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F29 - Minimum setpoint allowed to the end user (2nd stage):
F30 - Maximum setpoint allowed to the end user (2nd stage):
The electronic limits have the purpose of preventing the use, by mistake, of very high or low temperature
setpoints. When the 2nd stage is defined as an alarm, the setpoints are defined in F29 and F30.
F31 - Control differential (hysteresis) of the 2nd stage:
This is the temperature difference (hysteresis) between turning on and off the 2nd stage output.
F32 - Minimum delay to re-connect the output of the 2nd stage:
This is the minimum time in which the output of the 2nd stage is off, i.e. the time between the last stop,
and the next start up (only if F28 = 0 or 1).
F33 - Delay to enable the alarm when the instrument is powered on (F28=2,3 or 4):
This function is to disable the alarm for a period of time because the system has not yet reached the
working temperature.
F34- Time the ALARM/TIMER is on:
This function is to adjust the time that the output of the 2nd stage will remain activated if it is set as an
alarm or timer.
F35 - Time the ALARM/TIMER is off:
This function is to adjust the time that the output of the 2nd stage remains switched off if it is configured
as an alarm or timer. To always keep the alarm triggered, just set "0" in this function.
F36 - Time to reactivate the alarm when manually disabled:
This function configures the alarm manual inhibition. If it enters into alarm condition, it can be inhibited
/
manually by pressing
key.
If a value between 1 and 999 minutes is set when it reaches an alarm condition and is disabled
manually, it can only be activated again after that time elapses.
If the automatic mode is selected ([auTo]), the alarm, after being disabled, will only be triggered if the
normal condition returns and alarm condition returns, with no time limit. Set to 0, the manual
deactivation is itself disabled.
[auTo]- Alarm will sound again when you leave and return to the alarm condition
[Off,]- Manual deactivation disabled
[,,,1]~[,999]- Time that the output of alarm remains disabled (in minutes)
F37 - Time base of Cyclic timer (F28=5, 6, 7, 8 or 9):
If the output OUT 2 is configured as a cyclic timer, the time base in which the output remains switched on
and switched off can be set to seconds or minutes. The setting of the switched on and switched off the
time base is, respectively:
[,,,0]- Seconds/Seconds;
[,,,1]- Seconds/Minutes;
[,,,2]- Minutes/Seconds;
[,,,3]- Minutes/Minutes.
F38 - Time for activation of 2nd stage cyclic timer:
This is the delay time to activate the cyclic timer if it is set to be triggered by the setpoint of the 1st stage
(F28=6).
If the cyclic timer is linked to the 1st stage (F28 = 12), this delay time will be counted from when the 1st
stage thermostat is activated.
F39 - Operational Mode of the audible alarm:
[,,,0]- Intra-range alarm
[,,,1]- Extra-range alarm
[,,,2]- Alarm relating to the first stage ([sp1,]- F40 and [sp1,] + F41)
F40 - Activation point of the audible alarm (lower limit):
This is the lowest temperature to activate the audible alarm according to the operating mode selected.
F41 - Activation point of audible alarm (upper limit):
This is the upper temperature to activate the audible alarm according to the operating mode selected.
F42 - Time audible alarm is connected:
Time that the audible alarm will remain powered (active cycle).
F43 - Time audible alarm is disconnected:
Time that the audible alarm will remain off (inactive cycle). To disable the audible alarm, adjust the value
"O" for this function
F44 - Audible alarm deactivation time when turning the controller on:
This is the time that the buzzer will remain off, even in an alarm condition. This time is to disable the
audible alarm while the system has not yet reached working conditions.
F45 - Time to reactivate the audible alarm when manually disabled:
This function configures the buzzer manual inhibition. If it enters into alarm condition, the buzzer can be
/
inhibited manually by pressing
key.
If a value between 1 and 999 minutes is set, when the audible alarm reaches an alarm condition and is
disabled manually, it can only be activated again after that time elapses.
If the automatic mode is selected ([AuTo]), the audible alarm, after being disabled, will only be
triggered if the normal condition and the alarm condition returns, with no time limit. Set to 0, the manual
disability is disabled.
[AuTo]- The audible alarm sounds again when leaving and there is a new alarm situation
[Off,]- Disabled
[,,,1]~[,999]- Time in which the audible alarm remain disabled (in minutes)
F46 - Enabling and viewing mode of the process timer:
This function is used to enable or disable the process timer. If it is enabled, it may be configured to,
during the process, show the temperature or remaining time. The choice of the information to be
displayed when the timer is triggered depends on the user's needs.
[,,,0]- Disabled
[,,,1]- During the process it shows temperature
[,,,2]- During the process it shows the remaining time
F47 -
Time base of the timer
:
Allows to select which time base will be used to count the processing time.
[,,,0]- Seconds
[,,,1]- Minutes
F48 - Audible alert at the end of the process (Buzzer):
[no,,]- Disables the audible alarm to indicate the end of the process
[yes,]- Enables the audible alarm to indicate the end of the process
F49 - Operational mode of digital inputs:
This function allows to set the operating mode of the digital inputs:
[,,,0] - 1 Timer - DIG1 ( START) and DIG2 (STOP):
Digital input 1 (DIG1) or
>
operates as START or PAUSE command and digital input 2 (DIG2) or
operates as STOP command.The controller applies the configured value in process time on a single
internal timer. When activating the digital input 1 (DIG1) or
counting.
PAUSE: If the process timing is in progress and is triggered digital input 1 (DIG1) or
paralyze and press again to continue the digital input 1 (DIG1) or
When activating the digital input 2 (Dig 2) or
>
and the digital input 1 (DIG1) or
is triggered, the controller opens a new count for the process time.
Note: The keys
>
<
function as START and STOP only with F49 = 0.
and
[,,,1] - 4 timers (Closed contact = START/ REMAINING TIME/ STOP):
In this operation mode, the controller will operate with 4 timers using the same process time. Each digital
input starts working as START, REMAINING TIME and STOP for each timer. In this operation mode are
provided keys PUSH BUTTON type (without mechanical retention of the contact). When turn on the key
the electrical contact changes state, and to release it, back to idle status (NO).
Example: If timer 1 is stopped and digital input 1 (DIG1) is triggered, appears in display [STA1]
message, and started timing. At the end of configured time, appears [End1] message on the display,
indicating the end of the process time. The message will be displayed until DIG1 is pressed again. If
during the counting of time input is triggered again, a message process time ([tMr1]+ time) appears.
If the DIG1 input is pressed for 1s before finishing the timing, the process is closed and displays the
[End1] message. Similarly is the operation of DIG2, DIG3 and DIG4 digital inputs.
[,,,2]- 4 timers (Closed contact = START, open contact = STOP):
In this operation mode, the controller will operate with 4 timers using the same process time. Each digital
input starts working as START and STOP for each timer. In this operation mode are provided keys
ON/OFF type (NO with mechanical retention of the contact). By closing the contact, the timing is
initiated, and by opening, is closed.
Example: If timer 1 is stopped and digital input 1 (DIG1) contact is closed, appears in display [STA1]
message, and started timing. At the end of configured time, appears [End1] message on the display,
indicating the end of the process time. The message will be displayed until the DIG1 input contact is
opened. If the DIG1 input contact is open before finishing the timing, the process is closed and displays
the [End1] message. Similarly is the operation of DIG2, DIG3 and DIG4 digital inputs.
[,,,3]- 4 timers (open contact = START, closed contact = STOP):
In this operation mode, the controller will operate with 4 timers using the same process time. Each digital
input starts working as START and STOP for each timer. In this operation mode are provided keys
ON/OFF type (NC with mechanical retention of the contact). By opening the contact, the timing is
initiated, and by closing, is closed.
Example: If timer 1 is stopped and digital input 1 (DIG1) contact is open, appears in display [StA1]
message, and started timing. At the end of configured time, appears [End1] message on the display,
indicating the end of the process time. The message will be displayed until the DIG1 input contact is
closed. If the DIG1 input contact is closed before finishing the timing, the process is closed and displays
the [End1] message. Similarly is the operation of DIG2, DIG3 and DIG4 digital inputs.
[,,,4] - 4 Independent timers (Closed contact = START / STOP):
In this mode the operation is identical to the F49 = 1, with the difference that each of the 4 timers has a
different time. The process times are set in [TMR1], [TMR2], [tMr3] and [tMr4], as described
in 6.3.1.
F50 - Intensity of the digital filter:
This filter is intended to simulate the increase of the sensor mass, thereby increasing its response time
(thermal inertia). The higher the value set in this function the higher the response time of the sensor will
be.
F51 - Functions block:
This allows and configures the function block (see item 6.3.3).
[,,,0]Does not allow the function block.
[,,,1]Allows a partial block where the control functions will be locked but the adjustment of the
setpoint, process times, cyclic timer times and visualization of the maximum and minimum record are
allowed.
[,,,2] Allows a full block, enabling only the visualization of the processes, turning off the control
functions, and visualization of the maximum and minimum record.
F52 - Time for function block:
Defines the time in seconds for the command to activate the block according to the procedure described
in item 6.3.3.
F53 - Control functions shutdown:
Allows the turning off of the control functions (see item 6.3.4).
[,,,0]Disables the control functions shutdown.
[,,,1]Enables activation/deactivation of the control functions only if the functions are unlocked.
[,,,2]Enables activation/deactivation of the control functions even if the functions are locked.
F54 - Linking the thermostats to the process times:
[no,,]- Linking disabled
[,,,1]- Thermostat of the 1st stage linked to the process time
[,,,2]- Thermostat of the 2nd stage linked to the process time (if F28 = 0 or 1)
[,,,3]- Both thermostats linked to the process times
If enabled, the chosen thermostat will only control the temperature during the process time and will
switch off the corresponding output after this time. If configured as [no,,], the end of the process time
does not result in the shutdown of the outputs.
F55 - Time to activate the steam output (F28=11):
Is the time for which OUT2 will remain on during the steam activation using the key
F56 - Time between activations of the steam output (F28=11):
Is the minimum time between steam activation using the key
This function can be disabled by adjusting it to the minimum value 0 [No,,].
F57 - Pre-process time (F49= 0):
Is the time that precedes the process time. The normal process time is started after this time. During the
pre-process time, the LED timer indicator flashes faster than it does during the process time, and the
message [Prep]is displayed alternately with the process time.
For five seconds at the end of the pre-process, the buzzer will cycle and OUT2 (if F28=10) will cycle
according to the times configured in F34 and F35.
This function can be disabled by adjusting it to the minimum value 0[No,,].
>
,the controller starts the process time
>
, the count will
>
.
<
, the process timing is closed. If the process is closed
<
.
<
.
<
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