22
2.1.5
I.T.C.S function
The
I
ntelligent
T
emperature
C
ontrol
S
ystem will activate your
installation in advance to assure the desired temperature at the
hour programmed following your weekly program.
This automatic control system works in the following way:
When you start your thermostat for the first time, it will measure the
time taken by your installation to reach the set temperature. The
thermostat will re-measure this time at each program change to
compensate external temperature change & influence. You can
now program your thermostat without the need to adjust the
temperature in advance because your thermostat does it
automatically for you.
Select the line with the arrow cursor and Press
(Ok)
to choose
“
Yes
” or “
no
”.
Note:
- The maximum time of the ITCS anticipation will be 2 Hours.
- You can see the start up of this function on the status line in the
main screen. (Small logo
ITCS
will be blink)
2.1.6
Cooling Function
Use this function if you don’t need cooling function on the room
managed by the programmer.
Example:
Cooling function should be deactivated for room with residual
humidity, like Bathroom, kitchen...
Monday 27 / 04 / 2009
11 :15
22.6
°C
33%
ITCS
Zones Thermostat
Rename
Working Mode
Program
ITCS
No
Cooling Function yes
Summary of Contents for Purmo Tempco CP W
Page 2: ...2...
Page 147: ...147 Pami 177 Notatki 178 Annexes PROGRAM P1 to P9 250...
Page 182: ...182 Memory safe 213 Notes 214 Annexes PROGRAM P1 to P9 250...
Page 215: ...215...
Page 216: ...216 230...
Page 218: ...218 NTC 10K 248 248 249 250...
Page 220: ...220 1 2 3 4 OK i 27 04 2009 11 15 22 6 C 33 3 1 2 4...
Page 221: ...221 i OK i ITCS ZONE A B...
Page 222: ...222 1 2 1 ITCS A A B B 3 4 On Off PWM 5...
Page 223: ...223 1 OK OK OK 2 27 04 2009 11 15 22 6 C 33 20 0 C 18 0 C rH 60 osi gni ty...
Page 224: ...224 2 OK 2 1 ITCS A B 2 1 2 1 1 OK ITCS 1 A A B B...
Page 225: ...225 2 1 2 OK 1 nazw ITCS 20 0 C 18 0 C 20 0 C 18 0 C 1 0 12 24 programu dnia...
Page 226: ...226 OK OK 10 2 1 3 OK OK 2 1 4 OK ITCS ITCS...
Page 227: ...227 OK OK 9 P1 P9 3 U1 U3 OK OK 7 00 P1 View P1 0 12 24 P1...
Page 228: ...228 15 6 3 1 1 6 OK 1 1...
Page 229: ...229 OK OK Ok 5 OK 2 1 2 05 30 1 00 00 2...
Page 230: ...230 1 2 OK OK OK 2 1 2 OK 3 4 17 30 2 3 07 45 17 30 1 2 05 30 07 45 4...
Page 231: ...231 OK OK Ok 2 2 1 00 00 3 4 17 30 22 45...
Page 234: ...234 Ok ITCS 2 1 6 Ok ITCS 27 04 2009 11 15 22 6 C 33 ITCS ITCS...
Page 235: ...235 2 2 A A 6 A P1 2 3 B B 6 B P1 B A...
Page 236: ...236 3 i Ok 3 1 Ok Ok Ok Ok Ok Ok Ok 27 04 2009...
Page 237: ...237 i Ok 3 2 Ok 1 10 6 C 27 04 2009...
Page 238: ...238 7 0 C i Ok 3 3 Ok 1...
Page 239: ...239 i Ok 2 4 4 1 Ok OK 4 2 Ok...
Page 240: ...240 Ok Ok Ok Ok Ok 4 3 OK 11 15 27 04 2009...
Page 241: ...241 4 3 1 Ok 10 k 25 C 1 10 k 25 C 18 0 C 35 C 2 10 k 25 C 0 C 1 2...
Page 242: ...242 4 3 2 Ok On Off 0 5 C PWM 5 5 4 3 3 12 On Off PWM 5 5...
Page 243: ...243 1 5 1 Ok Ok 4 3 4 1 Ok 4 3 5 Ok 24 C 12 F...
Page 244: ...244 4 3 6 OK Ok H C module...
Page 245: ...245 4 4 Ok Ok 100 1 1 0 4 5 Ok 2 Ok 0 50...
Page 246: ...246 5 Ok...
Page 247: ...247 6 Er Lo Hi V _ _ _...
Page 250: ...250 Annexes PROGRAM P1 to P9...
Page 251: ...251...