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17. AANSLUITSCHEMA
17.1
XM670K – ALL POWER SUPPLY
17.2
XM679K – 230VAC VALVES
17.3
XM679K – 24VAC VALVES
NOTE: de jumper wordt geindiceerd als JMP en bevindt zich in de behuizing van de
regelaar. Deze jumper moet enkel gesloten zijn bij een 24Vac ventiel.
18. STANDAARD INSTELLINGEN
Lab
Val
Menù
Description
- - -
SEt
2.0
Set point
Regulation
Pr1
Hy
2.0
Differential
Integral time for room
Pr1
Int
150
temperature regulation
Continuous regulation
Pr1
CrE
n
activation
Pr2
LS
-30
Minimum set point
Pr2
US
20
Maximum set point
Outputs activation delay at start
Pr1
odS
0
up
Pr1
AC
0
Anti-short cycle delay
Pr2
CCt
0.0
Continous cycle duration
Pr2
CCS
2.0
Continuous cycle set point
Compressor ON time with faulty
Pr2
Con
15
probe
Compressor OFF time with
Pr2
CoF
30
faulty probe
Measurement unit: Celsius ,
Pr2
CF
°C
Fahrenheit
Pr2
PrU
rE
Pressure Mode
Pr2
PMU
bAr
Pressure measurement unit
Pressure displaying mode:
Pr2
PMd
PrE
temperature or pressure
Resolution (only °C) : decimal,
Pr2
rES
dE
integer
Pr2
Lod
P1
Local display: default display
Pr2
rEd
P1
Remote display: default display
XM670K_XM679K NL r1 0 2009 01 15.doc
Installatie en gebruikershandleiding
Electronic Expansion Valve
SSH
CyP
PEO
PEd
OPE
SFd
OPd
Pdd
MnF
dCL
PA4
LPL
Range
MOP
LS - US
LOP
[0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
dML
0 ÷ 255 s
MSH
n(0) – Y(1)
LSH
[-55.0°C ÷ SET] [-67°F ÷ SET]
SHy
[SET ÷ 150.0°C] [SET ÷
SHd
302°F]
0 ÷ 255 (min.)
0 ÷ 60 (min.)
Defrost
0 ÷ 24.0(144) (hour.10min)
dPA
[-55.0°C ÷ 150,0°C] [-67°F ÷
dPb
302°F]
0 ÷ 255 (min.)
dPE
0 ÷ 255 (min.)
°C(0) - °F(1)
EdF
rE(0) - Ab(1)
bAr(0) – PSI(1) - MPA(2)
tEM(0) - PrE(1)
dE(0) - in(1)
nP(0) - P1(1) - P2(2) - P3(3) -
ddP
P4(4) - P5(5) - P6(6) – tEr(7) -
dEF(8)
d2P
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5) - P6(6) – tEr(7) -
dEF(8)
XM670K - XM679K
Pr1
dLy
0
Display delay
Pr1
rPA
P1
Regulation probe A
nP
Pr1
rPb
Regulation probe B
Virtual probe percentage (room
Pr1
rPE
100
temperature)
Pr1
Fty
404
Kind of gas
Pr1
8.0
Superheat set point
Pr1
6
Cycle Period
Proportional band for superheat
Pr1
Pb
5.0
regulator
Band Offset for superheat
Pr1
rS
0.0
regulator
Integration time for superheat
Pr1
inC
120
regulator
Pr1
50
Probe error opening percentage
Probe error delay before
Pr1
On
stopping regulation
Pr1
85
Start opening percentage
Pr1
1.3
Start function duration
Opening percentage after
Pr1
100
defrost phase
Pr1
1.3
Post defrost function duration
Maximum opening percentage
Pr1
100
at normale functioning
Delay before stopping valve
Pr1
0
regulation
Pr1
Fot
nu
Forced opening percentage
Pr2
tPP
PP
Type of pressure transducer
Pr2
-0.5
Probe value at 4 mA or at 0V
Pr2
P20
11.0
Probe value at 20 mA or at 5V
Lower pressure limit for
Pr1
-0.5
superheat regulation
Maximum operating pressure
Pr1
11.0
threshold
Lowest operating pressure
Pr1
-0.5
threshold
Delta MOP-LOP opening
Pr1
30
variation
Maximum superheat alarm
Pr1
80.0
threshold
Minimum superheat alarm
Pr1
1.0
threshold
Pr1
0.5
Superheat alarm hysteresis
Superheat alarm activation
Pr1
3.0
delay
Pr1
FrC
100
Fast-recovery costant
Pr1
P2
Defrost probe A
Pr1
nP
Defrost probe B
Virtual probe percentage
Pr1
100
(defrost temperature)
Pr1
tdF
EL
Defrost type
Pr1
in
Defrost mode: Clock or interval
Pr1
Srt
150
Heater set point during defrost
Pr1
Hyr
2.0
Differential for heater
Pr1
tod
255
Time out for heater
Minimum temperature
Pr1
dtP
0.1
difference to start defrost
Pr1
60
Delay before starting defrost
Pr1
n
Defrost with two probes
Defrost termination temperature
Pr1
dtE
8.0
(Probe A)
1592023011
0 ÷ 24.0(144) (Min.10s)
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
0 ÷ 100 (100=rPA, 0=rPb)
R22(0) - 134(1) - 404(2) -
407(3) - 410(4) - 507(5) -
CO2(6)
[0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
1 ÷ 15 s
[0.1°C ÷ 60.0 °C] [1°F ÷ 108
°F]
[-12.0°C ÷ 12.0°C] [-12°C ÷
12°C] [-21°F ÷ 21°F]
0 ÷ 255 s
0 ÷ 100
0 ÷ 239 s - On(240)
0 ÷ 100
0 ÷ 42.0(252) (min.10sec)
0 ÷ 100
0 ÷ 42.0(252) (min.10sec)
0 ÷ 100
0 ÷ 255 s
0 ÷ 100 - "nu"(101)
PP(0) - LAN(1)
BAR : [PrM=rEL] -1.0 ÷ P20
[PRM=Abs] 0.0 ÷ P20
PSI : [PrM=rEL] -14 ÷ P20
[PRM=Abs] 0 ÷ P20
dKP : [PrM=rEL] -10 ÷ P20
[PRM=Abs] 0 ÷ P20
BAR : [PrM=rEL] PA4 ÷ 50.0
[PrM=AbS] PA4 ÷ 50.0
PSI :
[PrM=rEL] PA4 ÷ 725
[PrM=AbS] PA4 ÷ 725
dKP : [PrM=rEL] PA4 ÷ 500
[PrM=AbS] PA4 ÷ 500
PA4 ÷ P20
LOP ÷ P20
PA4 ÷ MOP
0 ÷ 100
[LSH ÷ 80,0°C]
[LSH ÷
144°F]
[0.0 ÷ MSH °C]
[0 ÷ MSH
°F]
[0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
0 ÷ 42.0(252) (min.10sec)
0 ÷ 100
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
0 ÷ 100 (100=dPA, 0=dPb)
EL(0) - in(0)
rtc(0) - in(1)
[-55.0°C ÷ 150°C] [-67°F ÷
302°F]
[0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
0 ÷ 255 (min.)
[0.1°C ÷ 50.0°C]
[1°F ÷
90°F]
0 ÷ 60 (min.)
n(0) – Y(1)
[-55.0°C ÷ 50.0°C] [-67°F ÷
122°F]
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