Front Operation
Time programming
- Press key
Set
. The Set label appears.
- Press
or
to go to Hour or Minute
- Press
Set
to see the value.
- With and set the desired new value.
- Press
Set
. for 8 seconds, Pro will appear on the display once the time has
been correctly programmed
-Press
Set
and to quit or wait for 1 minute (keyboard timeout).
Parameter programming
-
The parameters are grouped in the menus COM, DEF, PRO, ALA, INI, HAC
- Press
Set
for 8 seconds. Value 00 appears blinking.
- Set the code with and (it is set to 00 from factory).
- Press
Set
to confirm the code. If it is right, the label of the first menu will
appear.
- With and go to the desired menu.
- Press
Set
, the label of the first parameter of menu will appear.
- With and go to the desired parameter label of the list of parameters.
- Press
Set
to see the value.
- With and set the desired new value.
- Press
Set
to confirm it and exit to the parameter label.
-Press
Set
+ to go to menu list.
-Press
Set
+ to quit programming or wait 1 minute (keyboard timeout).
Date programming
Access to parameter as explained in Parameter programming, select
INI
menu and
dat
parameter.
- Press key
Set
. The day (d00) appears.
- Press
or
to go to Day or Month or Year.(d00, M00, Y00)
- Press
Set
. for 8 seconds, display will blink.
- With and set the desired new value.
- Press
Set
. for 8 seconds, Pro will appear on the display.
To record a standard configuration
- Access to parameter H0 as explained in Parameter programming.
- Press
Set
for 8 seconds, and the thermostat will be reset.
Manual Defrost.
Pressing key for 8 seconds defrost is activated. Repeating the
operation is deactivated.
Continuous cold cycle.
Pressing key for 8 seconds a continuous cold cycle begins.
Repeating the operation the cycle finalizes.
Setting keyboard code to zero
The keyboard code can be programmed to zero by turning off the controller,
and turning it on again, while the key
is pressed.
Alarm validation
An active alarm can be validated (the alarm output will be turned off)
pressing the
key. If buzzer is present, it will be muted.
Pressing key for 5 seconds the thermostat will turn-on or turn-off.
If we have a relay setup as light, pressing key for 5 seconds the
thermostat will turn-on or turn-off the light
Pressing
key for 5 seconds the thermostat will turn-on or turn-off
relay setup as
Led Indications
t indicates Compressor connected. It blinks when a
continuous cold cycle has to be initiated and has to wait until
the minimum compressor stoppage time is over.
t indicates Compressor 2 connected. It blinks when a
continuous cold cycle has to be initiated and has to wait until
the minimum compressor stoppage time is over.
t indicates that a defrost is running
t indicates that fan is connected
t indicates
It indicates HACCP record is activated
EKT82: H0 = 0; EKT83: H0 = 1; EKT84: H0 = 2; EKT85: H0 = 3
Set
Mute
ON/OFF
ON/OFF Light
ON/OFF Aux
Aux
the
Aux
I
I
I
.
I
I
error or alarm. It is blinking when the alarm is
validated for user
OUT2
OUT2
HACCP
HACCP
-
Display Messages
In normal operation the probe temperature selected by P5 will be displayed. The
following messages can also appear :
-
Err
Memory reading error.
-
ErP1, ErP2, ErP3
Probe1 , 2 or 3 error
-
Eri
Internal parameter error. In this case, enter the standard configuration, as it is
indicated in “To record a standard configuration”.
- ALH
High temperature alarm.
- ALL
Low temperature alarm.
- ALE
External alarm.
- AEH
High temperature and external alarm.
- AEL
Low temperature and external alarm.
- ooo
Open probe.
- - - -
Short-circuited probe.
- DON
Defrosting activated.
- DOF
Defrosting de-activated or cannot be done.
- CON
Continuous cold cycle activated.
- COF
Continuous cold cycle de-activated or cannot be done.
- -d-
Thermostat on defrosting.
- OFF
Thermostat OFF.
To view the probe not chosen by P5, press
Set
+
The display blinks when there is an error recording a parameter in memory or when
awaiting confirmation of a value.
Operation in Error Case
If the ambient probe fails, the thermostat will connect the compressor according to
parameters c2 and c3, being able to perform defrosting and continuous cold cycles.
If the memory fails the thermostat will connect the compressor ON for 5 minutes and
OFF for 5 minutes, not being able to perform defrosting or continuous cold cycles.
Operation with 2 compressors
In this case when Sd1>=Set+r0 the compressor with less hours of working is turned on
first and after c6 delay the second compressor is turned on.
When Sd1<Set+r0/2 the second compressor is turned off and when Sd1<Set the first
compressor is turned off.
If before turning off the first compressor Sd1>=Set+r0 the second compressor is
turned on again.
HACCP
If this option is activated, the thermostat registers up to 5 alarms of the types High, Low,
and blackout. These alarms can be seen in the menu Registry of Alarms (HAC). To
access to this menu, proceed as for the parameters menu.
The first value that appears is the number of registered alarms. Afterwards, for each
alarm (if it has existed), the value of the temperature, the time and date (only models
with real time clock) and elapsed time of the alarm. For the disconnection alarm, the
temperature, the time and date (only models with real time clock) when returning the
connection is registered, as well as the time until the correct values are reached.
(Probe<Set+A1-A0)
When the elapsed time is showed it will appear xxd (days).Pressing xxH (Hours)
will be shown, and pressing again, xxn (Minutes) will be displayed. When located
over a temperature of alarm or time, pressing + during 2 seconds, both recorded
data of the alarm (time and temperature value) are deleted.
In the HAC menu, and pressing + keys during 2 seconds, all the recorded data of
alarms are deleted.
Defrosting Cycles
Intelligent Defrosting
By d13 parameter the time between defrost cycles can vary. The time is only counted if
defrost probe is below the evaporator set d15.
Selecting d13=jup some of the defrosts will be skipped. After a defrost the following
JdF defrosts will be ignored. JdF is initially 0. If a defrost ends before a time d16*d2
then JdF is incremented, otherwise is decremented. Maximum value for JdF is 3.
When JdF is 3 if the next defrost ends before a time d16*d2 then JdF is set to 1,
otherwise is set to 0.
Selecting d13=Cic the defrosting cycle can vary.
If a defrost ends before a time d16*d2 then time between defrosts is incremented d17
minutes, otherwise is decremented. The initial and minimum value for time between
defrost is d8. The number of times that it is incremented it can be seen in JdF.
SLINK
This input allows to connect a programming key to read or to write the parameters.
It also admits a clock module so that the hour of the thermostat goes with a real
time clock.
If the system is managed with a PC it can be connected it to the thermostat through
this input with a communication module
The cycles of defrosting can be performed counting total time (d14= rt) or counting
the time only when the compressor is connected (d14= ct).
If d14= rt, first defrosting will be always made at the hour d3 and the others with the
cycle given by d8.
If d14= ct, defrosting will be always made with the cycle given by d8.
Manual defrosting do not modify the programmed.
Parameter list
Con Description
Units
Range
Factory
Set
Set point
Degrees r1 to r2
3.0
r0
Differential or hysteresis
Degrees 0.1 to 20
1.0
r1
Minimum value for set point
Degrees -99.9 to r2
-50.0
r2
Maximum value for set point
Degrees r1 to 302
150.0
r4
Night Set Point Variation
Degrees -20.0 to 20.0
0.0
r6
Fan operation
Range
off /on /con
con
F0
Fan stoppage temperature
Degrees -99.9 to 302
28.0
F1
Fan/compressor stop if door opened Option
no/yes/Con/Fan yes
c0
Minimum compressor stoppage time Minutes
0 to 240
1
c1
Continuous cycle time
h - m
0.0 to 18
1.0
c2
ON time of fault cycle
Minutes
0 to 999
5
c3
OFF time of fault cycle
Minutes
0 to 999
5
c4
Minimum ON time
Minutes
0 to 240
0
of the compressor
c5
Minimum time between two
Minutes
0 to 240
1
connections of the compressor
c6
Time delay for 2nd compressor
Seconds 0 to 999
30
DEF Description
Units
Range Factory
d0
Type of defrosting
Range
re /in
re
d1
Temperature at which defrosting
Degrees -99.9 to 302
80.0
will stop
d2
Maximum defrosting time
Minutes
0 to 240
30
d3
First Hour of Day for Defrosting
h-m
00.0 to 18.0
00.0
d4
Delay of first defrosting
Minutes
0 to 999
0
d5
Display on defrosting
Range
off/on/-d-
-d-
d6
Display return limit.
Minutes
0 to 240
15
d7
Compressor drip time.
Minutes
0 to 240
0
d8
Interval between defrosting
h - m
00.0 to 18.0
8.0
d9
Fan works on defrosting
Range
no/yes
no
d10
Fan drip time
Minutes
0 to 240
0
d11
Minimum Defrosting time
Minutes
0 to 240
0
d12
Fan/defrosting control probe
Range
sd1/sd2/sd3
sd2
d13
Smart Defrosting
Option
off / jup / Cic
off
d14
Units to count the defrosting cycle
Option
rt / ct
rt
d15
Evaporator set
Degrees -50.0 to 20.0 -10.0
d16
d2 maximum time %
Numeric 0 to 100
50
d17
CiC time variation
Minutes
0 to 120
10
HdE
Next defrost time(hours)
Hours
(read only)
MdE
Next defrost time (minutes)
Minutes
(read only)
JdF
Defrosts to skip
Numeric (read only)
Pro Description
Units
Range Factory
P0
Temperature scale
Option
ºC/ºF
ºC
P1
Ambient probe 1 calibration
Degrees -20.0 to 20.0
0.0
P2
Defrosting probe 2 calibration
Degrees -20.0 to 20.0
0.0
P3
Product probe 3 calibration
Degrees -20.0 to 20.0
0.0
P4
Decimal point
Option
no/yes
yes
P5
Probe to display
Range
sd1/sd2/sd3
sd1
P6
Probe 2 present
Option
no/yes
yes
P7
Probe 3 present
Option
no/yes
no
ALA Description
Units
Range Factory
A0
Fan and alarm differential
Degrees 0.1 to 20.0
4.0
A1
Maximum alarm temperature
Degrees 0.1 to 99.9
8.0
A2
Minimum alarm temperature
Degrees 0.1 to 99.9
8.0
A3
Minutes
0 to 999
10
A4
Time without temperature alarm after h - m
0.0 to 18.0
1.1
Defrosting
A5
Time without temperature alarm after h - m
0.0 to 18.0
1.1
opening the door
A6
Time without temperature alarm
h - m
0.0 to 18.0
1.1
after connection
A7
Alarm verification time
h - m
0.0 to 18.0
1.1
A8
Probe for alarm
Range
sd1/sd2/sd3
sd1
InI Description
Units
Range Factory
Hor
Hour
Hours
0 to 23
0
Min
Minutes
Minutes
0 to 59
0
E0
Configure digital input
Range
off/Al/In/def/rst
off
E1
Configure digital input
Range
off/Al/In/rst
off
H0
Factory Settings
Range
0 to 3
H1
Master/Slave
Range
Mst / slu
Mst
H2
Keypad protection
Option
no/yes
no
H3
Delay time on connecting
Seconds 0 to 240
0
H4
Address for serial communication
Numeric 0 to 999
0
H5
Keyboard code
Numeric 0 to 999
0
H6
Type of probe
Option
ptc / ntc
ptc
H7
Relay 2 Setup
Option Au/Lit/FAn/ALA/dEF
dEF
H8
Relay 3 Setup
Option Au/Lit/FAn/ALA/dEF
Fan
H9
Relay 4 Setup
Option Au/Lit/FAn/ALA/dEF/Con Lit
H10
Relay 5 Setup
Option Au/Lit/FAn/ALA/dEF
ALA
H11
HACCP Activated
Option
no/yes
no
dat
Date
Day/Month/Year
1.1.0
td
Display refresh time
Seconds 0 to 999
0
Some of the parameters may not be present depending on the model.
Digital Input alarm time validation
Hour/Minutes Parameters H-M
It is a way to show hours and minutes in 3 digits
The two first digits are the hours and the third the tens of minutes. E.g.
2.4 2 hours 40 minutes
8.0 8 hours 0 minutes
10.3 10 hours 30 minutes
COMPRESSOR
c2
=
ON time of fault cycle
, when ambient probe is broken
c3
=
OFF time of fault cycle
, when ambient probe is broken
Minimum time between two connections of the compressor
(DEF)
Parameter description
(CON)
SET = Work set point.
Temperature we wish to maintain the machine. Variable between r1
and r2.
r0 = Differential.
When ambient probe temperature >= Set+r0 : Out ON
When ambient probe temperature <= Set : Out OFF
r4 = Night Set Point Variation
When the digital input is closed the Set Point is incremented r4. On this purpose
set E0= rst or E1= rst.
r6 = Fan operation on regulation.
Off = Fan does not connect on regulation.
On = Fan is always connected on regulation.
Con= Fan linked to compressor start-up.
(Fan ON if allowed by the temperature given by F0)
F0 = Fan temperature limit.
Fan OFF on regulation when probe temperature setup in d12 is >= F0.
Fan ON on regulation, when temperature is =< F0-A0.
The operation of the fan on regulation is determined also by r6.
F1 = Fan stop if door opened.
On regulation and continuous cycle when opening the door
No = The fan and compressor do not stop.
Yes = Both stop.
Con = The compressor stops.
Fan = The fan stops.
c0 = Minimum compressor stop time
Minimum time since compressor stops until it is starts again.
c1 = Continuous cycle time.
Duration of a continuous cold cycle.
c4 = Minimum time of working of the compressor
Minimum time since compressor starts until it stops.
c5 =
Minimum time since compressor starts until it starts again.
c6 = Time delay for 2nd Compressor
Time from first compressor is turned on until second compressor is turned on
(if it is necessary and H9=Con).
Defrosting
d0 = Type of defrosting.
re = defrosting without connecting the compressor.
in = defrosting by connecting the compressor.
d1 = End of defrosting temperature.
When this temperature is reached the defrosting will end.
d2 = Maximum defrosting time.
The defrosting will stop when this time is reached.
If it is zero there will be no defrosting.
d3 = first Hour defrosting of the day
From 00:00 hours the first defrosting is at d3 hours.
Until this time no defrosting is performed
d4 = Delay first defrosting.
Time without defrosting after turning the thermostat on.
d5 = Display during the defrosting.
Off = The current temperature will be shown during defrosting.
On = The temperature at defrost beginning is frozen on display until the end of
defrosting and until the current temperature is equal or lower than the initial
one, or until d6 time elapses.
def = Label -d- is displayed during defrosting, until the end of defrosting and
until the current temperature is equal or lower than the initial one, or until d6
time elapses.
d6 = Display return limit.
Maximum time before viewing the current temperature again after defrosting.
d7 = Compressor drip time.
Time since defrosting ends until the compressor can be connected.
d8 = Interval between defrosting.
Time between the start of a defrosting and the start of the following one.
If it is zero defrosting is not done automatically by time.
d9 = Fan operation during defrosting time.
It determines if the fan is connected or not during defrosting.
d10 = Fan drip time.
Time since defrosting ends until fan can be connected.
d11 = Minimum Time duration defrosting
Once defrosting begins it stays at least during this time
