Programmable
controllers |
PC-835
series |
PC-855
series |
16 steps/pattern by 20 patterns, max. up to 320 steps are |
 |
applicable for program linkage. |
Accuracy of ±0.1% with sampling period of 0.1 seconds,
meets |
the needs of complex process control. |
Interactive setting system by the LCD allows easy specification
setting.. |
Adding an external memory as an option enables data saving/load.
|
|
Input |
: |
Thermocouple, RTD, DC Current, DC Voltage |
Accuracy |
: |
Within ±0.1%FS±1digit |
Sampling period |
: |
0.1seconds |
Control action |
: |
Auto-tuning PID, PD, ON/OFF |
Control output |
: |
Relay contact, Non-contact voltage, DC Current |
Power supply |
: |
100 to 240V AC 50/60Hz |
Number of patterns |
: |
20 (linkable between patterns) |
Number of steps |
: |
320 (16 steps/pattern) |
Number of repeat |
: |
10000 times |
Option |
: |
Pattern number external selection, Time signal output,
Transmission output |
|
|
Serial communication, Heating/Cooling control, External
memory, etc. |
Programmable
controllers |
PC-935
series |
PC-955
series |
10 steps/pattern by 10 patterns, i.e. max. 100 steps are
applicable |
 |
for program linkage. |
Fuzzy algorithms make step changes more accurate. |
Specification setting and changes can be easily performed
with |
multi-range and multi-function. |
Safety standards based on UL/CSA, CE marking. |
|
Input |
: |
Thermocouple, RTD, DC Current, DC Voltage |
Accuracy |
: |
Within ±0.2%FS±1digit |
Sampling period |
: |
0.125 seconds |
Control action |
: |
Fuzzy overshooting protective PID, Auto-tuning
PID |
Control output |
: |
Relay contact, Non-contact voltage, DC Current |
Power supply |
: |
100 to 240V AC 50/60Hz, 24V AC/DC 50/60Hz |
Number of patterns |
: |
10 (linkable between patterns) |
Number of steps |
: |
100 (10 steps/pattern) |
Number of repeat |
: |
9999 times |
Option |
: |
Alarm 2, Loop break alarm, Heating/Cooling control, Serial
communication |
|
|
Set value digital transmission,
etc. |
Programmable
controllers |
PCD-33A series |
Program can be easily set by inputting step temperature and step
time |
 |
to each step. |
Communication method can be chosen from five types; Shinko
protocol, |
Setting value digital transmission, Setting value digital reception,
Modbus |
ASCII and Modbus RTU mode. |
IP66 structure allows usage in harsh environments when the controller
|
is exposed to water or dust. |
|
Input |
: |
Thermocouple, RTD, DC Current, DC Voltage |
Accuracy |
: |
Thermocouple; Within ±0.2% of input span ±1digit |
|
|
RTD; Within ±0.1% of input span ±1digit |
|
|
DC Current; Within ±0.2% of input span ±1digit |
|
|
DC Voltage; Within ±0.2% of input span ±1digit |
Sampling period |
: |
0.25 seconds |
Control action |
: |
Auto-tuning PID, PI, PD, P, ON/OFF |
Control output |
: |
Relay contact, Non-contact voltage, DC Current |
Event output |
: |
Time signal output, Pattern end output, RUN
output |
Number of patterns |
: |
9 patterns (unlinkable between patterns) |
Number of steps |
: |
9 steps |
Power supply |
: |
100 to 240V AC 50/60Hz, 24V AC/DC 50/60Hz |
Options |
: |
Serial communication (RS-485), Set value digital
transmission, etc. |
|
|