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1592027610 XW60LT-XW60LRT GB r1.0 13.02.2012.doc 

XW60LT – XW60LRT 

6/6 

Label Name 

Range 

°C/°F 

Level 

AH2  Differ. for condenser temp. alar. recovery 

[0.1°C to 25.5°C] 

[1°F to 45°F] 

Pr2 

Ad2  Condenser temperature alarm delay  

0 to 254 min; 255=nU 

15 

Pr2 

dA2  Delay of cond. temper. alarm at start up 

0.0 to 23h50min 

1,3 

Pr2 

bLL 

Compr. off for condenser low 
temperature alarm 

n(0); Y(1) 

Pr2 

AC2 

Compr. off for condenser high 
temperature alarm 

n(0); Y(1) 

Pr2 

tbA  Alarm relay disabling 

n(0); Y(1) 

Pr2 

oA3  Third relay configuration 

ALr = alarm; dEF = do not select 

it; Lig =Light; AUS =AUX; 

onF=always on; Fan= do not 

select it; db = neutral zone; cP2 

= second compressor; dF2 = do 

not select it; HES = night blind 

Lig 

Pr2 

AoP  Alarm relay  polarity  (oA3=ALr) 

oP; cL 

cL 

Pr2 

i1P  Digital input polarity 

oP=opening; CL=closing 

cL 

Pr1 

i1F  Digital input 1 configuration 

EAL, bAL, PAL, dor; dEF; Htr, 

AUS 

dor 

Pr1 

did  Digital input alarm delay 

0 to 255 min 

15 

Pr1 

i2P  Digital input polarity 

oP=opening; CL=closing 

cL 

Pr2 

i2F  Digital input configuration 

EAL, bAL, PAL, dor; dEF; Htr, 

AUS 

EAL 

Pr2 

d2d  Digital input alarm delay 

0 to 255 min 

Pr2 

nPS  Number of activation of pressure switch 

0 to 15 

15 

Pr2 

odc 

Compress and fan status when open 
door 

no; Fan; CPr; F_C 

F-c 

Pr2 

rrd  Regulation restart with door open alarm 

n(0); Y(1) 

Pr2 

HES  Differential for Energy Saving 

[-30 to 30°C]  
[-54 to 54°F] 

Pr2 

Hur*  Current hour 

0 to 23 

rtc 

Min*  Current minute 

0 to 59 

rtc 

dAY*  Current day 

Sun to SAt 

rtc 

Hd1*  First weekly holiday 

Sun to SAt; nu 

nu 

rtc 

Hd2*  Second weekly holiday 

Sun to SAt; nu 

nu 

rtc 

ILE* 

Energy Saving cycle start during 
workdays 

0.0 to 23h50min 

rtc 

dLE* 

Energy Saving cycle length during 
workdays 

0.0 to 24h00min 

rtc 

ISE*  Energy Saving cycle start on holidays 

0.0 to 23h50min 

rtc 

dSE*  Energy Saving cycle length on holidays 

0.0 to 24h00min 

rtc 

Ld1*  1

st

 workdays defrost start 

0.0 to 23h50min; nu 

6.0 

rtc 

Ld2*  2

nd

 workdays defrost start 

0.0 to 23h50min; nu 

13.0 

rtc 

Ld3*  3

rd

 workdays defrost start 

0.0 to 23h50min; nu 

21.0 

rtc 

Ld4*  4

th

 workdays defrost start 

0.0 to 23h50min; nu 

0.0 

rtc 

Ld5*  5

th

 workdays defrost start 

0.0 to 23h50min; nu 

0.0 

rtc 

Ld6*  6

th

 workdays defrost start 

0.0 to 23h50min; nu 

0.0 

rtc 

Sd1*  1

st

 holiday defrost start 

0.0 to 23h50min; nu 

6.0 

rtc 

Sd2*  2

nd

 holiday defrost start 

0.0 to 23h50min; nu 

13.0 

rtc 

Sd3*  3

rd

 holiday defrost start 

0.0 to 23h50min; nu 

21.0 

rtc 

Sd4*  4

th

 holiday defrost start 

0.0 to 23h50min; nu 

0.0 

rtc 

Sd5*  5

th

 holiday defrost start 

0.0 to 23h50min; nu 

0.0 

rtc 

Sd6*  6

th

 holiday defrost start 

0.0 to 23h50min; nu 

0.0 

rtc 

LoC  Keyboard lock timer 

nu; 10 to 255 sec 

60 

Pr2 

Adr  Serial address 

1 to 247 

Pr2 

PbC  Kind of probe 

PtC; ntC 

ntc 

Pr2 

onF  on/off key enabling 

nu, oFF; ES 

oFF 

Pr2 

dP1  Room probe display 

Read Only 

Pr2 

dP2  Evaporator probe display 

Read Only 

Pr2 

dP3  Third probe display 

Read Only 

Pr2 

dP4  Fourth probe display 

Read Only 

Pr2 

rSE  Real set 

actual set 

Pr2 

rEL  Software release 

Read Only 

6.9 

Pr2 

Ptb  Map code 

Read Only 

 

Pr2 

* Only for model with real time clock 

2

 Only for XW60LT with X-REP output 

 
 

Summary of Contents for dixell XW60LT

Page 1: ...or controller without RTC EdF rtC defrosts are scheduled by using a real time clock system depending on the hours set in the parameters Ld1 Ld6 during workdays and in Sd1 Sd6 during holidays Other parameters are used to control defrost cycles its maximum length MdF and two defrost modes timed or controlled by the evaporator s probe P2P At the end of defrost dripping time is started its length is s...

Page 2: ...owed by the HY parameter NOW THE HIDDEN MENU IS DISPLAYED 3 Select the required parameter 4 Press the SET key to display its value 5 Use UP or DOWN keys to change its value 6 Press SET to store the new value and move to the following parameter To exit press SET UP keys or wait for 15 sec without pressing any key NOTE1 if no parameters are present in Pr1 after 3 sec the noP message will be displaye...

Page 3: ...obe P3 Probe 3 display probe P4 Probe 4 Sdd Auxiliary relay off during defrost n Y n the auxiliary relay operates during defrost Y the auxiliary relay is switched off during defrost ALARMS ALP Probe selection for alarm nP P1 P2 P3 P4 nP no probe the temperature alarms are disabled P1 Probe 1 Thermostat probe P2 Probe 2 evaporator probe P3 Probe 3 display probe P4 Fourth probe ALC Temperature alarm...

Page 4: ... digital input will change the status of the auxiliary relay 9 7 INVERSION OF THE KIND OF ACTION HEATING COOLING i1F or i2F Htr This function allows to invert the regulation of the controller from cooling to heating and viceversa 9 8 ENERGY SAVING i1F or i2F ES The Energy Saving function allows to change the set point value as the result of the SET HES parameter sum This function is enabled until ...

Page 5: ... Set Set point LS to US 5 0 rtC Real time clock menu Pr1 Hy Differential 0 1 to 25 5 C 1 to 45 F 2 0 Pr1 LS Minimum set point 55 C to SET 67 F to SET 50 0 Pr2 US Maximum set point SET to 150 C SET to 302 F 110 Pr2 ot Thermostat probe calibration 12 to 12 C 21 to 21 F 0 0 Pr1 P2P Evaporator probe presence n not present Y present Y Pr1 oE Evaporator probe calibration 12 to 12 C 21 to 21 F 0 0 Pr2 P3...

Page 6: ... rtc dAY Current day Sun to SAt rtc Hd1 First weekly holiday Sun to SAt nu nu rtc Hd2 Second weekly holiday Sun to SAt nu nu rtc ILE Energy Saving cycle start during workdays 0 0 to 23h50min 0 rtc dLE Energy Saving cycle length during workdays 0 0 to 24h00min 0 rtc ISE Energy Saving cycle start on holidays 0 0 to 23h50min 0 rtc dSE Energy Saving cycle length on holidays 0 0 to 24h00min 0 rtc Ld1 1...

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