[OfF,]
[On,,]
-
[OfF,]
[no,,]
20
sec.
[no,,]
0.1 (1)
20.0 (36)
ºC (°F)
2.0 (4)
0
1
-
0
[,f17]
[,f19]
[,f16]
[,f18]
[,f13]
[,f14]
[,f15]
0.1 (1)
20.0 (36)
ºC (°F)
3.0 (5)
[,f32]
-50 (-58)
75.0 (167)
ºC (°F)
-5.0 (23)
[no,,]
999
min.
10
[,f29]
[,f30]
[,f31]
Evap. temp. to start defrost if
[,f24]
=
[,,,1]
(r1)
Evap. temp. to start defrost if
[,f24]
=
[,,,1]
(r2)
Evap. temp. to start defrost if
[,f24]
=
[,,,1]
(r3)
[,f25]
[,f26]
[,f27]
1
999
H
12
[,f22]
[,f24]
[,f28]
[,f23]
It serves to increase the refrigeration time only in the first cooling cycle. In installations
with several equipment it is possible to avoid demand spikes, causing the defrosts to be
realized at different times, when assigning different values in this function.
0
1
-
0
[no,,]
999
min.
[no,,]
0
2
-
0
Additional time at the end of the first refrigeration
cycle
[,f20]
-20.0 (-36)
20.0 (36)
ºC (°F)
0.0 (0)
Condens
er high temperature alarm (S3)
[,f57]
=
[,,11]
[,f21]
[,f37]
[,f38]
[,f39]
-50 (-58)
75.0 (167)
ºC (°F)
20.0 (68)
[,f33]
[,f34]
[,f35]
[,f36]
[no,,]
999
min.
[no,,]
-50 (-58)
75.0 (167)
ºC (°F)
40.0 (104)
1
999
H
12
1
999
min.
30
Maximum time without defrosts if
[,f24]
=
[,,,1]
[,f40]
[,f41]
[,f42]
[,f43]
[,f45]
[,f46]
[no,,]
999
min.
15
[Off,]
[On,,]
-
[On,,]
[no,,]
999
min.
1
[,f44]
When the evaporator temperature (sensor S2) drops and reaches the value set in
[,f29]
,
[,f30]
,
[,f31]
, the countdown to start the pre-defrost begins. During this
stage, if the temperature remains low, the pre-defrost starts. Otherwise, if this
temperature rises above the set value, the system returns to the refrigeration stage.
When starting the defrosting process, the controller will only activate the fan to take
advantage of the gas residual energy.
Confirmation time of low temperature (sensor S2) to
start the pre-defrost if
[,f24]
=
[,,,1]
Pre-defrost Time (gas collecting)
When the evaporator temperature ( sensor S2) reaches the value configured by this
function, the controller will initiate the countdown to defrost.
Determines how often defrost will be performed, which is the time counted from the end of
the previous defrost.
[,,,0]
= Electrical defrost (by resistance), where only the defrost output is activated.
[,,,1]
= Hot gas defrost, whereby the compressor and defrost output are activated.
[,,,2]
= Natural defrost, where only the fan output is activated.
[,,,0]
= Defrost started by time;
[,,,1]
= Defrost started by temperature.
Defrost type
Condition to start the defrost
Interval between defrosts if
[,f24]
=
[,,,0]
(r1)
Interval between defrosts if
[,f24]
=
[,,,0]
(r2)
Interval between defrosts if
[,f24]
=
[,,,0]
(r3)
CELSIUS (FAHRENHEIT)
FUN
MIN
MAX
UNIT.
DEFAULT
DESCRIPTION
FUNCTION
This is the difference between turning refrigeration OFF and BACK ON in power-saving
mode.
Control differential of power-saving setpoint (r1)
Control differential of power-saving setpoint (r2)
Control differential of power-saving setpoint (r3)
This is the value that will be added to the current preset setpoint after the time set in
[,f64]
.
Example: If
[,f02]
=
[,,3.0]
(setpoint),
[,f10]
=
[,,2.0]
(differential) and
[,f16]
=
[,,1.0]
(antifreeze), refrigeration will be turned off at
[,,4.0]
(
[,,3.0]
+
[,,1.0]
) and turned back on at
[,,6.0]
(
[,,3.0]
+
[,,2.0]
+
[,,1.0]
).
Antifreeze safety differential temperature
Enables the evaporator temperature sensor (sensor
S2)
The sensor S2 can be disabled. If this is the case, defrost will be initiated by time.
Digital filter operating mode
[,,,0]
= The filter operates both when the temperature rises and when it falls;
[,,,1]
= The filter operates only when the temperature rise. When the temperature fall,
the response is immediate.
Intensity of the digital filter applied to the room
sensor (sensor S1)
The value adjusted in this function represents the time ( in seconds) for the temperature to
change by 0.1°C. A typical application for this type of filter is for ice cream and frozen food
frezzers, as , when the door is opened, a mass of hot air reaches the sensor directly,
causing a rapid increase in the measured temperature indication and often unnecessarily
activating the compressor.
This compensates for any deviations in the sensor reading due to replacement or a
change in cable lenght
Local calibration of the room sensor ( sensor S1)
Local calibration of the evaporator sensor ( sensor
S2)
Evap. temp. (sensor S2) to finalize the defrost (r1)
Evap. temp. (sensor S2) to finalize the defrost (r2)
Evap. temp. (sensor S2) to finalize the defrost (r3)
If the temperature on the evaporator (sensor S2) reaches the set valuem the defrosting
process will end as usual, i.e. by temperature. This, it optimizes the defrosting process.
Room temperature to end the defrost (r1)
Room temperature to end the defrost (r2)
Room temperature to end the defrost (r3)
If the room temperature ( sensor S1) reaches the set value, the defrosting process will
end, avoiding an eventual unwanted rising of product temperature.
If the controller is configured to carry out the defrost based on temperature, this time
works as a safeguard in situations where the evaporator temperature (sensor S2) does
not reach the programmed values in
[,f29]
,
[,f30]
,
[,f31]
. This function
determines the maximum time that the controller will wait for without carrying out the
defrost.
This function is used to set the maximum time for a defrost. If, within such period,
defrosting is not terminated by temperature, a dot will start blinking on the bottom-right
corner of the display (it needs to be enabled in
[,f84]
), indicating that the defrosting
process has been terminated by the time limit rather than by temperature. This may
happen if the temperature set is too high, the time limit is too short, or the sensor S2 is
disconnected or not connected to the evaporator.
Maximum defrost time (for safety) (r1)
Maximum defrost time (for safety) (r2)
Maximum defrost time (for safety) (r3)
Locked temperature indication during defrost
This function is intended to prevent an increase in room temperature, due to the
defrosting process being displayed. During the defrosting process, the last measured
temperature in the refrigeration cycle will be frozen on the display. The indication will be
unfrozen when the temperature before defrost is reached or when the time set using this
function is exceeded, after the start of the next refrigeration cycle (whichever comes first).
If set to the value
[,,,0]
, the temperature display will only be frozen at the defrost
stage. This function can be disabled if set to
[no,,]
.
Defrost when powering the controller
Allows a defrost to start when the controller is powered. For example, when the power
supply returns (in the case of a power shortage)
Draning time
Time required for dripping, i.e. to drain the last drops of the evaporator. During this period,
all outputs remain switched off. If you do not want this stage, adjust this time to
[no,,]
.