AUBER INSTRUMENTS
WWW.AUBERINS.COM
2020.06
P6/10
5.3.11.
Temperature Unit Selection, Celsius or Fahrenheit, “C, F”
This parameter sets temperature units, C for Celsius, F for Fahrenheit. In the
Windows program settings, 0 is Celsius and 1 is Fahrenheit.
5.3.12.
“COOL” for
System Function Selection
Parameter “COOL” is
used to set the controller main output mode for heating or
cooling.
COOL = 0 is for reverse action control mode, heating control.
COOL = 1 is for direct action control mode, cooling control.
5.3.13.
Limiting the control range, “P
uH
” and “P
uL
”
“
PuH
” and “P
uL
”
values define the set value range. PuL is the low limit, and PuH
is the high limit. For example, sometimes you may want to limit the temperature
setting range so that the operator can’t set a very high temperature by accident.
If you set the PuL = 100 and PuH = 130, operator will only be able to set the
temperature between 100 and 130. For high temperature application (like kiln),
please set PuH to a large number, like 2500.
5.3.14.
Communication parameters “Addr” and “baud”
Two important parameters are used for data communication feature from this
controller to your computer.
Addr: Unit address or unit ID. Available range is 0 ~ 255. Default value is 1.
Baud: Baud rate. Available values and definition are below:
Table 5. Baud Rate Table
Parameter value
Definition
0
Baud rate is 1200
1
Baud rate is 2400
2
Baud rate is 4800
3
Baud rate is 9600
Default value is 3 for 9600 baud rate.
5.3.15.
Temperature Set Point “SP”
When this controller is set to single step mode (RUN = 0), user can use
parameter SP to adjust current set temperature. When RUN = 1 ~ 3, SP
parameter is not accessible. It is the same as SV.
5.3.16.
T
imer Unit “SEC”
SEC is used to set ramp soak timer to be minute timer or second timer.
SEC = 0,
ramp soak timer is counting by minutes (default).
SEC = 1,
ramp soak timer is counting by seconds.
5.3.17.
Program Cycling
“LOOP”
LOOP defines whether to loop the program when all ramp soak program steps
have been executed.
LOOP = 0:
No program loop. Once all the program steps have been executed,
the program will be stopped. No power output in this mode.
LOOP = 1:
Program loop is enabled. Once all the program steps have been
executed, the program will execute from the beginning of the current program.
5.3.18.
Power Outage Mode
“PdE”
PdE defines the power outage/startup event handing modes, when controller lost
power during the operation.
PdE = 0:
After power is turned on, this controller will hold the program from the
original break point. To resume the program, push and hold up arrow key for 3s
manually.
PdE = 1:
After power is turned on, this controller will jump to the beginning of the
program (step 1) and hold there. To resume the program, push and hold up arrow
key for 3s manually.
PdE = 2:
After power is turned on, this controller will continue the program from
the original break point. This mode is suitable for the applications in which power
failure does not affect production.
PdE = 3:
After power is turned on, this controller will jump to the beginning of the
program (step 1) and run from there automatically.
5.3.19.
Safety Start Band
“SSb”
When the difference between the PV and SP is larger than SSb band during the
steps, the controller will put program on hold automatically, until the difference is
small than SSb. By default, SSb is set to 100 degree. If you need more tight
temperature control, please set SSb to a small number, like 5 or 10 degree.
5.3.20.
Program Control
“RUN”
RUN indicates the current running mode/status of this controller.
RUN = 0:
single step mode. User needs to adjust parameter SP to adjust the set
temperature. Parameters in ramp soak steps are not in use. The controller will
maintain at set temperature (SP) forever.
RUN = 1:
program is stopped (ramp soak mode). The controller has no output
under this mode. User can get access and adjust all steps & settings. When all
the program steps have been completed and if program loop is disabled (LOOP
= 0), RUN parameter will be automatically changed to 1.
RUN = 2:
program is on hold (ramp soak mode). The controller is regulating the
output based on the current set temperature, but timer is paused.
RUN = 3:
program is running (ramp soak mode). The controller is running based
on set ramp soak program.
5.3.21.
Program Step Jump “Pro”
Pro indicates current step segment number and also used for manually jump.
The number used here is actually step segment number, not step programming
number. Step segment number can be any steps in the program (1 to 64). This
parameter can also be used for manually jumping steps. If Pro value is changed
to different step number, the program will automatically jump and run from that
step. For details, see section 6.1.
6.
Program Ramp/Soak on the Controller
6.1.
Terminology
Not
e: the terminology of this controller is different than Auber’s popular ramp
soak controller SYL-2342P/SYL-2352P. For easy understanding, please check
examples in section 8.
Program step (
step
): is a control step with its set value and set time are
specified.
Every step has two segments: ramp segment and soak segment.
Ramp segment has higher priority and it will be executed at first. Soak segment
has lower priority and it will be executed later.
Step programming number n:
is the n-th step in the step programming. The
step programming number (n) can range from 1 to 32. Its set temperature is
expressed as C[n]; its set time is expressed as t[n]. For example, for the 1
st
step,
the set temperature is C01 (
c01
), the ramp time is r01 (
r01
) and soak time is
t01 (
t01
). Please note, this parameter is used for temperature & time
programming. For checking step status and step jump, step segment number n
is used instead.
Step segment number n:
The step segment number (n) can range from 1 to 64.
Here is the relationship between step number and step segment number:
Ramp segment step number = actual step number * 2 - 1.
Soak segment step number = actual step number * 2.
