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gh-5 Proper handling of bitfield data type

This commit is contained in:
Jarno Rankinen 2023-02-02 00:07:36 +02:00
parent 1080219b23
commit 48bdfd691b
3 changed files with 35 additions and 29 deletions
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23
enervent-ctrl-go/pingvinKL/pingvinKL.go
View File

@ -2,6 +2,7 @@ package pingvinKL
import (
"bufio"
"fmt"
"log"
"os"
"strconv"
@ -33,7 +34,8 @@ type pingvinRegister struct {
Address int `json:"address"`
Symbol string `json:"symbol"`
Value int `json:"value"`
Signed bool `json:"signed"`
Bitfield string `json:"bitfield"`
Type string `json:"type"`
Description string `json:"description"`
Reserved bool `json:"reserved"`
}
@ -48,13 +50,13 @@ func newCoil(address string, symbol string, description string) pingvinCoil {
return coil
}
func newRegister(address string, symbol string, signed bool, description string) pingvinRegister {
func newRegister(address string, symbol string, typ string, description string) pingvinRegister {
addr, err := strconv.Atoi(address)
if err != nil {
log.Fatal("newRegister: Atio: ")
}
reserved := symbol == "Reserved" && description == "Reserved"
register := pingvinRegister{addr, symbol, 0, signed, description, reserved}
register := pingvinRegister{addr, symbol, 0, "00000000", typ, description, reserved}
return register
}
@ -161,11 +163,16 @@ func (p PingvinKL) updateRegisters() {
} else {
value += int16(results[i])
uvalue += uint16(results[i])
if p.Registers[k].Signed {
if p.Registers[k].Type == "int16" {
p.Registers[k].Value = int(value)
} else {
}
if p.Registers[k].Type == "uint16" || p.Registers[k].Type == "enumeration" {
p.Registers[k].Value = int(uvalue)
}
if p.Registers[k].Type == "bitfield" {
p.Registers[k].Value = int(value)
p.Registers[k].Bitfield = fmt.Sprintf("%08b", uvalue)
}
k++
}
msb = !msb
@ -210,12 +217,8 @@ func New() PingvinKL {
log.Println("Parsing register data...")
registerData := readCsvLines("registers.csv")
for i := 0; i < len(registerData); i++ {
signed := registerData[i][2] == "int16"
if !signed {
log.Println("Unsigned register", i, registerData[i][6])
}
pingvin.Registers = append(pingvin.Registers,
newRegister(registerData[i][0], registerData[i][1], signed, registerData[i][6]))
newRegister(registerData[i][0], registerData[i][1], registerData[i][2], registerData[i][6]))
}
log.Println("Parsed", len(pingvin.Registers), "registers")
return pingvin

36
enervent-ctrl-go/registers.csv
View File

@ -32,7 +32,7 @@
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, EMAC_STATUS_OK 0x0002, EMAC_STATUS_AUTONEG_COMPLETE 0x0004, EMAC_STATUS_AUTONEG_FAIL 0x0008, EMAC_STATUS_LINK_OK 0x0010 /* 0: no link, 1: link ok */ , EMAC_STATUS_LINK_SPEED 0x0020 /* 0: 10 M, 1: 100M */, EMAC_STATUS_DUPLEX 0x0040 /* 0: half duplex, 1: full duplex */ EMAC_STATUS_INIT_ONGOING 0x0080 "
34;HREG_NWK_STATUS;bitfield;1;;Network status;Ethernet block status;;;EMAC_STATUS_FAIL 0x0001, EMAC_STATUS_OK 0x0002, EMAC_STATUS_AUTONEG_COMPLETE 0x0004, EMAC_STATUS_AUTONEG_FAIL 0x0008, EMAC_STATUS_LINK_OK 0x0010 /* 0: no link, 1: link ok */, EMAC_STATUS_LINK_SPEED 0x0020 /* 0: 10 M, 1: 100M */, EMAC_STATUS_DUPLEX 0x0040 /* 0: half duplex, 1: full duplex */ , 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;
@ -42,8 +42,8 @@
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 <EFBFBD>normal<EFBFBD> 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 <EFBFBD>enumerated<EFBFBD> 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
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;;;
@ -135,7 +135,7 @@
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";
137;HREG_TE01_SUMMER_WINTER_THRESHOLD;int16;10;-250;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;;;
@ -208,13 +208,13 @@
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 <EFBFBD> Bit 6: Saturday
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
215;HREG_WC1;enumeration;1;;;Week timer 1 Function;WC1 Function;WC1 Function;#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
216;HREG_DAY_WC2;bitfield;1;;Week timer slot #2;Week timer 2 Days when allowed. ;Days;Days;
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;
@ -330,18 +330,18 @@
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;;;;
332;HREG_ACTIVE_TIMEPROGRAMS_1;uint16;1;;Active time programs, week slots 1-16;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;;;;
337;HREG_ACTIVE_TIMEPROGRAMS_2;uint16;1;;Active time programs, week slots 17-20 and year slots 1-5;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
343;HREG_UPTIME;uint16;1;;System uptime;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;;;
@ -352,29 +352,29 @@
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;;;;
354;HREG_BOOTLOADER_VERSION;uint16;1;;Bootloader version;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;;;;
359;HREG_FILTER_TEST_HR;uint16;1;;Filter test hour;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
365;HREG_FILTER_TEST_DAYS;uint16;1;;Filter test day-of-week;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
370;HREG_FILTER_TEST_TF;uint16;1;;Filter test TF fan speed;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
376;HREG_FILTER_TEST_PF;uint16;1;;Filter test PF fan speed;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;;;
@ -384,7 +384,7 @@
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 <EFBFBD>1<EFBFBD> or <20>2<EFBFBD> to this register to acknowledge the alarm.
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.;;;
@ -578,7 +578,7 @@
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 <EFBFBD> Bit 6: Saturday
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;;;
@ -772,7 +772,7 @@
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;;;Kotil<EFBFBD>mp<EFBFBD>, EMB, Mixbox
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;;;

1 0 Reserved Reserved
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, EMAC_STATUS_OK 0x0002, EMAC_STATUS_AUTONEG_COMPLETE 0x0004, EMAC_STATUS_AUTONEG_FAIL 0x0008, EMAC_STATUS_LINK_OK 0x0010 /* 0: no link, 1: link ok */ , EMAC_STATUS_LINK_SPEED 0x0020 /* 0: 10 M, 1: 100M */, EMAC_STATUS_DUPLEX 0x0040 /* 0: half duplex, 1: full duplex */ EMAC_STATUS_INIT_ONGOING 0x0080 EMAC_STATUS_FAIL 0x0001, EMAC_STATUS_OK 0x0002, EMAC_STATUS_AUTONEG_COMPLETE 0x0004, EMAC_STATUS_AUTONEG_FAIL 0x0008, EMAC_STATUS_LINK_OK 0x0010 /* 0: no link, 1: link ok */, EMAC_STATUS_LINK_SPEED 0x0020 /* 0: 10 M, 1: 100M */, EMAC_STATUS_DUPLEX 0x0040 /* 0: half duplex, 1: full duplex */ , 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
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. 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 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
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 -250 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
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 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 #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
217 216 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
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 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 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 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
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 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 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 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 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 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
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. 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.
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 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
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 Kotil�mp�, EMB, Mixbox Kotilmp, EMB, Mixbox
776 775 Reserved Reserved
777 776 Reserved Reserved
778 777 Reserved Reserved

5
enervent-ctrl-go/static/html/js/tabledata.js
View File

@ -29,10 +29,13 @@ function registers(data) {
document.getElementById('datatable').innerHTML = "";
for (n=0; n<data.length; n++) {
tablerow = `<tr><td class="addr" id="addr_${data[n].address}">${data[n].address}</td>\
<td class ="val" id="value_${data[n].address}">${Number(data[n].value)}</td>\
<td class ="val" id="value_${data[n].address}">${data[n].value}</td>\
<td class="symbol" id="symbol_${data[n].address}">${data[n].symbol}</td>\
<td class="desc" id="description_${data[n].address}">${data[n].description}</td></tr>`
document.getElementById('datatable').innerHTML += tablerow
if (data[n].type == "bitfield") {
document.getElementById(`value_${data[n].address}`).innerHTML = data[n].bitfield
}
}
console.log(`${timeStamp()} Done.`)
}