Installation Guide
CCR2 Disinfection Process Control & Temperature Registration
CCR2 - CONTROLLER
ENGLISH |
CCR2 Disinfection Process Control & Temperature Registration |
www.danfoss.com |
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Page 5 |
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POLSKI |
CCR2 Sterownik dezynfekcji z rejestratorem temperatur |
www.danfoss.pl |
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Strona 17 |
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DANSK |
CCR2 - desinfektionsprocesregulator & temperaturmåling |
www.danfoss.dk |
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Seite 29 |
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česky |
CCR2 Řízení dezinfekčního procesu se záznamem teploty |
www.danfoss.cz |
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Strana 41 |
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Deutsch |
Elektronischer Zirkulationsregler Typ CCR2 zur thermischen |
www.danfoss- |
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Seite 53 |
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Desinfektion und Datenprotokollierung |
waermeautomatik.de |
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Multilingual CCR2 instructions are provided on SD card included in CCR2 package or on http://www.danfoss.com Heating Solutions VI.D1.E2.1R
SMT/SI |
1 |
Installation Guide |
CCR2 |
CCR2 - CONTROLLER |
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CCR2 - CONTROLLER |
Fig. 1 CCR2 & ESMC |
Fig. 2 |
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CCR2 - CONTROLLER |
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Fig. 3a |
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CCR2 - CONTROLLER |
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Fig. 3b |
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2 |
SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
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outlet: actuators 1 … 8 |
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temperature sensors |
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temp. |
CCR |
CCR |
RS 485 |
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Triac output |
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S1 … S8 |
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sensor |
start |
stop |
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Fbus |
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S0 |
dezyn. |
dezyn. |
ModBus |
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do BMS |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2
CONTROLLER
C |
V9 |
V10 V11 V12 V13 V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 S12 S13 S14 |
S15 |
S16 |
C NC NO |
T1 T2 |
0V |
0V |
24V |
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To ECL force |
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signal for |
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disinfection |
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Relay switch output |
ALARM |
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outlet: actuators 9 … 16 |
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temperature sensors |
To next CCR 2 |
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Supplay volt |
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Triac output |
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S9 … S16 |
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for parallel or |
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24 VAC |
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sequence connection |
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Transistor output |
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158.5 mm
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2 - CONTROLLER
<![if ! IE]><![endif]>90 mm
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
Fig. 4 Wiring
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158.5mm |
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58 mm |
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31 mm |
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10 |
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CCR2 - CONTROLLER |
<![if ! IE]> <![endif]>90 mm |
<![if ! IE]> <![endif]>90 mm |
<![if ! IE]> <![endif]>35 mm |
<![if ! IE]> <![endif]>35 mm |
<![if ! IE]> <![endif]>62 mm |
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SD
FLASH
CARD
Fig. 5 Dimensions and installations on DIN relay 35 mm
Do not install or remove SD card when connected to the current.
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outlet: actuators 1 … 8 |
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temperature sensors |
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temp. |
CCR |
CCR |
RS 485 |
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Triac output |
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S1 … S8 |
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sensor |
start |
stop |
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Fbus |
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S0 |
dezyn. |
dezyn. |
ModBus |
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do BMS |
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C |
V1 |
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V2 |
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V3 |
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V4 |
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V5 |
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V6 |
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V7 |
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V8 |
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M |
S1 |
S2 |
S3 |
S4 |
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S5 |
S6 |
S7 |
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S8 |
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S0 |
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M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2
CONTROLLER
C |
V9 |
V10 V11 V12 V13 V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 S12 S13 S14 |
S15 |
S16 |
C |
NC |
NO |
T1 T2 |
0V |
0V |
24V |
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ALARM |
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outlet: actuators 9 … 16 |
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temperature sensors |
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To next |
Supplay voltage |
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Triac output |
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S9 … S16 |
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CCR 2 for |
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parallel or |
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24 VAC |
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sequence |
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connection |
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Transistor output |
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1 |
2 |
3 |
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ECA9010 |
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Fig. 6 CCR2 connection to ECL |
ECL XXX |
Heating Solutions |
VI.D1.E2.1R |
SMT/SI |
3 |
Installation Guide |
CCR2 |
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TEMP.S0 |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Master; CCR Sys: Sequence |
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This is Master; CCR Sys: Sequence |
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
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M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
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C |
NC |
NO |
|
|
T1 |
T2 |
0V |
0V |
24V |
|
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
|
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
|
|
C |
NC |
NO |
|
|
T1 |
T2 |
0V |
0V |
24V |
|
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1 |
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2 |
3 |
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1 |
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2 |
3 |
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ECL XXX |
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ECA9010 |
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ECL XXX |
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ECA9010 |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
||||||||||
|
CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 + B1 |
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This is Slave; CCR Sys: Sequence |
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This is Slave; CCR Sys: Sequence |
|
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
|||||||||||||
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
|
|
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
||
|
|
CCR2 |
|
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|
StartDis: B1 |
|
|
CCR2 |
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StartDis: S0 + B1 |
|||||||||||||||||||||||||||||||||||||||||||
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This is Slave; CCR Sys: Sequence |
|
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|
This is Slave; CCR Sys: Sequence |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
|||||||||||||
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
|
|
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
||
|
|
CCR2 |
|
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|
|
|
|
|
StartDis: B1 |
|
|
CCR2 |
|
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|
|
StartDis: S0 + B1 |
|||||||||||||||||||||||||||||||||||||||||||
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|
This is Slave; CCR Sys: Sequence |
|
|
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|
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|
|
This is Slave; CCR Sys: Sequence |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
|
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
|
|
C |
V1 |
|
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
|
|
|
||||||||||
|
|
CCR2 |
|
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|
StartDis: B1 |
|
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|
CCR2 |
|
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|
StartDis: S0 + B1 |
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|||||||||||||||||||
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This is Slave; CCR Sys: Sequence |
|
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This is Slave; CCR Sys: Sequence |
|
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|||||||||||||||||||||||||
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
|
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
|
C |
NC |
NO |
|
T1 |
T2 |
0V |
0V |
24V |
|
|
|
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
|
C |
NC |
NO |
|
T1 |
T2 |
0V |
0V |
24V |
|
|
|
|
||||||||||
Fig. 7 CCR2 connection to CCR2: sequences connection with one S0 sensor |
Fig. 8 CCR2 connection to CCR2: sequences connection with individual |
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
S0 sensor |
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TEMP.S0 |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
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V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Master; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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1 |
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2 |
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3 |
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1 |
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2 |
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3 |
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TEMP.S0 |
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ECL XXX |
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ECA9010 |
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ECL XXX |
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ECA9010 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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|||||||||||||||||
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CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Slave; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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||||
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CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Slave; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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||||
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CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Slave; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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||||
|
|
CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Slave; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
Fig. 9 CCR2 connection to CCR2: parallel connection with one S0 sensor |
Fig. 10 CCR2 connection to CCR2: parallel connection with individual S0 sensor |
4 |
SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
|
|
ENGLISH
1.Product description
The CCR2 is a control used for optimising the thermal disinfection process in hot water systems with functions such as temperature registration and monitoring circulation hot water systems. The control is connected to thermo
actuators type TWA - A and remote temperature sensors PT1000, type ESMB, installed on each thermostatic circulation valve, type MTCV (Multifunctional Thermostatic Circulation Valve).
2.Technical data
Temperature sensor (S0, S1 … S16) |
Pt1000, S0type ESMC / ESM11, S1 … S16 – type ESMB |
|
|
Temperature range (registration) |
–20 °C … +120 °C |
|
|
Measuring accuracy |
± 0,1 K |
|
|
Inputs: B1 and B2 |
Free contact (5 V 1 mA) |
|
|
Number of control valves (risers) |
16 |
|
|
Output signal to actuators (Triac type) |
24 VAC max. 1 A |
|
|
Alarm signal output (Triac type) |
24 VAC max. 1 A |
|
|
Relay output |
0 … 24 VAC/DC max. 1 A |
|
|
OC output (Transistor type) |
0 … 20 V DC NPN Open collector max. 200 mA |
|
|
Type of memory card (included) |
SD (512 MB factory card, build in CCR2) |
|
|
Maximum memory card |
2 GB |
|
|
Timer: Real time clock |
Built-in battery - service life 10 years |
|
|
Ambient temperature |
0 … 50 °C |
|
|
Transport temperature |
–10 … +60 °C |
|
|
IP rating |
IP 20, |
|
|
Power supply |
24 VAC |
|
|
Power consumption |
6 VA |
|
|
Weight |
0,9 kg |
|
|
Installation |
DIN rail 35 mm |
|
|
3.Installation
For easy access, the CCR2 control is installed in the technical box on DIN rail 35 mm. Box with DIN rail should be mounted onto the wall (sub - station or boiler room) as close as possible to the heat source. DIN rail and box are not included. It
is recommended to install the standard 24 VAC transformer in the same box as CCR2 (not supply). Do not install (and remove) SD card when the CCR2 is connected to the current. It must be switched off (risk of losing data).
4.Switching the control on
Before switching the control on for the first time, disconnect all cables and connect a 24 VAC source to the disconnected power plug. Use a voltmeter to measure the voltage on the power cable plug before it is connected to the control. If the voltage is correct:
1.Read the instructions before you operate the control
2.Disconnect all cables
3.Connect the power to the transformer (not connected to CCR2)
4.Turn on the power to the transformer
5.Verified currency - 24 V
6.Connect the cable from the transformer to the CCR2 input
The control should display its name and the software version – CONTROLLER START MENU – display according to point 5.
Before any plugs are connected to the control’s, input and output connectors:
1.Set all parameters on the control
2.Make sure that there is no external voltage on the temperature sensor plugs
3.Make sure that the voltage on the relay contacts is not too high (max. 24 VAC)
Heating Solutions |
VI.D1.E2.1R |
SMT/SI |
5 |
Installation Guide |
CCR2 |
|
|
5.Control start menu
Start process
After having switched the control detected SD card on and verified the card memory, the following will happen.
If the card is correctly placed, the control will verify the present files:
•access
•oneset
•allset
If the above - mentioned files are detected, the control will ask whether they should be used or aborted.
If no files (new card, used for the first time) there will be no request.
The next control will automatically generate a folder with the following files:
•folderACCESS:
allow change of access code to menu (details on request or www.danfoss.com)
•folderDATA:filewithrecorddate
•folderSETTINGSwithfiles
-allset: file with settings. Each time the of control is switched on, setting parameters are archived. This function provides verification history of all settings
-arch.set: file with archive of all settings. When switching the control on for the 2nd time with the above - mentioned record file, the request procedure for setting change or abortion will start.
Display information during the start process
After switching the CCR2 control on, the LCD display automatically presents the start menu. The table below shows the various information and change possibilities during the operation of the CCR2.
No. |
LCD Display |
READING DESCRIPTION |
1 |
Danfoss |
Welcome Menu |
|
CCR - 2.60 |
|
2 |
SD Free |
Diagnosis: available SD card memory |
|
… .. |
|
3 |
SD Free |
Available memory In MB |
|
512 MB |
|
4 |
NO |
No SD card in CCR2 |
|
SD CARD! |
Only when no card in CCR2. |
5 |
AccesCod |
Do you want to change code access to the control? |
|
Read? |
Press simultaneously „+” and „▼” to change code access to settings. |
|
|
Information appears only if SD card includes changed file code: ACCESS and changes were confirmed |
6 |
AccesCod |
Changes were done! |
|
DONE! |
Information appears only if SD card includes changed file code: ACCESS and changes were confirmed |
7 |
AccesCod |
Reset was not done. |
|
Aborted! |
Information appears only if SD card includes changed file code: ACCESS and changes were ignored. |
8 |
OneSet |
Do you want to change all settings and create new settings on PC? Press simultaneously „+” and „▼” |
|
Read? |
to make changes. |
|
|
Inquiry appears only if on the SD card the CCR2 finds new settings predefined on PC file: SETTING. |
|
|
Note: recommended only for service staff. |
9 |
OneSet |
Changes were done! |
|
DONE! |
Information appears only if the SD card includes a file with predefined SETTINGS: and changes were |
|
|
confirmed. |
10 |
OneSet |
A new setting was aborted! |
|
Aborted! |
Information appears only if SD card includes changed file: SETTING and changes were ignore. |
11 |
AllSet |
Do you want to use data from file: allset from SD card and change all settings in the CCR2? |
|
Read? |
Press simultaneously „+” and „▼” to change all settings. |
|
|
Inquiry appears always from second run of the control with SD card. |
|
|
AllSet – can be used to remove settings from CCR2 to another CCR2. |
12 |
AllSet |
Changes were done! |
|
DONE! |
Information appears only when SD card includes AllSet file and changes were confirmed. |
13 |
AllSet |
Changes of Allset were aborted |
|
Aborted! |
Information appears only when SD card includes AllSet file and changes were ignored. |
14 |
72254 |
Series number of CCR2 and number of software. |
|
123456 |
Code used for services. |
15 |
Thu On |
Day of the week: Mon, Tue, Wed, Thu, Fri, Sat, Sun. |
|
12: 59: 32 |
Status of working schedule: |
|
|
“On”: disinfection permitted in set schedule ; |
|
|
“Off”: disinfection not permitted in set schedule |
|
|
12: 59: 32 Real time: hour, minute, second |
16 |
10/9/06 |
Real date |
|
12: 59: 32 |
Real time: hour, minute, second |
6 |
SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
|
|
6.Control reading menu
When the setup is complete, the reading display will be shown on the screen.
09 - 10 - 06 |
Sat On |
12: 59: 32 |
12: 59: 32 |
|
|
Pressing the “+” key, turns the subsequent reading display on. The “ - ” key turns the previous reading display on. When pressing an arrow “▲” the reading displays is quitted and the ACCESS CODE menu comes up, described in chapter 7. When exitting from the menu, the first reading display is shown. A list of readings and possible displayed options are shown in the table below.
No. |
LCD Display |
READING DESCRIPTION |
17 |
10/9/06 |
The current time and date. |
|
12: 59: 32 |
Information display alternately with information about current date e.g.: Sat - schedule status and |
|
|
time. Display presented above. Data used in archive file. |
18 |
AC: 0117 |
“AC: 0117” - How much data is stored in SD card: |
|
… … … … |
Recorded data is indicated by counter, e.g.0117 – 117 records were done. When number exceeds |
|
|
9999, the counter starts counting from 0000. |
|
|
Alternately with Archiver InProces – data is recorded |
|
|
Alternately with Archiver Disable – data is not recorded |
|
|
Alternately with NoSDcard – no SD card in CCR2 |
19 |
DayToEnd |
How much data can be stored per day in the memory card (for actually settings) |
|
148 |
|
20 |
In B1 - M |
Input status B1 - M |
|
… … . |
Open – input B1 open |
|
|
Close – input B1 close to M |
|
|
Close ( shortcut B1 - M) can be used for disinfection initiation ( look to “DisSourc” in Install Menu.) |
|
|
Function is used in parallel and sequences connection. |
21 |
In B2 - M |
Input status B2 - M |
|
… … … |
Open – input B2 open |
|
|
Close – input B2 close to M |
|
|
Close (shortcut B2 - M) always finished disinfection process. The end of the disinfection process can |
|
|
be realised automatically (look to: Install Menu – This is Master) or manually if it is necessary to stop |
|
|
the process. When it is done manually, LCD displays information – disinfection fault. |
22 |
Out T1 0V |
Output status T1 - 0V (open collector) |
|
… … … |
Open – T1 open |
|
|
Close – T1 close. |
|
|
T1 signal is used for permitting signal to next CCR2 in parallel or sequences connection (look to “CCR |
|
|
Sys” in Install Menu) |
23 |
Alert T2 |
Output status Alert T2 (triack output) |
|
… … .. |
Active – signal 24 VAC on the T2 output |
|
|
NotActive – signal 0 V on the T2 output |
|
|
T2 is used for alarm signal in the below situations: |
|
|
- sensor failure: e.g. shortcut in sensor circuit (SensFaul) |
|
|
- when disinfection process was not done successfully in riser (FaultDis) |
|
|
- disinfection was stopped manually by B2 shortcut |
|
|
Signal alarm can be cancelled in enter of any menu and after removal of the reason for the alarm (e.g.: |
|
|
after sensor repair) |
24 |
Rel C - NO |
Output status C - NO ( Free Contact Relay status: C - NO - NC) |
|
… … . |
Open - output C - NO open ( it means C - NC is closed) |
|
|
Close – output C - NO closed ( it means C - NC is opened) |
|
|
Free Contact Relay is closed, when CCR2 requests high temperature from ECL or another heat source |
|
|
control for disinfection process continuation. This output can be used also for external signal to |
|
|
indicate disinfection process. Supporting relay is needed. |
25 |
Disinfec |
Is disinfection permitted? |
|
… … … … .. |
Choice between: |
|
|
Enable – disinfection is permitted |
|
|
Disable – disinfection is switched off in settings: BASIC MENU point: “Disinfec Disable” No. 30, |
|
|
chapter 8. |
|
|
|
26 |
Disin.Is |
Is disinfection currently in progress? |
|
… … … .. |
Choice between: |
|
|
In Proces – disinfection is in progress; |
|
|
Finished – disinfection is completed. |
|
|
|
27 |
Dis.SetT |
The set disinfection temperature. |
|
… °C |
The choice range is provided in a table below. |
|
|
|
28 |
Adv.Fact |
Calculated disinfection progress ratio, updated after each division period. |
|
… .% |
|
|
|
|
29 |
GroupNr |
Number of risers in the currently disinfected group. |
|
… … .. |
If no division was made, this is the total number of risers. Option of choice divides risers into groups |
|
|
during disinfection or is used in INSTALL MENU, number 39, chapter 9. Function: To be used division |
|
|
enables disinfection process to accelerate in extensive hot water circulation installations. |
|
|
|
Heating Solutions |
VI.D1.E2.1R |
SMT/SI |
7 |
Installation Guide |
CCR2 |
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No. |
|
LCD Display |
READING DESCRIPTION |
|
30 |
|
Sensor 0 |
Sensor S0 temperature. The same readings apply to sensors S1 … S16. |
|
|
|
… °C |
In right side after the temperature info can appear sign: L (Low) or H (High) |
|
|
|
|
These signs indicate that real temperature in the system exceed Required Temperature |
|
|
|
|
Required range set in points: 52-55 in the Install Menu. Function used for temperature alarm output. |
|
|
|
|
When is no: L or H – real temperature in the Required setting range. |
|
|
|
|
Press “+” to move between sensors. Or it can appear: |
|
|
|
|
Open - no sensor or break sensor circuit |
|
|
|
|
Closed – shortcut to ground in sensor circuit |
|
|
|
|
|
|
31 |
|
Valve 1 |
Status of valve: V1 … V16. |
|
|
|
… … % |
Press “+” to move between valves. Or one of the following: |
|
|
|
|
On – open, valve V1 is currently powered up, (taking PWM into account). |
|
|
|
|
Off – closed, valve V1 is currently powered down (taking PWM into account). |
|
|
|
|
… ..% – valve open ratio – percentage of filling the PWM function (0 … 100 % in 10 % steps). |
|
|
|
|
|
|
32 |
|
R1 … h |
Riser R1 – riser status information: |
|
|
|
|
R1 … h.. – overheating time remaining to complete the disinfection process for the given riser |
|
|
|
|
(countdown timer).When the process is finished, the timer will reset to start time. |
|
|
|
|
Disin – disinfection is currently in progress for riser R1, |
|
|
|
|
HoldDis – disinfection is currently interrupted for riser R1 following group division, |
|
|
|
|
EndDisin – disinfection was completed successfully in riser R1 |
|
|
|
|
FaulDis – disinfection has failed in riser R1 |
|
|
|
|
SensFaul – temperature senor fault in this riser |
|
|
|
|
|
7.Menu Access Code - access to settings
To set the parameters, press the up arrow key “▲” from Reading Menu and enter the access code (three digits) to enter the required settings group. The “+/ - “ keys change the digit values in the code, the arrow keys “▲/▼” navigate the cursor through the code digits. To enter the required setting group, press arrow key “▲” after last
code digit. If the code is not correct, the display shows: SD Card Exchange – meaning that the SD card can safely be pulled out from CCR2 (process of date recording is interrupted). The settings menu is closed automatically after four minutes of inactivity, and the display returns to
READING MENU.
No |
LCD Display |
ACCESS CODE - FUNCTION DESCRIPTION |
|
|
|
|
|
33 |
AcceCode |
Access codes to the control’s setting menus. Available menus: |
|
|
*** |
– |
Basic menu ( code: 359), basic setting menu |
|
|
– |
Install menu (code: 427). Advanced settings |
|
|
– |
Schedule menu (code 760). Weekly schedule programme settings for disinfection process |
|
|
– |
Real Time menu (code 576). Real time clock and date setting |
|
|
– |
Quadruple pressing up arrow key “▲” without entering any code will give access to “SD Card |
|
|
|
Exchange”. SD card can be safely pulled out from CCR2 (process of date recording is interrupted). |
The access codes are standard for the individual menus.
It is possible to change the access codes by entering new codes through the SD memory card and restarting the control. Detailed instructions are available on request.
The settings of the control can be entered using the keypad or globally through the SD memory card (control restart required). Details are available on request.
The manufacturer reserves the right to change the control’s settings and readings in production to improve handling and functionality. An up - to - date list of settings for the given software version is available on the Danfoss website. New settings can automatically upgrade CCR2 through the SD memory card (control restart required).
8 |
SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
|
|
8.Basic menu settings (CODE 359)
From ACCESS CODE menu enter code: 359 (procedure in chapter 7). The Basic menu is displayed in details in the table below. The arrow keys “▲/▼” move the menu windows, the “+/ - “keys change the values in the window selected by the arrows. To exit the setting menu, press the up arrow key “▲” after changing the last setting.
The setting menu is closed automatically after 4 minutes of inactivity.
Note:
When entering the Basic Menu, the disinfection process and alarm signal are discontinued..
No |
LCD Display |
BASIC MENU - FUNCTION DESCRIPTION |
|
|
|
34 |
Basic |
Information about menu: Basic |
|
Menu |
|
35 |
Disinfec |
Is disinfection permitted? |
|
… |
Possible choices: |
|
|
- Enable – disinfection permitted |
|
|
- Disable – disinfection is switched off |
36 |
Dis.Temp |
Set disinfection temperature. |
|
… °C |
Disinfection is initiated when the temperature on sensor S0 exceeds the set temperature. Exceeding |
|
|
the set temperature on a riser sensor (S1 … S16), triggers the disinfection time countdown for the |
|
|
given riser. |
37 |
DisinTime |
Set disinfection time in the risers. |
|
… h … min |
Disinfection time countdown is independent for each riser. Minimum required and maximum |
|
|
recommended time depend on the disinfection temperature and should be selected from the table |
|
|
in chapter 13. |
38 |
Ecs? |
Exit windows from Basic Menu. Enter “+” to close the setting or the basic menu will close automatically |
|
+ YES |
after 4 minutes. |
|
ESC? |
|
|
+ YES |
|
9.Install menu settings (Code: 427)*: recommended only for service
From ACCESS CODE menu enter code: 427 (procedure in chapter 7). The Install Menu is displayed in details in the table below. The arrow keys “▲/▼” move the menu windows, the “+/ - “ keys change the values in the window selected by the arrows. To exit the setting menu, press the up arrow key ”▲” after changing the last setting.
The setting menu is closed automatically after 4 minutes of inactivity.
Entering the Menu Settings, discontinue disinfection process and alarm signal.
No |
LCD Display |
INSTALL MENU - FUNCTION DESCRIPTION |
39 |
INSTALL |
Information about menu: Install |
|
Menu |
Recommended for service. |
40 |
Disinfec |
Is disinfection permitted |
|
… |
Possible choices: |
|
|
- Enable - disinfection permitted |
|
|
- Disable - disinfection is switched off |
|
|
Factory setting: Enable |
41 |
Dis.Temp |
Set disinfection temperature. The disinfection is initiated when the temperature of sensor S0 exceeds |
|
… °C |
the set temperature. Exceeding the set temperature on a riser sensor (S1 … S16), triggers disinfection |
|
|
time countdown for the given riser. |
|
|
Factory setting: 65 °C |
42 |
DisinTime |
Set disinfection time in the risers. |
|
… h … min |
Disinfection time countdown is independent for each riser. Minimum required and maximum |
|
|
recommended time depends on the disinfection temperature and should be selected from table in |
|
|
chapter 13. |
|
|
Factory setting: 15 min |
43 |
Cir.Temp |
Electronically controlled circulation temperature after disinfection in riser. The CCR 2 can maintain |
|
… °C |
the requested circulation temperature in the riser after the disinfection process. This function is |
|
|
recommended for control valves with only actuators (PI control signal). For self - acting valves like |
|
|
MTCV (with basic thermostat element ) recommended setting is 5 °C. |
|
|
Factory setting: 5 °C |
44 |
Divide |
Dividing risers into groups: |
|
… |
- Enable – when the disinfection progress is slower than the set progress in |
|
|
MinAdvan in position 42, |
|
|
- Disable – switched off regardless of the disinfection progress. |
|
|
Factory setting: Enable |
Heating Solutions |
VI.D1.E2.1R |
SMT/SI |
9 |
Installation Guide |
CCR2 |
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No |
LCD Display |
INSTALL MENU - FUNCTION DESCRIPTION |
|
45 |
Div.Time |
Group division period. CCR 2 will calculate the average disinfection progress periodically every |
|
|
… min |
number of minute set here from the moment that the disinfection starts. It will then decide whether |
|
|
|
to divide the risers into groups or not. |
|
|
|
Factory setting: 20 min |
|
46 |
MinAdvan |
Minimum average disinfection progress in percentage calculated between the group division times, |
|
|
… % |
above which the risers will not be divided into groups. If disinfection progress will be lower then e.g. |
|
|
|
20%, the risers will be divided into groups. |
|
|
|
Factory setting: 25 % |
|
47 |
Riser Nr |
Number of risers connected to the CCR2. |
|
|
… |
Factory setting: 16 |
|
48 |
This is |
Function used: when CCR2 is connected to ECL (another control) or to another CCR2. |
|
|
… .. |
Determines whether the CCR2 works as Master or Slave – only valid in parallel or sequence connection |
|
|
|
with another CCR2 and connection to e.g.: ECL. |
|
|
|
Example: one Master and two Slaves |
|
|
|
If disinfection is not activated, the relay (C/NC/N0) will make shortcut C and NC. When disinfection is |
|
|
|
activated, the relay (C/NC/N0) will change shortcut to C and N0 – |
|
|
|
This short - cut C/NC allows the CCR2 to keep a continuously high supply temperature by ECL control |
|
|
|
or another control. Available settings: |
|
|
|
Master – keep shortcut (C/NC) until confirmation about finished disinfection. Process will come from |
|
|
|
last CCR2 (Slave) through shortcut B2 to M (fault to frame). |
|
|
|
Slave – keep shortcut (C/NC) only in this CCR2 (Slave) until finished disinfection in this part of the |
|
|
|
installation controlled by this CCR2. |
|
|
|
Factory setting: Slave ( always for single CCR2 ) |
|
49 |
CCR Sys |
Function used: when CCR2 is connected with another CCR2. Big extended systems. |
|
|
… … . |
Parallel – disinfection is performed at the same time. If disinfection signal appears, output T1 becomes |
|
|
|
shortcut with M. This is the signal for CCR2 to start the disinfection. Parallel function allows the start of |
|
|
|
the disinfection in all CCR2 at the same time, as Master CCR2 revokes the disinfection order for CCR2 - |
|
|
|
Slave 1, and Slave1 in turns relays the revocation to CCR2 - Slave 2. (scheme - fig 10 and 11) |
|
|
|
Sequence – disinfection step by step ( first CCR2 , second CCR2 etc) |
|
|
|
If disinfection signal appears, the disinfection process starts only in first CCR2 (Master) and after |
|
|
|
implementation (successful performed or not), output T1 becomes shortcut with M, which allows the |
|
|
|
start of the process in another CCR2. When the CCR2 will perform the last disinfection, the first CCR2 |
|
|
|
(Master) will send a signal to ECL (or another control) and the supply disinfection temperature returns |
|
|
|
to comfort temperature. (scheme on fig. 8 and 9) |
|
|
|
Factory setting: Parallel |
|
50 |
Int.Time |
Integration time of the disinfection temperature (and circulation temperature) sustenance process in |
|
|
|
risers controlled by MTCV valves. The shorter the time, the quicker temperature changes (no stabile |
|
|
|
regulation). The longer the time, the slower reaction for temperature changes (stable regulation). |
|
|
|
Factory setting: 60 sec |
|
51 |
Prop.Fac |
Control gain of the disinfection temperature (and circulation temperature) sustenance process |
|
|
|
in risers controlled by MTCV valves. The higherthe gained control, the bigger valves reaction (no |
|
|
|
stabile regulation). The lower the gained control, the weaker reaction for temperature change (stable |
|
|
|
regulation). |
|
|
|
Factory setting: 100 |
|
52 |
Req.Temp |
Set Required Temperature in installation. |
|
|
… °C |
Setting range bewteen +10 °C and +100 °C. |
|
|
|
This setting is used for temperature alarm output when real temperature in system exceed upper and |
|
|
|
lower deviation count from Required Temperature. |
|
|
|
Factory setting : 55 °C |
|
53 |
Dif. Temp |
Set upper deviation temperature counted from Required Temperature. Temperature alarm output |
|
|
in + …. °C |
indicated signal when temperature exceed this range. |
|
|
|
Setting range bewteen +1 °C and +20 °C |
|
|
|
Factory setting: +10 °C |
|
54 |
Dif. Temp |
Set lower deviation temperature counted from Required Temperature. Temperature alarm output |
|
|
in - … °C |
indicated signal when temperature drop below this range. |
|
|
|
Setting range between −1 °C and −20 °C |
|
|
|
Factory setting: -10 °C |
|
55 |
Alarm DLY |
Set ALARM DeLaY. The temperature alarm delay when real temperature exceed exceed upper and |
|
|
… min |
lower deviation counted from Required Temperature. |
|
|
|
Setting range between 0 minute and 100 minute |
|
|
|
Factory setting : 10 min |
10 SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
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No |
LCD Display |
INSTALL MENU - FUNCTION DESCRIPTION |
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56 |
Cor |
|
Sensor calibration: S0 … S16 in range: ±9,9 °C |
|
|
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||||
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|
S0 … |
|
Do not make calibration when sensor cables are shorter than 10 meters. |
|||||||
|
|
… °C |
|
For longer cable then 10 meters, used correction factors from table below. |
|||||||
|
|
|
|
Correction factor |
|
|
|
|
|
|
|
|
|
|
|
total length |
|
cable cross section |
|
|
|
||
|
|
|
|
(two - core cable) |
|
|
|
|
|||
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
in meter |
|
|
0,5 mm2 |
0,75 mm2 |
1,00 mm2 |
1,5 mm2 |
|
|
|
|
|
10 |
|
|
- 0,2 |
- 0,1 |
- 0,1 |
- 0,1 |
|
|
|
|
|
15 |
|
|
- 0,5 |
- 0,3 |
- 0,2 |
- 0,1 |
|
|
|
|
|
20 |
|
|
- 0,4 |
- 0,3 |
- 0,2 |
- 0,1 |
|
|
|
|
|
25 |
|
|
- 0,5 |
- 0,3 |
- 0,3 |
- 0,1 |
|
|
|
|
|
30 |
|
|
- 0,6 |
- 0,4 |
- 0,3 |
- 0,2 |
|
|
|
|
|
35 |
|
|
- 0,7 |
- 0,5 |
- 0,4 |
- 0,2 |
|
|
|
|
|
40 |
|
|
- 0,8 |
- 0,5 |
- 0,4 |
- 0,2 |
|
|
|
|
|
45 |
|
|
- 0,9 |
- 0,6 |
- 0,5 |
- 0,2 |
|
|
|
|
|
50 |
|
|
- 1,0 |
- 0,7 |
- 0,5 |
- 0,3 |
|
|
|
|
|
75 |
|
|
- 1,5 |
- 1,0 |
- 0,8 |
- 0,4 |
|
|
|
|
|
100 |
|
|
- 2,0 |
- 1,4 |
- 1,0 |
- 0,5 |
|
|
|
|
|
125 |
|
|
- 2,5 |
- 1,7 |
- 1,3 |
- 0,6 |
|
|
|
|
|
150 |
|
|
- 3,0 |
- 2,0 |
- 1,5 |
- 0,8 |
|
|
|
|
|
Factory setting: 0 °C |
|
|
|
|
|
|
|
|
57 |
Rel.Test |
|
Relay test (Triac output) |
|
|
|
|
|
||
|
|
… … … . |
|
AUTO – all work automatically |
|
|
|
|
|||
|
|
|
|
V1 … V16 – forced signal for valves output V1 … V16 |
|
|
|||||
|
|
|
|
Rel C - NO - forced signal for relay C/NO |
|
|
|
||||
|
|
|
|
T1 Out - forced signal for output T1 (open collector) |
|
|
|||||
|
|
|
|
T2 Out – forced signal (24 VAC) for alarm T2 . |
|
|
|
||||
|
|
|
|
Factory setting: Auto |
|
|
|
|
|
|
|
|
58 |
AlertRel |
Alarm output (Triac) |
|
|
|
|
|
|
||
|
|
… … |
StillOn – continuous alarm signal: T2 – 24 VAC |
|
|
|
|||||
|
|
|
Pulse – pulse alarm signal 24 VAC every second |
|
|
|
|||||
|
|
|
Factory setting: Pulse |
|
|
|
|
|
|||
|
59 |
Archiver |
Information about data archiving: |
|
|
|
|
||||
|
|
… |
Never – the feature is switched off, |
|
|
|
|
||||
|
|
|
1 File – data is stored in one file on the SD card, |
|
|
|
|||||
|
|
|
2 Files – data is stored alternatively in two files to improve write reliability. This function decreases |
||||||||
|
|
|
term of data storage (twice). |
|
|
|
|
||||
|
|
|
Factory setting: 1 File |
|
|
|
|
|
|||
|
60 |
ArchFreq |
Data archiving interval. The time can be set to any value between 10 seconds and 4 hours. |
||||||||
|
|
… |
Factory setting: 1 min |
|
|
|
|
|
|||
|
61 |
DisSourc |
Disinfection sources for running disinfection and continuing the process, There are a few |
||||||||
|
|
… … .. |
combinations which allow initiation of the process based on one signal or in relation to many needed |
||||||||
|
|
|
signals. Disinfection is initiated when: |
|
|
|
|||||
|
|
|
S0 – sensor S0 reports a temperature higher than the disinfection temperature |
||||||||
|
|
|
B1 – B1 input shorted to ground, |
|
|
|
|
||||
|
|
|
S0+SCH – sensor S0 reports a temperature higher than the disinfection temperature in the scheduled |
||||||||
|
|
|
time period, |
|
|
|
|
|
|
||
|
|
|
B1+SCH – B1 input shorted to M (ground) in the scheduled time period, |
||||||||
|
|
|
SCH - weekly schedule runs and continues until it is complete, even if schedule was to terminate it, |
||||||||
|
|
|
S/B0+SCH – B1 input shorted to M (fault to frame, ground) or sensor S0 reports a temperature higher |
||||||||
|
|
|
than the disinfection temperature in the scheduled time period, |
||||||||
|
|
|
S0&B0 – B1 input shorted to M and sensor S0 reports a temperature higher than the disinfection |
||||||||
|
|
|
temperature, |
|
|
|
|
|
|
||
|
|
|
S0&B0+SCH - B1 input shorted to M and sensor S0 reports a temperature higher than the disinfection |
||||||||
|
|
|
temperature in the scheduled time period. |
|
|
|
|||||
|
|
|
Factory setting: S0 |
|
|
|
|
|
|
||
|
62 |
BMSAdres |
CCR2 address in BMS system |
|
|
|
|
||||
|
|
|
Factory setting: 1 |
|
|
|
|
|
|
||
|
63 |
BMS TYPE |
Type of date transmission: |
|
|
|
|
||||
|
|
|
ModBus 96 (9.600) |
|
|
|
|
|
|
||
|
|
|
Mod Bus 19 (19.000) |
|
|
|
|
|
|
||
|
|
|
ModBus 38 (38.400) |
|
|
|
|
|
|
||
|
|
|
FBus |
|
|
|
|
|
|
||
|
|
|
Factory setting: ModBus 96 |
|
|
|
|
||||
|
64 |
DateForm |
Form of date display: |
|
|
|
|
|
|
||
|
|
|
YY - MM - DD – year, month, day |
|
|
|
|
||||
|
|
|
YY - DD - MM – year, day, month |
|
|
|
|
||||
|
|
|
DD - MM - YY – day, month , year |
|
|
|
|
||||
|
|
|
MM - DD - YY – month, day, year |
|
|
|
|
||||
|
|
|
Factory setting: YY - MM - DD |
|
|
|
|
Heating Solutions |
VI.D1.E2.1R |
SMT/SI 11 |
Installation Guide |
CCR2 |
|
|
|
|
|
|
|
|
|
|
|
No |
LCD Display |
INSTALL MENU - FUNCTION DESCRIPTION |
|
65 |
CCR2 is |
Status of CCR2: |
|
|
… … . |
Register - functions only as temperature registration |
|
|
|
Reg+Dis - functions as disinfection control with temperature registration |
|
|
|
Factory setting: Reg+Dis |
|
66 |
Reset |
Reset to factory settings |
|
|
… … . |
Yes - return to factory settings |
|
|
|
No – keep adjusted settings |
|
|
|
Note: To complete reset procedure turn CCR3 off and back on. |
|
67 |
Ecs? |
Exit windows from Install Menu. Enter “+” to close setting or basic menu will close automatically after |
|
|
+ YES |
4 minutes |
10. SCH setting: weekly schedule programme menu settings (code 760)
From ACCESS CODE menu enter code: 760 (procedure in chapter 7). The Schedule menu is displayed as in the table below.
The arrow keys “▲/▼” move the menu windows, the “+/ - “ keys change the values in the window selected by the arrows.
To exit the setting menu, press the up arrow key after changing the last setting. The settings menu is closed automatically after 4 minutes of inactivity.
Entrance to the Menu Settings discontinue disinfection process and alarm signal.
No |
LCD Display |
PRG - SCHEDULE PROGRAMME MENU - FUNCTION DESCRIPTION |
68 |
Schedule |
Information about menu: Schedule |
|
Menu |
|
69 |
P1 Start |
Programme P1 starts time “hour” for the weekly schedule. The same settings apply for programmes |
|
10: 20 |
P2 … P7. |
70 |
P1 Start |
Programme P1 starts time “minute” for the weekly schedule. The same settings apply for programmes |
|
10: 20 |
P2 … P7. |
71 |
P1 Stop |
Programme P1 stops time “hour” for the weekly schedule. The same settings apply for programmes |
|
10: 20 |
P2 … P7. |
72 |
P1 Stop |
Programme P1 stops time “minute” for the weekly schedule. The same settings apply for programmes |
|
10: 20 |
P2 … P7. |
73 |
P1 Activ |
Sets the activity of the entire P1 programme and its activities for individual days of the week. |
|
A12 - - - 67 |
The arrow keys”▼/▲” navigate the cursor through the digits. The “+/ - “ keys change the digit values. |
|
|
Figures 1 … 7 represent days of the week: |
|
|
1 – Monday, 2 – Tuesday … 7 – Sunday. |
|
|
The first setting to the left can be A or N: |
|
|
A – Programme P1 is active - subsequent settings are read, |
|
|
N – Programme P1 is entirely deactivated - subsequent settings 1 … 7 are dismissed, and the |
|
|
programme is not started. |
|
|
The second left setting: |
|
|
1 – Programme P1 is activated on Monday. |
|
|
“ - “ – Programme P1 is not activated on Monday. |
|
|
The third left setting: |
|
|
2 – Programme P1 is activated on Tuesday. |
|
|
“ - ” – Programme P1 is not activated on Tuesday. |
|
|
The fourth left setting: |
|
|
3 – Programme P1 is activated on Wednesday. |
|
|
“ - “ – Programme P1 is not activated on Wednesday. |
|
|
The fifth left setting: |
|
|
4 – Programme P1 is activated on Thursday. |
|
|
“ - “ – Programme P1 is not activated on Thursday. |
|
|
The sixth left setting: |
|
|
5 – Programme P1 is activated on Friday. |
|
|
“ - “ – Programme P1 is not activated on Friday. |
|
|
The seventh left setting: |
|
|
6 – Programme P1 is activated on Saturday. |
|
|
“ - “ – Programme P1 is not activated on Saturday. |
|
|
The eighth left setting: |
|
|
7 – Programme P1 is activated on Sunday. |
|
|
“ - “ – Programme P1 is not activated on Sunday. |
|
|
The same Activity settings apply for programmes P2..P7. |
74 |
Ecs? |
Exit windows from Install Menu. Enter “+” to close setting or basic menu will close automatically after |
|
+ YES |
4 minutes |
12 SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
|
|
11. Real time clock setting (code 576)
From ACCESS CODE menu enter code: 576 (procedure in chapter 7). The Real Time menu is displayed as detailed in the table below.
The arrow keys “▲/▼”move the menu windows, the “+/ - “keys change the values in the window selected by the arrows. To exit the setting menu, press the up arrow key after changing the last setting. The setting menu is closed automatically after 4 minutes of inactivity.
Entering the Menu Settings, discontinue disinfection process and alarm signal.
No |
LCD Display |
REAL TIME CLOCK - FUNCTION DESCRIPTION |
75 |
Real Time |
Information about menu: real Time |
|
Menu |
|
76 |
RealTime |
Sets the real time clock “hour” |
|
12: 00: 00 |
|
77 |
RealTime |
Sets the real time clock “minute” |
|
12: 00: 00 |
|
78 |
RealTime |
Sets the real time clock “second” |
|
12: 00: 00 |
|
79 |
Year |
Sets the year for the current date |
80 |
Month |
Sets the month for the current date |
81 |
Day |
Sets the day for the current date |
82 |
Ecs? |
Exit windows from Install Menu. Enter “+” to close setting or basic menu will close automatically after |
|
+ YES |
4 minutes |
12. Using the data storage card
The SD card may never be installed in/or removed from the CCR 2 when data is being written to it. Disrespecting this rule may lead to:
–data loss
–SD card damage
–CCR 2 control damage.
INSTALLING THE SD CARD
Disconnect the control from the power supply for at least five seconds before inserting the SD card. The SD card may only be installed after this pause.
REMOVING THE SD CARD
From ACCESS CODE menu quadruple press up arrow key “▲” without entering any code it will give access to “SD Card Exchange”. SD card can be pulled out safely from CCR2 (process of date recording is interrupted).
Power failures occuring when data is written to the SD card may also corrupt the archive or even damage files stored on the card. To reduce the risk, it is recommended to use a buffered power supply for a CCR 2 used with the data archiving function and to set the “Archive” setting to “2 Files.” The archived files will be doubled, but the storage space is halved.
Heating Solutions |
VI.D1.E2.1R |
SMT/SI 13 |
Installation Guide |
CCR2 |
|
|
13. Temperature set in the circulation risers and disinfection time:
Temperature |
Time setting for thermal disinfection |
|
of disinfection |
in: hour … Minute … |
|
[ °C] |
Minimum |
Maximum |
|
||
|
required |
recommended |
50 |
6 h 20 minute |
7 h 30minute |
|
|
|
51 |
6 h 10 minute |
7 h 20 minute |
|
|
|
52 |
4 h 00 minute |
5 h 50 minute |
|
|
|
53 |
2 h 00 minute |
4 h 00 minute |
|
|
|
54 |
1 h 00 minute |
2 h 00 minute |
|
|
|
55 |
0 h 50 minute |
2 h 00 minute |
|
|
|
56 |
0 h 40 minute |
1 h 20 minute |
|
|
|
57 |
0 h 20 minute |
1 h 00 minute |
|
|
|
58 |
0 h 15 minute |
0 h 50 minute |
|
|
|
59 |
0 h 15 minute |
0 h 45 minute |
|
|
|
60 |
0 h 14 minute |
0 h 40 minute |
|
|
|
61 |
0 h 13 minute |
0 h 35 minute |
|
|
|
62 |
0 h 12 minute |
0 h 30 minute |
|
|
|
63 |
0 h 12 minute |
0 h 28 minute |
|
|
|
64 |
0 h 11 minute |
0 h 27 minute |
|
|
|
65 |
0 h 11 minute |
0 h 26 minute |
|
|
|
Temperature |
Time setting for thermal disinfection |
|
of disinfection |
in: hour … Minute … |
|
[ °C] |
Minimum |
Maximum |
|
||
|
required |
recommended |
66 |
0 h 10 minute |
0 h 25 minute |
|
|
|
67 |
0 h 9 minute |
0 h 25 minute |
|
|
|
68 |
0 h 8 minute |
0 h 22 minute |
|
|
|
69 |
0 h 7 minute |
0 h 21 minute |
|
|
|
70 |
0 h 6 minute |
0 h 20 minute |
|
|
|
71 |
0 h 6 minute |
0 h 18 minute |
|
|
|
72 |
0 h 6 minute |
0 h 14 minute |
|
|
|
73 |
0 h 5 minute |
0 h 12 minute |
|
|
|
74 |
0 h 4 minute |
0 h 10 minute |
|
|
|
75 |
0 h 3 minute |
0 h 10 minute |
|
|
|
76 |
0 h 3 minute |
0 h 10 minute |
|
|
|
77 |
0 h 2 minute |
0 h 9 minute |
|
|
|
78 |
0 h 2 minute |
0 h 8 minute |
|
|
|
79 |
0 h 2 minute |
0 h 6 minute |
|
|
|
80 |
0 h 2 minute |
0 h 6 minute |
|
|
|
CCR2 ModBus protocol details
Data type : Coil [bool] |
Coil No. |
Description |
|
MB_CoilOut [0] |
- disinfection permitted |
|
MB_CoilOut [1] |
- disinfection in progress |
|
MB_CoilOut [2 … 9] |
- open valves ( 0 … 7) |
|
MB_CoilOut [10 … 17] |
- risers with open valves (riser: 8 … 15) |
|
MB_CoilOut [18 … 25] |
- riser with disinfection error (riser: 0 … 7) |
|
MB_CoilOut [26 … 33] |
- riser with disinfection error (riser 8 … 15) |
|
MB_CoilOut [34 … 41] |
- riser with finished disinfection, success (riser: 0 … 7) |
|
MB_CoilOut [42 … 49] |
- riser with finished disinfection, success (riser: 8 … 15) |
|
MB_CoilOut [50 … 57] |
- riser in disinfection group (riser: 0 … 7) |
|
MB_CoilOut [58 … 65] |
- riser in disinfection group (riser: 8 … 15) |
|
MB_CoilOut [66] |
- alarm |
|
MB_CoilOut [67] |
- disinfection in progress when TS0 is achieved |
|
MB_CoilOut [68] |
- permission to run next CCR |
|
MB_CoilOut [69] |
- status of binary input : B1 |
|
MB_CoilOut [70] |
- status of binary input : B2 |
|
|
Data type Register [integer] |
Register No. |
|
Description |
|
|
|
|
MB_RegisterOut [0 … 8] |
- temperature sensors S0 … S8 (8000 <=> 80 °C) |
|
|
|
|
|
MB_RegisterOut [9 … 16] |
- temperature sensors S9 … S16 (8000 <=> 80 °C) |
|
|
|
|
|
MB_RegisterOut [17 … 24] |
- time needed to finished disinfection for risers 1 … 8 [in minutes ] |
||
|
|
|
MB_RegisterOut [25 … 32] |
- time needed to finished disinfection for risers 9 … 16 [in minutes] |
||
|
|
|
MB_RegisterOut [33] |
- selected disinfection time |
|
|
|
|
|
MB_RegisterOut [34] |
- degree of disinfection progress when system is divide for group |
||
|
|
|
MB_RegisterOut [35] |
- number of risers in group |
|
|
|
|
|
MB_RegisterOut [36+0 … 7] |
- control signal (opening) in % for valve in risers : 1 … 8 |
||
|
|
|
MB_RegisterOut [44+0 … 7] |
- control signal (opening) % for valve in riser: 9 … 16 |
|
|
|
|
Baud rate: |
data bits |
stop bits |
parity |
|
|
|
|
9.600 |
8+1 |
N |
|
|
|
|
19.200 |
8+1 |
N |
|
|
|
|
38.400 |
8+1 |
N |
|
|
|
|
|
|
|
|
14 |
SMT/SI |
|
|
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
|
|
|
|
|
|
CCR |
CCR |
RS 485 |
|
|
ZAWORY STREF V1.. V8 |
|
TEMPERATURY |
TEMP. |
start |
stop |
Fbus |
|
|
WYJŒCIA TRIAKOWE |
|
STREF S1.. S8 |
S0 |
dezyn. dezyn. ModBus |
|
|
||
|
|
|
|
|
|
do BMS |
|
|
|
|
|
|
|
|
|
158.5 mm |
|
|
|
|
|
|
|
C V1 V2 V3 V4 V5 V6 V7 V8 |
M S1 S2 S3 S4 S5 S6 S7 S8 |
S0 M B1 M B2 M M A B |
C V1 V2 V3 V4 V5 V6 V7 V8 |
M S1 |
S2 S3 S4 S5 S6 S7 S8 |
S0 M |
B1 M |
B2 M |
M A B |
|
|
|
|
TEMPERATURY |
|
|
|
|
|
|
|
|
STREF S1.. S8 |
|
|
|
|
|
|
ZAWORY STREF V1.. V8 |
|
|
|
|
|
|
|
|
WYJŒCIA TRIAKOWE |
|
|
|
|
|
|
|
|
CCR2 |
|
|
|
|
|
CCR2 - CONTROLLER |
|
|
CONTROLLER |
|
|
|
|
<![if ! IE]> <![endif]>90 mm |
|
|
|
|
|
|
|
|
|
|
|
ZAWORY STREF V9.. V16
WYJŒCIA TRIAKOWE
TEMPERATURY
STREF S9.. S16
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
Do ECL |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Wymuszenie |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
przegrzania |
ALARM |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
ZAWORY STREF V9.. V16 |
TEMPERATURY |
Start |
Zasilan |
WYJŒCIA TRIAKOWE |
STREF S9.. S16 |
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dezynfekcji |
24VA |
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następnego |
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Rys. 4 Schemat połączeń elektrycznych
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158.5mm |
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58 mm |
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31 mm |
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10 |
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CCR2 - CONTROLLER |
<![if ! IE]> <![endif]>90 mm |
<![if ! IE]> <![endif]>90 mm |
<![if ! IE]> <![endif]>35 mm |
<![if ! IE]> <![endif]>35 mm |
<![if ! IE]> <![endif]>62 mm |
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SD
FLASH
CARD
Rys. 5 Wymiary i montaż
Karta SD nie może być instalowana i wyjmowana pod napieciem.
W celu instalacji i wyjęcia karty wyłacz zasilanie do CCR2!
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CCR |
CCR |
RS 485 |
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ZAWORY STREF V1.. V8 |
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TEMPERATURY |
TEMP. |
start |
stop |
Fbus |
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WYJŒCIA TRIAKOWE |
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STREF S1.. S8 |
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S0 |
dezyn. dezyn. ModBus |
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do BMS |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
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A |
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TEMPERATURY
STREF S1.. S8
ZAWORY STREF V1.. V8
WYJŒCIA TRIAKOWE
CCR2
CONTROLLER
ZAWORY STREF V9.. V16
WYJŒCIA TRIAKOWE
TEMPERATURY
STREF S9.. S16
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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ALARM |
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ZAWORY STREF V9.. V16 |
TEMPERATURY |
Do ECL |
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Start |
Zasilanie |
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WYJŒCIA TRIAKOWE |
STREF S9.. S16 |
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Wymuszenie |
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dezynfekcji |
24VAC |
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przegrzania |
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następnego |
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CCR-a |
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1 |
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3 |
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Połączenie CCR2 do ECL lub |
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ECA9010 |
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innego sterownika w źródle ciepła |
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( kocioł, węzeł cieplny) |
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Rys. 6 CCR2 połączenie do ECL
ECL XXX
Heating Solutions |
VI.D1.E2.1R |
SMT/SI 15 |
Installation Guide |
CCR2 |
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TEMP.S0 |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Master; CCR Sys: Sequence |
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This is Master; CCR Sys: Sequence |
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
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M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
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C |
NC |
NO |
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T1 |
T2 |
0V |
0V |
24V |
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
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M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
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C |
NC |
NO |
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T1 |
T2 |
0V |
0V |
24V |
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1 |
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1 |
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ECL XXX |
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ECA9010 |
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ECL XXX |
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ECA9010 |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 + B1 |
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This is Slave; CCR Sys: Sequence |
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This is Slave; CCR Sys: Sequence |
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 + B1 |
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This is Slave; CCR Sys: Sequence |
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This is Slave; CCR Sys: Sequence |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
|
|
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
||
|
|
CCR2 |
|
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StartDis: B1 |
|
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CCR2 |
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|
StartDis: S0 + B1 |
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This is Slave; CCR Sys: Sequence |
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This is Slave; CCR Sys: Sequence |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
|
|
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
||
|
|
CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 + B1 |
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This is Slave; CCR Sys: Sequence |
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This is Slave; CCR Sys: Sequence |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
Rys. 7 CCR2 połączenie z CCR2: sekwencyjne z jednym czujnikiem S0 |
Rys. 8 CCR2 połączenie z CCR2: sekwencyjne z wieloma czujnikami S0 |
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TEMP.S0 |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
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||||
|
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|
CCR2 |
|
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|
|
StartDis: S0 or S0 + PRG |
|
|
|
CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Master; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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1 |
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2 |
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3 |
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1 |
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2 |
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3 |
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|||
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ECL XXX |
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ECA9010 |
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ECL XXX |
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|
ECA9010 |
|
TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
|
|||||||||||||||||
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|
CCR2 |
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|
StartDis: B1 |
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|
CCR2 |
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|
StartDis: S0 or S0 + PRG |
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This is Slave; CCR Sys: Paralell |
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|
This is Slave; CCR Sys: Paralell |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
|
M |
B2 |
M |
M |
A |
B |
|
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|
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
|
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
|
S0 |
M |
B1 |
|
M |
B2 |
M |
M |
A |
B |
||||||||
|
CCR2 |
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|
StartDis: B1 |
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|
CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Slave; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
|
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
|
C |
NC |
NO |
|
|
T1 |
T2 |
0V |
0V |
24V |
|
|
|
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
|
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
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C |
NC |
NO |
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T1 |
T2 |
0V |
0V |
24V |
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TEMP.S0 |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
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M |
B2 |
M |
M |
A |
B |
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C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
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M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
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S0 |
M |
B1 |
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M |
B2 |
M |
M |
A |
B |
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CCR2 |
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StartDis: B1 |
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CCR2 |
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StartDis: S0 or S0 + PRG |
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This is Slave; CCR Sys: Paralell |
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This is Slave; CCR Sys: Paralell |
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C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
TEMP.S0
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
C |
V1 |
V2 |
V3 |
V4 |
V5 |
V6 |
V7 |
V8 |
M |
S1 |
S2 |
S3 |
S4 |
S5 |
S6 |
S7 |
S8 |
S0 |
M |
B1 |
M |
B2 |
M |
M |
A |
B |
CCR2 |
StartDis: B1 |
CCR2 |
StartDis: S0 or S0 + PRG |
|
This is Slave; CCR Sys: Paralell |
|
This is Slave; CCR Sys: Paralell |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
C |
V9 |
V10 |
V11 |
V12 |
V13 |
V14 |
V15 |
V16 |
M |
S9 |
S10 |
S11 |
S12 |
S13 |
S14 |
S15 |
S16 |
C |
NC |
NO |
T1 |
T2 |
0V |
0V |
24V |
Rys. 9 CCR2 połączenie z CCR2: równoległe z jednym czujnikiem S0 |
Rys. 10 CCR2 połączenie z CCR2: równoległe z wieloma czujnikami S0 |
16 SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
|
|
POLSKI
1. Zastosowanie
Sterownik CCR2 służy do optymalizacji procesu dezynfekcji termicznej w instalacjach wody ciepłej z takimi funkcjami jak rejestrowanie temperatury i monitorowanie systemów obiegu wody ciepłej. Sterownik jest podłączony do
siłowników termicznych typu TWA - A oraz zdalnych czujników temperatury PT1000 typu ESMB, zainstalowanych na każdym zaworze termostatycznym obiegu typu MTCV.
2. Dane techniczne
Czujniki temperatury |
Pt1000 , S0 - type ESMC/ESM11 , S1 … S16 – type ESMB |
Zakres pomiarowy |
–20 … +120 °C |
Dokładność pomiarowa |
± 0.1 K |
Wejścia B0 i B1 |
Styk bezpotencjałowy ( 5 V 1 mA ) |
Ilość sterowanych zaworów |
16 |
Sygnał wyjściowy do zaworu (Triak) |
24 VAC max. 1 A |
Wyście sygnału alarmowego (Triak) |
24 VAC max. 1 A |
Wyjście przekaźnikowe |
0 … 24 VAC/DC max. 1 A |
Wyjście OC ( wyjście tranzystorowe) |
0 … 20 VDC NPN Open colektor max. 200 mA |
Port karty pamięci typu |
SD (512 MB - karta umieszczana fabrycznie) |
Pojemności maksymalna karty |
2 GB |
Zegar czasu rzeczywistego |
Wbudowany z podtrzymaniem 10 lat |
|
|
Temperatura pracy |
0 … +50 °C |
Temperatura transportu |
–10 … +60 °C |
Stopień ochrony |
IP 20 |
Napięcie zasilania |
24 VAC |
Pobór mocy |
6 VA |
Waga |
0.9 kg |
Montaż |
Szyna DIN 35mm (DIN RAIL 35mm) |
3.Installation
CCR2 został zaprojektowany do montażu na szynie „DIN rail” o szerokości 35 mm. Zaleca się montaż naścienny w zabudowanej szafie technicznej ( nie jest na wyposażeniu), w której również zaleca się montaż transformatora zasilającego CCR2 – 24 VAC. (wyposażenie dodatkowe). Zalecane miejsce instalacji: pomieszczenie techniczne jak kotłownia, węzeł
cieplny czy też rozdzielnia. Istotne jest położenie blisko centralnego regulatora źródła ciepła lub też głównego rurociągu zasilającego instalację ciepłej wody użytkowej. Instalacja i de - instalacja karty SD ( do zapisu rejestru temperatur może być przeprowadzona tylko przy wyłączonym zasilaniu CCR2 ( grozi utratą danych).
4. Instalacja
Pierwsze uruchomienie sterownika należy rozpocząć od:
1.Przeczytania instrukcji obsługi
2.Odłączenia wszelkich wtyczek
3.Podłączenia do odłączonej wtyczki zasilania napięcia 24 VAC.
4.Sprawdzić miernikiem napięcie na wtyczce przed podłączeniem jej do sterownika. Jeżeli jest ono poprawne należy wyłączyć napięcie,
5.Włożyć wtyczkę do sterownika i
6.Załączyć zasilanie.
Na sterowniku pojawi się jego nazwa i wersja oprogramowania a potem menu startowe opisane w paragrafie 5.
Przed podłączeniem wtyczek do wejść i wyjść sterownika należy:
1.Ustawić wszystkie parametry sterownika,
2.Sprawdzić czy na wtyczkach pomiarowych temperatury nie ma obcych potencjałów,
3.Sprawdzić czy na wtyczkach przekaźników nie ma zbyt wysokich napięć (max 24 VAC).
Heating Solutions |
VI.D1.E2.1R |
SMT/SI 17 |
Installation Guide |
CCR2 |
|
|
5. Menu startowe sterownika
Proces startowy
Po załączeniu sterownik sprawdza obecność i pojemność karty SD.
Jeżeli karta SD jest włożona sterownik sprawdza czy na niej znajdują się pliki:
•access,
•oneset,
•allset.
Jeżeli plik występuje pojawia się pytanie czy go użyć. Jeżeli plik nie występuje na karcie SD pytanie nie pojawia się.
Następnie sterownik tworzy foldery i pliki:
•folderACCESS–zmianakodówdostępu
(szczegóły na www.danfoss.com),
•folderDATA-plikiarchiwizacjidanych,
•folderSETTINGS–pliki:
–allset – plik z nastawami - każde włączenie zasilania powoduje zapis wszystkich nastaw w tym pliku
–arch_set – plik z archiwum nastaw - każde włączenie zasilania powoduje dopisanie wszystkich nastaw do tego pliku,
Wyświetlane komunikaty podczas procesu startowego
Po załączeniu zasilania na sterowniku wyświetlane są automatycznie komunikaty. Tabela poniżej przedstawia odczyty i możliwości zmian podczas startu sterownika.
Nr |
LCD Display |
OPIS ODCZYTU |
1 |
Danfoss |
Menu powitalne |
|
CCR - 2.60 |
|
2 |
SD Free |
Odczyt zajętości karty SD |
|
… .. |
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3 |
SD Free |
Dostępna pamięć w MB |
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512 MB |
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4 |
NO |
Brak karty SD w CCR2 |
|
SD CARD! |
Tylko gdy w sterowniku CCR2 nie ma karty. |
5 |
AccesCod |
Czy mają się zmienić kody dostępu do nastaw urządzenia. Jeżeli w czasie tego ekranu zostaną |
|
Read? |
jednocześnie wciśnięte klawisze „+” i „▼” to dokona się zmiana kodów dostępu do nastaw. Komunikat |
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pojawia się wyłącznie w przypadku istnienia pliku zmiany kodów na karcie SD. Plik: ACCES. Uwaga: |
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zalecane tylko dla serwisu. |
6 |
AccesCod |
Zmiana nastaw AllSet dokonała się z powodzeniem. |
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DONE! |
Informacja ta pojawia się wyłącznie wówczas, gdy na karcie SD zapisano zmieniony kod pliku: |
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zatwierdzono DOSTĘP i zmiany |
7 |
AccesCod |
Zmiana kodów dostępu dokonała się. |
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Aborted! |
Komunikat pojawia się wyłącznie w przypadku istnienia pliku zmiany kodów na karcie SD. Plik: ACCES |
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i go zignorowano.. |
8 |
OneSet |
Czy mają się zmienić wszystkie nastawy urządzenia na nastawy ustawione z PC. Jeżeli w czasie tego |
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Read? |
ekranu zostaną jednocześnie wciśnięte klawisze „+” i „▼” to dokona się zmiana nastaw na nowe |
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wykonane z PC. |
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Komunikat pojawia się wyłącznie w przypadku istnienia pliku zmiany nastaw wykonanych z PC na |
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karcie SD. Plik: SETTINGS. Uwaga: zalecane dla serwisu. |
9 |
OneSet |
Zmiana nastaw OneSet dokonała się z powodzeniem. |
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DONE! |
Komunikat pojawia się wyłącznie w przypadku istnienia pliku zmiany nastaw wykonanych z PC na karcie |
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SD. Plik: SETTINGS i zatwierdzono jego wykonanie. |
10 |
OneSet |
Zmiana nastaw OneSet nie dokonała się. |
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Aborted! |
Komunikat pojawia się wyłącznie w przypadku istnienia pliku zmiany nastaw wykonanych z PC na |
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karcie SD. Plik: SETTINGS i go zignorowano. |
11 |
AllSet |
Czy sterownik ma użyć zbioru allset z karty SD i zastąpić istniejące nastawy na zapisane w tym pliku. |
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Read? |
Jeżeli w czasie tego ekranu zostaną jednocześnie wciśnięte klawisze „+” i „▼” to dokona się zmiana |
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nastaw. Pytanie pojawia się zawsze od drugiego załączenia urządzenia z włożoną kartą SD. Funkcja |
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używana do przenoszenia nastaw pomiędzy sterownikami. |
12 |
AllSet |
Zmiana nastaw AllSet dokonała się z powodzeniem. |
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DONE! |
Komunikat pojawia się wyłącznie, gdy na karcie SD znajdzie plik AllSet i zatwierdzono jego wykonanie. |
13 |
AllSet |
Zmiana nastaw AllSet nie dokonała się. |
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Aborted! |
Komunikat pojawia się wyłącznie gdy na karcie SD znajdzie plik AllSet i go zignorowano. |
14 |
72254 |
Numer seryjny urządzenia i wersja oprogramowania |
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123456 |
Numery potrzebne do obsługi serwisowej. |
15 |
Thu On |
Dzień tygodnia (Mon, Tue, Wed, Thu, Fri, Sat, Sun). |
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12: 59: 32 |
Stan Harmonogramu pracy: |
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„On”: harmonogram pracy zezwala na dezynfekcję; |
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Off”: harmonogram pracy nie zezwala na dezynfekcję, |
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12: 59: 32 - Aktualny czas rzeczywisty. |
16 |
10/9/06 |
Aktualna data harmonogramu pracy. |
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12: 59: 32 |
Aktualny czas rzeczywisty. |
18 SMT/SI |
VI.D1.E2.1R |
Heating Solutions |
Installation Guide |
CCR2 |
|
|
6.Menu odczytowe sterownika
Po zakończeniu nastaw pojawia się ekran odczytowy sterownika.
09 - 10 - 06 |
Sat On |
12: 59: 32 |
12: 59: 32 |
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Naciskanie klawisza „+” przełącza kolejne ekrany odczytowe (patrz tabela). Naciskanie klawisza „ - ” przełącza na poprzedni ekran odczytowy. Naciśnięcie strzałki „▲”powoduje natychmiastowe wyłączenie ekranów odczytowych i przejście do menu ACCESS CODE opisanego w paragrafie 7.
Nr |
LCD Display |
OPIS ODCZYTU |
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17 |
10/9/06 |
Aktualna data ora czas pojawia się zamiennie z dniem tygodnia i stanem harmonogramu. |
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12: 59: 32 |
Aktualny czas jest czasem rzeczywisty. Rejestrowane dane są podane z daną datą i czasem. |
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„AC: 0117” - Ile zapisów archiwalnych jest wykonanych od włączenia prądu. Licznik jest |
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wyłącznie wskaźnikiem potwierdzającym tworzenie kolejnych archiwów co czas ustawiony |
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AC: 0117 |
w nastawie „ArchFreq” w Install Menu. Jeżeli ilość zapisów przekroczy 9999 licznik rozpocznie |
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18 |
zliczanie od 0000. |
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… … . |
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Zamiennie z Archiver InProces – trwa archiwizacja; |
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Zamiennie z Archiver Disable – archiwizacja wyłączona |
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Zamiennie z NoSDCard – brak karty SD |
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19 |
DayToEnd |
Ile dni archiwum może się jeszcze zmieścić na karcie SD. |
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148 |
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Stan wejścia B1 - M. |
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In B1 - M |
Open – wejście B1 rozwarte |
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20 |
Close – wejście B1 zwarte do M |
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… |
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Zwarcie wejścia B1do M może być sygnałem rozpoczęcia dezynfekcji (patrz nastawa „DisSourc” |
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w Install Menu) |
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Stan wejścia B2 - M. |
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Open – wejście B2 rozwarte |
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In B2 - M |
Close – wejście B2 zwarte do M |
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21 |
Zwarcie wejścia B2 do M zawsze kończy dezynfekcję. Zakończenie może się odbywać |
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… |
automatycznie przy pracy sekwencyjnej (patrz nastawa „This is Master” w Install Menu). |
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Wejście można wykorzystać do ręcznego zatrzymania dezynfekcji. Ręczne zatrzymanie |
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dezynfekcji zwarciem B2 do M spowoduje włączenie T2 i wyświetlenie alarmu FaultDis |
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na niezdezynfekowanych pionach. |
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Stan wyjścia T1 - 0 V (open collector) |
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Out T1 - 0V |
Open – wejście T1 rozwarte |
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22 |
Close – wejście T1 zwarte do 0 V |
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… |
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Wyjście T1 jest wykorzystywane do przekazania zezwolenia na dezynfekcję następnemu CCR2 |
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w systemach z kilkoma CCR2 (patrz nastawa „CCR Sys” w Install Menu) |
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Stan wyjścia Alert T2 (triack) |
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Active – na wyjściu T2 jest 24 VAC |
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NotActiv – na wyjściu T2 jest 0 V |
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23 |
Alert T2 |
Triak Alert T2 informujący o alarmie jest załączany gdy: |
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– jest zwarcie lub rozwarcie czujnika temperatury w używanym pionie (SensFaul), |
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… |
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– na którymkolwiek z pionów dezynfekcja nie powiodła się (FaultDis), |
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– dezynfekcja została przerwana przez zwarcie wejścia B2 do M - dezynfekcja nie została |
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dokończona (FaultDis). |
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Alarm kasuje wejście w dowolne menu po podaniu kodu, jeżeli zaniknęła przyczyna alarmu. |
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Stan wyjścia C - NO (przekaźnika FCRE: C - NC - NO) |
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Open – wyjście C - NO jest rozwarte (wyjście C - NC jest zwarte) |
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24 - |
Rel C - NO |
Close – wyjście C - NO jest zwarte (wyjście C - NC jest rozwarte) |
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Przekaźnik C - NC - NO jest załączany (zwiera styki C - NO), gdy CCR2 żąda podniesienia |
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… |
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temperatury od źródła ciepła (ECL) dla kontynuowania dezynfekcji. |
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Poprzez przekaźnik pomocniczy można wyjście przekaźnika wykorzystać dla załączania |
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lampki informującej o trwaniu procesu dezynfekcji. |
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Czy jest zezwolenie na dezynfekcję? |
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Disinfec |
Wybór pomiędzy: 0 |
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25 |
Enable – jest zezwolenie; |
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… |
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Disable – dezynfekcja jest wyłączona w nastawie BASIC MENU pozycja 30 „Disinfec Disable” |
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rozdział 8. |
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Disin.Is |
Czy jest prowadzony proces dezynfekcji w tej chwili? |
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26 |
Wybór pomiędzy: |
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… … … … |
InProces – trwa dezynfekcja; |
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Finished – dezynfekcja zakończona. |
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27 |
Dis.SetT |
Nastawiona temperatura dezynfekcji. |
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… °C |
Wybór w zakresie z tabeli poniżej. |
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28 |
Adv.Fact |
Wyliczony współczynnik postępu dezynfekcji aktualizowany po każdym czasie podziału. |
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… % |
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GroupNr |
Ilość pionów, jaka jest w aktualnie dezynfekowanej grupie. |
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29 |
Jeżeli nie doszło do podziału, jest to całkowita ilość pionów. Wybór podziału dokonywany jest |
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… |
w INSTALL MENU , pozycja 39 rozdział 9. Wybór podziału przyspiesz dezynfekcje dla rozległych |
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instalacji. |
Heating Solutions |
VI.D1.E2.1R |
SMT/SI 19 |
Installation Guide |
CCR2 |
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LCD Display |
OPIS ODCZYTU |
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Odczyt temperatury czujnika S0. Identyczne odczyty są dla pozostałych czujnikach S1 … S16. |
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Oznaczenia L lub H mogą występować po prawej stronie wskazań temperatury. Oznaczają |
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Sensor |
przekroczenie temperatury poza oczekiwany zakres zadeklarowany w punktach 52 - 54. |
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Wykorzystanie do alarmowania o przekroczeniach. |
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0 … °C |
Oznaczania : L -Low , H- High. |
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W przypadku temperatur w zakresie brak wskazań : L lub H . |
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Open – oznacza przerwę w obwodzie czujnika lub jego brak |
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Close – oznacza zwarcie do masy w obwodzie czujnika |
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Stan zaworu V1. Naciśnij „+” aby, przejść do następnego zaworu. |
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Valve |
On – zawór jest otwierany (wyjście PWM>0%). |
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Off – zawór jest zamykany (wyjście PWM=0%). |
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1 … % … |
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… % – procent otwarcia zaworu , procent wypełnienia funkcji PWM |
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(0 … 100%, co krok 10%) |
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Informacje o statusie w pionie R1 |
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R1 … h … – Pozostały czas przegrzania pionu R1 (godziny i minuty) do zakończenia dezynfekcji |
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(countdown timer). Po zakończeniu dezynfekcji timer się resetuje do wartości startowej. |
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R1 … h |
Disin – w pionie R1 trwa dezynfekcja, |
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HoldDis – w pionie R1 dezynfekcja jest wstrzymana z powodu podziału na grupy, |
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EndDisin – w pionie R1 dezynfekcja jest zakończona sukcesem |
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FaultDis – w pionie R1 dezynfekcja jest zakończona niepowodzeniem |
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SensFaul – w pionie R1 czujnik jest uszkodzony |
7.Menu Access Code dostępu do nastaw
ToWejście do menu Access Code następuje po naciśnięciu klawisza strzałka do góry „▲” w czasie
wyświetlania MENU ODCZYTOWEGO sterownika.
Menu Access Code umożliwia przejście do nastaw sterownika po wprowadzeniu odpowiedniego kodu dostępu dla wybranej grupy nastaw. Klawisze „+/ - ” zmieniają wartość cyfry w kodzie, klawisze strzałek „▲/▲” przemieszczają kursor pomiędzy cyframi. Przejście z menu Access Code
do wybranego menu nastawczego następuje po naciśnięciu klawisza „▲” po ostatniej cyfrze kodu. Jeżeli kod jest niepoprawny pojawia się komunikat „SD Card Exchange”. W czasie jego wyświetlania można de - instalować kartę SD.
Wyjście z menu ACCESS CODE następuję automatycznie po czterech minutach w przypadku braku aktywacji w czasie programowania.
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LCD Display |
ACCESS CODE - OPIS DZIAŁANIA FUNKCJI |
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33 |
AcceCode |
Kody dostępu do menu nastawczych sterownika. Dostępne menu: |
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*** |
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Basic Menu (kod: 359) – nastawy podstawowe – użytkownika, |
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Install Menu (kod: 427) – nastawy instalatora, |
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Schedule Menu (760) - tygodniowego harmonogramu pracy dla realizacji procesów dezynfekcji |
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Real Time menu - (576) zegara czasu rzeczywistego i daty. |
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Czterokrotne naciśnięcie strzałki do góry „▲” bez wprowadzania kodu, powoduje przejście |
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do procedury wyjmowania karty SD. Podczas wyświetlania komunikatu „SD Card Exchange” |
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archiwizacja jest zatrzymana i można de - instalować kartę SD. |
Kody dostępu do poszczególnych menu są standardowe.
Zmiana kodów dostępu jest możliwa po wprowadzeniu nowych kodów przez kartę pamięci SD i ponowne uruchomienie sterownika. Szczegóły na stronach internetowych Danfoss. Nastawy sterownika mogą być wprowadzane za pomocą klawiszy lub globalnie przez kartę pamięci SD i ponowne uruchomienie sterownika. Szczegóły na stronach internetowych Danfoss.
Dla poprawy obsługi i działania sterownika w czasie jego produkcji producent zastrzega sobie możliwość zmian nastaw i odczytów sterownika. Aktualna dla danej wersji oprogramowania lista nastaw znajduje się na stronach internetowych Danfoss.
20 SMT/SI |
VI.D1.E2.1R |
Heating Solutions |