Electronic Control “ HPH-HPR-HPS” User Manual HP EN MC00005_04-EN - 01/2016 Firmware 3.1 True life inside air and water handling for a confortable life
Electronic Control “HPH-HPR-HPS” User Manual
HP
EN
MC00005_04-EN - 01/2016
Firmware 3.1
True life inside
air and water handling
for a confortable life
HP User Manual
firmware 3.1 Rev.04 IT 2/ 51
HP User Manual
firmware 3.1 Rev.04 IT 3/ 51
Summary 1 Control Features ................................................................................................................................................. 4
2 Wiring the remote terminal ................................................................................................................................ 5
3 User terminal ...................................................................................................................................................... 6
4 MENU DESCRIPTION ......................................................................................................................................... 10
PGD Menu ............................................................................................................................................................. 10
4.1. A. On/Off Unit ...................................................................................................................................... 11
4.2. B. Setpoint ........................................................................................................................................... 11
4.3. C. Clock/Scheduler ............................................................................................................................... 12
4.4. D. Input/Output ................................................................................................................................... 13
4.5. E. Data logger ...................................................................................................................................... 18
4.6. G. Service ............................................................................................................................................. 19
4.7. G.a. Change Language ................................................................................................................................ 19
4.8. G.b. Information ........................................................................................................................................ 19
4.9. G.c. Summer/Winter .................................................................................................................................. 20
4.10. G.d. Working hours ................................................................................................................................ 20
4.11. G.e. BMS config. ..................................................................................................................................... 21
4.12. G.f. Service setting ................................................................................................................................. 21
4.12.1. G.f.a. Working hours set......................................................................................................................... 21
4.12.2. G.f.b. Probe adjustment ......................................................................................................................... 22
4.12.3. G.f.c. Thermoregulation ......................................................................................................................... 24
4.12.4. G.f.d. User DEV/Change PW1 ................................................................................................................. 28
4.13. G.g.Manual management ....................................................................................................................... 28
4.14. H. Manufacturer .............................................................................................................................. 29
4.15. H.a. Configuration .................................................................................................................................. 29
4.16. H.b.I/O Configuration ............................................................................................................................. 31
4.17. H.c. Factory settings ............................................................................................................................... 33
4.18. H.d. Initialization .................................................................................................................................... 37
4.19. H.e. Input/Output Test ........................................................................................................................... 37
5 BMS USER VARIABLES ....................................................................................................................................... 38
6 ALARMS ............................................................................................................................................................ 47
NOTE ........................................................................................................................................................................ 51
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1 Control Features
Automatic selection
EC fans management
Management of the cooling circuit with inverter compressor
Management of the cooling circuit with inverter compressor
Reading pressure and temperature of the cooling circuit
Management of cooling unit defrost
Management of summer dehumidification
Manual ON-OFF
Cool/change over valve management
Defrost recovery management
Water coil anti-freeze management
ON-OFF electric heater management
Filter pressure switch management
Management of ventilation with CO2 probe
Management of ventilation with one or two pressure sensors
Free-cooling modulating management
Free-heating modulating management
Management of mixing chamber
Management of motorized dampers
Alarms management
Post ventilation
Weekly programming
Remote ON-OFF
Mode change (hot/cold) from digital input
Display on board machine
Remote display
Fixed point adjustment at flow
Adjustment of temperature and ambient humidity
BMS Modbus RS485 protocol
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2 Wiring the remote terminal
The remote terminal can be installed at max 50m using a 6 poles phone type cable. Connect the terminal into the A connector of TCONN6J000 TCONN6J000 board Wiring diagram for a distance up to 50 meters pLAN setting with remote controller
When the display is ON press together the indicated buttons
Set “Display address setting” to 31 and press
When the display is ON press together the indicated buttons
Press twice Set as shown the following screen
Then select “Ok?”, set “Yes” and press . Now the matster board is configured
Display address Setting..........: 21 I/O Board address: 01
Terminal config Press ENTER to continue
P:01 Adr Priv/Shared Trm1 32 Sh Trm2 21 Sh Trm3 None -- Ok?No
max 50 m
Local terminal Remote terminal TCONN6J000
J14 and J15 on 2-3
alimentatore power supply
20…30Vdc – 150mA _ +
1 2 5 6 address 21
address 32
MASTER SLAVE address 1 address 2
Only size 144-205
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3 User terminal
Display PGD
The PGD1 is semi-graphic type with 8 rows per 22 columns with a 132x64 pixel resolution. There are 6 buttons used to set the system:
PDG1
BUTTON ALARM
See the active alarm list.
BUTTON PRG Enter in main menu root.
BUTTON ESC Back.
BUTTON UP
Scroll up or value increase.
On main screen, direct access to set-point menu.
BUTTON DOWN
Scroll down or value decrease.
BUTTON ENTER
Enter in the selected submenu or confirm setting.
+
BUTTON ESC +
BUTTON UP On main screen turn ON-OFF the unit.
+
BUTTON ESC +
BUTTON DOWN
Switch visualisation parameters circuit 1 or 2.
Display contrast setting
Press simultaneously + + and with the arrows set the contrast
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Home page In the following image you can see the first page, showing mosto f the necessary information sto see the unit working mode.
On this windows you can see the working mode :
STATE UNIT
Unit off by Alarm
Unit off by Supervision
Unit off by Scheduler
Unit off by Digital input
Unit off by keyboard
State mode unit Manual Cold
Manual Hot
Auto Cold
Auto Hot
Defrost State Heat recovery Defrost
Heat pump defrost
Clock
State Unit
Date
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Pressing down button you’ll access the the following page.
Electric Pre Heater State
Electric Post Heater State
Compressor State
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Pressing up button you’ll access the the following page.
This page is active when regulation probe is the supply air sensor
his page is active when regulation probe is the return air sensor
.
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4 MENU DESCRIPTION
PGD Menu
A. On/Off Unit
B. Setpoint
C. Clock/Scheduler
D. Input/Output
E. Data logger
G. Service
a. Change Language
b. Information
c. Summer / Winter
d. Working hours
e. BMS config.
f. Service settings
a. Working hour set
b. Probe adjustment
c. Thermoregulation
d. User DEV/Change PW1
g. Manual management
H. Manufacturer
a. Configuration Compressor/Inverter
a. Configuration
b. Regolation
c. Custom
Driver EVD EVO o EVO OnBoard
a. Configuration
b. Regolation
c. Custom
b. I/O Configuration
c. Factory settings
d. Initialization
e. Input/Output Test
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4.1. A. On/Off Unit On the main menu (A.) you can set the unit state.
Or pressing the buttons Esc+UP from every first level menu.
+
TASTO ESC +
TASTO SU
Premere contemporaneamente i tasti Esc+UP per accendere/spegnere l’unità.
4.2. B. Setpoint The following figures shows the set-point screens .
Page active with regulation on return air sensor, automatic mode
Page active with regulation on return air sensor, manual mode
Page active with dehumidification active
Page active with air quality sensor active active
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4.3. C. Clock/Scheduler Working mode: The controller has an internal clock with a battery that preserve the clock operation. Time and date setting and scheduler setting can be done on C.Clock/Scheduler menu. The related screen are:
Time and date setting;
Summer time enabling and setting; Scheduler enabling;
Profile 1;
Profile 2;
Profile 3;
Profile enabling. See the following screens:
Time and date setting
Summer time enabling and setting
Scheduler must be enable on the following screen:
Scheduler enabling
You can set on this screen 3 different set-points called profiles
Each profile includes the automatic and manual unit set-points and enabling of night fan speed reducing.
Once profiles have been defined you can set every half hour the required profile.
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On the screen you can:
select the day of the week
move on the timer ange and set the profile
copy the day schedule on an other day
None rectangle: Status = OFF
Low rectangle: Profile 1
Medium rectangle: Profile 2
High rectagle: Profile 3
4.4. D. Input/Output On this menu you can see the analog and digital input and output status. In case of not used I/O you’ll see “---“.
ID00 = Number of digital input and description
B00 = Number of analog input and description
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Compressor data screen
Heat pump data screen
Heat pump data screen
NO00 = Number of digital output and description
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Compressor data screen
EEV data screen
Compressor data screen
Compressor data screen
Compressor data screen
Compressor data screen
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Compressor data screen
Compressor data screen
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4.5. E. Data logger On this menu you can see the alarm history; to reset them you need to enter on service menu (password is needed). Pressing the alarm button you can mute the buzzer, and see the active alarms and reset them (of course the alarm log will not be reset) and then directly enter in the alarm history menu.
alarm date
alarm clock
alarm sequence number
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4.6. G. Service This menu is divided inn sub-menu, the first four (a,b,c,d) are not password protected and allos you to set the following:
4.7. G.a. Change Language
Language set-up: To exit press button
4.8. G.b. Information
you can find information about software code and version, and installed electronic board .
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4.9. G.c. Summer/Winter
Automatic or manual season changeover.
4.10. G.d. Working hours
You can see the working hours of the main components installed on the unit.
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Note: to access to the following sub-menu you need to enter the service password (PW1 ).
4.11. G.e. BMS config.
BMS setting: all the parameters necessary to set a BMS communication.
4.12. G.f. Service setting
4.12.1. G.f.a. Working hours set
Working hour setting: it allows to set the maximum working hour of unit main components that need a periodic maintenance. On the same screen you can reset the worked hours of each component.
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4.12.2. G.f.b. Probe adjustment
Sensors calibration: you can set an offset to add or remove on each sensor reading. Once confirmed the sensor value is automatically updated (reported on side).
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4.12.3. G.f.c. Thermoregulation
Setting of thermoregulation.
Screen active with free-cooling active
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Screen active with free-cooling active
Screen active with free-heating active
Screen active with free-heating active
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R1
R
2
R3
QPM2100
QPM2100
remove jumper
QPM2100 remove jumper R3 R3 jumper open= 0-5V R3 jumper close= 0-10V
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Set (%)costant flow pressur sensor:
Taglia 014 020 026
k 60 95 121
Taglia 050 092 144 205
k 121 197 308 394
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4.12.4. G.f.d. User DEV/Change PW1
User DEV/Change PW1: you can reset the alarm history and change the password PW1.
4.13. G.g.Manual management
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4.14. H. Manufacturer To access to this menu you need the manufacturer password (PW2 ):
4.15. H.a. Configuration Configuration: you can select the main features of the unit and the operation of each component. On the following screens you can see the features of the installed components and the hardware seting. You can also see the EEV driver setting (a.Configuration, b.Regolation, c.Custom ) and of the compressor / driver (a.Configuration, b.Regolation, c.Custom).
These parameters are related to the serial port of the compressor driver.
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These parameters are related to the serial port of the compressor driver.
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4.16. H.b.I/O Configuration I/O Configuration On this menu you can activate and set each I/O.
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4.17. H.c. Factory settings Factory setting: the following screens allows the set all the manufacturer reserved parameter.
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4.18. H.d. Initialization
Default installation: complete reset of the default value.
On this screen you can change the manufacture value.
4.19. H.e. Input/Output Test
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5 BMS USER VARIABLES The unit can be connected the several supervision system, in particular the following BMS protocols can be used: Carel and Modbus. The connection is made by a BMS serial port.
The connetion protocol is managed by the following optional board:
Modbus RS485: cod. PCOS004850 (see Fig. 8.a) On the following figure you can see the connection diagram between BMS and uPC.
120ohm
MASTER
GN
D
RX
/TX
+
RX
/TX
-
Fig. 8.a
Note: Suggested cable for data line with 100-120ohm impedance type BELDEN 3105A EIA Industrial RS-485 PLTC/CM
The following table shows the variables shared with supervisor.
Nota: On the first column shows the Carel address, the second one the ModBus address (packet), in case of “register” communication mode, the address of the ModBus column must be increased of 1, both for digital variable (coil) and for analog variable (register).
Nota: (*) “nome” indica il nome della variabile utilizzato internamente per il programma di commissionino
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CAREL MODBUS COIL (1)-Digital/MODBUS TAG NAME TAG DESCRIPTION
1 2 DIGITAL INPUT 1 din1_msk Status of digital input (0=Closed; 1=Open)
2 3 DIGITAL INPUT 2 din2_msk Status of digital input (0=Closed; 1=Open)
3 4 DIGITAL INPUT 3 din3_msk Status of digital input (0=Closed; 1=Open)
4 5 DIGITAL INPUT 4 din4_msk Status of digital input (0=Closed; 1=Open)
5 6 DIGITAL INPUT 5 din5_msk Status of digital input (0=Closed; 1=Open)
6 7 DIGITAL INPUT 6 din6_msk Status of digital input (0=Closed; 1=Open)
7 8 DIGITAL INPUT 7 din7_msk Status of digital input (0=Closed; 1=Open)
8 9 DIGITAL INPUT 8 Din8_msk Status of digital input (0=Closed; 1=Open)
9 10 DIGITAL INPUT 9 Din9_msk Status of digital input (0=Closed; 1=Open)
10 11 DIGITAL INPUT 10 Din10_msk Status of digital input (0=Closed; 1=Open)
11 12
12 13
13 14
14 15
15 16
16 17
17 18
18 19
19 20
20 21 DIGITAL OUTPUT 1 Dout1_Value (0-Open;1-Close)
21 22 DIGITAL OUTPUT 2 Dout2_Value (0-Open;1-Close)
22 23 DIGITAL OUTPUT 3 Dout3_Value (0-Open;1-Close)
23 24 DIGITAL OUTPUT 4 Dout4_Value (0-Open;1-Close)
24 25 DIGITAL OUTPUT 5 Dout5_Value (0-Open;1-Close)
25 26 DIGITAL OUTPUT 6 Dout6_Value (0-Open;1-Close)
26 27 DIGITAL OUTPUT 7 Dout7_Value (0-Open;1-Close)
27 28 DIGITAL OUTPUT 8 Dout8_Value (0-Open;1-Close)
28 29 DIGITAL OUTPUT 9 Dout9_Value (0-Open;1-Close)
29 30 DIGITAL OUTPUT 10 Dout10_Value (0-Open;1-Close)
30 31 DIGITAL OUTPUT 11 Dout11_Value (0-Open;1-Close)
31 32 DIGITAL OUTPUT 12 Dout12_Value (0-Open;1-Close)
32 33
33 34
34 35
35 36
36 37
37 38
38 39
39 40
40 41 Summer-winter working mode Summer -Winter Status (0: Summer; 1: Winter)
41 42 BMS On/Off Off-On Status (0: Off; 1: On)
100 101
101 102 A001 Clock board error
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102 103 A002 Extend memory error
103 104 A003 Compressor start-up failed
104 105 A004 Envelope zone alarm:
105 106 A005 High compressor discharging temperature
106 107 A006 Low pressure difference
107 108 A007 Inverter type not compatible
108 109 A008 Power+ Device Offline
109 110 A009 Power+ see “Inverter erros list”
110 111 A010 S1 sensor failure Low pressure
111 112 A011 S2 sensor failure Compressor Suction Temp.
112 113 A012 S3 sensor failure High pressure
113 114 A013 S4 sensor failure Compressor discharge Temp.
114 115 A014 (LowSH) Low overhetaing
115 116 A015 (LowSH) Low overheting
116 117 A016 (LOP) Low evaporation temperature
117 118 A017 (LOP) Low evaporation temperature
118 119 A018 (MOP) High evaporation temperature
119 120 A019 (MOP) High evaporation temperature
120 121 A020 High condensing temperature
121 122 A021 Low condensing temperature
122 123 A022 Low suction temperature
123 124 A023 Autotune Valve A-
124 125 A024 Autotune Valve B-
125 126 NOT USED NOT USED
126 127 NOT USED NOT USED
127 128 A027 High Pressure Alarm Compressor 1
128 129 A028 Low Pressure Allarm Compressor 1
129 130 A029 Disabled Compressor Start DP
130 131 A030 Air Flow Switch (ID)
131 132 A031 Fan Alarm (ID)
132 133 A032 Filter Pressure Switch Supply/Return (ID)
133 134 A033 High Pressure Alarm Compressor 1 (ID)
134 135 A034 Mix room alarm
135 136 A035 B1 sensor failure Exhaust temp.
136 137 A036 B2 sensor failure Fresh air temp.
137 138 A037 B12 sensor failure
Air quality sensor
138 139 A038 NOT USED NOT USED
139 140 A039 NOT USED NOT USED
140 141 A040 Door Micro switch Alarm
141 142 A041 High Pressure Prevention Function
142 143 A042 B8 sensor failure Saturation Temp.
143 144 A043 B9 sensor failure Return Temp.
144 145 A044 B10 sensor failure Return humidity
145 146 A045 Circuit 2 Offline
146 147 A046 Circuit 1 Offline
147 148 A047 Circuit 1 Alarm
148 149 A048 Circuit 2 Alarm
149 150 A049 B3 sensor failure Supply temp.
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150 151 A050 Electric Heating Thermal protection
199 200
200 201
201 202 Comp_On_1 Compressor power on
202 203 Comp_Request_Env Request to switch on/off compressor from envelope
203 204
204 205
205 206
206 207
207 208
208 209
209 210
210 211
211 212
212 213 En_Inverter EnablePower + Inverter
213 214
214 215
215 216
216 217
217 218
218 219
219 220
CAREL MODBUS INPUT (2)- Analog/MODBUS TAG NAME TAG DESCRIPTION
1 2 ANALOG INPUT VALUE 1 Ain1_Std_UM Exhaust temp.
2 3 ANALOG INPUT VALUE 2 Ain2_Std_UM Fresh air temp.
3 4 ANALOG INPUT VALUE 3 Ain3_Std_UM Supply air temp.
4 5 ANALOG INPUT VALUE 4 Ain4_Std_UM Compressor 1 suction temp.
5 6 ANALOG INPUT VALUE 5 Ain5_Std_UM Compressor 1 discharge temp.
6 7 ANALOG INPUT VALUE 6 Ain6_Std_UM C1 high pressure transducer
7 8 ANALOG INPUT VALUE 7 Ain7_Std_UM C1 low pressure transducer
8 9 ANALOG INPUT VALUE 8 Ain8_Std_UM Saturation temp.
9 10 ANALOG INPUT VALUE 9 Ain9_Std_UM Return air temp.
10 11 ANALOG INPUT VALUE 10 Ain10_Std_UM Return air humidity
11 12 ANALOG INPUT VALUE 11 Ain11_Std_UM
12 13 ANALOG INPUT VALUE 12 Ain12_Std_UM Air quality sensor
13 14 ANALOG OUTPUT Y1
Supply fan
14 15 ANALOG OUTPUT Y2 Return fan
15 16 ANALOG OUTPUT Y3 Water valve
16 17 ANALOG OUTPUT Y4 By-pass modulating damper
17 18
18 19
19 20
20 21 RoomSet_Heat Room PI regulheatig setpoint
21 22 RoomSet_Cool Room PI regul cooling setpoint
22 23 RoomSetP_Operative
23 24 Calculated Set point DelivAirSetP_Temp Delivery air setpoint (calculated)
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24 25
25 26 ANALOG INPUT VALUE 4 SLAVE Compressor 2 suction temp.
26 27 ANALOG INPUT VALUE 5 SLAVE Compressor 2 discharge temp.
27 28 ANALOG INPUT VALUE 6 SLAVE C2 high pressure transducer
28 29 ANALOG INPUT VALUE 7 SLAVE C2 low pressure transducer
29 30
30 31
31 32
32 33
33 34
34 35
35 36
36 37
37 38
38 39
39 40
40 41 Return air Set-point (automatic mode) RoomSetP Room setpoint
41 42 Return air Set-point (summer) RoomSetP_Summer
42 43 Return air set-point (winter) RoomSetP_Winter
43 44 Neutral zone RoomDeadBand
200 201
201 202 Rotor_Speed_Hz
202 203 Rotor_Speed_rps_1 Compressor rotor speed rps [1/10rps]
203 204 Maximum_output_frequency_Rps
Maximum power+ output frequency set (Rps)
204 205 Minimum_output_frequency_Rps Minimum drive output frequency (rps)
205 206 Motor_Current Motor current [1/10 A]
206 207 Inverter_Req_0_1000 Speed request to inverter (filtered by envelop) 0-1000 [1/10%]
207 208 A100_DISCHARGE_SH_SET_1
SetPoint of Discharge SH (EE Valve subregulation) [1/10°C]
208 209 A101_DISCHARGE_TEMP_SET_1
SetPoint of Discharge Temp (EE Valve subregulation) [1/10°C]
209 210 MOP_Inhibition_Thr_1 to EVD Pin of MOP inhibition threshold
210 211 A107_MOP_THRESHOLD_FAST_CHANGE_1
211 212 A106_S4_NTC_THERMAL_TIME_K_1
212 213 Evap_Reg_Setpt_T_1 Evaporating temp. limit Setpoint (Fan regul. in Pdc) [1/10°C]
213 214 Evap_Reg_Setpt_P_1 Evaporating press.limit Setpoint (Fan regul. in Pdc) (1/10bar]
214 215 Cond_Reg_Setpt_P_1 Condensing press. limit Setpoint (Fan regul. in chiller) [1/10bar]
215 216 Cond_Reg_Setpt_T_1 Condensing temp. limit Setpoint (Fan regul. in chiller) [1/10°C]
216 217
217 218
218 219
219 220
220 221
300 301
301 302 Suction_Temp_A1 Suction temperature - EE valve [1/10°C]
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302 303 Evaporation_Temp_A1 Evaporation temperature - EE valve [1/10°C]
303 304 Evaporation_Press_A1 Evaporation pressure valve A
304 305 Superheat_A1 Superheat - EE valve [1/10°C]
305 306 Condensing_Press1 Condensing pressure
306 307 Condensing_Temp1 Condensing temperature - EE Valve [1/10°C]
307 308 A104_DISCHARGE_SH1
308 309 Tdischarge_Gas_EVO Discharge gas temperature with EVD [1/10°C]
309 310
310 311
311 312 A10_SH_SH Superheat valve A
312 313 A5_SH_SUCT_TEMP Suction temperature valve A
313 314
314 315 A17_EEV_POSITION_PERCENT_SHOW
315 316
316 317 A7_SH_EVAP_PRES Evaporation pressure valve A
317 318 A6_SH_EVAP_TEMP Evaporation temperature valve A
318 319
319 320
320 321
321 322
322 323
323 324
324 325
325 326
326 327
327 328
328 329
CAREL MODBUS INTEGER (3)-
INTEGER/MODBUS TAG NAME TAG DESCRIPTION
1 5003
Unit_Status
{;Unit'ON;OFFbyALR;OFFbyNET;OFFbyBMS;OFFbyFSC;OFFbyDIN;OFFbyKEY;;OFF_CST1;OFF_CST2;OFF_CST3;OFF_CST4;}
2 5004
3 5005
4 5006
5 5007
6 5008
7 5009
8 5010
9 5011
10 5012 SetSpeedExhaustFan Set Speed of exhaust fan (FAN1)
11 5013 SetSpeedSupplyFan Set speed of supply fan (FAN2)
12 5014 AOut3 ( Valvola Acqua ) Analogic Output Y3 value
13 5015
14 5016
15 5017
16 5018
17 5019
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18 5020
19 5021
20 5022
100 5102
101 5103
102 5104
103 5105
104 5106 Envelope_Zone_1
Envelopeworking zone: 0=Null;1=OK;2=Max.comp.R.;3=Max.disch.P.;4=HCurr.;5=Max.suct.P.;6=Min.comp.R.;7=LowDP;8=Min.disch.P.;9=Min.suct.P.
105 5107
106 5108
107 5109
108 5110 Inv_PowerPlus_Device_Number Progressive device nr. in the system
109 5111 Current_error_code_1
Inverter error code: 0: No fault;1: Overcurrent;2: Motor overload;3: Overvoltage;4: Undervoltage;5: Drive overT.;6: Drive underT;7: Overcurrent HW;8: Motor overtemp.;9: Reserved;10: Cpu error;11: Param. default;12: DC bus ripple;13: Data comms fault;14: Drive thermistor;15: Autotune fault;16: Drive disabled;17: Motor phase;18: Fan fault;19: Speed fault
110 5112
111 5113
112 5114
113 5115
114 5116
115 5117
116 5118
117 5119
118 5120
119 5121
120 5122
121 5123
122 5124
123 5125
124 5126
125 5127 Alarm_Code_EBM1
126 5128 Alarm_Code_EBM2
127 5129
128 5130
129 5131
130 5132
131 5133
132 5134
133 5135
134 5136
135 5137
136 5138
137 5139
138 5140
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139 5141
140 5142
200 5202
201 5203 Rotor_Speed_0_1000 Compressorrotorspeed 0-1000
202 5204 Rotor_Speed_rpm Compressorrotorspeed [rpm]
203 5205 Drive_Status Show the inverter status: 0 = Stopped 1= run 2 = alarm
204 5206 Motor_Voltage Motor Voltage [V- Integer]
205 5207 Drive_Temp Inverter Temperature [°C]
206 5208 DC_Bus_Voltage DC Bus Voltage [V]
207 5209 Current_error_code_1
Inverter error code: 0: No fault;1: Overcurrent;2: Motor overload;3: Overvoltage;4: Undervoltage;5: Drive overT.;6: Drive underT;7: Overcurrent HW;8: Motor overtemp.;9: Reserved;10: Cpu error;11: Param. default;12: DC bus ripple;13: Data comms fault;14: Drive thermistor;15: Autotune fault;16: Drive disabled;17: Motor phase;18: Fan fault;19: Speed fault
208 5210 Refrigerant_1 Gas type - Valve A
209 5211 Circuit_Cooling_Capacity_Env_A Actual circuit cooling capacity for EVD valve from envelope
210 5212 I89_REGULATION_SUB_TYPE_1 regulationsubtipe
211 5213 Env_Countdown_1 Countdown of out of envelop alarm [s]
212 5214 Envelope_Zone_1
Envelopeworking zone: 0=Null; 1=OK; 2=Max.comp.R.; 3=Max.disch.P.; 4=HCurr.; 5=Max.suct.P.; 6=Min.comp.R.; 7=LowDP; 8=Min.disch.P.; 9=Min.suct.P.
213 5215 Disch_Temp_Zone_1 Discharge temperature zone: 0 = null; 1= OK; 2 = Controlled; 3 = Limited
214 5216
215 5217
216 5218
217 5219
218 5220
219 5221
220 5222
221 5223 Motor_Type 0=Custom; 1=Siam ANB33F-400V; 2=Siam ANB42F-400V;3=Siam ANB52F-400V;4=Samsung UG5T520F-400V
222 5224
223 5225
224 5226
225 5227
226 5228
227 5229
228 5230
229 5231
230 5232
300 5302
301 5303 LP_cents_EVO_high_precision Low pressure: cents of Bar
302 5304 HP_cents_EVO_high_precision High pressure cents of Bar
303 5305 I4_EEV_POSITION_STEPS Position valve A
304 5306 I8_REG_STATUS EVD Evolution OnBoard regulation status valve A
305 5307
306 5308
307 5309
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firmware 3.1 Rev.04 IT 46/ 51
308 5310
309 5311
310 5312
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firmware 3.1 Rev.04 IT 47/ 51
6 ALARMS When Alarm button is blinking an alarm is active. Pressing the button you directly acces to the active alarm list.
Note: Two alarm need to be manually reset (inverter and doors micro switch), to reset them keep pressed the Alarm button, once done the system automatically switches to the home page.
N° ALARM end DESCRIPTION CHECK TO BE DONE
A001 Clock board error Replace the button battery (CR2430 3V type)
A002 Extend memory error Replace main PCB
A003 Compressor start-up failed (Check motor connection)(tent.: / max.: )
Check compressor motor wiring (follow the electric wiring diagram supplied with the unit)
A004 Envelope alarm Zone:1,2,3,4,5,6,7,8,9 see “Envelope Alarm list”
Contact service dept
A005 High compressor discharging temperature Contact service dept
A006 Low pressure difference (poor lubrication.) Contact service dept
A007 Inverter type not compatible (only type Power+) Contact service dept
A008 Power+ n° Device Offline Check compressor driver power supply and wiring
A009 Power+ n° see “Inverter error list” Contact service dept
A010 S1 sensor failure (Low pressure) Check wiring and sensor type (SPKT0043R0 0-17,3bar)
A011 S2 sensor failure (Compressor Suction Temp.) Check wiring and sensor type (NTC030WF00)
A012 S3 sensor failure (High pressure) Check wiring and sensor type (SPKT00B6R0 0-44,8bar)
A013 S4 sensor failure (Compressor discharge Temp.) Check wiring and sensor type (NTC030HTF00)
A014 (LowSH) Low overheating valve A- Contact service dept
A015 (LowSH) Low overheating valve B- NOT USED
A016 (LOP) Low evaporation temperature valve A- Contact service dept
A017 (LOP) Low evaporation temperature valve B- NOT USED
A018 (MOP) High evaporation temperature valve A- Contact service dept
A019(MOP) High evaporation temperature valve B- NOT USED
A020 High condensing temperature (HiTCond) Contact service dept
A021 Low suction temperature valve A- Contact service dept
A022 Low suction temperature valve B- NOT USED
A023 Autotune Valve A- Contact service dept
A024 Autotune Valve B- NOT USED
A025 NOT USED NOT USED
A026 NOT USED NOT USED
A027 High Pressure Alarm Compressor 1 1) Summer mode: exhaust airflow too low a. exhaust fan speed too low b. dirty filters or clogged ductwork c. air conditions over limit
2) Winter mode: supply airflow rate too low a. supply fan speed too low b. dirty filters or clogged ductwork
3) Freon filling too high
A028 Low Pressure Alarm Compressor 1 1) Summer mode: supply airflow too low a. supply fan speed too low b. dirty filters or clogged ductwork
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firmware 3.1 Rev.04 IT 48/ 51
c. outside air conditions over limit 2) Winter mode: exhaust airflow too low
a. exhaust fan speed too low b. dirty filters or clogged ductwork c. air conditions over limit
3) Freon filling insufficient
A029 Disabled Compressor Start DP Contact service dept
A030 Air Flow Switch (DI) Check digital input DI4
A031 Fan Alarm (DI) Check fan fuses or replace fans
A032 Filter Pressure Switch Supply/Return (DI) Clean or replace air filter
A033 High Pressure Alarm Compressor 1 (DI) Check digital input DI6
A034 Mix box alarm Additional PCB SMD4500 failure (managing mixing box and modulating electric pre-heater)
A035 B1 sensor failure (Exhaust temp.) Check sensor wiring or replace it (NTC10k 25°C)
A036 B2 sensor failure (Fresh air temp.) Check sensor wiring or replace it (NTC10k 25°C)
A037 B12 sensor failure (Air quality sensor) Check sensor wiring or replace it (2000ppm 0-5V)
A038 NOT USED NOT USED
A039 NOT USED NOT USED
A040 Door Micro switch Alarm Check digital input DI5
A041 High Pressure Prevention Function Reduced operation mode warning. 1) Summer mode: bassa exhaust airflow too low
a. exhaust airflow too low b. dirty filters or clogged ductwork c. air conditions over limit
2) Winter mode: supply airflow too low a. supply fan speed too low b. dirty filters or clogged ductwork c. air conditions over limit
4) Freon filling too high
A042 B8 sensor failure (Saturation Temp.) Check sensor wiring or replace it (NTC10k 25°C)
A043 B9 sensor failure (Return Temp.) Check sensor wiring or replace it (NTC10k 25°C)
A044 B10 sensor failure (Return humidity) Check sensor wiring or replace it (0-100% 4-20mA)
A045 Circuit 2 Offline Check compressor driver & main PCB Modbus connection
A046 Circuit 1 Offline Check compressor driver & main PCB Modbus connection
A047 Circuit 1 Alarm Alarm conditions on circuit 1 while visualizing circuit 2. .
Select circuit 1 by keys +
A048 Circuit 2 Alarm Alarm conditions on circuit 2 while visualizing circuit 1.
Select circuit 2 by keys +
A049 B3 sensor failure (Supply temp.) Check sensor wiring or replace it (NTC10k 25°C)
A050 Electric Heating Thermal protection Insufficient airflow rate
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firmware 3.1 Rev.04 IT 49/ 51
“ENVELOPE ERROR” 1: Inside envelope
2: High compression ratio
3: High condensing pressure
4: High current
5: High evaporation pressure
6: Low compression ratio
7: Low pressure difference 8: Low condensing pressure
9: Low evaporating pressure
“ENVELOPE ERROR”
1: Over current
2: Motor over current
3: High voltage
4: Low voltage
5: High temperature 6: Low temperature
7: HW overcurrent
8: Motor High temperature
9: Drive fault
10: Cpu error
11: Default parameters
12: DC bus ondulation
13: timeout com.ser. 14: Thermistor error
15: Autotuning error
16: Drive disabled
17: Motor missing phase
18: Fan fault
19: Motor stalemate
20: PFC module fault 21: Alarm code 21
22: PFC low voltage
23: STO reading error
24: STO reading error
25: Alarm code 25
26: Alarm code 26
27: Alarm code 27 28: Alarm code 28
29: Alarm code 29
30: Alarm code 30
….
99: Unexpected inverter stop
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firmware 3.1 Rev.04 IT 50/ 51
HPR-H-S 14 20 26 50 92 144 205 k x Fan
N° Fan 1 1 1 1 1 2 2
RH25C 60 60
RH31C 95 95
GR35C 121 121 121
GR40C 308 154
GR45C 197 394 197
Air flow m³/h (V) MAX HPR-H 1200 2100 2900 5700 9500 13500 19000 HPR-H
Air flow m³/h (V) MAX HPS 1200 2100 2600 4800 7700 11400 13200 HPS
Air flow m³/h (V) Min HPR-H 360 630 870 1710 2850 4050 5700 HPR-H
Air flow m³/h (V) Min HPS 360 630 780 1440 2310 3420 3960 HPS
Set DP (Pa) MAX HPR-H 400 489 574 2219 2325 1921 2325 DP (Pa)= (V/k)²
Set DP (Pa) MAX HPS 400 489 462 1574 1528 1370 1122
Set DP (Pa) Min HPR-H 36 44 52 200 209 173 209 DP (Pa)= (V/k)²
Set DP (Pa) Min HPS 36 44 42 142 137 123 101
FSS Pressure sensor range (Pa) 1000 1000 1000 5000 5000 5000 5000
Signal % 0-10V MAX HPR-H 40 49 57 44 47 38 47 %= (Set/FSS)*100
Signal % 0-10V MAX HPS 40 49 46 31 31 27 22
Signal % 0-10V Min HPR-H 10.0 10.0 10.0 10.0 10.0 10.0 10.0 All
Signal % 0-10V Min HPS 10.0 10.0 10.0 10.0 10.0 10.0 10.0 Set= 10% (1.0V)
Signal % 0 − 10𝑉 = 𝑆𝑒𝑡 𝐷𝑃 (𝑃𝑎 )
𝐹𝑆𝑆 × 100
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firmware 3.1 Rev.04 IT 51/ 51
NOTE
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