beautypg.com

Parameter for contr and contr – West Control Solutions KS98-1 User Manual

Page 226

background image

Analog outputs:

Weff

Effective

X

Effective process value

Y

Effective output value

XW

Control deviation

W

Internal

Yout1

Output value yout1 (heating)

Yout2

Correcting variable yout2 (cooling; only with continuous controller with split-range behaviour r CFunc=
splitRange)

ParNo

Only with CONTR+; effective parameter set

Bl-no

Own block number

III-16.3

Parameter and Konfiguration for CONTR, CONTR+

Parameter for CONTR and CONTR+

Parameter

Description

Description

Default

Unit

W_BWlock

switchover

disable func-
tion

Switchover is disabled via front-panel operation

0: block All

t

Wext

i

Wint switchover is disabled

1: block We

W i W2 switchover is disabled

2; block W2

All switchover functions are enabled

3: none

W0

Min. limit (Weff)

-29999...999999

0

0

W100

Max. limit (Weff)

-29999...999999

100

100

W2

Additional setpoint

-29999...999999

100

100

Grw+

3)

Gradient plus unit/min

0,001...999999

Off

----

Grw-

3)

Gradient minus unit/min

0,001...999999

Off

----

Grw2

3)

Setpoint gradient for W2 unit/min

0,001...999999

Off

----

N0

Zero offset for ratio control

-29999...999999

0

0

a

Factor a for 3-element control + setpoint ramps

-9,99...99,99

1

1

Xsh

2)

Trigger point separation (stepping controller)

0,2...20,0%

0,2

0,2

Tpuls

Min. positioning step time (stepping controller)

0,1...2,0[s]

0,3

0,3

Tm

Actuator response time (stepping controller)

5...999999 [s]

30

30

Xsd1

Switching difference (signaller control)

0,10...999999

1

1

LW

Distance additional contact (signaller control)

-29999...999999

Off

----

Xsd2

Switching difference additional contact (signaller control)

0,10...999999

1

1

Xsh1

1)

Trigger point separation (PD) (3-point controller)

0,0...1000,0[%]

0

0

Xsh2

1)

Trigger point separation (PD) (3-point controller)

0,0...1000,0[%]

0

0

Y2

Additional correcting variable (not for stepping controllers)

-105,0...105,0[%]

0

0

Ymin

Min. correcting variable limiting (not for stepping controller)

-105,0...105,0[%]

0

0

Ymax

Max. correcting variable limiting (not for stepping controller)

-105,0...105,0[%]

100

100

Y0

Working point of the controller (not for stepping controller)

-105,0...105,0[%]

0

0

Y0ptm

4)

Positioning value during process at rest

-105,0...105,0[%]

0

0

dYopt

4)

Self tuning step height

5...100[%]

100

100

P0pt

4)

Only for CONTR+; parameter set to be optimized

1...6

1

1

Xp1 1...6

1)

Proportional band 1

0,1...999,9[%]

100

100

Xp2 1...6

1)

Proportional band 2 (three-point and split range)

0,1...999,9[%]

100

100

Tn 1...6

Integral action time

(Tn = 0 r I-part is not effective)

0,0...999999[s]

10

10

Tv 1...6

Derivative time (Tv = 0 r D-part is not effective)

0,0...999999[s]

10

10

Tp1 1...6

Cycle time heating (2-and 3-point controller)

0,4...999,9[s]

5

5

Tp2 1...6

Cycle time cooling (3-point controller)

0,4...999,9[s]

5

5

1)

%-specifications are related to measuring range x

n0

... x

n100

2)

The neutral zone x

sn

for 3-point stepping controllers depends on T

puls

, T

m

and x

p1

(r V. Hints for self-tuning).

3)

Gradient control r page 261

4)

Self optimizationr page 242 ff

Controller

9499-040-82711

III-226

Parameter and Konfiguration for CONTR, CONTR+