Dwyer SCD-LED User Manual

Ratio of output 1 & output 2
area
SCD Accessory: SCD-LED
Instruction Sheet
Thank you very much for choosing SCD-LED. Please read this instruction sheet before using your SCD-LED to ensure proper operation. Keep this instruction sheet handy for quick reference.
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1. Please hold the plastic terminal when installing SCD-LED to prevent electrostatic discharge (ESD).
2. Prevent dust or metallic debris from falling into the device and cause malfunction. DO NOT
or uninstall SCD-LED without being permitted. DO NOT
3. When installing SCD-LED, please make sure the power of SCD main unit is switched off and insert
SCD-LED into the correct slot on SCD main unit.
4. Make sure you install SCD-LED correctly before switching on the power; otherwise serious damage
may occur.
5. DO NOT
may occur.
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3
touch the terminals or repair the device when the power is on; otherwise an electric shock
Product Outline & Dimension
Input power DC +5V
Power consumption Max. 0.5W
Display
Single row 7-segment LED display, two 4 bits PV: red SV: green
Keys 4 keys for selecting, changing pages and tuning
Terminal connection Can only be inserted into the “Display and Setup Unit” slot on SCD main unit
4
Switching modes: SCD-LED is in ”operation mode” when the power is switched on, Press to enter
“regulation mode”. Press
for more than 3 seconds in the operation mode to enter “initial setting
mode”. Press in the regulation mode or initial setting mode to return to the operation mode.
PV/SV: Displaying the present value and set value. Use
How to set up: Use
in the three modes to select the parameter to be set up and to
modify the settings. Press to save the setting.
How to switch modes by keys and set up parameters:
Regulation Mode Operation Mode Initial Setting Mode
Select channel
Press
(Set it up when in PID control and RUN)
Press
V
Auto-tuning
V
Use temperature (SV)
Press
Press
Precaution
use empty terminals.
Electrical Specifications
Setting up Parameters
to change the set value.
to set up target
V
Control loop RUN/STOP
V
Set up input type
Press
Press
V
Set up temperature unit
V
modify
Regulation Mode Operation Mode Initial Setting Mode
PID proportional band
(Set it up when in PID control)
V
Press
Set up PID Ti value
(Set it up when in PID control)
V
Press
Set up PID Td value
(Set it up when in PID control)
V
Press
or Set up PD/PID control offset (When in PID control, set up PdoF
when Ti=0. AT sets up ioF automatically when Ti0.)
Press
V
Hysteresis for output 1 (Set it up when in ON/OFF control)
V
Press
Hysteresis for output 2
(Set it up when in ON/OFF control)
V
Press
Control cycle for output 1 (Set it up when in PID/programmable
PID/manual control)
Press
(Set it up when in PID/programmable PID/manual control)
Press
V
Control cycle for output 2
V
when in dual output control. Pb2 = Pb1 × COEF (Set it up when in PID/programmable
PID + dual output)
V
Press
Set up the overlapped
for dual output (dead band) (Set it up when in dual output)
V
Press
For tuning temperature
offset
V
Press
Set up upper limit for
control output
V
Press
Set up lower limit for
control output
Press
V
Set up start pattern
(Set it up when in PID control)
V
Press
Set up start step
(Set it up when in PID program control)
Press
V
Set up the position of
decimal point
for thermocouple R, S, B type)
(Not
Press
Without/with group INB Set up upper limit of Alarm 1
Press
Without/with group INB Set up lower limit of Alarm 1
Press
V
or
V
or
V
Without group INB
Set up upper limit of Alarm 2
Press
Set up lower limit of Alarm 2
Press
panel
Press
the value of output 1 (Displayed when in
PID/programmable PID/manual control RUN)
Press
the value of output 2 (Displayed when in
PID/programmable PID/manual control RUN)
Press temperature”
V
Without group INB
V
For locking the keys on the
V
For displaying and tuning
V
For displaying and tuning
Z Return to “target
Set up upper limit of
temperature
V
Press
Set up lower limit of
temperature
Press
Select control mode
V
Press
Set up output 1
(Heating, cooling or proportional output)
Press
Set up output 2
(Heating, cooling or alarm output)
Press
or
Without/with group INB Set up Alarm 1 mode
Press
Without group INB
Set up Alarm 2 mode
V
Press
Set up copy function
Press
Select ASCII/RTU communication format
V
Press
Set up communication
address
V
Press
Set up communication
baud rate
V
Press
Set up data length
V
Press
Set up parity bit
Press
V
V
V
V
V
V
Regulation Mode Operation Mode Initial Setting Mode
Set up delay time for alarm
output
V
Press
For tuning upper limit of
analog output (Displayed when in analog output)
V
Press
For tuning lower limit of
analog output (Displayed when in analog output)
V
Press
Set up positive/negative
proportional output (Set it up when in proportional output
control)
Z Return to
Press “auto-tuning”
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Types of Input Sensors & Temperature Range
Press input type”
Set up stop bit
Z Return to “set up
1. Set up input sensor: Enter parameter (see “Setting up Parameters” section for details) in
“initial setting mode” and select an input sensor (see Table 1).
2. Set up temperature range: Enter parameter
and (see “Setting up Parameters”
section for details) in “initial setting mode” to set up the temperature range.
3. Set up the position of decimal point: Enter parameter
(see “Setting up Parameters” section
for details) in “operation mode”. The position of decimal point will change the temperature range.
The screen displays only 4 digits; therefore, you have to set “0” in this parameter if you wish to
display values bigger than 999 or smaller than -99. The setting will not be saved. Default = 1.
Input Sensor Type Display Range
Platinum resistance (Cu50)
Platinum resistance (Ni120)
Platinum resistance (Pt100)
Platinum resistance (JPt100)
Thermocouple TXK type
Thermocouple U type
Thermocouple L type
Thermocouple B type
Thermocouple S type
Thermocouple R type
Thermocouple N type
Thermocouple E type
Thermocouple T type
Thermocouple J type
Thermocouple K type
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Setting up Control Output
Table 1
-50 ~ 150°C
-80 ~ 300°C
-200 ~ 850°C
-20 ~ 400°C
-200 ~ 800°C
-200 ~ 500°C
-200 ~ 850°C
100 ~ 1,800°C
0 ~ 1,700°C
0 ~ 1,700°C
-200 ~ 1,300°C
0 ~ 600°C
-200 ~ 400°C
-100 ~ 1,200°C
-200 ~ 1,300°C
For PID Control Application:
1. Set up 2 outputs:
Parameters” section for details). Set up one of the two parameters as
Enter parameter and in “initial setting mode” (see “Setting up
or of control
output.
2. Set up control type:
section for details) and set it up as
3. Set up parameters:
Parameter
as
Enter parameter in “initial setting mode” (see “Setting up Parameters”
(PID) control.
In “regulation mode”
Can be set up when parameter is set as . When is set
, the program will calculate parameters , , , and
automatically and save them.
Parameter
, and .
Parameter and can be set up when parameter is set as “0”.
OFF
AL-H
OFF
AL-H
OFF
AL-H
AL-L
AL-H
OFF
OFF
AL-L
OFF
AL-H
can be set up when
is not “0”.
Parameter and (control cycle for output 1) can be set up when parameter
is set as (heating) or (cooling) output. (control cycle for output 2)
can be set up when parameter
is set as (heating) or (cooling) output.
Parameter and :Can be set up when parameter and are set as
(heating) or (cooling) output. (The settings in and have to be
different.)
For ON/OFF Control Application:
1. Set up 2 outputs:
Enter parameter and in “initial setting mode” (see “Setting up
Parameters” section for details). Set up one of the two parameters as or of control
output.
2. Set up control type:
Enter parameter in “initial setting mode” (see “Setting up Parameters”
section for details) and set it up as (ON/OFF) control.
3. Set up parameters:
Parameters
In “regulation mode”
and (hysteresis for output 1) can be set up when parameter
is set as (heating) (cooling) output. (hysteresis for output 2) can be
set up when parameter
only set up
when and are set as or at the same time.
is set as (heating) or (cooling) output. You can
Parameter :Can be set up when parameter and are set as control output,
and the settings in
2 is
(cooling).
and are different, e.g. output 1 is (heating), and output
For Manual Control Application:
1. Set up 2 outputs:
Parameters” section for details). Set up one of the two parameters as
Enter parameter and in “initial setting mode” (see “Setting up
or of control
output.
2. Set up control type:
section for details) and set it up as
3. Set up parameters:
Enter parameter in “initial setting mode” (see “Setting up Parameters”
(manual) control.
In “regulation mode”
Parameter and (control cycle for output 1) can be set up when parameter
is set as (heating) or (cooling) output. (control cycle for output 2)
can be set up when parameter
is set as (heating) or (cooling) output.
Parameter and (in “operation mode”) can be set up when parameter
is set as (heating) or (cooling) output. can be set up when
parameter
is set as (heating) or (cooling) output.
For Programmable PID Application:
1. Set up 2 outputs:
Parameters” section for details). Set up one of the two parameters as
Enter parameter and in “initial setting mode” (see “Setting up
or of control
output.
2. Set up control type:
section for details) and set it up as
3. Set up parameters:
Enter parameter in “initial setting mode” (see “Setting up Parameters”
(programmable) control.
In “regulation mode”
Parameter , and .
Parameter
Parameter
can be set up when parameter is set as “0”.
and (control cycle for output 1) can be set up when parameter
is set as (heating) or (cooling) output. (control cycle for output 2)
can be set up when parameter
Parameter
and Can be set up when parameter and are set as
is set as (heating) or (cooling) output.
(heating) or (cooling) output. (The settings in and have to be
different.)
Parameter
and (in “operation mode")Can be set up when parameter is
set as or .
For Proportional Output Application: In this application, output 1 has to be analog output.
1. Set up output function:
section for details) and set it as
Enter parameter in “initial setting mode” (see “Setting up Parameters”
(proportional) output.
2. Set up parameters: In “regulation mode”
Parameter
For Upper/Lower Limits of Control Output:
1. Set up upper limit:
Enter parameter in “regulation mode” (see “Setting up Parameters”
section for details). Range: Lower limit ~ 100%.
2. Set up lower limit:
Enter parameter in “regulation mode” (see “Setting up Parameters”
section for details). Range: 0 ~ upper limit %.
For Alarm Application:
1. Set up output function (only when there is group INB):
Enter parameter in “initial setting
mode” (see “Setting up Parameters” section for details) and set it as
2. Set up alarm type:
Enter parameter (with INB) or and (without INB) in “initial
(alarm) output.
setting mode”. See Table 2 for more details on the alarm output.
3. Set up parameters:
Parameter
In “operation mode”
and Can be set up when there is group INB.
 Parameter , , and :Can be set up when there is no group INB.
4. Set up delay alarm output:
Enter parameter in “regulation mode” (unit: second). The alarm
will be enabled only when the temperature reaches the alarm output condition, and the condition
remains until the delay time is reached.
SCD main unit offers 2 groups of alarm output, each with 12 alarm modes in the initial setting mode.
When SV is higher or lower than SV, the alarm output will be enabled. See the table in the next column
for the explanations on the 12 alarm output modes.
Note: AL-H and AL-L include AL1H, AL2H and AL1L, AL2L.
SV
0 No alarm OFF
Alarm output is enabled when the temperature reaches upper
1
and lower limits: The alarm will be enabled when PV exceeds
SV + AL-H or falls below SV – A L-L.
Alarm output will be enabled when the temperature reaches the
2
upper limit: The alarm will be enabled when PV exceeds SV +
AL-H.
Alarm output will be enabled when the temperature reaches the
3
lower limit: The alarm will be enabled when PV falls below SV –
A L-L.
Alarm output will be enabled when PV is between SV + AL-H
4
and SV – AL-L.
Alarm output will be enabled when the temperature reaches the
5
absolute value of the upper and lower limits: The alarm will be
enabled when PV exceeds AL-H or falls below AL-L.
Alarm output will be enabled when the temperature reaches the
6
absolute value of the upper limit: The alarm will be enabled
when PV exceeds AL-H.
Alarm output will be enabled when the temperature reaches the
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absolute value of the lower limit: The alarm will be enabled when
PV falls below AL-L.
Upper/lower limit standby alarm: The alarm will be enabled when
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PV reaches SV and further exceeds SV + AL-H or falls below
SV – AL –L.
Upper limit standby alarm: The alarm will be enabled when PV
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reaches SV and further exceeds SV + AL-H.
Lower limit standby alarm: The alarm will be enabled when PV
10
reaches SV and further falls below SV – AL-L.
Upper limit hysteresis alarm: The alarm will be enabled when PV
11
exceeds SV + AL-H. The alarm will be disabled when PV falls
below SV.
Lower limit hysteresis alarm: The alarm will be enabled when PV
12
falls below SV – AL-L. The alarm will be disabled when PV
exceeds SV.
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1. Set up communication: Enter parameter , , , , and
in “initial setting mode” (see “Setting up Parameters” section for details) and select your desired
communication settings.
2. SCD series temperature controller is able to set up or read communication settings through
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SCD-LED.
1. Select channel: Enter parameter in “regulation mode” (see “Setting up Parameters” section
for details) and select the channel to be monitored.
2. How does it work:
SCD main unit has maximum 8 channels which can be connected to 8 input
sensors at the same time. The 8 input channels belong to group INA and INB, each group with 4
input channels. INB is optional accessory; therefore if INB is not inserted in SCD, SCD will only
show 4 channels.
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1. Set up the function: Enter parameter in “initial setting mode” (see “Setting up Parameters”
Alarm Mode Alarm Output Operation
ON
OFF
AL-L SV AL-H
ON
SV
ON
OFF
AL-L
SV
ON
AL-L SV
ON
OFF
AL-L
ON
ON
OFF
ON
OFF
AL-L
ON
ON
OFF
AL-L SV
ON
ON
AL-L SV
AL-H
SV
SV AL-H
SV AL-H
Tabl e 2
Setting up Communication
Setting up Channel
Setting up Copy Function
section for details) and select the function you desire.
2. How does it work:
The copy function allows a SCD main unit to copy its parameters (including the
values set in the parameter and communication settings) to another SCD main unit through
SCD-LED. Follow the steps below:
a. Insert SCD-LED into the SCD main unit to be copied. Enter parameter
in “initial setting
mode” and select , and SCD-LED will read the parameters in the SCD main unit. Next,
you will see
copy fails. Press
on the screen, indicating that the copy is successful. indicates the
to return to “operation mode” and you will see the present temperature
value (PV) and set temperature value (SV).
b. Switch off SCD and withdraw SCD-LED. Insert SCD-LED into another SCD main unit. Enter
parameter
in “initial setting mode” and select . SCD-LED will write the
parameters into it. Next, you will see on the screen, indicating that the writing-in is
successful.
you will see the present temperature value (PV) and set temperature value (SV).
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indicates the writing-in fails. Press to return to “operation mode” and
Locking the Keys on Panel
1. Lock the keys: Enter parameter in “operation mode” (see “Setting up Parameters” section
for details) and select the function you desire.
2. How does it work:
indicates locking all the keys on the panel. indicates that you can
only modify the set temperature value (SV), and all other functions are locked.
3. Press and at the same time to unlock the keys.
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1. Set up analog output tuning: Enter parameter and in “regulation mode” (see
Analog Output & Temperature Tuning
“Setting up Parameters” section for details) and tune the parameter to the desired output value.
2. Temperature offset tuning:
Enter parameter in “regulation mode” and tune the parameter to
the displayed temperature value.
3. How does it work:
a. Tuning analog output: For example, if you would like to have accurate 4 ~ 20mA of output, you
can set up output 0% by manual control, connect the output to ampere meter and tune
parameter
making the meter point to 4mA. Next, set up output 100% by manual control
and tune parameter making the meter point to 20mA.
b. Tuning temperature offset: This allows the displayed temperature to plus or minus 1 offset value.
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Error Message
Error PV SV
Input sensor not connected
Internal communication error
Output error
Input error
Storage error
Channel disabled
Channel being initialized
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How to Install
1 Remove all the terminal blocks on the panel.
2 Uncover the panel and insert SCD-LED to the
“operation interface” slot.
3 Cover up the panel.
4 Insert the terminal blocks back to their
positions.
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