Emerson Copeland EazyCool ZXME020E - Page 22

C6.1.6/0117-1017/E 17
Parameter
Description
Factory settings /
Range
Recommended settings / Comments
G40
First weekly
holiday
SUN = Sunday
0 = SUN; 1 = MON; 2 = TUE; 3 = WED;
4 = THU; 5 = FRI; 6 = SAT;
7 = nu = Not used
G41
Second weekly
holiday
SUN = Sunday
0 = SUN; 1 = MON; 2 = TUE; 3 = WED;
4 = THU; 5 = FRI; 6 = SAT;
7 = nu = Not used
G42****
Fan operating
mode
0 = cn = Stopped
during defrost
0 = cn; 1 = On; 2 = cy; 3 = Oy
G43
Fan stop
Temperature
0°C
-40°C to 110°C
G55
Fan delay after
defrost / drip time
1 minute
0 to 255 minutes
S05
Relay output 2
configuration
0 = Not used = nu
6 = Defrost = dEF
Table 13: Defrost parameters
* G17 parameter >> Three defrost modes are available:
▪ G17 = EL → Defrost through electrical heater Compressor Off
▪ G17 = pulse → Pulse / natural defrost Compressor Off
** G23 parameter >> Defrost interval mode:
▪ G23 = nu (0) → Defrost functionality not used
▪ G23 = in (1) → Defrost in intervals G18
▪ G23 = rtC (2) → Enables defrost for rtC (real time clock), allows timing of defrost cycles
with G28 – G41
*** G24 parameter >> Display during defrost:
▪ G24 = dEF (0) → Display shows "dEF" for defrost
▪ G24 = SET (1) → Display shows "G02" parameter value = Case temperature setpoint
▪ G24 = it (2) → Display shows display case temperature value
▪ G24 = rt (3) → Display will stay in standard operation
**** G42 parameter >> Evaporator fans function:
▪ G42 = cn (0) → Will switch On and Off with the compressor, Off during defrost
▪ G42 = On (1) → Fans On, even if the compressor is off, Off during defrost
o After defrost, there is a timed fan delay allowing for drip time, set by means of the
"G55" parameter.
▪ G42 = cy (2) → Fans will switch On and Off with the compressor, On during defrost
▪ G42 = Oy (3) →Fans will run continuously also during defrost
Manual defrost
Please check settings for evaporator fans. The XCM25D controller is able to control the evaporator
fan.
NOTE: For additional features please contact your local Application Engineering
representative.
2.10 XCM25D Electronic controller – Programming
CAUTION
Low refrigerant charge! Compressor damage! Never energize the
unit/controller without minimum refrigerant system charge. There is a risk of
malfunction of the controller in deep vacuum operation which can cause
compressor damage.
Safety
instructions
Product
description
Installation
Starting up &
operation
Maintenance &
repair
Certification &
approval
Dismantling &
disposal