4. ADVANCED SETTINGS 29
4.7 List of parameters
P Parameter def. min. max. unit SPV
type Carel
SPV
Modbus
SPV access note
0 Software version 0 255 I 1 129 U E.g. v3.5 = 35.
1 Set point in automatic mode 22 0 255 °C A 1 1 U
2 Differential in automatic OFF-cooling zone 5 0 255 °C/10 A 2 2 U
3 Differential in automatic OFF-heating zone 5 0 255 °C/10 A 3 3 U
4 Hysteresis for cooling in automatic 10 0 255 °C/10 A 4 4 U
5 Hysteresis for heating in automatic 3 0 255 °C/10 A 5 5 U
6 Thermostat hysteresis (not automatic mode) 5 0 255 °C/10 A 6 6 U
7 Medium speed delta in Auto Fan 7 0 255 °C/10 A 7 7 U
8 Maximum speed delta in Auto Fan 7 0 255 °C/10 A 8 8 U
9 Fan speed hysteresis in Auto Fan 5 0 255 °C/10 A 9 9 U
10 Minimum speed set in HEAT ENABLE 29 0 255 °C A 10 10 U
11 Medium speed set in HEAT ENABLE 33 0 255 °C A 11 11 U
12 Maximum speed set in HEAT ENABLE 37 0 255 °C A 12 12 U
13 HEAT ENABLE/COOL ENABLE hysteresis 10 0 255 °C/10 A 13 13 U
14 COOL ENABLE set point 21 0 255 °C A 14 14 U
15 Use of probe B1 0 0 6 I 105 233 U
16 Use of probe B2 0 0 6 I 106 234 U
17 Use of probe St3 0 0 6 I 107 235 U
18 Increase COOL/DRY set in sleep 10 0 255 °C/10 A 18 18 U
19 Decrease HEAT set in sleep 10 0 255 °C/10 A 19 19 U
20 Limit ADC coeffi cient 6 0 15 I 2 130 U
21 Average ADC coeffi cient 6 0 15 I 3 131 U
22 Select outside compensation probe 0 0 2 I 4 132 U
23 Set point delta for compensation in cooling 0 -99 127 °C/10 A 20 20 U
24 Compensation factor in cooling 0 -20 20 A 21 21 U
25 Set point delta for compensation in heating 0 -99 127 °C/10 A 22 22 U
26 Compensation factor in heating 0 -20 20 A 23 23 U
27 Reserved use 0 0 2 I 5 133 U
28 Display modulating outputs 0 0 3 I 6 134 U
29 Enable continuous fan operation 0 0 1 I 7 135 U
30 Ventilation set point in fan mode (local & AUTO) 15 0 255 °C A 24 24 U
31 Ventilation diff. in fan mode (local & automatic) 20 0 255 °C A 25 25 U
32 FLUSH fan off time 2 0 255 min I 8 136 U
33 FLUSH fan on time 90 0 255 s I 9 137 U
34 FLUSH mode 0 0 3 I 10 138 U
35 Extra fl ush ventilation time 30 0 255 s I 11 139 U
36 Automatic/Comfort Set point 0 0 1 I 12 140 U
37 Select probe to be displayed 0 0 4 I 13 141 U
38 Skip Panel functions 0 0 255 I 14 142 U
39 Set output 4 (see P95 and dipswitch) 5 0 18 I 15 143 U
40 Set output 5 (see P95 and dipswitch) 0 0 18 I 16 144 U
41 Set output 6 3 0 18 I 17 145 U
42 Set output 7 4 0 18 I 18 146 U
43 Select multifunction input DI3 0 0 10 I 19 147 U
44 Select multifunction input DI4 0 0 10 I 20 148 U
45 Select multifunction input DI5 0 0 10 I 21 149 U
46 Heater activation delta with heat enable not active 30 0 255 °C/10 A 26 26 U
47 Max B2 temperature to switch off heaters 40 0 255 °C A 27 27 U
48 Flush time with heaters 20 0 255 s I 22 150 U
49 Fan ON time in DRY 3 0 255 min I 23 151 U
50 Fan OFF time in DRY 15 0 255 min I 24 152 U
51 Valve On time during cycles 0 0 255 min I 25 153 U
52 Max valve Off time during cycles 0 0 255 min I 26 154 U
53 Minimum valve Off time 0 0 255 min I 27 155 U
54 Serial communication mode (0=CAREL, 1=Modbus, 2=LON, use
with LON serial card) 0 0 2 I 28 156 F
55 Enable cool & heat symbols in AUTOMATIC 0 0 1 I 29 157 U
56 Polarity of cooling/heating digital input 1 0 1 I 30 158 U
ENGL ISH constructor
P Parameter def. min. max. unit SPV
type Carel
SPV
Modbus
SPV access note
62 Offset for probe B2 in COOL/DRY 0 -99 127 °C/10 A 32 32 U
63 Offset for probe B2 in HEAT 0 -99 127 °C/10 A 33 33 U
64 Offset for probe St3 in COOL/DRY 0 -99 127 °C/10 A 34 34 U
65 Offset for probe St3 in HEAT 0 -99 127 °C/10 A 35 35 U
66 CAN Master/Slave 0 0 1 I 32 160 * F
67 CANbus serial address 1 1 125 I 33 161 * F
68 Hydronic algorithm logic 0 0 7 I 34 162 * F
69 Local network address 1 0 207 I 35 163 F
70 Dependency of hydronic algorithms (on Slaves) 0 0 7 I 36 164 * F
71 Serial address of Slave 1 0 0 207 I 37 165 * F
72 Serial address of Slave 2 0 0 207 I 38 166 * F
73 Serial address of Slave 3 0 0 207 I 39 167 * F
74 Serial address of Slave 4 0 0 207 I 40 168 * F
75 Serial address of Slave 5 0 0 207 I 41 169 * F
76 Serial address of Slave 6 0 0 207 I 42 170 * F
77 Serial address of Slave 7 0 0 207 I 43 171 * F
78 Serial address of Slave 8 0 0 207 I 44 172 * F
79 Serial address of Slave 9 0 0 207 I 45 173 * F
80 Serial address of Slave 10 0 0 207 I 46 174 * F
81 Dependency of hydronic algorithms on Slave 1 0 0 7 I 47 175 * F
82 Dependency of hydronic algorithms on Slave 2 0 0 7 I 48 176 * F
83 Dependency of hydronic algorithms on Slave 3 0 0 7 I 49 177 * F
84 Dependency of hydronic algorithms on Slave 4 0 0 7 I 50 178 * F
85 Dependency of hydronic algorithms on Slave 5 0 0 7 I 51 179 * F
86 Dependency of hydronic algorithms on Slave 6 0 0 7 I 52 180 * F
87 Dependency of hydronic algorithms on Slave 7 0 0 7 I 53 181 * F
88 Dependency of hydronic algorithms on Slave 8 0 0 7 I 54 182 * F
89 Dependency of hydronic algorithms on Slave 9 0 0 7 I 55 183 * F
90 Dependency of hydronic algorithms on Slave 10 0 0 7 I 56 184 * F
91 Load defaults 0 0 255 I 57 185 F value= 44
92 Factory password 0 0 255 I 58 186 U value= 66
93 Occupancy mode 0 0 3 I 59 187 U
94 Occupancy time 15 1 255 min I 60 188 U
95 Disable output setting from dipswitch 0 0 1 I 61 189 U
96 Reserved use 62
97 Maximum valve travel time (2 windings) 120 1 255 s I 63 191 U
98 Reserved use I 64 192 U
99 Minimum P+I output variation for valve movement 5% 0 100 % I 65 193 U
100 Maximum valve inactivity time (for unblocking) 4 0 255 hours I 66 194 U
101 Forced movement for antistick function 20 0 100 % max
travel I 67 195 U
102 Reserved use I 68 196
103 Reserved use I 69 197
104 Reserved use °C/10 A 36 36
105 Reserved use °C/10 A 37 37
106 Reserved use °C A 38 38
107 Bumpless transfer 1 0 3 I 104 232 U
108 Integral time 0 0 255 s *10 I 99 227 U
109 Dead band 2 0 255 °C/10 A 42 42 U
110 Reserved use °C/10 A 43 43
111 ON/OFF heater control offset from set point (ON/OFF manage-
ment with hysteresis) 30 0 255 °C/10 A 44 44 U
112 Heating set point hysteresis for heater control 5 0 255 °C/10 A 45 45 U
113 Reserved use °C/10 A 46 46
114 Cold valve proportional band 0 0 255 °C/10 A 39 39 U
115 Hot valve proportional band 0 0 255 °C/10 A 40 40 U
116 Modulating heater proportional band 0 0 255 °C/10 A 41 41 U
117 Fan speed enabled 0 0 1 I 100 228 U
118 Reserved use I 101 229 U
119 Reserved use I 102 230
120 Reserved use °C A 47 47
121 Reserved use °C A 48 48
122 Reserved use min I 103 231
123 Reserved use I 108 236
124 Presence of humidity-temperature probe sch_th 0 0 1 I 109 237
125 Reserved use °C/10 A 49 49
Tab. 4.u
* Only for CANbus hydronic systems, not use for Modbus® or Plantvisor systems.
ENGL ISH constructor
variables only accessible
from serial link def. min. max. unit SPV type
Carel SPV
Modbus SPV notes
probe B1 0 °C/10 A 70 70 read-only
probe BT 0 °C/10 A 71 71 read-only
Probe B2 0 °C/10 A 72 72 read-only
probe B3 0 °C/10 A 73 73 read-only
control probe 0 °C/10 A 74 74 read-only
virtual probe (probe set
by CANbus/supervisor) 0 °C/10 A 75 75 do not use with Plant-
Visor and Modbus®
control set point °C/10 A 76 76 read-only
mode (see Table 4.z) 0 0 6 I 70 198 see Table 4.z
fan (see Table 4.z) 0 0 3 I 71 199 see Table 4.z
Reserved use I 72 200
ON/OFF 0 0 1 I 73 201
Ind /zone (control probe
(1=B1; 0= BT) 1 0 1 I 74 202
internal use do not modify from supervisor
continuous fan operation 0 0 1 I 75 203 read/write
master alarms 0 I 76 204 read-only
slave alarms 0 I 77 205 read-only
lock panel keypad 0 I 78 206
for CANbus hydronic systems only, do not use with Modbus®
and PlantVisor general fl ags 1 (see Table
4.z) I 79 207 see Table 4.z
general fl ags 2 (see Table
4.z) I 80 208 read-only see Table
4.z digital inputs (see Table
4.z) and heating/cooling request
I 81 209 read-only see Table 4.z
sleep/econ 0 0 1 I 82 210
set point set 22 8 32 °C I 83 211
comfort control 0 -3 3 °C I 84 212
general fl ags 3 (see
Table 4.z) I 85 213 read-only
Reserved use I 86 214
enable control virtual
probe when=1 0 0 1 I 87 215
for CANbus hydronic systems only, do not use with Modbus®
and PlantVisor
general fl ags 6 I 88 216
reserved use I 89 217
reserved use I 90 218
reserved use I 91 219
global alarm 0 0 1 D 1 - read-only
reserved use I 92 220
reserved use % A 77 77
modulating valve % A 78 78 read-only
modulating heater % A 79 79 read-only
humidity probe H % rH A 80 80 read-only
temperature probe H °C/10 A 81 81 read-only
reserved use I 93 221
reserved use I 94 222
Tab. 4.v
mode
0 automatic
1 automatic + heater
2 cooling
3 dry
4 fan
5 heating
6 heating + heater fan
0 auto
1 minimum
2 medium
3 maximum
general fl ags 1 1 heater available
2 reserved use
4 reserved use
8 remote control 16 broadcasting active 32 reserved use 64 lock function 128 hydronic active general fl ags 2
1 enable cooling active 2 enable heating active 4 comfort function activated
8 economy
16 reserved use 32 reserved use 64 reserved use 128 reserved use general fl ags 3
1 reserved use
2 reserved use
4 reserved use
8 display set/probe fl ag generali 6
1 User present (see occupancy, used by Easy Way system)
digital inputs
1 value of input 1 (remote ON/OFF) 2 value of input 2 (heating/cooling) 4 value of input 3 (multifunction) 8 value of input 4 (multifunction) 16 value of input 5 (multifunction) 32 heating request
64 cooling request
128 occupied status (see occupancy)