OSAKA OPERATING INSTRUCTIONS –COC 30- Page
10
5.2 - PARAMETERS DESCRIPTION
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SP” GROUP (SET POINT PARAMETERS):
For setting the regulation set and Set function modes.
SP1 -
SET POINT TOP: Top regulation Set Point value
SP2 -
SET POINT 2: Floor regulation Set Point Value
SPL
- SET POINT MINIMUM: Minimum value that can be set
as Set Point.
SPH
- SET POINT MAXIMUM : Maximum value that can be
set as Set Point.
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rG” GROUP (REGULATION PARAMETERS): contains all
the regulation function and output power control
parameters .
OP1 -
POWER TOP: output power value for TOP heat.
OP2 -
POWER FLOOR: output power value for FLOOR heat.
tCP
– POWER CONTROL CYCLE TIME: cycle time for
calculating output powers expressed in sec.
PSP
- POWER SETTING MODE: allows the management of
the two powers as:
=0 - independent
=1 – dependent in such a way that an increase in one causes
an automatic reduction in the other so that, if the TOP and
FLOOR powers are identical, the sum of the powers will
always be 50% of the total.
=2 – dependent so that the decrease in one power causes the
automatic switch to 100% of the other, so that, if the top and
floorpowers are the same, the sum of the powers is always
between 50 and 100% of the total.
HS1
- REGULATOR 1 HYSTERESIS (TOP): Semiband
relating to the TOP Set Point that establishes the regulation
activation and deactivation values.
HS2
– REGULATOR 2 HYSTERESIS (FLOOR): Semiband
relating
to the FLOOR set point that establishes the regulation
activation and deactivation values.
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In” Group (INPUTS PARAMETERS): these make it
possible to
establish the characteristics of the
measurements and function modes of the digital inputs.
EFP –
FLOOR PROBE PRESENCE: Makes it possible to
enable (ON) or disable (OFF) the floor probe if it is not used. If
the probe is disabled, regulation operates on both the HEAT
TOP and HEAT FLOOR outputs, on the basis of the
measurement and sets relative to the TOP only.
ESP –
STEAM PROBE PRESENCE: makes it possible to
enable (ON) or disable (OFF) the steam probe if it is not used.
If the probe is disabled, the STEAM output obviously cannot be
thermostated and the steam injection block function is
deactivated according to the steamer temperature.
EAP –
AUX PROBE PRESENCE: makes it possible to enable
(ON) or disable (OFF) the auxiliary probe if it is not used. If the
probe is disabled, the auxiliary regulator function cannot be
used.
OSt
– TOP PROBE CALIBRATION: Positive or negative offset
that is added to the value read on the TOP probe.
OSF
– FLOOR PROBE CALIBRATION: Positive or negative
offset that is added to the value read on the floor probe.
OSS
– STEAM PROBE CALIBRATION: Positive or negative
offset that is added to the value read on the steamer probe.
OSA
– AUX PROBE CALIBRATION: Positive or negative
offset that is added to the value read on the auxiliary probe.
Uni
– UNIT OF MEASUREMENT OF TEMPERATURE:
establishes the display of temperatures in centigrade (°C) or
Fahrenheit (°F.
SEn
– INPUT PROBE: If the instrument provides the input for
thermocouples, this makes it possible to select the type of
input probe as type J (J) or type K (CrA).
i1F
– DIGITAL INPUT 1 FUNCTION: establishes which
function digital input 1 must perform.
0 = No function (not operative)
= 1 – External alarm signal: on input intervention, the alarm is
activated and the upper display alternately shows "AL1" and
the temperature measured.
= 2 – Auxiliary output (AUX) remote control: the digital input is
used for the command of the auxiliary output AUX as
described in the "AOF" = 4 operating mode of the auxiliary
output.
= 3 – steam injection remote control: the digital input operates
as the instrument’s INJ key.
= 4 – steam injection block: digital input intervention causes the
blockage of the steam injection. The function can be useful if
the instrument does not have a probe for the steamer and one
desires to block injection through a steamer thermostat.
= 5 – Pulse command for switching on the extractor output for
multiple command. This can be used to facilitate the command
of the single extractor when there is more than one appliance
on an oven. If one desires to command a single extractor from
more than one instrument, it is possible to do so by
programming the first one with “ECn”=OFF and all the others
with “ECn” =On, by connecting
the EXTR relay output of the first instrument in order that it
commands the extractor, by connecting the EXTR relay
outputs of all the others in parallel and therefore to the digital
input of the first, which will suitably programme the digital input
with this function mode.
i1L
– DIGITAL INPUT 1 FUNCTION LOGIC: establishes
whether the digital input 1 causes the activation of the
programme function on its closure (on) or opening (oF).
i1d
– DELAY DIGITAL INPUT 1: delay of activation of the
function performed by digital input 1, expressed in seconds.
i2F
– DIGITAL INPUT 2 FUNCTION: same as “i1F” but refers
to digital input 2.
i2L
– DIGITAL INPUT 2 FUNCTION LOGIC: same as “i1L” but
refers to digital input 2.
i2d
– DELAY DIGITAL INPUT 2: same as “i1d” but referred to
digital input 2.
i3F
– DIGITAL INPUT 3 FUNCTION: same as “i1F” but refers
to digital input 3.
i3L
– DIGITAL INPUT 3 FUNCTION LOGIC: same as “i1L” but
refers to digital input 3.
i3d
– DIGITAL INPUT 3 DELAY: same as “i1d” but refers to
digital input 3.
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AL” GROUP (TEMPERATURE ALARMS PARAMETERS):
make it possible to set temperature alarm operation.
A1t
– TYPE 1 ALARM (TOP) : makes it possible to establish
the type of alarm relative to top temperature by means of two
possible selections:
= Ab – ABSOLUTE ALARM : the alarm is activated when the
top temperature value drops below the alarm threshold set in
the “A1L” parameter or rises above the alarm threshold set in
the "A1H" parameter.
= dE – RELATIVE ALARM: The alarm is activated when the
top temperature threshold drops below the value [SP1 - A1L]
or when the process value rises above the value [SP1 + A1H]
A1L
– LOWER ALARM 1 THRESHOLD (TOP) : Top
temperature alarm intervention threshold as minimum alarm.
A1H
– UPPER ALARM 1 THRESHOLD (TOP) : Top
temperature alarm intervention threshold as maximum alarm.
HA1 –
ALARM 1 HYSTERESIS (TOP): Asymmetric Semiband
relative to the “A1L” and “A1H” alarm thresholds that establish
the top temperature alarm deactivation value.
A1d
– ALARM 1 ACTIVATION DELAY (TOP): makes it
possible to establish a delay in the activation of the top
temperature alarm (in sec.).
A2t
– TYPE 2 ALARM (FLOOR) : same as “A1t” but referred to
the floor temperature alarm.
A2L
– LOWER ALARM 2 THRESHOLD (FLOOR): same as
“A1L” but referred to the floor temperature alarm.
A2H
– UPPER ALARM 2 THRESHOLD (FLOOR): same as
“A1H” but referred to the floor temperature alarm.