CHAPTER 1: DEFAULT SETTINGS OF PARAMETERS | ||||||
1.1 | Default Settings in Temperature Controller | 3 | ||||
1.2 | How to Return to Default Settings in DTA | 4 | ||||
1.3 | How to Return to Default Settings in DTB | 7 | ||||
1.4 | How to Return to Default Settings in DTC | 10 | ||||
CHAPTER 2: CONTROL MODES IN DTA | ||||||
2.1 | ON/OFF | 11 | ||||
2.2 | MANUAL | 12 | ||||
2.3 | PID | 13 | ||||
CHAPTER 3: CONTROL MODES IN DTB | ||||||
3.1 | ON/OFF | 15 | ||||
3.2 | MANUAL | 16 | ||||
3.3 | PID | 17 | ||||
3.4 | PID | PROG | 19 | |||
CHAPTER 4: CONTROL MODES IN DTC | ||||||
4.1 | ON/OFF | 21 | ||||
4.2 | MANUAL | 23 | ||||
4.3 | PID | 24 | ||||
4.4 | PID | PROG | 25 |
- 2 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
DTA | DTB | DTC | ||||||||||
Model: DTA4896R1 | Model: DTB4896RR | Model: DTC1000R | ||||||||||
PV | SV | PV | SV | PV | SV | |||||||
Not connected | 0.0 | |||||||||||
to sensor | ||||||||||||
Press | for | Press | for | |||||||||
more than 3 | more than 3 | Set up control modes | ||||||||||
seconds to | seconds to | |||||||||||
enter | initial | enter | initial | |||||||||
setting | mode | setting | mode | |||||||||
Control mode | PID control | |||||||||||
Run/stop | Run | |||||||||||
Output 1 | Heating | |||||||||||
Output 2 | Heating | |||||||||||
Status of key | Normal | |||||||||||
End | ||||||||||||
Set up temperature | ||||||||||||
Input type | ||||||||||||
PT100 | ||||||||||||
Input unit | ||||||||||||
°C | ||||||||||||
Set value | ||||||||||||
0.0 | ||||||||||||
Maximum input | ||||||||||||
600.0 | ||||||||||||
temperature | ||||||||||||
Minimum input | ||||||||||||
temperature | ||||||||||||
Position of | 1 digit after | |||||||||||
decimal point | decimal point | |||||||||||
Set up PID parameter | ||||||||||||
Proportional | ||||||||||||
47.6 | ||||||||||||
band (P) | ||||||||||||
Integral time (I) | 260 | |||||||||||
Derivative time | ||||||||||||
41 | ||||||||||||
(D) | ||||||||||||
Control cycle 1 | 20 | |||||||||||
Integral default | ||||||||||||
0.0 | ||||||||||||
value | ||||||||||||
Control cycle 2 | 20 |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 3 - |
DTA | DTB | DTC | ||||||
Model: DTA4896R1 | Model: DTB4896RR | Model: DTC1000R | ||||||
PV | SV | PV | SV | PV | SV | |||
Adjust temperature | ||||||||
Input | 0.0 | |||||||
compensation | ||||||||
Password of DTC | ||||||||
Level 1 | Disabled | |||||||
password | ||||||||
Level 2 | Disabled | |||||||
password | ||||||||
Level 3 | Disabled | |||||||
password | ||||||||
Back to top |
Display | Explanations | |||
PV | SV | Status of the temperature controller | ||
Temporary display when DTA is switched on: | = relay | |||
output with | ||||
Example displayed values | ||||
Press | twice | |||
Select Lock 1 | ||||
Press “up” and “down” keys together for 1 second. | ||||
Default value |
- 4 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
Display | Explanations | |
PV | SV | Status of the temperature controller |
Example displayed values | ||
Press | for | |
more than 3 | ||
seconds to enter | ||
initial setting | ||
mode | ||
Example displayed value: PT100 Sensor | ||
Press | ||
continuously for 8 | ||
times | ||
ON/OFF of communication | ||
OFF: communication | ||
ON: communication |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 5 - |
Delta Temperature Controller User Manual | |||
Display | Explanations | ||
PV | SV | Status of the temperature controller | |
Communication address | |||
Communication speed | |||
Data length (in bits) | |||
Parity bit | |||
Stop bit | |||
Back to top | Return to the first item in the initial setting mode: | ||
Return to PV/SV screen in the operation mode | |||
DTCOM Software | Explanations | ||
Execute DTCOM Software | |||
Select “SINGLE COMMAND TEST” | |||
Function address = 471B; Write data =1234. | |||
(Please DO NOT modify this value; otherwise | |||
system confusion may occur.) |
- 6 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
DTCOM Software | Explanations |
Clear the user’s settings. | |
Function address = 4724; Write data = 1234 | |
(Please DO NOT modify this value; otherwise | |
system confusion may occur.) | |
After the above procedures are completed, DTA | |
will display the information on the left hand side, | |
representing that DTA has return to default | |
settings successfully. | |
Switch off DTA and | |
Return to default value. The default sensor is | |
PT100, which will be displayed when DTA is not | |
connected to a sensor or thermocouple. |
Display | Explanations | ||||
PV | SV | Status of the temperature controller | |||
Temporary display when DTB is switched on: | = | ||||
firmware V1.50; | = relay output for OUT1/OUT2 | ||||
Example displayed value | |||||
Press | for 3 times | ||||
Press “up” and “down” key together for 1 second. |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 7 - |
Display | Explanations | |
PV | SV | Status of the temperature controller |
Example displayed value | ||
Press | for | |
more than 3 | ||
seconds to enter | ||
initial setting | ||
mode | ||
Example displayed value: PT100 Sensor | ||
Press | ||
continuously for | ||
10 times | ||
ON/OFF of communication |
- 8 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
Display | Explanations | ||
PV | SV | Status of the temperature controller | |
OFF: communication | |||
ON: communication | |||
ASCII or RTU | |||
Communication address | |||
Communication speed | |||
Data length (in bits) | |||
Parity bit | |||
Stop bit | |||
back to top | Return to the first item in the initial setting mode: | ||
Return to PV/SV screen in the operation mode | |||
DTCOM Software | Explanations | ||
Execute DTCOM Software | |||
Select “SINGLE COMMAND TEST” | |||
Function address = 472A; Write data =1234 | |||
(Please DO NOT modify this value; otherwise | |||
system confusion may occur.) |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 9 - |
Delta Temperature Controller User Manual | |
DTCOM Software | Explanations |
Clear the user’s settings. | |
Function address = 474E; Write data = 1234 | |
(Please DO NOT modify this value; otherwise | |
system confusion may occur.) | |
After the above procedures are completed, DTB | |
will display the information on the left hand side, | |
representing that DTB has return to default | |
settings successfully. | |
Switch off DTB and | |
Return to default value. The default sensor is | |
PT100, which will be displayed when DTC is not | |
connected to a sensor or thermocouple. |
DTCOM Software | Explanations |
Execute DTCOM Software | |
Select “SINGLE COMMAND TEST” |
- 10 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
DTCOM Software | Explanations |
Function address = 472A; Write data = 1234 | |
(Please DO NOT modify this value; otherwise | |
system confusion may occur.) |
Switch off DTC and | Return to default settings |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 11 - |
Delta Temperature Controller User Manual | ||
Explanations | ||
Display | ||
PV | SV | Status of the temperature controller |
Message displayed when DTA has not yet been connected | ||
to a sensor. |
- 12 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
Press | in the main screen of DTA to enter the “regulation mode”. | |||
Explanations | ||||
Display | ||||
PV | SV | Status of the temperature controller | ||
or | Set up hysteresis. Default = heating hysteresis. Can be set as | |||
cooling hysteresis as well. Both default values are “0”. |
Display | Explanations | ||
PV | SV | Status of the temperature controller | |
The control modes include: PID, ON/OFF, MANUAL. | |||
Default = PID. Select “MANUAL” here. | |||
Back | Press | to return to the main screen. | |
to top |
Display | Explanations | |||
PV | SV | Status of the temperature controller | ||
or | Set up heating or cooling control cycle. Default = heating, 20 | |||
seconds per cycle. | ||||
Press | in the main screen of DTA to enter the “operation mode”. |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 13 - |
Press | in the main screen of DTA to enter the “regulation mode”. | ||
Explanations | |||
Display | |||
PV | SV | Status of the temperature controller | |
ON/OFF of | |||
Default value for proportional control | |||
Default value for integral control | |||
Default value for derivative control | |||
Default integral value | |||
Heating/cooling control cycle | |||
Temperature inaccuracy adjustment value | |||
Press | in the main screen of DTA to enter the “operation mode”. | ||
Explanations | |||
Display | |||
PV | SV | Status of the temperature controller | |
Run/stop | |||
Output volume. In PID control mode, this is a | |||
and cannot be modified. |
- 14 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
Display | Explanations | |||||||||||
PV | SV | Status of the temperature controller | ||||||||||
Message displayed when DTB has not yet been connected to a | ||||||||||||
sensor. |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 15 - |
Delta Temperature Controller User Manual | ||
Display | Explanations | |
PV | SV | Status of the temperature controller |
Set up Alarm mode 2. Default = alarm output disabled. | ||
Set up Alarm mode 3. Default = alarm output disabled. | ||
Set up system alarm | ||
ON/OFF of communication | ||
Select communication format | ||
Communication address | ||
Communication speed | ||
Data length (in bits) | ||
Parity bit | ||
Stop bit | ||
Back to |
Display | Explanations | |
PV | SV | Status of the temperature controller |
or | Set up hysteresis. Default = heating hysteresis. Can be set as | |
cooling hysteresis as well. Both default values are “0”. |
- 16 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
Display | Explanations | ||
PV | SV | Status of the temperature controller | |
The control modes include: ON/OFF, MANUAL, PID and PID | |||
PROG. Default = PID. Select “MANUAL” here. | |||
Back to | Press | to return to the main screen. | |
top |
Display | Explanations | |
PV | SV | Status of the temperature controller |
or | Set up heating or cooling control cycle. Default = heating, 20 | |
seconds per cycle. |
Press | in the main screen of DTB to enter the “operation mode”. | ||
Display | Explanations | ||
PV | SV | Status of the temperature controller | |
Run/stop | |||
Set up the position of decimal point. | |||
1 = value with decimal point; 2 = value without decimal point | |||
Manually adjust the output percentage. Assume the percentage | |||
value = 50 and the cycle = 20 seconds plus heating control, the | |||
system will conduct heating output for 10 seconds and stop for | |||
the other 10 seconds. | |||
3.3 PID |
Display | Explanations | ||
PV | SV | Status of the temperature controller Hasbro candyland computer game download. | |
The control modes include: ON/OFF, MANUAL, PID and PID PROG. | |||
Default = PID. | |||
Back to | Press | to return to the main screen. | |
top |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 17 - |
Press | in the main screen of DTB to enter the “operation mode”. | ||
Explanations | |||
Display | |||
PV | SV | Status of the temperature controller | |
Run/stop | |||
Set up the position of decimal point | |||
Output volume. In PID control mode, this is a | |||
parameter and cannot be modified. |
- 18 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
Display | Explanations | |
PV | SV | Status of the temperature controller |
The control modes include: ON/OFF, MANUAL, PID and PID | ||
PROG. Default = PID. Select “PID PROG” here. | ||
DTB offers 8 patterns and 8 steps for each pattern, totaling 64 | ||
steps. Range of a pattern: OFF ~ 7. OFF = the function disabled. | ||
Temperature SV for pattern 0 and step 0 | ||
Time SV for pattern 0 and step 0 | ||
Temperature SV for pattern 0 and step 1 |
… | … | … | |
… | … | … | |
Temperature SV for pattern 0 and step 7 | |||
Time SV for pattern 0 and step 7 | |||
Actual number of steps executed in pattern 0 | |||
Actual number of loops executed in pattern 0 | |||
Pattern linked after the execution of pattern 0 is completed. | |||
OFF = end of linking patterns | |||
Return to | |||
top | Back to | Press | to return to the main screen. |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 19 - |
Press | in the main screen of DTB to enter the “regulation mode”. | ||
Display | Explanations | ||
PV | SV | Status of the temperature controller | |
The 0th PID parameter. There are 4 groups of PID parameters | |||
built in DTB. When the parameter is set ass PID4, the system will | |||
automatically adopt the PID value of the current temperature | |||
closest to PID0 ~ 3. | |||
The 0th SV | |||
The 0th default value for proportional control | |||
The 0th default value for integral control | |||
The 0th default value for derivative control | |||
The 0th default integral value | |||
Heating/cooling control cycle | |||
Temperature inaccuracy adjustment value | |||
Press | in the main screen of DTB to enter the “operation mode”. |
- 20 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
Display | Explanations | |
PV | SV | Status of the temperature controller |
Set up the position of decimal point | ||
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 21 - |
- 22 - | © DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED |
© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 23 - |
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© DELTA ELECTRONICS, INC. ALL RIGHTS RESERVED | - 25 - |