HREG_AI2_VL uint16 10 0 - 100 Voltage low AI2 voltage low Voltage low Input signal lower limit
113 112 HREG_AI3_VL uint16 10 0 - 100 Voltage low AI3 voltage low Voltage low Input signal lower limit
114 113 HREG_AI4_VL uint16 10 0 - 100 Voltage low AI4 voltage low Voltage low Input signal lower limit
115 114 HREG_AI5_VL uint16 10 0 - 100 Voltage low AI5 voltage low Voltage low Input signal lower limit
116 115 HREG_AI6_VL uint16 10 0 - 100 Voltage low AI6 voltage low Voltage low Input signal lower limit
117 116 HREG_AI1_VH uint16 10 0 - 100 Voltage high AI1 voltage high Voltage high Input signal upper limit
118 117 HREG_AI2_VH uint16 10 0 - 100 Voltage high AI2 voltage high Voltage high Input signal upper limit
119 118 HREG_AI3_VH uint16 10 0 - 100 Voltage high AI3 voltage high Voltage high Input signal upper limit
120 119 HREG_AI4_VH uint16 10 0 - 100 Voltage high AI4 voltage high Voltage high Input signal upper limit
121 120 HREG_AI5_VH uint16 10 0 - 100 Voltage high AI5 voltage high Voltage high Input signal upper limit
122 121 HREG_AI6_VH uint16 10 0 - 100 Voltage high AI6 voltage high Voltage high Input signal upper limit
123 122 HREG_AI1_RL int16 1 Result low AI1 output value from voltage low Voltage low, effect Result of input signal equivalent to Voltage low value
124 123 HREG_AI2_RL int16 1 Result low AI2 output value from voltage low Voltage low, effect Result of input signal equivalent to Voltage low value
125 124 HREG_AI3_RL int16 1 Result low AI3 output value from voltage low Voltage low, effect Result of input signal equivalent to Voltage low value
126 125 HREG_AI4_RL int16 1 Result low AI4 output value from voltage low Voltage low, effect Result of input signal equivalent to Voltage low value
127 126 HREG_AI5_RL int16 1 Result low AI5 output value from voltage low Voltage low, effect Result of input signal equivalent to Voltage low value
128 127 HREG_AI6_RL int16 1 Result low AI6 output value from voltage low Voltage low, effect Result of input signal equivalent to Voltage low value
129 128 HREG_AI1_RH int16 1 Result high AI1 output value from voltage high Voltage high, effect Result of input signal equivalent to Voltage high value
130 129 HREG_AI2_RH int16 1 Result high AI2 output value from voltage high Voltage high, effect Result of input signal equivalent to Voltage high value
131 130 HREG_AI3_RH int16 1 Result high AI3 output value from voltage high Voltage high, effect Result of input signal equivalent to Voltage high value
132 131 HREG_AI4_RH int16 1 Result high AI4 output value from voltage high Voltage high, effect Result of input signal equivalent to Voltage high value
133 132 HREG_AI5_RH int16 1 Result high AI5 output value from voltage high Voltage high, effect Result of input signal equivalent to Voltage high value
134 133 HREG_AI6_RH int16 1 Result high AI6 output value from voltage high Voltage high, effect Result of input signal equivalent to Voltage high value
135 134 HREG_TE01_24H_AVG int16 10 Average outside temperature 24-hour outside temperature average
136 135 HREG_T_SETPOINT int16 10 0 - 500 Supply air setpoint The desired setpoint set by the user. Supply air setpoint Desired setpoint set by the user
137 136 Reserved Reserved
138 137 HREG_TE01_SUMMER_WINTER_THRESHOLD int16 10 -100 - 150 Summer/Winter threshold Summer/Winter season 24-hour average outside temperature threshold value Summer/winter threshold temperature Outside air 24h average temperature; in summer mode extract air 48h average humidity, in winter mode a fixed \%RH threshold
139 138 Reserved Reserved
140 139 Reserved Reserved
141 140 Reserved Reserved
142 141 Reserved Reserved
143 142 Reserved Reserved
144 143 Reserved Reserved
145 144 Reserved Reserved
146 145 Reserved Reserved
147 146 Reserved Reserved
148 147 Reserved Reserved
149 148 Reserved Reserved
150 149 Reserved Reserved
151 150 Reserved Reserved
152 151 Reserved Reserved
153 152 Reserved Reserved
154 153 Reserved Reserved
155 154 Reserved Reserved
156 155 Reserved Reserved
157 156 Reserved Reserved
158 157 Reserved Reserved
159 158 Reserved Reserved
160 159 Reserved Reserved
161 160 Reserved Reserved
162 161 Reserved Reserved
163 162 Reserved Reserved
164 163 Reserved Reserved
165 164 Reserved Reserved
166 165 Reserved Reserved
167 166 Reserved Reserved
168 167 Reserved Reserved
169 168 Reserved Reserved
170 169 Reserved Reserved
171 170 Reserved Reserved
172 171 Reserved Reserved
173 172 HREG_TEMP_DECREASE_VAL int16 10 0 - 150 Temperature decrease The amount of degrees the temperature should be lowered then temperature decrease function is on. Temperature decrease Number of degrees, under which the temperature should be maintained when temperature decrease function is on Low limit can be negative to enable temperature increase function.
174 173 Reserved Reserved
175 174 Reserved Reserved
176 175 Reserved Reserved
177 176 Reserved Reserved
178 177 Reserved Reserved
179 178 Reserved Reserved
180 179 Reserved Reserved
181 180 Reserved Reserved
182 181 Reserved Reserved
183 182 Reserved Reserved
184 183 Reserved Reserved
185 184 Reserved Reserved
186 185 Reserved Reserved
187 186 Reserved Reserved
188 187 Reserved Reserved
189 188 Reserved Reserved
190 189 Reserved Reserved
191 190 Reserved Reserved
192 191 Reserved Reserved
193 192 Reserved Reserved
194 193 Reserved Reserved
195 194 Reserved Reserved
196 195 Reserved Reserved
197 196 Reserved Reserved
198 197 Reserved Reserved
199 198 Reserved Reserved
200 199 Reserved Reserved
201 200 Reserved Reserved
202 201 Reserved Reserved
203 202 Reserved Reserved
204 203 Reserved Reserved
205 204 Reserved Reserved
206 205 Reserved Reserved
207 206 Reserved Reserved
208 207 Reserved Reserved
209 208 Reserved Reserved
210 209 Reserved Reserved
211 210 HREG_DAY_WC1 bitfield 1 Week timer slot #1 Week timer 1 Days when allowed. Days Bit 0: Sunday Bit 6: Saturday
212 211 HREG_STA_HOUR_WC1 uint16 1 Week timer 1 Start h WC1 Start h WC1 Start h
213 212 HREG_STA_MIN_WC1 uint16 1 Week timer 1 Start m WC1 Start m WC1 Start m
214 213 HREG_STO_HOUR_WC1 uint16 1 Week timer 1 Stop h WC1 Stop h WC1 Stop h
215 214 HREG_STO_MIN_WC1 uint16 1 Week timer 1 Stop m WC1 Stop m WC1 Stop m
216 215 HREG_WC1 enumeration 1 Week timer 1 Function WC1 Function WC1 Function
217 216 HREG_DAY_WC2 bitfield 1 Week timer slot #2 Week timer 2 Days when allowed. Days Days #define TIMER_PROGRAM_OFF 0 #define TIMER_AWAY 1 #define TIMER_AWAY_LONG 2 #define TIMER_HEAT_DIS 3 #define TIMER_COOL_DIS 4 #define TIMER_TEMP_DECR 5 #define TIMER_MAX_H 6 #define TIMER_MAX_C 7 #define TIMER_RELAY 16 #define TIMER_BOOST 17 /* Circulation air state change time program (Pallas) */ #define TIMER_CLOSED_CIRCULATION 18 /* This time program function is relevant in OFFICE program variant (use * method) and it means that the machine should be running (instead of * being in STOP state). */ #define TIMER_RUNTIME 30
218 217 HREG_STA_HOUR_WC2 uint16 1 Week timer 2 Start h WC1 Start h WC1 Start h
219 218 HREG_STA_MIN_WC2 uint16 1 Week timer 2 Start m WC1 Start m WC1 Start m
220 219 HREG_STO_HOUR_WC2 uint16 1 Week timer 2 Stop h WC1 Stop h WC1 Stop h
221 220 HREG_STO_MIN_WC2 uint16 1 Week timer 2 Stop m WC1 Stop m WC1 Stop m
222 221 HREG_WC2 enumeration 1 Week timer 2 Function WC1 Function WC1 Function
223 222 HREG_DAY_WC3 bitfield 1 Week timer slot #3 Week timer 3 Days when allowed. Days Days
224 223 HREG_STA_HOUR_WC3 uint16 1 Week timer 3 Start h WC1 Start h WC1 Start h
225 224 HREG_STA_MIN_WC3 uint16 1 Week timer 3 Start m WC1 Start m WC1 Start m
226 225 HREG_STO_HOUR_WC3 uint16 1 Week timer 3 Stop h WC1 Stop h
227 226 HREG_STO_MIN_WC3 uint16 1 Week timer 3 Stop m WC1 Stop m WC1 Stop m
228 227 HREG_WC3 enumeration 1 Week timer 3 Function WC1 Function WC1 Function
229 228 HREG_DAY_WC4 bitfield 1 Week timer slot #4 Week timer 4 Days when allowed. Days Days
230 229 HREG_STA_HOUR_WC4 uint16 1 Week timer 4 Start h WC1 Start h WC1 Start h
231 230 HREG_STA_MIN_WC4 uint16 1 Week timer 4 Start m WC1 Start m WC1 Start m
232 231 HREG_STO_HOUR_WC4 uint16 1 Week timer 4 Stop h WC1 Stop h WC1 Stop h
233 232 HREG_STO_MIN_WC4 uint16 1 Week timer 4 Stop m WC1 Stop m WC1 Stop m
234 233 HREG_WC4 uint16 1 Week timer 4 Function
235 234 HREG_DAY_WC5 bitfield 1 Week timer slot #5 Week timer 5 Days when allowed. Days Days
236 235 HREG_STA_HOUR_WC5 uint16 1 Week timer 5 Start h WC1 Start h WC1 Start h
237 236 HREG_STA_MIN_WC5 uint16 1 Week timer 5 Start m WC1 Start m WC1 Start m
238 237 HREG_STO_HOUR_WC5 uint16 1 Week timer 5 Stop h WC1 Stop h WC1 Stop h
239 238 HREG_STO_MIN_WC5 uint16 1 Week timer 5 Stop m WC1 Stop m WC1 Stop m
240 239 HREG_WC5 uint16 1 Week timer 5 Function
241 240 HREG_DAY_WC6 bitfield 1 Week timer slot #6 Week timer 6 Days when allowed. Days Days
242 241 HREG_STA_HOUR_WC6 uint16 1 Week timer 6 Start h WC1 Start h WC1 Start h
243 242 HREG_STA_MIN_WC6 uint16 1 Week timer 6 Start m
244 243 HREG_STO_HOUR_WC6 uint16 1 Week timer 6 Stop h
245 244 HREG_STO_MIN_WC6 uint16 1 Week timer 6 Stop m
246 245 HREG_WC6 uint16 1 Week timer 6 Function
247 246 HREG_DAY_WC7 bitfield 1 Week timer slot #7 Week timer 7 Days when allowed. Days Days
248 247 HREG_STA_HOUR_WC7 uint16 1 Week timer 7 Start h WC1 Start h WC1 Start h
249 248 HREG_STA_MIN_WC7 uint16 1 Week timer 7 Start m
250 249 HREG_STO_HOUR_WC7 uint16 1 Week timer 7 Stop h
251 250 HREG_STO_MIN_WC7 uint16 1 Week timer 7 Stop m
252 251 HREG_WC7 uint16 1 undefined Week timer 7 Function
253 252 HREG_DAY_WC8 bitfield 1 Week timer slot #8 Week timer 8 Days when allowed. Days Days
254 253 HREG_STA_HOUR_WC8 uint16 1 Week timer 8 Start h WC1 Start h WC1 Start h
255 254 HREG_STA_MIN_WC8 uint16 1 Week timer 8 Start m
256 255 HREG_STO_HOUR_WC8 uint16 1 Week timer 8 Stop h
257 256 HREG_STO_MIN_WC8 uint16 1 Week timer 8 Stop m
258 257 HREG_WC8 uint16 1 undefined Week timer 8 Function
259 258 HREG_DAY_WC9 bitfield 1 Week timer slot #9 Week timer 9 Days when allowed. Days Days
260 259 HREG_STA_HOUR_WC9 uint16 1 Week timer 9 Start h
261 260 HREG_STA_MIN_WC9 uint16 1 Week timer 9 Start m
262 261 HREG_STO_HOUR_WC9 uint16 1 Week timer 9 Stop h
263 262 HREG_STO_MIN_WC9 uint16 1 Week timer 9 Stop m
264 263 HREG_WC9 uint16 1 Week timer 9 Function
265 264 HREG_DAY_WC10 bitfield 1 Week timer slot #10 Week timer 10 Days when allowed. Days Days
266 265 HREG_STA_HOUR_WC10 uint16 1 Week timer 10 Start h
267 266 HREG_STA_MIN_WC10 uint16 1 Week timer 10 Start m
268 267 HREG_STO_HOUR_WC10 uint16 1 Week timer 10 Stop h
269 268 HREG_STO_MIN_WC10 uint16 1 Week timer 10 Stop m
270 269 HREG_WC10 uint16 1 Week timer 10 Function
271 270 HREG_DAY_WC11 bitfield 1 Week timer slot #11 Week timer 11 Days when allowed. Days Days
272 271 HREG_STA_HOUR_WC11 uint16 1 Week timer 11 Start h
273 272 HREG_STA_MIN_WC11 uint16 1 Week timer 11 Start m
274 273 HREG_STO_HOUR_WC11 uint16 1 Week timer 11 Stop h
275 274 HREG_STO_MIN_WC11 uint16 1 Week timer 11 Stop m
276 275 HREG_WC11 uint16 1 Week timer 11 Function
277 276 HREG_DAY_WC12 bitfield 1 Week timer slot #12 Week timer 12 Days when allowed. Days Days
278 277 HREG_STA_HOUR_WC12 uint16 1 Week timer 12 Start h
279 278 HREG_STA_MIN_WC12 uint16 1 Week timer 12 Start m
280 279 HREG_STO_HOUR_WC12 uint16 1 Week timer 12 Stop h
281 280 HREG_STO_MIN_WC12 uint16 1 Week timer 12 Stop m
282 281 HREG_WC12 uint16 1 Week timer 12 Function
283 282 HREG_DAY_WC13 bitfield 1 Week timer slot #13 Week timer 13 Days when allowed. Days Days
284 283 HREG_STA_HOUR_WC13 uint16 1 Week timer 13 Start h
285 284 HREG_STA_MIN_WC13 uint16 1 Week timer 13 Start m
286 285 HREG_STO_HOUR_WC13 uint16 1 Week timer 13 Stop h
287 286 HREG_STO_MIN_WC13 uint16 1 Week timer 13 Stop m
288 287 HREG_WC13 uint16 1 Week timer 13 Function
289 288 HREG_DAY_WC14 bitfield 1 Week timer slot #14 Week timer 14 Days when allowed. Days Days
290 289 HREG_STA_HOUR_WC14 uint16 1 Week timer 14 Start h
291 290 HREG_STA_MIN_WC14 uint16 1 Week timer 14 Start m
292 291 HREG_STO_HOUR_WC14 uint16 1 Week timer 14 Stop h
293 292 HREG_STO_MIN_WC14 uint16 1 Week timer 14 Stop m
294 293 HREG_WC14 uint16 1 Week timer 14 Function
295 294 HREG_DAY_WC15 bitfield 1 Week timer slot #15 Week timer 15 Days when allowed. Days Days
296 295 HREG_STA_HOUR_WC15 uint16 1 Week timer 15 Start h
297 296 HREG_STA_MIN_WC15 uint16 1 Week timer 15 Start m
298 297 HREG_STO_HOUR_WC15 uint16 1 Week timer 15 Stop h
299 298 HREG_STO_MIN_WC15 uint16 1 Week timer 15 Stop m
300 299 HREG_WC15 uint16 1 Week timer 15 Function
301 300 HREG_DAY_WC16 bitfield 1 Week timer slot #16 Week timer 16 Days when allowed. Days Days
302 301 HREG_STA_HOUR_WC16 uint16 1 Week timer 16 Start h
303 302 HREG_STA_MIN_WC16 uint16 1 Week timer 16 Start m
304 303 HREG_STO_HOUR_WC16 uint16 1 Week timer 16 Stop h
305 304 HREG_STO_MIN_WC16 uint16 1 Week timer 16 Stop m
306 305 HREG_WC16 uint16 1 Week timer 16 Function
307 306 HREG_DAY_WC17 bitfield 1 Week timer slot #17 Week timer 17 Days when allowed. Days Days
308 307 HREG_STA_HOUR_WC17 uint16 1 Week timer 17 Start h
309 308 HREG_STA_MIN_WC17 uint16 1 Week timer 17 Start m
310 309 HREG_STO_HOUR_WC17 uint16 1 Week timer 17 Stop h
311 310 HREG_STO_MIN_WC17 uint16 1 Week timer 17 Stop m
312 311 HREG_WC17 uint16 1 Week timer 17 Function
313 312 HREG_DAY_WC18 bitfield 1 Week timer slot #18 Week timer 18 Days when allowed. Days Days
314 313 HREG_STA_HOUR_WC18 uint16 1 Week timer 18 Start h
315 314 HREG_STA_MIN_WC18 uint16 1 Week timer 18 Start m
316 315 HREG_STO_HOUR_WC18 uint16 1 Week timer 18 Stop h
317 316 HREG_STO_MIN_WC18 uint16 1 Week timer 18 Stop m
318 317 HREG_WC18 uint16 1 Week timer 18 Function
319 318 HREG_DAY_WC19 bitfield 1 Week timer slot #19 Week timer 19 Days when allowed. Days Days
320 319 HREG_STA_HOUR_WC19 uint16 1 Week timer 19 Start h
321 320 HREG_STA_MIN_WC19 uint16 1 Week timer 19 Start m
322 321 HREG_STO_HOUR_WC19 uint16 1 Week timer 19 Stop h
323 322 HREG_STO_MIN_WC19 uint16 1 Week timer 19 Stop m
324 323 HREG_WC19 uint16 1 Week timer 19 Function
325 324 HREG_DAY_WC20 bitfield 1 Week timer slot #20 Week timer 20 Days when allowed. Days Days
326 325 HREG_STA_HOUR_WC20 uint16 1 Week timer 20 Start h
327 326 HREG_STA_MIN_WC20 uint16 1 Week timer 20 Start m
328 327 HREG_STO_HOUR_WC20 uint16 1 Week timer 20 Stop h
329 328 HREG_STO_MIN_WC20 uint16 1 Week timer 20 Stop m
330 329 HREG_WC20 uint16 1 Week timer 20 Function
331 330 HREG_STA_PV_Y1 uint16 1 Year timer slot #1 Year program 1 start day-of-month
332 331 HREG_STA_KK_Y1 uint16 1 Year program 1 stop month
333 332 HREG_ACTIVE_TIMEPROGRAMS_1 uint16 1 Active time programs, week slots 1-16
334 333 HREG_STA_HOUR_Y1 uint16 1 Year program 1 start hour
335 334 HREG_STA_MIN_Y1 uint16 1 Year program 1 start minute
336 335 HREG_STO_PV_Y1 uint16 1 Year program 1 stop day of month
337 336 HREG_STO_KK_Y1 uint16 1 Year program 1 stop month
338 337 HREG_ACTIVE_TIMEPROGRAMS_2 uint16 1 Active time programs, week slots 17-20 and year slots 1-5
339 338 HREG_STO_HOUR_Y1 uint16 1 Year program 1 stop hour
340 339 HREG_STO_MIN_Y1 uint16 1 Year program 1 stop minute
341 340 HREG_Y1 uint16 1 Year program 1 action #define TIMER_PROGRAM_OFF 0 #define TIMER_AWAY 1 #define TIMER_AWAY_LONG 2 #define TIMER_HEAT_DIS 3 #define TIMER_COOL_DIS 4 #define TIMER_TEMP_DECR 5 #define TIMER_MAX_H 6 #define TIMER_MAX_C 7 #define TIMER_RELAY 16 #define TIMER_BOOST 17 /* Circulation air state change time program (Pallas) */ #define TIMER_CLOSED_CIRCULATION 18 /* This time program function is relevant in OFFICE program variant (use * method) and it means that the machine should be running (instead of * being in STOP state). */ #define TIMER_RUNTIME 30
342 341 HREG_STA_PV_Y2 uint16 1 Year timer slot #2 Year program 2 start day-of-month
343 342 HREG_STA_KK_Y2 uint16 1 Year program 2 stop month
344 343 HREG_UPTIME uint16 1 System uptime Warning: the count is approximative, it should not be used for time-keeping purposes
345 344 HREG_STA_HOUR_Y2 uint16 1 Year program 2 start hour
346 345 HREG_STA_MIN_Y2 uint16 1 Year program 2 start minute
347 346 HREG_STO_PV_Y2 uint16 1 Year program 2 stop day of month
348 347 HREG_STO_KK_Y2 uint16 1 Year program 2 stop month
349 348 Reserved uint16 1 Number of active panel bus units Reserved
350 349 HREG_STO_HOUR_Y2 uint16 1 Year program 2 stop hour
351 350 HREG_STO_MIN_Y2 uint16 1 Year program 2 stop minute
352 351 HREG_Y2 uint16 1 Year program 2 action
353 352 HREG_STA_PV_Y3 uint16 1 Year timer slot #3 Year program 3 start day-of-month
354 353 HREG_STA_KK_Y3 uint16 1 Year program 3 stop month
355 354 HREG_BOOTLOADER_VERSION uint16 1 Bootloader version
356 355 HREG_STA_HOUR_Y3 uint16 1 Year program 3 start hour
357 356 HREG_STA_MIN_Y3 uint16 1 Year program 3 start minute
358 357 HREG_STO_PV_Y3 uint16 1 Year program 3 stop day of month
359 358 HREG_STO_KK_Y3 uint16 1 Year program 3 stop month
360 359 HREG_FILTER_TEST_HR uint16 1 Filter test hour
361 360 HREG_STO_HOUR_Y3 uint16 1 Year program 3 stop hour
362 361 HREG_STO_MIN_Y3 uint16 1 Year program 3 stop minute
363 362 HREG_Y3 uint16 1 Year program 3 action
364 363 HREG_STA_PV_Y4 uint16 1 Year timer slot #4 Year program 4 start day-of-month
365 364 HREG_STA_KK_Y4 uint16 1 Year program 4 stop month
366 365 HREG_FILTER_TEST_DAYS uint16 1 Filter test day-of-week Expressed as a bitfield similar to week time programs
367 366 HREG_STA_HOUR_Y4 uint16 1 Year program 4 start hour
368 367 HREG_STA_MIN_Y4 uint16 1 Year program 4 start minute
369 368 HREG_STO_PV_Y4 uint16 1 Year program 4 stop day of month
370 369 HREG_STO_KK_Y4 uint16 1 Year program 4 stop month
371 370 HREG_FILTER_TEST_TF uint16 1 Filter test TF fan speed During filter test mode TF will run at this constant fanspeed even in constant duct pressure mode. Note that if value is outside range 20-100, 100% will be used
372 371 HREG_STO_HOUR_Y4 uint16 1 Year program 4 stop hour
373 372 HREG_STO_MIN_Y4 uint16 1 Year program 4 stop minute
374 373 HREG_Y4 uint16 1 Year program 4 action
375 374 HREG_STA_PV_Y5 uint16 1 Year timer slot #5 Year program 5 start day-of-month
376 375 HREG_STA_KK_Y5 uint16 1 Year program 5 stop month
377 376 HREG_FILTER_TEST_PF uint16 1 Filter test PF fan speed During filter test mode PF will run at this constant fanspeed even in constant duct pressure mode. Note that if value is outside range 20-100, 100% will be used
378 377 HREG_STA_HOUR_Y5 uint16 1 Year program 5 start hour
379 378 HREG_STA_MIN_Y5 uint16 1 Year program 5 start minute
380 379 HREG_STO_PV_Y5 uint16 1 Year program 5 stop day of month
381 380 HREG_STO_KK_Y5 uint16 1 Year program 5 stop month
382 381 Reserved Reserved
383 382 HREG_STO_HOUR_Y5 uint16 1 Year program 5 stop hour
384 383 HREG_STO_MIN_Y5 uint16 1 Year program 5 stop minute
385 384 HREG_Y5 uint16 1 Year program 5 action
386 385 HREG_ALARM1_ALMTYPE uint16 1 Alarm log entry #1 Alarm 1 (newest) alarm type Alarm 1 (newest) alarm type ALARM_TE05_L = 1, ALARM_TE10_L = 2, ALARM_TE10_H = 3, ALARM_TE20_H = 4, ALARM_TE30_L = 5, ALARM_TE30_H = 6, ALARM_HP = 7, /* This is both HP and MDX */ ALARM_SLP = 8, ALARM_TE45_L = 9, ALARM_LTO = 10, ALARM_COOL = 11, ALARM_EMERGENCY_STOP = 12 , ALARM_EXTERNAL = 13, /** This used to be ALARM_FIRE on EDA */ ALARM_SERVICE =14 , ALARM_PDS10 = 15, ALARM_SPLY_FILT_H = 16, ALARM_EXT_FILT_H = 17, ALARM_SPLY_FILT_L = 18 , /* This alarm is actually not in use. It is relevant only for large machines with 2-speed fan control */ ALARM_EXT_FILT_L = 19 , /* This alarm is actually not in use. It is relevant only for large machines with 2-speed fan control */ ALARM_TF_PRES = 20, ALARM_PF_PRES = 21 , ALARM_TE50_H = 22, ALARM_TE52_H = 24, ALARM_TF_ROTATION = 25, ALARM_PF_ROTATION = 26, ALARM_TE02_H = 27, ALARM_SERVICE_CONSTANT_DUCT_PRES = 28, /* Under constant duct pressure control, Service alarm is triggered then fanspeeds reach a defined limit */
387 386 HREG_ALARM1_STATECLASS uint16 1 Alarm 1 This defines the status (low byte) of the alarm ALARM_STATE_OFF = 0, ALARM_STATE_ACKED = 1, ALARM_STATE_ON = 2. Write 1 or 2 to this register to acknowledge the alarm.
388 387 HREG_ALARM1_YY uint16 1 Alarm 1 Alarm year
389 388 HREG_ALARM1_MM uint16 1 Alarm 1 Alarm month
390 389 HREG_ALARM1_DD uint16 1 Alarm 1 Alarm day.
391 390 HREG_ALARM1_HH uint16 1 Alarm 1 Alarm hour
392 391 HREG_ALARM1_MI uint16 1 Alarm 1 Alarm minutes
393 392 HREG_ALARM2_ALMTYPE uint16 1 Alarm log entry #2 Alarm 2 (newest) alarm type
394 393 HREG_ALARM2_STATECLASS uint16 1 Alarm 2 This defines the status (low byte) of the alarm
395 394 HREG_ALARM2_YY uint16 1 Alarm 2 Alarm year
396 395 HREG_ALARM2_MM uint16 1 Alarm 2 Alarm month
397 396 HREG_ALARM2_DD uint16 1 Alarm 2 Alarm day.
398 397 HREG_ALARM2_HH uint16 1 Alarm 2 Alarm hour
399 398 HREG_ALARM2_MI uint16 1 Alarm 2 Alarm minutes
400 399 HREG_ALARM3_ALMTYPE uint16 1 Alarm log entry #3 Alarm 3 (newest) alarm type
401 400 HREG_ALARM3_STATECLASS uint16 1 Alarm 3 This defines the status (low byte) of the alarm
402 401 HREG_ALARM3_YY uint16 1 Alarm 3 Alarm year
403 402 HREG_ALARM3_MM uint16 1 Alarm 3 Alarm month
404 403 HREG_ALARM3_DD uint16 1 Alarm 3 Alarm day.
405 404 HREG_ALARM3_HH uint16 1 Alarm 3 Alarm hour
406 405 HREG_ALARM3_MI uint16 1 Alarm 3 Alarm minutes
407 406 HREG_ALARM4_ALMTYPE uint16 1 Alarm log entry #4 Alarm 4 (newest) alarm type
408 407 HREG_ALARM4_STATECLASS uint16 1 Alarm 4 This defines the status (low byte) of the alarm
409 408 HREG_ALARM4_YY uint16 1 Alarm 4 Alarm year
410 409 HREG_ALARM4_MM uint16 1 Alarm 4 Alarm month
411 410 HREG_ALARM4_DD uint16 1 Alarm 4 Alarm day.
412 411 HREG_ALARM4_HH uint16 1 Alarm 4 Alarm hour
413 412 HREG_ALARM4_MI uint16 1 Alarm 4 Alarm minutes
414 413 HREG_ALARM5_ALMTYPE uint16 1 Alarm log entry #5 Alarm 5 (newest) alarm type
415 414 HREG_ALARM5_STATECLASS uint16 1 Alarm 5 This defines the status (low byte) of the alarm
416 415 HREG_ALARM5_YY uint16 1 Alarm 5 Alarm year
417 416 HREG_ALARM5_MM uint16 1 Alarm 5 Alarm month
418 417 HREG_ALARM5_DD uint16 1 Alarm 5 Alarm day.
419 418 HREG_ALARM5_HH uint16 1 Alarm 5 Alarm hour
420 419 HREG_ALARM5_MI uint16 1 Alarm 5 Alarm minutes
421 420 HREG_ALARM6_ALMTYPE uint16 1 Alarm log entry #6 Alarm 6 (newest) alarm type
422 421 HREG_ALARM6_STATECLASS uint16 1 Alarm 6 This defines the status (low byte) of the alarm
423 422 HREG_ALARM6_YY uint16 1 Alarm 6 Alarm year
424 423 HREG_ALARM6_MM uint16 1 Alarm 6 Alarm month
425 424 HREG_ALARM6_DD uint16 1 Alarm 6 Alarm day.
426 425 HREG_ALARM6_HH uint16 1 Alarm 6 Alarm hour
427 426 HREG_ALARM6_MI uint16 1 Alarm 6 Alarm minutes
428 427 HREG_ALARM7_ALMTYPE uint16 1 Alarm log entry #7 Alarm 7 (newest) alarm type
429 428 HREG_ALARM7_STATECLASS uint16 1 Alarm 7 This defines the status (low byte) of the alarm
430 429 HREG_ALARM7_YY uint16 1 Alarm 7 Alarm year
431 430 HREG_ALARM7_MM uint16 1 Alarm 7 Alarm month
432 431 HREG_ALARM7_DD uint16 1 Alarm 7 Alarm day.
433 432 HREG_ALARM7_HH uint16 1 Alarm 7 Alarm hour
434 433 HREG_ALARM7_MI uint16 1 Alarm 7 Alarm minutes
435 434 HREG_ALARM8_ALMTYPE uint16 1 Alarm log entry #8 Alarm 8 (newest) alarm type
436 435 HREG_ALARM8_STATECLASS uint16 1 Alarm 8 This defines the status (low byte) of the alarm
437 436 HREG_ALARM8_YY uint16 1 Alarm 8 Alarm year
438 437 HREG_ALARM8_MM uint16 1 Alarm 8 Alarm month
439 438 HREG_ALARM8_DD uint16 1 Alarm 8 Alarm day.
440 439 HREG_ALARM8_HH uint16 1 Alarm 8 Alarm hour
441 440 HREG_ALARM8_MI uint16 1 Alarm 8 Alarm minutes
442 441 HREG_ALARM9_ALMTYPE uint16 1 Alarm log entry #9 Alarm 9 (newest) alarm type
443 442 HREG_ALARM9_STATECLASS uint16 1 Alarm 9 This defines the status (low byte) of the alarm
444 443 HREG_ALARM9_YY uint16 1 Alarm 9 Alarm year
445 444 HREG_ALARM9_MM uint16 1 Alarm 9 Alarm month
446 445 HREG_ALARM9_DD uint16 1 Alarm 9 Alarm day.
447 446 HREG_ALARM9_HH uint16 1 Alarm 9 Alarm hour
448 447 HREG_ALARM9_MI uint16 1 Alarm 9 Alarm minutes
449 448 HREG_ALARM10_ALMTYPE uint16 1 Alarm log entry #10 Alarm 10 (newest) alarm type
450 449 HREG_ALARM10_STATECLASS uint16 1 Alarm 10 This defines the status (low byte) of the alarm
451 450 HREG_ALARM10_YY uint16 1 Alarm 10 Alarm year
452 451 HREG_ALARM10_MM uint16 1 Alarm 10 Alarm month
453 452 HREG_ALARM10_DD uint16 1 Alarm 10 Alarm day.
454 453 HREG_ALARM10_HH uint16 1 Alarm 10 Alarm hour
455 454 HREG_ALARM10_MI uint16 1 Alarm 10 Alarm minutes
456 455 HREG_ALARM11_ALMTYPE uint16 1 Alarm log entry #11 Alarm 11 (newest) alarm type
457 456 HREG_ALARM11_STATECLASS uint16 1 Alarm 11 This defines the status (low byte) of the alarm
458 457 HREG_ALARM11_YY uint16 1 Alarm 11 Alarm year
459 458 HREG_ALARM11_MM uint16 1 Alarm 11 Alarm month
460 459 HREG_ALARM11_DD uint16 1 Alarm 11 Alarm day.
461 460 HREG_ALARM11_HH uint16 1 Alarm 11 Alarm hour
462 461 HREG_ALARM11_MI uint16 1 Alarm 11 Alarm minutes
463 462 HREG_ALARM12_ALMTYPE uint16 1 Alarm log entry #12 Alarm 12 (newest) alarm type
464 463 HREG_ALARM12_STATECLASS uint16 1 Alarm 12 This defines the status (low byte) of the alarm
465 464 HREG_ALARM12_YY uint16 1 Alarm 12 Alarm year
466 465 HREG_ALARM12_MM uint16 1 Alarm 12 Alarm month
467 466 HREG_ALARM12_DD uint16 1 Alarm 12 Alarm day.
468 467 HREG_ALARM12_HH uint16 1 Alarm 12 Alarm hour
469 468 HREG_ALARM12_MI uint16 1 Alarm 12 Alarm minutes
470 469 HREG_ALARM13_ALMTYPE uint16 1 Alarm log entry #13 Alarm 13 (newest) alarm type
471 470 HREG_ALARM13_STATECLASS uint16 1 Alarm 13 This defines the status (low byte) of the alarm
472 471 HREG_ALARM13_YY uint16 1 Alarm 13 Alarm year
473 472 HREG_ALARM13_MM uint16 1 Alarm 13 Alarm month
474 473 HREG_ALARM13_DD uint16 1 Alarm 13 Alarm day.
475 474 HREG_ALARM13_HH uint16 1 Alarm 13 Alarm hour
476 475 HREG_ALARM13_MI uint16 1 Alarm 13 Alarm minutes
477 476 HREG_ALARM14_ALMTYPE uint16 1 Alarm log entry #14 Alarm 14 (newest) alarm type
478 477 HREG_ALARM14_STATECLASS uint16 1 Alarm 14 This defines the status (low byte) of the alarm
479 478 HREG_ALARM14_YY uint16 1 Alarm 14 Alarm year
480 479 HREG_ALARM14_MM uint16 1 Alarm 14 Alarm month
481 480 HREG_ALARM14_DD uint16 1 Alarm 14 Alarm day.
482 481 HREG_ALARM14_HH uint16 1 Alarm 14 Alarm hour
483 482 HREG_ALARM14_MI uint16 1 Alarm 14 Alarm minutes
484 483 HREG_ALARM15_ALMTYPE uint16 1 Alarm log entry #15 Alarm 15 (newest) alarm type
485 484 HREG_ALARM15_STATECLASS uint16 1 Alarm 15 This defines the status (low byte) of the alarm
486 485 HREG_ALARM15_YY uint16 1 Alarm 15 Alarm year
487 486 HREG_ALARM15_MM uint16 1 Alarm 15 Alarm month
488 487 HREG_ALARM15_DD uint16 1 Alarm 15 Alarm day.
489 488 HREG_ALARM15_HH uint16 1 Alarm 15 Alarm hour
490 489 HREG_ALARM15_MI uint16 1 Alarm 15 Alarm minutes
491 490 HREG_ALARM16_ALMTYPE uint16 1 Alarm log entry #16 Alarm 16 (newest) alarm type
492 491 HREG_ALARM16_STATECLASS uint16 1 Alarm 16 This defines the status (low byte) of the alarm
493 492 HREG_ALARM16_YY uint16 1 Alarm 16 Alarm year
494 493 HREG_ALARM16_MM uint16 1 Alarm 16 Alarm month
495 494 HREG_ALARM16_DD uint16 1 Alarm 16 Alarm day.
496 495 HREG_ALARM16_HH uint16 1 Alarm 16 Alarm hour
497 496 HREG_ALARM16_MI uint16 1 Alarm 16 Alarm minutes
498 497 HREG_ALARM17_ALMTYPE uint16 1 Alarm log entry #17 Alarm 17 (newest) alarm type
499 498 HREG_ALARM17_STATECLASS uint16 1 Alarm 17 This defines the status (low byte) of the alarm
500 499 HREG_ALARM17_YY uint16 1 Alarm 17 Alarm year
501 500 HREG_ALARM17_MM uint16 1 Alarm 17 Alarm month
502 501 HREG_ALARM17_DD uint16 1 Alarm 17 Alarm day.
503 502 HREG_ALARM17_HH uint16 1 Alarm 17 Alarm hour
504 503 HREG_ALARM17_MI uint16 1 Alarm 17 Alarm minutes
505 504 HREG_ALARM18_ALMTYPE uint16 1 Alarm log entry #18 Alarm 18 (newest) alarm type
506 505 HREG_ALARM18_STATECLASS uint16 1 Alarm 18 This defines the status (low byte) of the alarm
507 506 HREG_ALARM18_YY uint16 1 Alarm 18 Alarm year
508 507 HREG_ALARM18_MM uint16 1 Alarm 18 Alarm month
509 508 HREG_ALARM18_DD uint16 1 Alarm 18 Alarm day.
510 509 HREG_ALARM18_HH uint16 1 Alarm 18 Alarm hour
511 510 HREG_ALARM18_MI uint16 1 Alarm 18 Alarm minutes
512 511 HREG_ALARM19_ALMTYPE uint16 1 Alarm log entry #19 Alarm 19 (newest) alarm type
513 512 HREG_ALARM19_STATECLASS uint16 1 Alarm 19 This defines the status (low byte) of the alarm
514 513 HREG_ALARM19_YY uint16 1 Alarm 19 Alarm year
515 514 HREG_ALARM19_MM uint16 1 Alarm 19 Alarm month
516 515 HREG_ALARM19_DD uint16 1 Alarm 19 Alarm day.
517 516 HREG_ALARM19_HH uint16 1 Alarm 19 Alarm hour
518 517 HREG_ALARM19_MI uint16 1 Alarm 19 Alarm minutes
519 518 HREG_ALARM20_ALMTYPE uint16 1 Alarm log entry #20 Alarm 20 (newest) alarm type
520 519 HREG_ALARM20_STATECLASS uint16 1 Alarm 20 This defines the status (low byte) of the alarm
521 520 HREG_ALARM20_YY uint16 1 Alarm 20 Alarm year
522 521 HREG_ALARM20_MM uint16 1 Alarm 20 Alarm month
523 522 HREG_ALARM20_DD uint16 1 Alarm 20 Alarm day.
524 523 HREG_ALARM20_HH uint16 1 Alarm 20 Alarm hour
525 524 HREG_ALARM20_MI uint16 1 Alarm 20 Alarm minutes
526 525 Reserved Reserved
527 526 Reserved Reserved
528 527 Reserved Reserved
529 528 Reserved Reserved
530 529 Reserved Reserved
531 530 Reserved Reserved
532 531 Reserved Reserved
533 532 Reserved Reserved
534 533 Reserved Reserved
535 534 Reserved Reserved
536 535 Reserved Reserved
537 536 Reserved Reserved
538 537 Reserved Reserved
539 538 HREG_ALARM_SERVICE_TIME uint16 1 Service reminder Number of days until service reminder alarm is signaled. Service reminder Number of days until service reminder alarm is given
540 539 Reserved Reserved
541 540 Reserved Reserved
542 541 Reserved Reserved
543 542 Reserved Reserved
544 543 Reserved Reserved
545 544 Reserved Reserved
546 545 Reserved Reserved
547 546 Reserved Reserved
548 547 Reserved Reserved
549 548 Reserved Reserved
550 549 Reserved Reserved
551 550 Reserved Reserved
552 551 Reserved Reserved
553 552 Reserved Reserved
554 553 Reserved Reserved
555 554 Reserved Reserved
556 555 Reserved Reserved
557 556 Reserved Reserved
558 557 Reserved Reserved
559 558 Reserved Reserved
560 559 Reserved Reserved
561 560 Reserved Reserved
562 561 Reserved Reserved
563 562 Reserved Reserved
564 563 Reserved Reserved
565 564 Reserved Reserved
566 565 Reserved Reserved
567 566 Reserved Reserved
568 567 Reserved Reserved
569 568 Reserved Reserved
570 569 Reserved Reserved
571 570 Reserved Reserved
572 571 Reserved Reserved
573 572 Reserved Reserved
574 573 Reserved Reserved
575 574 Reserved Reserved
576 575 Reserved Reserved
577 576 Reserved Reserved
578 577 Reserved Reserved
579 578 HREG_B_ALARM_START uint16 1 Start time B alarm relay signaling allowed start hour. Start time Allowed start time for B alarm output The defined time is HH:00, where HH is the register's value
580 579 HREG_B_ALARM_STOP uint16 1 Ending time B alarm relay signaling allowed stop hour. Ending time Allowed stop time for B alarm output The defined time is HH:00, where HH is the register's value
581 580 HREG_B_ALARM_WEEKDAYS bitfield 1 Weekdays B alarm relay signaling allowed weekdays (bitmap, stored in low 7 bits of the register). Weekdays Choose allowed weekdays for B alarm output Bit 0: Sunday Bit 6: Saturday
582 581 HREG_N_O_ALARMS uint16 1 Number of alarms Current number of alarms in the alarm log. Number of alarms Current number of alarms in the alarm log
583 582 HREG_C_MIN_RTC uint16 1 RTC interface for changing minutes field
584 583 HREG_C_HOUR_RTC uint16 1 RTC interface for changing hour field
585 584 HREG_C_DAY_RTC uint16 1 RTC interface for changing day of month field
586 585 HREG_C_MONTH_RTC uint16 1 RTC interface for changing month field
587 586 HREG_C_YEAR_RTC uint16 1 RTC interface for changing year field
588 587 Reserved Reserved
589 588 Reserved Reserved
590 589 Reserved Reserved
591 590 Reserved Reserved
592 591 Reserved Reserved
593 592 Reserved Reserved
594 593 Reserved Reserved
595 594 Reserved Reserved
596 595 Reserved Reserved
597 596 Reserved Reserved
598 597 HREG_FAMILY_TYPE uint16 1 Family Machine family type Family Machine family type
599 598 HREG_HW_VERSION enumeration 1 Hardware version Hardware version desc MD Hardware version Unit motherboard hardware version Value 1 corresponds to Rev.A, value 2 is B, value is C and so forth up to 27 which is Rev.Z
600 599 HREG_SW_VERSION uint16 100 MD SW version MD Software release number MD SW version Unit motherboard software version
601 600 Reserved Reserved
602 601 Reserved Reserved
603 602 Reserved Reserved
604 603 Reserved Reserved
605 604 Reserved Reserved
606 605 Reserved Reserved
607 606 Reserved Reserved
608 607 Reserved Reserved
609 608 Reserved Reserved
610 609 Reserved Reserved
611 610 Reserved Reserved
612 611 Reserved Reserved
613 612 Reserved Reserved
614 613 Reserved Reserved
615 614 Reserved Reserved
616 615 Reserved Reserved
617 616 Reserved Reserved
618 617 Reserved Reserved
619 618 Reserved Reserved
620 619 Reserved Reserved
621 620 Reserved Reserved
622 621 Reserved Reserved
623 622 Reserved Reserved
624 623 Reserved Reserved
625 624 Reserved Reserved
626 625 Reserved Reserved
627 626 Reserved Reserved
628 627 Reserved Reserved
629 628 Reserved Reserved
630 629 Reserved Reserved
631 630 Reserved Reserved
632 631 Reserved Reserved
633 632 Reserved Reserved
634 633 Reserved Reserved
635 634 Reserved Reserved
636 635 Reserved Reserved
637 636 Reserved Reserved
638 637 Reserved Reserved
639 638 Reserved Reserved
640 639 Reserved Reserved
641 640 HREG_MBADDR uint16 1 1 - 100 Modbus id Modbus address used by the card. Modbus id MD card modbus address 1 - 100
642 641 Reserved Reserved
643 642 Reserved Reserved
644 643 Reserved Reserved
645 644 Reserved Reserved
646 645 Reserved Reserved
647 646 Reserved Reserved
648 647 Reserved Reserved
649 648 Reserved Reserved
650 649 Reserved Reserved
651 650 Reserved Reserved
652 651 Reserved Reserved
653 652 Reserved Reserved
654 653 Reserved Reserved
655 654 HREG_IPADDR_HIGH uint16 1 IP address IP address high bytes Useful values: 192.168 would be 49320 IP address Calculate this as A*2^8+B for IP addr starting with bytes A.B
656 655 HREG_IPADDR_LOW uint16 1 IP address IP address low bytes IP address : Calculate this as C*2^8+D for IP addr ending with bytes C.D
657 656 HREG_GWIPADDR_HIGH uint16 1 Gateway IP address Gateway IP address low bytes Note: useful values: 192.168 would be 49320 Calculate this as A*2^8+B for gateway IP addr starting with bytes A.B
658 657 HREG_GWIPADDR_LOW uint16 1 Gateway IP address Gateway IP address low bytes/ : Calculate this as C*2^8+D for gateway IP addr ending with bytes C.D
659 658 HREG_NETMASK_HIGH uint16 1 Netmask Netmask high bytes Note: useful value 65535, for bytes 255.255 : Calculate this as A*2^8+B for netmask starting with bytes A.B
660 659 HREG_NETMASK_LOW uint16 1 Netmask Netmask low bytes Note: useful value 65280, for bytes 255.0 : Calculate this as C*2^8+D for netmask ending with bytes C.D
661 660 HREG_DNSIP_ADDR_HIGH uint16 1 DNS server address DNS server IP high bytes : Calculate this as A*2^8+B for ip starting with bytes A.B
662 661 HREG_DNSIP_ADDR_LOW uint16 1 DNS server address DNS server IP low bytes : Calculate this as C*2^8+D for ip ending with bytes C.D
663 662 Reserved Reserved
664 663 Reserved Reserved
665 664 Reserved Reserved
666 665 Reserved Reserved
667 666 Reserved Reserved
668 667 HREG_DHCP_CONTROL enumeration 1 DHCP Dynamic Host Configuration Protocol Value of 0 indicates DHCP is active, value of 1 indicates DHCP inactive.
669 668 Reserved Reserved
670 669 Reserved Reserved
671 670 Reserved Reserved
672 671 Reserved Reserved
673 672 Reserved Reserved
674 673 Reserved Reserved
675 674 Reserved Reserved
676 675 Reserved Reserved
677 676 Reserved Reserved
678 677 Reserved Reserved
679 678 Reserved Reserved
680 679 Reserved Reserved
681 680 Reserved Reserved
682 681 Reserved Reserved
683 682 Reserved Reserved
684 683 Reserved Reserved
685 684 Reserved Reserved
686 685 Reserved Reserved
687 686 Reserved Reserved
688 687 Reserved Reserved
689 688 Reserved Reserved
690 689 Reserved Reserved
691 690 Reserved Reserved
692 691 Reserved Reserved
693 692 Reserved Reserved
694 693 Reserved Reserved
695 694 Reserved Reserved
696 695 Reserved Reserved
697 696 Reserved Reserved
698 697 Reserved Reserved
699 698 Reserved Reserved
700 699 Reserved Reserved
701 700 Reserved Reserved
702 701 Reserved Reserved
703 702 Reserved Reserved
704 703 Reserved Reserved
705 704 Reserved Reserved
706 705 Reserved Reserved
707 706 Reserved Reserved
708 707 Reserved Reserved
709 708 Reserved Reserved
710 709 Reserved Reserved
711 710 Reserved Reserved
712 711 Reserved Reserved
713 712 Reserved Reserved
714 713 Reserved Reserved
715 714 Reserved Reserved
716 715 Reserved Reserved
717 716 Reserved Reserved
718 717 Reserved Reserved
719 718 Reserved Reserved
720 719 Reserved Reserved
721 720 Reserved Reserved
722 721 Reserved Reserved
723 722 Reserved Reserved
724 723 Reserved Reserved
725 724 Reserved Reserved
726 725 Reserved Reserved
727 726 Reserved Reserved
728 727 Reserved Reserved
729 728 Reserved Reserved
730 729 Reserved Reserved
731 730 Reserved Reserved
732 731 Reserved Reserved
733 732 Reserved Reserved
734 733 HREG_MODBUS_SPEED enumeration 1 Modbus speed Modbus RTU serial line speed Modbus speed Modbus RTU serial line speed SPEED_9600 = 6, SPEED_19200 = 7, SPEED_115200 = 10
735 734 HREG_MODBUS_PARITY enumeration 1 Modbus parity Modbus RTU serial line parity Modbus parity Modbus RTU serial line parity PARITY_NONE = 1, PARITY_EVEN = 2
736 735 Reserved Reserved
737 736 Reserved Reserved
738 737 Reserved Reserved
739 738 Reserved Reserved
740 739 Reserved Reserved
741 740 Reserved Reserved
742 741 Reserved Reserved
743 742 Reserved Reserved
744 743 Reserved Reserved
745 744 Reserved Reserved
746 745 Reserved Reserved
747 746 Reserved Reserved
748 747 Reserved Reserved
749 748 Reserved Reserved
750 749 Reserved Reserved
751 750 Reserved Reserved
752 751 Reserved Reserved
753 752 Reserved Reserved
754 753 Reserved Reserved
755 754 Reserved Reserved
756 755 Reserved Reserved
757 756 Reserved Reserved
758 757 Reserved Reserved
759 758 Reserved Reserved
760 759 Reserved Reserved
761 760 Reserved Reserved
762 761 Reserved Reserved
763 762 Reserved Reserved
764 763 Reserved Reserved
765 764 Reserved Reserved
766 765 Reserved Reserved
767 766 Reserved Reserved
768 767 Reserved Reserved
769 768 Reserved Reserved
770 769 Reserved Reserved
771 770 Reserved Reserved
772 771 Reserved Reserved
773 772 Reserved Reserved
774 773 Reserved Reserved
775 774 HREG_EFFECTIVE_CIRCULATION uint16 1 Fan speed, circulation air Circulation air fan's current speed Kotilmp, EMB, Mixbox
776 775 Reserved Reserved
777 776 Reserved Reserved
778 777 Reserved Reserved
779 778 Reserved Reserved
780 779 Reserved Reserved
781 780 HREG_AO1_VOLT uint16 10 AO1 voltage The voltage on Analog Output 1 NB: Only on sw 1.18 and above
782 781 HREG_AO2_VOLT uint16 10 AO2 voltage The voltage on Analog Output 2 NB: Only on sw 1.18 and above
783 782 HREG_AO3_VOLT uint16 10 AO3 voltage The voltage on Analog Output 3 NB: Only on sw 1.18 and above
784 783 HREG_AO4_VOLT uint16 10 AO4 voltage The voltage on Analog Output 4 NB: Only on sw 1.18 and above
785 784 HREG_AO5_VOLT uint16 10 AO5 voltage The voltage on Analog Output 5 NB: Only on sw 1.18 and above
786 785 HREG_AO6_VOLT uint16 10 AO6 voltage The voltage on Analog Output 6 NB: Only on sw 1.18 and above
787 786 HREG_AO7_VOLT uint16 10 AO7 voltage The voltage on Analog Output 7 NB: Only on sw 1.18 and above
788 787 HREG_AO8_VOLT uint16 10 AO8 voltage The voltage on Analog Output 8 NB: Only on sw 1.18 and above
789 788 HREG_DI9_PULSE_CNT uint16 1 DI9 pulse count Number of pulses detected on DI9 NB: Only on sw 1.18 and above
790 789 HREG_DI_BITMAP uint16 1 DI1-12 and X9-GPIO1-3 status Status bitmap of digital inputs DI1 to DI12 and GPIO pins 1-3 on connector X9 NB: Only on sw 1.18 and above
791 790 HREG_AI9_VOLT uint16 10 AI9 voltage The measured voltage on Analog Input 9 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
792 791 HREG_AI10_VOLT uint16 10 AI10 voltage The measured voltage on Analog Input 10 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
793 792 HREG_AI11_VOLT uint16 10 AI11 voltage The measured voltage on Analog Input 11 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
794 793 HREG_AI12_VOLT uint16 10 AI12 voltage The measured voltage on Analog Input 12 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
795 794 HREG_AI13_VOLT uint16 10 AI13 voltage The measured voltage on Analog Input 13 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
796 795 HREG_AI14_VOLT uint16 10 AI14 voltage The measured voltage on Analog Input 14 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
797 796 HREG_AI15_VOLT uint16 10 AI15 voltage The measured voltage on Analog Input 15 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
798 797 HREG_AI16_VOLT uint16 10 AI16 voltage The measured voltage on Analog Input 16 Input also known as X10_1. NB: long time constant! NB: Only on sw 1.18 and above
799 798 HREG_DO_BITMAP uint16 1 DO1-8 status Status bitmap of digital outputs (relays) NB: Only on sw 1.18 and above
800 799 Reserved uint16 1 Ping register Reserved This register is used by eAir web UI to test if the connection is live