dmc50 Yamatake Corporation, dmc50 Datasheet - Page 25

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

LIM_HI (Real type high limit)
LOG (Common logarithm)
(Real type high/low limit)
LIMIT (High/low limit)
(Real type low limit)
(Limit alarm)
LIM_ALARM
H
X
L
EPS
MAX
IN
MIN
IN
MAX
MIN
IN
MIN
IN
MAX
IN
lim_alrm
LIM_HILO
lim _ hilo
LIM_LO
lim _ hi
lim _ lo
limit
log
QH
QL
Q
Q
Q
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
H: Real type, High limit set point
X: Real type, Input data
L: Real type, Low limit set point
EPS: Real type, Hysteresis value, EPS≥0.0
QH: Boolean type, High limit alarm
Q: Boolean type, High limit and low limit alarms
QL: Boolean type, Low limit alarm
Determines using hysteresis whether the real type data has exceeded the high limit value or the low limit value.
MAX: Real type, High limit value
IN: Real type, Input data
Q: Real type, Value limited by the high limit value, MAX at IN≥MAX
The real type data is limited by the high limit value.
MIN: Real type, Low limit value
IN: Real type, Input data
MAX: Real type, High limit value
Q: Real type, Value limited by the high and low limit values, MIN at IN≤MIN
The real type data is limited by the high and low limit values.
MIN: Real type, Low limit value
IN: Real type, Input data
Q: Real type, Value limited by the low limit value, MIN at IN≤MIN
The real type data is limited by the low limit value.
MIN: Integer type, Low limit value
IN: Integer type, Input data
MAX: Integer type, High limit value
Q: Integer type, Value limited by the high and low limit values, MIN at IN≤MIN
The integer type data is limited by the high an low limit values.
IN: Real type, IN>0.0
Q: Real type, LOG
Common logarithm of real type data
10
(IN)
25
IN at IN>MIN
IN at IN<MAX
IN at MIN<IN<MAX
MAX at IN≥MAX
IN at MIN<IN<MAX
MAX at IN≥MAX