dmc50 Yamatake Corporation, dmc50 Datasheet - Page 30

• Manufacturer Part Number: dmc50
• Description: Module Type Controller Control Module / Communication Module
• Manufacturer: Yamatake Corporation

(RationaLOOP PID operation)
POW (Exponential function)
RAND (Random value)
voltage compensation)
(Rising edge detection)
PSVC (Power supply
(Ramp generator)
ramp_gen
RAMP_GEN
IN
EXP
RUN
LIMIT
FILT
AC _IN
MV _IN
CLK
MODE
SP
PV
PID
PARA
MONI
AT
MV_IN
JF_IN
RUN
HOLD
RMP _ U
RMP _D
UNIT
IN1
IN2
base
R_TRIG
ra_pid
Ra_PID
r_trig
psvc
rand
pow
E _ OK
E_OK
E _ OK
OUT
MV
MV
AC
JF
Q
Q
Q
Input parameter
Output parameter
Description
Input parameter
Output parameter
Description
Input parameter
Output parameter
Description
Input parameter
Output parameter
Description
Input parameter
Output parameter
Description
Input parameter
Output parameter
Description
IN: Real type, Base number
EXP: Real type, Exponent number
Q: Real type, IN
Exponential operation of real type data
RUN: Boolean type, TRUE=Execution, FALSE=Reset
LIMIT: Real type, Compensation range, 0.00 to 50.0% (Normally 20.0% is sufficient)
FILT: Real type, Filter constant for AC_IN, 0.0 to 2000.0s
AC_IN: Real type, AC voltage input, an AUX_IN (AC voltage) input
MV_IN: Real type, Manipulated variable before compensation
E_OK: Boolean type, TRUE=During compensation, FALSE=Compensation stop
AC: Real type, AC value after filter operation
MV: Real type, Manipulated variable after compensation
Heater power voltage (AUX_IN) fluctuations are monitored and the manipulated variable output is compensated for.
CLK: Boolean type
Q: Boolean type, TRUE when CLK is FALSE→TRUE, and FALSE otherwise.
Rising edge detection of Boolean type data
MODE: Boolean type, TRUE=MANUAL mode, FALSE=AUTO mode
SP: Real type, SP (industrial unit)
PV: Real type, PV (industrial unit)
PID: Integer type, Designates the group ID of Ra_PID constants
PARA: Integer type, Designates the group ID of Ra_PID options
MONI: Integer type, Designates the group ID of Ra_PID monitor
AT: Boolean type, Start/stop of auto-tuning
MV_IN: Real type, Output value at MANUAL mode
JF_IN: Real type, Just-FiTTER input, Inputting 0.0 normally
E_OK: Boolean type, TRUE=Normal, FALSE=Error
MV: Real type, Manipulated variable
JF: Real type, Just-FiTTER output
PID operation incorporated with superior disturbance recovery and over-shoot suppression feature for high
precision control
RUN: Boolean type, TRUE=Execution, FALSE=Reset
HOLD: Boolean type, TRUE=Holding the ramp action, FALSE=Continuing the ramp action (canceling the hold)
RMP_U: Real type, Ramp-Up variable
RMP_D: Real type, Ramp-Down variable
UNIT: Integer type, Ramp time unit, 0: Ramp variable/s, 1: Ramp variable/min, 2: Ramp variable/h
IN1: Real type, Starting point of ramp action
IN2: Real type, Target point of ramp action
E_OK: Boolean type, TRUE=Normal, FALSE=Error
OUT: Real type, Ramp data
A ramp of real data generated from IN1 up to the target value IN2.
BASE: Integer type, Maximum value of random value
Q: Integer type, Random value
Random value generation of integer type data
EXP
0 to BASE _ 1
30
Executing the compensation at AC_IN=100%±LIMIT
BASE>1