SMAR CD600 Plus - Page 44

CD600 Plus - User's Manual
4.24
MANUAL
50
OUT
CTYP = 0,1,2 OR 3
(BUMPLESS)
CTYP = 4,5 OR 6
(HARD)
OUT
50
50
SP
40
20
30
t
t
t
PV
) ABIA
ABIA + AKp.e
(b1)
(b2)
AUTOMATIC
Fig 4.9.10 - Manual to Auto Transfer. The Automatic Output Starts with the Bias Value
TYPE MNEM DESCRIPTION RANGE DEFAULT
I LIA SP (Setpoint) input 0
I LIB PV (Process Variable) input 0
I LIC External Variable Input for Adaptative Gain 0
I LID
Input for the control output (feedback), used for
Bumpless transfer
0
I LIE
Input for the Auto/Manual Status. Digital
Interpretation
Addresses
0 to 170 / 225 to 240
0
I CACT
Control Action and Inhibition of tuning by the
front panel and Control Algorithm
REVERSE: Output decreases when PV
increases
DIRECT: Output increases when PV increases
Parallel or Ideal Algorithm:
0 – Reverse
1 – Direct
2 - Reverse with no tuning on front
3 - Direct with no tuning on front
Noninteractive or ISA:
4 – Reverse
5 – Direct
6 - Reverse with no tuning on front
7 - Direct with no tuning on front
0
I CTYP
PID Action on Error and Process Variable.
Actions indicated before the point are on Error
while the others are on the Process Variable
Bumpless or Hard M → A transfer
0 - PI.D Bumpless
1 - PID Bumpless
2 - I.PD Bumpless
3 - PI Sampling Bumpless
4 - PI.D Hard
5 - PID Hard
6 - PI Sampling Hard
0
P CETY Type of Error to be considered
0 – Normal
1 – Quadratic
0
P CBND Special gain band
0.01 - 300.00%
0 - Not activated
0.00%
P CSGA Special Gain within the gap 0.00 - 10.00 0.00
P CSAM Period of PI - Sampling (t
0
+ t
1
) 0.00 - 180.00 min. 0.00 min
P CSON
Time that the PI - Sampling is active (t
0
)
(CSON<CSAM)
0.00 - 180.00 min. 0.00 min
I CIAG Input variable for the Adaptative Gain
0-SP /1-PV/2-Error
3-Output/4-External
0