TEMPERATURE CONTROLLER
6
USER
’
S MANUAL
7
Normal operation mode in which the temperature is controlled and maintained
automatically in accordance with the Set Degree.
■
Display conversion : When key is pressed, the display on SV is
converted as the following order;
[Set Temperature]=>[Output %]=>[Ampere] =>[Set Temperature]
Down the Output Power to the Given Rate for the given time, when it is needed
to stop production for a while on the way or production.
■
Holding key for 1 second in AUTO mode will convert it into STAND-BY
Mode
■
Temperature setting value (SV) is changed into % rate on the basis of the Set
Temperature during Stand-by mode is working.
CGF-560S
MICOM CONTROLLER
2) Auto Tuning
3) Output Method
1) AUTO Mode
1. SOFT LED
Displays SOFT operation
2. OUT LED
Displays Power Output State
3. PV FND
Displays Measured Temperature (Red
4 DIGIT-Position Value)of Hot Runner
System
4. SV FND
Displays the Set Temperature
(Green 4 DIGIT-Set Value)of Hot
Runner System
5. SET
Enter Key.
6. MODE
Mode Change Key.
7. UP
Value Increase Key.
8. DOWN
Value Decrease Key.
9. SEL
AUTO, STAND-BY MANUAL function
conversion key.
10. AUTO LED
Displays Auto Mode is selected
11. STAND-BY LED
Displays Stand-by Mode is selected
12. MANUAL LED
Displays Manual Mode is selected
13. MODULE Handle
14. MODULE Power Switch
15. MODULE Lock Bolt
2) STAND-BY Mode
4. Controller Unit Specification
5.Name of Components
6. Operation Modes
■
Indoor use.
■
Power Input Voltage
: AC 85V-250V, 50/60Hz, 15A
■
Load Capacity
: 15A , 50W-1650W(110V), 100W-3300W(220V)
■
Output Type
: PWM(Pulse Width Modulation), SSR(Solid State Relay)
■
Sensor Type
: Thermocouple (J, or K)
■
Temperature Setting Range
: 100¡C ~ 400¡C, 212¡F ~ 752¡F
■
Temperature Stability
: –0.5% (Full Scale)
■
Temperature Control Type
: PID CONTROL
■
Surrounding temperature
: -10¡C~50¡C
■
Altitude
: up to 2000m
■
Over Voltage Categories II
■
Degree of Mobility
: Plug-in module
■
F1, F2
：
250V-15A (Special Fuse)
F3
：
250V-1A
is a function to extract the governing factors through analyzing capacity of the
heaters and heat constant of the mold (characteristics of latent heat and
released heat). It helps precise control of temperature regardless of
environmental change.
can be changed depending on environment.
■
PWM mode : Precise temperature control can be achieved. But electric
noise is bigger than that in SSR mode.
■
SSR mode : Electric noise is small, but the specific temperature controlling
ability is inferior to PWM mode
