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OPERATING AND MAINTENANCE MANUAL
Electronic Board
MCCY - CY 013÷301
46
ENGLISH
EN
The data in this manual are not binding and they can be modified by the manufacturer without notice.
Reproduction of this manual is strictly prohibited.
7.18.10 LASER operating parameters (NOT ENABLED FUNCTION)
7 . 1 9
P a r a m e t e r s e t t i n g
7.19.1 Thermoregulation parameters
7.19.2 Configuration parameters
Parameters
Description
Pr2
Password: it allows to fix a numeric code for the password (from 0 to 999)
Parameter
Description
Min. Max. Udm Resolution
Factory setting
ST01
Summer set point
05.0
41.0
20.0
68.0
°C
°F
Dec
Int
13.0
ST02
Summer differential
00.0
00.0
25.0
45.0
°C
°F
Dec
Int
02.0
ST03
Winter set point
25.0
77.0
45.0
113
°C
°F
Dec
Int
40.0
ST04
Winter differential
00.0
00.0
25.0
45.0
°C
°F
Dec
Int
03.0
Pr2
Password 0
999
-
-
Parameter
Description
Min. Max. Udm Resolution
Factory setting
CF02
only in
MCCY
units
Motorcondensing unit:
0= NOT
1= YES
0
1
1 only in MCCY
units with control by
temperature probes,
see
5.8.2 “Controlling the
condensing unit from a digital
input (Factory settings)”
0 only in MCCY
units with control by
temperature probes,
see
5.8.3 “Controlling the
condensing unit from BEWOT
and BEWIT temperature
probes”
CF04
only in
MCCY
units
BEWIT
configuration:
0= probe absent
1= NTC temperature at evaporator inlet
2= thermoregulator request digital input
3= cold request digital input
0
3
2 only in MCCY
units with control by
temperature probes,
see
5.8.2 “Controlling the
condensing unit from a digital
input (Factory settings)”
1 only in MCCY
units with control by
temperature probes,
see
5.8.3 “Controlling the
condensing unit from BEWOT
and BEWIT temperature
probes”
CF05
only in
MCCY
units
BEWOT
configuration:
0= probe absent
1= NTC temperature at evaporator outlet
2= antifreeze alarm digital input
3= warm request digital input
0
3
0 only in MCCY
units with control by
temperature probes,
see
5.8.2 “Controlling the
condensing unit from a digital
input (Factory settings)”
1 only in MCCY
units with control by
temperature probes,
see
5.8.3 “Controlling the
condensing unit from BEWOT
and BEWIT temperature
probes”
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