logic diagrams12a.pdf

Date

of its contents to others without express authorization is prohibited. Offenders will be Drawing no. Page

held liable for the payment of damages. All rights reserved in the event of the grant of1/49

a patent, utility model or design.

Prepared 2013-08-13 WEBER_S

Logic diagramsConfidential, all rights reserved ISO 16016. Checked

The reproduction, distribution and utilization of this document as well as the communication Released

CodewordSuceava PM1 Manual

Name

Index Name Date Revision

Order number1004622 spanned

preliminary

- Revision

Customer address SC Ambro S. A.

Calea Unirii 24

720019 Suceava

Phone +49 7321 37 2899 Machine number 000013846R002

Email [email protected]

Department VPH-e5qp Project name S150

Respons. Wigand, Josef

Voith

Suceava PM1

0001004622

Logic diagrams

preliminary

User: WEBER_S

App'd:

Date: 2013-08-13 / Startobject: /@NameSystemFUP

Rev.: -

No. Rev. Index Drawing no. Document name No. of pages Description

1 * =P01A1BC23EZ01K01/23.001 1 system control FS acknowledge




5 * =P01A1BC23EZ01K07/23.001 1 system control signal creation

6 * =P01A1CD23EX01K01/23.001 1 overview

7 * =P01A1CE23EX10K19/23.001 1 interlocks 9 dryer group PDS

8 * =P01A1CF23EX01K01/23.001 1 e-stop group xnn overview

9 * =P01M1HH35AA00K16/23.001 1 group control




13 * =P01M1HH35AA30K05/23.001 1 general body lifting




17 * =P01M1HH35AA30K23/23.001 1 body monitoring cross walk




21 * =P01M1HH35BV00K01/23.001 1 air and vacuum units general



24 * =P01M1HH35BV01K01/23.001 1 rotary piston fan 1 motor rotary piston blowers

25 * =P01M1HH35BV01K03/23.001 1 rotary piston fan 1 temperature

26 * =P01M1HH35BV01K04/23.001 1 rotary piston fan 1 pressure


28 * =P01M1HH35BV02K01/23.001 1 rotary piston fan 2 motor rotary piston blowers

29 * =P01M1HH35BV02K03/23.001 1 rotary piston fan 2 temperature



32 * =P01M1HH35GA00K01/23.001 1 water treatment general

33 * =P01M1HH35GB00K01/23.001 1 water treatment water tank level

34 * =P01M1HH35GL06K05/23.001 1 water flow measurement profilmatic

35 * =P01M1HH35GL06K12/23.001 1 water inlet condensate flow to ModulePro

36 * =P01M1HH35GL06K14/23.001 1 water return condensate to the tank

37 * =P01M1HH35GM01K07/23.001 1 water treatment filter differential pressure

38 * =P01M1HH35GP00K01/23.001 1 water treatment pump units general

39 * =P01M1HH35GP00K01/23.002 1 water treatment pump units general

40 * =P01M1HH35GP00K04/23.001 1 water treatment pre pressure control



43 * =P01M1HH35GP01K01/23.001 1 water treatment condensate pump 1

44 * =P01M1HH35GP04K01/23.001 1 water treatment condensate pump 2

45 * =P01M1HH35GT01K05/23.001 1 heat exchanger steam/water temperature



Voith

/49

cpu: CPU23

cycle time: 100 ms

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paper production general

system control FS acknowledge

systems configuration PM dryer section

=P01A1BC23EZ01K01

preliminary

AE

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FUP.23.001

VP

P01 A

1 B

C 2

3 E

Z 0

1 K

01 A

E F

UP

.23.0

01

prelim

inary

111

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

s

s TEn

TWD print

list

text

glob.

local

prior.

section

RD

701-M02

safety acknowlege (ChnF)(CPU23) 0 X-ref 2ndto

FAIL-SAFE

STANDARD

toFAIL-SAFE

STANDARD

toFAIL-SAFE

STANDARD

FUP.23.710 710-M01

driver safety channel fault(CPU23) 1 X-ref

OpP.OutD01

failsafe fault (CPU23) 0 X-ref

OpP.OutD03

driver safety channel fault (CPU23) 0 X-ref

AlrmDA02


FUP.23.702 702-M01

failsafe fault(CPU23) 1 X-ref

cpu: CPU23

cycle time: 100 ms

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=P01A1BC23EZ01K01

preliminary

ZZS

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OM

B6

G.C

Rp

FUP.23.701

VP

P01 A

1 B

C 2

3 E

Z 0

1 K

01 Z

ZS

FU

P.2

3.7

01

prelim

inary

311

701-M01

safety acknowledge (FS) (CPU23) 2 X-ref

STANDARDto

FAIL-SAFEto

FAIL-SAFE

STANDARD

In Q

F_QUIT

Out

=6

60s

=9&

STANDARDto

FAIL-SAFEto

FAIL-SAFE

STANDARD

In Q

F_QUIT

Out

=6

60s

=9&

Acknowlegment Reintegration

OpP.OutD02

safety acknowlege (FS) (CPU23) 0 X-ref1st

OpP.OutD04

safety acknowlege (ChnF) (CPU23) 0 X-ref2nd

701-M02

safety acknowlege (ChnF) (CPU23) 0 X-ref2nd

OpP.In V01

safety ack.-value (FS)(CPU23) 0 X-ref 0 - 6 - 9

OpP.In V02

safety ack.-value (ChnF)(CPU23) 0 X-ref 0 - 6 - 9

cpu: CPU23

cycle time: 100 ms

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=P01A1BC23EZ01K01

preliminary

ZZS

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OL

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FUP.23.702

VP

P01 A

1 B

C 2

3 E

Z 0

1 K

01 Z

ZS

FU

P.2

3.7

02

prelim

inary

322

>=1

Error of all signal testing like

Pushbuttons/LS/Valve etc for

antivalance or equivalence

702-M01

failsafe fault (CPU23) 1 X-ref

=P01M1HH35AA30K05 DrSNozzleMoisturBodyLifting701-M01

error LS threading position(CPU23) 2 X-ref

=P01M1HH35AA30K23 DrSNozzleMoisturBodyMon701-M01

FB closed & locked fault(CPU23) 2 X-ref

cpu: CPU23

cycle time: 100 ms

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=P01A1BC23EZ01K01

preliminary

ZZS

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OH

H6

G.C

Rp

FUP.23.710

VP

P01 A

1 B

C 2

3 E

Z 0

1 K

01 Z

ZS

FU

P.2

3.7

10

prelim

inary

333

Q-bad from all I/Q's

of the connected

safety cards

710-M01


cpu: CPU23

cycle time: 100 ms

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M


system control signal creation


=P01A1BC23EZ01K07

preliminary

AE

Page

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A\A

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05

OF

16

G.C

Rp

FUP.23.001

VP

P01 A

1 B

C 2

3 E

Z 0

1 K

07 A

E F

UP

.23.0

01

prelim

inary

111

0,8 0

s

0,4 0

s

0 0,8

s

0 0,4

s

001-M01

slow flash (CPU23) 1 X-ref

001-M02

fast flash (CPU23) 1 X-ref

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2

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M


overview

control communication PM dryer section

=P01A1CD23EX01K01

preliminary

AC

Page

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Index Date Name

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OD

T6

G.C

Rp

FUP.23.001

VP

P01 A

1 C

D 2

3 E

X 0

1 K

01 A

C F

UP

.23.0

01

prelim

inary

111

001-M01

air press. ring pipe ok 1 X-ref

001-M02

no fire alarm 2 X-ref

001-M05

no fire alarm (10 sec delay) 2 X-ref

001-M03

paper in PDS exists 3 X-ref

001-M04

lamptest 2 X-ref

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6 A

M


interlocks 9 dryer group PDS

control communication (drive) PM dryer section

=P01A1CE23EX10K19

preliminary

AC

Page

WEBER_S

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Index Date Name

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0\S

15

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3B

05

OC

I6G

.CR

p

FUP.23.001

VP

P01 A

1 C

E 2

3 E

X 1

0 K

19 A

C F

UP

.23.0

01

prelim

inary

111

001-M01

on v > 0 m/min 3 X-ref

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M


e-stop group xnn overview

control communication (e-stop) PM dryer section

=P01A1CF23EX01K01

preliminary

AC

Page

WEBER_S

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Index Date Name

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0001004622

VPH-e5qpRe

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05

OB

76

G.C

Rp

FUP.23.001

VP

P01 A

1 C

F 2

3 E

X 0

1 K

01 A

C F

UP

.23.0

01

prelim

inary

111

001-M01

e-stop PM not actuated 1 X-ref

cpu: CPU23

program - diagnosis: erw.Diagnose

cycle time: 500 ms

1

2

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8 A

M

paper production paper machine & secondary units

group control

dryer part dryer section moisture nozzle

=P01M1HH35AA00K16

final

HSE

Page

WEBER_S

Date

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Index Date Name

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10

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0\S

15

0\A

A\A

3B

05

O2

26

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 A

A 0

0 K

16 H

SE

FU

P.2

3.0

01

final

411

&

001-M01

motors ready (CPU23) 1 X-ref

=P01M1HH35GP00K01 ModuleProWater General001-M05

condensate pump 1 ready and selected(CPU23) 1 X-ref


condensate pump 2 ready and selected(CPU23) 1 X-ref

=P01M1HH35BV00K01 ModulePro Blower unit general001-M05

blower 1 ready and selected(CPU23) 1 X-ref


blower 2 ready and selected(CPU23) 1 X-ref

cpu: CPU23


cycle time: 500 ms

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8 A

M


group control


=P01M1HH35AA00K16

preliminary

HSE

Page

WEBER_S

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Index Date Name

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0\S

15

0\A

A\A

3B

05

O6

16

G.C

Rp

FUP.23.002

VP

P01 M

1 H

H 3

5 A

A 0

0 K

16 H

SE

FU

P.2

3.0

02

prelim

inary

422

=P01M1HH35GT01K05 ModuleProWater Temperature001-M01

controller auto(CPU23) 1 X-ref

=P01M1HH35GP00K04 ModuleProWater Pressure001-M01


=P01A1CD23EX01K01 DrSCommunication001-M01

air press. ring pipe ok1 X-ref

=P01M1HH35GB00K01 ModuleProWater Level001-M01

level > low(CPU23) 4 X-ref

002-M01

group ready to start (CPU23) 1 X-ref

OpP.OutD03

sequence ready to start (CPU23) 0 X-refSeqRdy

FUP.23.001 001-M01

motors ready(CPU23) 1 X-ref &

&

FUP.23.003 003-M04

sequence running(CPU23) 2 X-ref

FUP.23.003 003-M05

start sequence run(CPU23) 1 X-ref


no fire alarm2 X-ref


pressure controller auto(CPU23) 1 X-ref

cpu: CPU23


cycle time: 500 ms

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group control


=P01M1HH35AA00K16

final

HSE

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O3

C6

G.C

Rp

FUP.23.003

VP

P01 M

1 H

H 3

5 A

A 0

0 K

16 H

SE

FU

P.2

3.0

03

final

433

OpP.OutD14

sequence running (CPU23) 0 X-refSeqStrtd

003-M05

start sequence run (CPU23) 1 X-ref

OpP.OutD04

start sequence run (CPU23) 0 X-refStrtSeqRn

OpP.In PB04

sequence start(CPU23) 0 X-ref SeqStrt

003-M04

sequence running (CPU23) 2 X-ref

FUP.23.002 002-M01

group ready to start(CPU23) 1 X-ref

&

003-M02

sequence start(CPU23) 6 X-ref

&

003-M02

sequence start (CPU23) 6 X-ref

003-M01

sequence set to automatic (CPU23) 7 X-ref2 s

OpP.In PB02

sequence set to automatic(CPU23) 0 X-ref

OpP.In PB05

sequence stop(CPU23) 1 X-ref SeqStp

&

003-M03

sequence stop (CPU23) 2 X-ref2 s

003-M02


&


no fire alarm2 X-ref

003-M04

sequence running(CPU23) 2 X-ref

OpP.In PB05

sequence stop(CPU23) 1 X-ref SeqStp

1 s

&


blower started and runs(CPU23) 3 X-ref


condensate pump started and runs(CPU23) 7 X-ref

cpu: CPU23


cycle time: 500 ms

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group control


=P01M1HH35AA00K16

final

HSE

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A\A

3B

05

O4

Q6

G.C

Rp

FUP.23.004

VP

P01 M

1 H

H 3

5 A

A 0

0 K

16 H

SE

FU

P.2

3.0

04

final

444


pressure < H(CPU23) 3 X-ref


pre pressure out of set range(CPU23) 2 X-ref

&

004-M01

ready for operation (CPU23) 2 X-ref






blower ok and runs(CPU23) 1 X-ref

cpu: CPU23

1

2

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5

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11

12

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2 A

M


general body lifting


=P01M1HH35AA30K05

preliminary

HSP

Page

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0\S

15

0\A

A\A

3B

05

MJI6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 A

A 3

0 K

05 H

SP

FU

P.2

3.0

01

prelim

inary

311

001-M02

operation position (CPU23) 3 X-ref

.OutD11

operation position (CPU23) 0 X-ref

001-M01

swivel up (CPU23) 5 X-ref

toFAIL-SAFE

STANDARD

-SH02.1 I01

swivel upE364.2

(CPU23) 0 X-ref

-SH03.1 I03

swivel downE364.3

(CPU23) 0 X-ref

=P01M1HH35AA00K16 ModulePro GroupControl004-M01

ready for operation(CPU23) 2 X-ref


paper in PDS exists3 X-ref

=P01M1HH35AA30K23 DrSNozzleMoisturBodyMon700-M02

door closed & locked(CPU23) 3 X-ref

001-M02

operation position(CPU23) 3 X-ref&

&

-Y11.14Q02

swivel upA152.0

(CPU23) 0 X-ref

-S02 I02

swivel downE175.1

(CPU23) 0 X-ref UnLoad

-S01 I01

swivel upE175.0

(CPU23) 0 X-ref Load

&

&

&

001-M01

swivel up(CPU23) 5 X-ref

001-M01


=P01A1CF23EX01K01 E-Stop PM001-M01

e-stop PM not actuated1 X-refto

FAIL-SAFE

STANDARD

0 2

s

&

-GS52 I04

swivel up FSE173.0

(CPU23) 0 X-ref

-GS32 I05

swivel up DSE173.1

(CPU23) 0 X-ref

cpu: CPU23

1

2

3

4

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8

9

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=P01M1HH35AA30K05

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HSP

Page

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Index Date Name

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Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

MM

86

G.C

Rp

FUP.23.002

VP

P01 M

1 H

H 3

5 A

A 3

0 K

05 H

SP

FU

P.2

3.0

02

prelim

inary

322

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

0 s

0 s TEn

TWD print

list

text

glob.

local

prior.

section

RD

0FUP.23.701 701-M01

error LS threading position(CPU23) 2 X-ref

1

DA01

error LS threading positon (CPU23) 0 X-ref

.In PB01

acknowledge(CPU23) 0 X-ref Ack

cpu: CPU23

1

2

3

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6

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=P01M1HH35AA30K05

preliminary

HSP

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Index Date Name

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0001004622

VPH-e5qpRe

po

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0\S

15

0\A

A\A

3B

05

MK

Y6

G.C

Rp

FUP.23.003

VP

P01 M

1 H

H 3

5 A

A 3

0 K

05 H

SP

FU

P.2

3.0

03

prelim

inary

333

FUP.23.001 001-M02

operation position(CPU23) 3 X-ref

FUP.23.701 701-M02

threading position(CPU23) 3 X-ref

&

&

FUP.23.001 001-M01


FUP.23.001 001-M02

operation position(CPU23) 3 X-ref

toFAIL-SAFE

STANDARD

FUP.23.001 001-M01


=P01A1BC23EZ01K07 signal configation PM dry end001-M01

slow flash(CPU23) 1 X-ref


lamptest2 X-ref


ready for operation(CPU23) 2 X-ref

&

-H01Q01

operationA216.0

(CPU23) 0 X-ref

-SH02.HQ03

operation positionA215.0

(CPU23) 0 X-ref

-SH03.HQ04

thread positionA215.1

(CPU23) 0 X-ref

cpu: CPU23

1

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MG

S6

G.C

Rp

FUP.23.701

VP

P01 M

1 H

H 3

5 A

A 3

0 K

05 Z

ZS

FU

P.2

3.7

01

prelim

inary

111

-GS51 I06

swivel down FSE3348.2

(CPU23) 0 X-ref

In1

In2

Ack

Error

Fail-safe switch

Out

=

2s

=P01A1BC23EZ01K01 signal creation PM dryer part701-M01

safety acknowledge (FS)(CPU23) 2 X-ref

-GS31 I07

swivel down DSE3348.3

(CPU23) 0 X-ref

.OutD10

threading position (CPU23) 0 X-refto

FAIL-SAFE

STANDARD

701-M01

error LS threading position (CPU23) 2 X-ref

701-M02

threading position (CPU23) 3 X-ref

cpu: CPU23

cycle time: 100 ms

1

2

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body monitoring cross walk


=P01M1HH35AA30K23

preliminary

HSE

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M2

86

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 A

A 3

0 K

23 H

SE

FU

P.2

3.0

01

prelim

inary

311

OpPOutD01

ready to open (CPU23) 0 X-ref

&

&

&

4 s

FUP.23.002 002-M01

knob teach after exchange(CPU23) 3 X-ref

FUP.23.002 002-M02

knob teach preselection(CPU23) 3 X-ref

FUP.23.701 701-M03

condition open(CPU23) 1 X-ref

OpPOutD04

teach/acknowledge (CPU23) 0 X-ref

-GS51Q11

teach/acknowledgeA153.0

(CPU23) 0 X-refRst

-GS51Q10

ready to openA153.1

(CPU23) 0 X-refOpn

toFAIL-SAFE

STANDARD

OpPOutD05

closed and locked (CPU23) 0 X-refClsd&Lckd

-GS51 I10

faultE201.0

(CPU23) 1 X-ref Diag

-GS51 I03

open/resetE201.1

(CPU23) 2 X-ref Opn

FUP.23.701 700-M02

door closed & locked(CPU23) 3 X-ref

001-M01

closed and locked (CPU23) 0 X-ref

toFAIL-SAFE

STANDARD

=P01A1BC23EZ01K07 signal configation PM dry end001-M02

fast flash(CPU23) 1 X-ref


lamptest2 X-ref

cpu: CPU23

cycle time: 100 ms

1

2

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=P01M1HH35AA30K23

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HSE

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M5

26

G.C

Rp

FUP.23.002

VP

P01 M

1 H

H 3

5 A

A 3

0 K

23 H

SE

FU

P.2

3.0

02

prelim

inary

322

002-M01

knob teach after exchange(CPU23) 3 X-ref

002-M02

knob teach preselection(CPU23) 3 X-ref

002-M02

knob teach preselection (CPU23) 3 X-ref

002-M01

knob teach after exchange (CPU23) 3 X-ref4 s&

5 0

s

S

R

5 0

s

&

Teach-in procedure for a new handle module

- The new handle module must be mounted mechanically and must not have already been taught in.

- If the "DIA1" LED goes out during initialization, a locked handle module (which was already taught in before) is used.

- The code of a handle module which was taught in before is "erased" only after two additional handle modules have been taught in successfully.

1) Close the door mechanically so that the new handle module is in such a position that it can be locked.

2) Actuate the "Open door" illuminated pushbutton for approx. 5 seconds.

- The lamp of the "Open door" illuminated pushbutton changes over to a fast flashing rate --> "Ready for teach-in"

3) Actuate the "Open door" illuminated pushbutton again within 5 seconds, as otherwise the "Ready for teach-in" display would be reset.

- The locking module is newly initialized --> "DIA1" LED flashes fast for approx. 10 seconds (initialization/self-test phase)

- The locking module starts with the teach-in phase --> "DIA1" LED flashes slowly for approx. 60 seconds (teach-in phase)

-GS51 I03

open/resetE201.1

(CPU23) 2 X-ref Opn

FUP.23.701 700-M02

door closed & locked(CPU23) 3 X-refto

FAIL-SAFE

STANDARD

cpu: CPU23

cycle time: 100 ms

1

2

3

4

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=P01M1HH35AA30K23

preliminary

HSE

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15

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A\A

3B

05

M3

M6

G.C

Rp

FUP.23.003

VP

P01 M

1 H

H 3

5 A

A 3

0 K

23 H

SE

FU

P.2

3.0

03

prelim

inary

333

OpPIn PB01


FUP.23.701 701-M01

FB closed & locked fault(CPU23) 2 X-ref

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

s

s TEn

TWD print

list

text

glob.

local

prior.

section

RD

1

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

s

s TEn

TWD print

list

text

glob.

local

prior.

section

RD

1

1

toFAIL-SAFE

STANDARD

-GS51 I10

faultE201.0

(CPU23) 1 X-ref Diag

AlmDA01

error safety door (CPU23) 0 X-refPreAlrmFlt

AlmDA02

FB closed & locked fault (CPU23) 0 X-refSafDoorFlt

1

cpu: CPU23

program - diagnosis: wie Funktion

cycle time: 100 ms

1

2

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=P01M1HH35AA30K23

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A\A

3B

05

M0

W6

G.C

Rp

FUP.23.701

VP

P01 M

1 H

H 3

5 A

A 3

0 K

23 Z

ZS

FU

P.2

3.7

01

prelim

inary

111

-GS51 I01

FB1 closed & lockedE3342.6

(CPU23) 0 X-ref Perm1

-GS51 I02

FB2 closed & lockedE3342.7

(CPU23) 0 X-ref Perm2

701-M03

condition open (CPU23) 1 X-ref

701-M01

FB closed & locked fault (CPU23) 2 X-ref

In1

In2

Ack

Error

Fail-safe switch

Out

=

2s

-GS51Q01

openA3720.3

(CPU23) 0 X-refOpn

STANDARDto

FAIL-SAFE

-GS51 I03

open/resetE201.1

(CPU23) 2 X-ref Opn

700-M02

door closed & locked (CPU23) 3 X-ref

&

=P01A1BC23EZ01K01 signal creation PM dryer part701-M01

safety acknowledge (FS)(CPU23) 2 X-ref


threading position(CPU23) 3 X-ref

cpu: CPU23

1

2

3

4

5

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7

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air and vacuum units general


=P01M1HH35BV00K01

preliminary

HSE

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0001004622

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A\A

3B

07

Y6

F6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 B

V 0

0 K

01 H

SE

FU

P.2

3.0

01

prelim

inary

311

S

R

OpP.In PB02

preselection blower 1(CPU23) 0 X-ref SeqSetAuto

OpP.In PB03

preselection blower 2(CPU23) 0 X-ref SeqStp

001-M03

blower 1 selected (CPU23) 3 X-ref

001-M04

blower 2 selected (CPU23) 3 X-ref

OpP.OutD01

blower 1 selected (CPU23) 0 X-refSeqRdy

OpP.OutD02

blower 2 selected (CPU23) 0 X-refStrtSeqRn

&001-M04

blower 2 selected(CPU23) 3 X-ref

001-M01

blower 1 ready(CPU23) 2 X-ref

&

&

001-M03


001-M02


&001-M01

blower 1 ready (CPU23) 2 X-ref

&001-M02

blower 2 ready (CPU23) 2 X-ref

=P01M1HH35BV02K01 ModulePro Blower 2 Motor001-M02

motor auto(CPU23) 1 X-ref


motor fault(CPU23) 1 X-ref





&

&

001-M05

blower 1 ready and selected (CPU23) 1 X-ref

001-M06

blower 2 ready and selected (CPU23) 1 X-ref

001-M01


001-M02


001-M03


001-M04


-T01=P01M1HH35BV01K01 ModulePro Blower 1 MotorI02

motor run(CPU23) 5 X-ref MFb



cpu: CPU23

1

2

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=P01M1HH35BV00K01

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HSE

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0001004622

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15

0\A

A\A

3B

08

SN

O6

G.C

Rp

FUP.23.002

VP

P01 M

1 H

H 3

5 B

V 0

0 K

01 H

SE

FU

P.2

3.0

02

prelim

inary

322

=P01M1HH35BV01K04 ModulePro Blower 1 Pressure001-M01




&002-M01

pressure controller auto (CPU23) 1 X-ref


started and runs(CPU23) 1 X-ref



002-M02

blower started and runs (CPU23) 3 X-ref

&

&

-TS01=P01M1HH35BV01K03 ModulePro Blower 1 TemperatureI01

temperature < 120°CE202.0

(CPU23) 2 X-ref Temp <H


air pressure not in set range(CPU23) 2 X-ref






002-M03

blower ok and runs (CPU23) 1 X-ref>=1

cpu: CPU23

1

2

3

4

5

6

7

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11

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=P01M1HH35BV00K01

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0001004622

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51

0\S

15

0\A

A\A

3B

07

Y6

C6

G.C

Rp

FUP.23.003

VP

P01 M

1 H

H 3

5 B

V 0

0 K

01 H

SE

FU

P.2

3.0

03

prelim

inary

333

AlrmDA01

danger by beam overheating (CPU23) 0 X-refAck

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

2 s

s TEn

TWD print

list

text

glob.

local

prior.

section

YE

OpP.In PB01






=P01A1CE23EX10K19 DriveInterlocks 9th DG001-M01

on v > 0 m/min3 X-ref

&

cpu: CPU23

1

2

3

4

5

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rotary piston fan 1 motor rotary piston blowers


=P01M1HH35BV01K01

final

SC

Page

WEBER_S

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Stdrd.

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Suceava PM1

0001004622

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0\S

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0\A

A\A

3B

05

LV

D6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 B

V 0

1 K

01 S

C F

UP

.23.0

01

final

111

OpPIn PB04

start(CPU23) 0 X-ref Strt

OpPIn PB05

stop(CPU23) 0 X-ref Stop

OpPIn PB03

manual(CPU23) 0 X-ref Man

OpPIn PB02

auto(CPU23) 0 X-ref Auto

OpPIn PB01


OpPOutD11

MCC ready (CPU23) 0 X-refMCCRdy

OpPOutD12

motor run (CPU23) 0 X-refMFb

OpPOutD02

motor auto (CPU23) 0 X-refMAuto

OpPOutD03

motor man (CPU23) 0 X-refMMan

AlrmDA02

motor fault (CPU23) 0 X-ref

AlrmDA01

motor current high (CPU23) 0 X-ref

001-M01


001-M02

motor auto (CPU23) 1 X-ref



Start

Stop

Ack

Man

MCC Rdy

Fault

Cur AH

Run

FbRun

Cur

MCC Rdy

Auto

Auto Stop

Auto Start

Start Perm

Lamp Test

TWD

Auto

Cur I

Start

Run Perm

On/Alarm

TCur

Cur H

s

s

%

Man

Motor

1

-T01 I02


-T01 I01

MCC ready(CPU23) 0 X-ref MCCRdy

-T01Q01

motor start (CPU23) 0 X-ref

-T01Q52

frequency setpoint (CPU23) 0 X-ref

0


no fire alarm (10 sec delay)2 X-ref

=P01M1HH35BV01K04 ModulePro Blower 1 Pressure001-R02

output(CPU23) 1 X-ref



&001-M03

started and runs (CPU23) 1 X-ref






5 s



&

&



cpu: CPU23

1

2

3

4

5

6

7

8

9

11

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13

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22

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M


rotary piston fan 1 temperature


=P01M1HH35BV01K03

preliminary

TA

Page

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0001004622

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0\S

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A\A

3B

05

LN

P6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 B

V 0

1 K

03 T

A F

UP

.23.0

01

prelim

inary

111

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

s

s TEn

TWD print

list

text

glob.

local

prior.

section

RD

1

-TS01 I01



OpPIn Ack

acknowledge(CPU23) 0 X-ref

AlrmDA01

temperature > 120°C (CPU23) 0 X-ref

cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

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rotary piston fan 1 pressure


=P01M1HH35BV01K04

final

PC

Page

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LG

U6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 B

V 0

1 K

04 P

C F

UP

.23.0

01

final

211

Man

Auto

SPL

Rem

Auto

Controller

Rem

SPL

SPR

%

Val

ValErr

SPR

TrackRef

TrackSet

SMan

SAuto

Out_I

Out

Dev

Man

SafOut

PIFunction:RCAction :

HRdy

TrackSet

2 %/s

2 %/s

Val

18 kPa

18 kPa

ValErr

2 %/s

2 %/s

RC

Man

Track

Man

Loc

SP min

SP max

SP Ramp H

SP Ramp L

SafOut

OutRamp H

OutRamp L

SPH

WSPManOut

SPTrack

%

%

OutMax

OutMin

Val Out

Input

ValErr

ohne

0 kPa

100 kPaFilter

OutMin

OutMax

001-R02

output (CPU23) 1 X-ref

001-R01

actual value (CPU23) 1 X-ref

0 %



-PT01 I51

actual valueEW2092

(CPU23) 0 X-ref

OpP.OutD51

actual value (CPU23) 0 X-refActVal

AlrmDA02

signal fault (CPU23) 0 X-ref

OpP.OutD03

manual (CPU23) 0 X-refMan

OpP.OutD02

auto (CPU23) 0 X-refAuto

OpP.OutD52

setpoint (CPU23) 0 X-refSetp

001-M01

controller auto (CPU23) 1 X-ref

OpP.OutD53

output (CPU23) 0 X-refOut

During start-up of the blower it has to take care

of the parameters for the start- and stop ramp

of the controller to avoid a slip/burning of the

drive belt.

001-R03

setpoint (CPU23) 1 X-ref

0

1

0

18 kPa

1

0

1

cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:4

7 A

M




=P01M1HH35BV01K04

preliminary

PC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

LIA

6G

.CR

p

FUP.23.002

VP

P01 M

1 H

H 3

5 B

V 0

1 K

04 P

C F

UP

.23.0

02

prelim

inary

222

FUP.23.001 001-R03

setpoint(CPU23) 1 X-ref

FUP.23.001 001-R01

actual value(CPU23) 1 X-ref

002-M01

air pressure not in set range (CPU23) 2 X-ref

AlrmDA01


OpP.In PB01

acknowledge(CPU23) 0 X-ref AckAck

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

0 _

0 s TEn

TWD print

list

text

glob.

local

prior.

section

RD

002-M01


&10 0

s

P>Q

Q

P

P=Q

P<Q

1kPa ± Tol



1

cpu: CPU23

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:4

8 A

M


rotary piston fan 2 motor rotary piston blowers


=P01M1HH35BV02K01

final

SC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

07

EU

A6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 B

V 0

2 K

01 S

C F

UP

.23.0

01

final

111

OpPIn PB04

start(CPU23) 0 X-ref Strt

OpPIn PB05

stop(CPU23) 0 X-ref Stop

OpPIn PB03

manual(CPU23) 0 X-ref Man

OpPIn PB02

auto(CPU23) 0 X-ref Auto

OpPIn PB01


OpPOutD11

MCC ready (CPU23) 0 X-refMCCRdy

OpPOutD12

motor run (CPU23) 0 X-refMFb

OpPOutD02

motor auto (CPU23) 0 X-refMAuto

OpPOutD03

motor man (CPU23) 0 X-refMMan

AlrmDA02


AlrmDA01


001-M01


001-M02


Start

Stop

Ack

Man

MCC Rdy

Fault

Cur AH

Run

FbRun

Cur

MCC Rdy

Auto

Auto Stop

Auto Start

Start Perm

Lamp Test

TWD

Auto

Cur I

Start

Run Perm

On/Alarm

TCur

Cur H

s

s

%

Man

Motor

1

-T01 I02


-T01 I01

MCC ready(CPU23) 0 X-ref MCCRdy

-T01Q01


-T01Q52


0

=P01M1HH35BV02K04 ModulePro Blower 2 Pressure001-R02


&001-M03





5 s

&

&


no fire alarm (10 sec delay)2 X-ref











cpu: CPU23

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:5

0 A

M


rotary piston fan 2 temperature


=P01M1HH35BV02K03

preliminary

TA

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

07

EU

06

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 B

V 0

2 K

03 T

A F

UP

.23.0

01

prelim

inary

111

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

s

s TEn

TWD print

list

text

glob.

local

prior.

section

RD

1

-TS01 I01



OpPIn Ack


AlrmDA01


cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:5

1 A

M




=P01M1HH35BV02K04

final

PC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

07

ET

H6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 B

V 0

2 K

04 P

C F

UP

.23.0

01

final

211

Man

Auto

SPL

Rem

Auto

Controller

Rem

SPL

SPR

%

Val

ValErr

SPR

TrackRef

TrackSet

SMan

SAuto

Out_I

Out

Dev

Man

SafOut


HRdy

TrackSet

2 %/s

2 %/s

Val

18 kPa

18 kPa

ValErr

2 %/s

2 %/s

RC

Man

Track

Man

Loc

SP min

SP max

SP Ramp H

SP Ramp L

SafOut

OutRamp H

OutRamp L

SPH

WSPManOut

SPTrack

%

%

OutMax

OutMin

Val Out

Input

ValErr

ohne

0 kPa

100 kPaFilter

OutMin

OutMax

001-R02


001-R01


0 %



-PT01 I51

actual valueEW2040

(CPU23) 0 X-ref

OpP.OutD51

actual value (CPU23) 0 X-refActVal

AlrmDA02


OpP.OutD03

manual (CPU23) 0 X-refMan

OpP.OutD02

auto (CPU23) 0 X-refAuto

OpP.OutD52

setpoint (CPU23) 0 X-refSetp

001-M01


OpP.OutD53

output (CPU23) 0 X-refOut

001-R03


0

1

0

18 kPa

1

0

1

During start-up of the blower it has to take care

of the parameters for the start- and stop ramp

of the controller to avoid a slip/burning of the

drive belt.

cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:5

2 A

M




=P01M1HH35BV02K04

preliminary

PC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

07

E4

66

G.C

Rp

FUP.23.002

VP

P01 M

1 H

H 3

5 B

V 0

2 K

04 P

C F

UP

.23.0

02

prelim

inary

222

FUP.23.001 001-R03


FUP.23.001 001-R01


002-M01


AlrmDA01


OpP.In PB01

acknowledge(CPU23) 0 X-ref AckAck

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

0 _

0 s TEn

TWD print

list

text

glob.

local

prior.

section

RD

002-M01


&10 0

s

P>Q

Q

P

P=Q

P<Q

1kPa ± Tol



1

cpu: CPU23

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:5

3 A

M


water treatment general


=P01M1HH35GA00K01

preliminary

HSE

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

LC

V6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

A 0

0 K

01 H

SE

FU

P.2

3.0

01

prelim

inary

111

&=P01M1HH35AA30K05 DrSNozzleMoisturBodyLifting701-M02

threading position(CPU23) 3 X-refto

FAIL-SAFE

STANDARD



001-M01

spray pattern test profil on (CPU23) 1 X-ref

-K01Q01

ready for operationA125.0

(CPU23) 0 X-refRdyQCS

-S01 I04

spray pattern test profileE174.0

(CPU23) 0 X-ref

OpP.OutD02

spray pattern test selected (CPU23) 0 X-ref

OpP.OutD11

ready for operation (CPU23) 0 X-ref

001-M01

spray pattern test profil on(CPU23) 1 X-ref



001-M02

condensate to spray beam (CPU23) 3 X-ref


temperature > 60°C(CPU23) 2 X-ref

&=P01A1CD23EX01K01 DrSCommunication001-M03


&

cpu: CPU23

cycle time: 1000 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:5

4 A

M


water treatment water tank level


=P01M1HH35GB00K01

final

LA

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

L7

N6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

B 0

0 K

01 L

A F

UP

.23.0

01

final

111

001-M01

level > low (CPU23) 4 X-ref

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

5 s

s TEn

TWD print

list

text

glob.

local

prior.

section

RD

OpP.In PB01


AlrmDA01

level low (CPU23) 0 X-ref

1

-LS01 I01

level > LE189.0

(CPU23) 0 X-ref

0 5

s

cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:5

5 A

M


water flow measurement profilmatic


=P01M1HH35GL06K05

final

FI

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

L2

D6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

L 0

6 K

05 F

I F

UP

.23.0

01

final

111

AlrmDA01


Val Out

Input

ValErr

ohne

0 m³/h

6 m³/hFilter

OutMin

OutMax

-FT01 I51

actual valueEW2094

(CPU23) 0 X-ref

OpP.OutD51


001-R01


cpu: CPU23

cycle time: 400 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

2:5

5 A

M


water inlet condensate flow to ModulePro


=P01M1HH35GL06K12

preliminary

HSV

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

JIC

6G

.CR

p

FUP.23.001

VP

P01 M

1 H

H 3

5 G

L 0

6 K

12 H

SV

FU

P.2

3.0

01

prelim

inary

111

Open

Close

Ack

Man

FaultValve

Opened

Auto

SOpn

FbClose

Auto Opn

FbOpn

Auto

Perm

Auto Close

Lamp Test

TOpn

Opn/Alarm

TClose

5 s

5 s

Closed

Man

OpnFlt

ClsFlt

SafPos: fix

OpP1.In PB01


OpP1.In PB02

valve automatic(CPU23) 0 X-ref VlvAuto

OpP1.In PB03

valve manual(CPU23) 0 X-ref VlvMan

OpP1.In PB04

valve open(CPU23) 0 X-ref VlvOpn

OpP1.In PB05

valve close(CPU23) 0 X-ref VlvCls

OpP1.OutD05

valve automatic (CPU23) 0 X-refVlvAuto

OpP1.OutD04

valve manual (CPU23) 0 X-refVlvMan

OpP1.OutD02

valve opened (CPU23) 0 X-refVlvOpn

OpP1.OutD03

valve closed (CPU23) 0 X-refVlvClsd

-Y11-14Q01

operation valve openA134.0

(CPU23) 0 X-refVlvOpn

-XV01-GS42 I02

valve openedE198.1

(CPU23) 0 X-ref VlvOpn

-XV01-GS41 I01

valve closedE198.0

(CPU23) 0 X-ref VlvClsd



AlrmDA01

valve fault (CPU23) 0 X-refVlvFlt

1

0

=P01M1HH35GA00K01 ModuleProWater General001-M02

condensate to spray beam(CPU23) 3 X-ref

0 10

s

cpu: CPU23

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

0 A

M


water return condensate to the tank


=P01M1HH35GL06K14

preliminary

HSV

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

JA

U6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

L 0

6 K

14 H

SV

FU

P.2

3.0

01

prelim

inary

111

Open

Close

Ack

Man

FaultValve

Opened

Auto

SOpn

FbClose

Auto Opn

FbOpn

Auto

Perm

Auto Close

Lamp Test

TOpn

Opn/Alarm

TClose

5 s

5 s

Closed

Man

OpnFlt

ClsFlt

SafPos: fix

OpP1.In PB01


OpP1.In PB02

valve automatic(CPU23) 0 X-ref VlvAuto

OpP1.In PB03

valve manual(CPU23) 0 X-ref VlvMan

OpP1.In PB04

valve open(CPU23) 0 X-ref VlvOpn

OpP1.In PB05

valve close(CPU23) 0 X-ref VlvCls

OpP1.OutD05

valve automatic (CPU23) 0 X-refVlvAuto

OpP1.OutD04

valve manual (CPU23) 0 X-refVlvMan

OpP1.OutD02

valve opened (CPU23) 0 X-refVlvOpn

OpP1.OutD03

valve closed (CPU23) 0 X-refVlvClsd

AlrmDA01

valve fault (CPU23) 0 X-refVlvFlt

1

0

-Y11-14Q01

bypass valve openA134.1

(CPU23) 0 X-refVlvOpn

-XV01-GS42 I01

valve openedE203.1

(CPU23) 0 X-ref VlvOpn

-XV01-GS41 I02

valve closedE203.0

(CPU23) 0 X-ref VlvClsd

001-M01

valve opened (CPU23) 4 X-ref





0 10

s

cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

1 A

M


water treatment filter differential pressure


=P01M1HH35GM01K07

final

PDA

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

J6

E6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

M 0

1 K

07 P

DA

FU

P.2

3.0

01

final

111

Ack

Lamp Test

Val

Alarm

Lamp

Horn

+/- 2 %

50 kPa

0 s

2 s

Hyst

TEn

TWD

Limit

OK

print

list

text

glob.

local

prior.

Enable

Alarmsection

YE

OpP.In PB01


Ack

Lamp Test

Val

Alarm

Lamp

Horn

+/- 2 %

100 kPa

0 s

2 s

Hyst

TEn

TWD

Limit

OK

print

list

text

glob.

local

prior.

Enable

Alarmsection

RD

1

1

AlrmDA02

plugged delta > 100 kPa (CPU23) 0 X-ref

AlrmDA01

plugged delta > 50 kPa (CPU23) 0 X-ref

-PS01 I52

diff. pressureEW2036

(CPU23) 0 X-refVal Out

Input

ValErr

ohne

0 kPa

100 kPaFilter

OutMin

OutMax

cpu: CPU23

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

2 A

M


water treatment pump units general


=P01M1HH35GP00K01

preliminary

HSE

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

08

I4L

6G

.CR

p

FUP.23.001

VP

P01 M

1 H

H 3

5 G

P 0

0 K

01 H

SE

FU

P.2

3.0

01

prelim

inary

211

S

R

OpP.In PB02

preselection condensate pump 1(CPU23) 0 X-ref SeqSetAuto

OpP.In PB03

preselection condensate pump 2(CPU23) 0 X-ref SeqStp

001-M03

condensate pump 1 selected (CPU23) 4 X-ref

001-M04

condensate pump 2 selected (CPU23) 4 X-ref

OpP.OutD01

condensate pump 1 selected (CPU23) 0 X-refSeqRdy

OpP.OutD02

condensate pump 2 selected (CPU23) 0 X-refStrtSeqRn

&001-M04

condensate pump 2 selected(CPU23) 4 X-ref

001-M01

condensate pump 1 ready(CPU23) 3 X-ref

&

&

001-M03


001-M02


&001-M01

condensate pump 1 ready (CPU23) 3 X-ref

&001-M02

condensate pump 2 ready (CPU23) 3 X-ref

=P01M1HH35GP01K01 ModuleProWater CondensatePp1001-M02








-A01=P01M1HH35GP01K01 ModuleProWater CondensatePp1I02

motor run(CPU23) 2 X-ref



&

&

001-M01


001-M02


001-M03


001-M04


001-M05

condensate pump 1 ready and selected (CPU23) 1 X-ref

001-M06

condensate pump 2 ready and selected (CPU23) 1 X-ref

cpu: CPU23

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

4 A

M


water treatment pump units general


=P01M1HH35GP00K01

preliminary

HSE

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

08

I4K

6G

.CR

p

FUP.23.002

VP

P01 M

1 H

H 3

5 G

P 0

0 K

01 H

SE

FU

P.2

3.0

02

prelim

inary

222





002-M02

condensate pump started and runs (CPU23) 7 X-ref

cpu: CPU23

cycle time: 1000 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

5 A

M


water treatment pre pressure control


=P01M1HH35GP00K04

final

PC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

J1

D6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

P 0

0 K

04 P

C F

UP

.23.0

01

final

311

Man

Auto

SPL

Rem

Auto

Controller

Rem

SPL

SPR

%

Val

ValErr

SPR

TrackRef

TrackSet

SMan

SAuto

Out_I

Out

Dev

Man

SafOut


HRdy

TrackSet

5 %/s

5 %/s

Val

50 kPa

200 kPa

ValErr

5 %/s

5 %/s

RC

Man

Track

Man

Loc

SP min

SP max

SP Ramp H

SP Ramp L

SafOut

OutRamp H

OutRamp L

SPH

WSPManOut

SPTrack

100 %

0 %

OutMax

OutMin

OpP.OutD51


OpP.OutD52


OpP.OutD02

auto (CPU23) 0 X-ref

OpP.In PB02

auto(CPU23) 0 X-ref

OpP.In PB03

manual(CPU23) 0 X-ref

OpP.OutD53


AlrmDA01


OpP.OutD03

manual (CPU23) 0 X-ref

Val Out

Input

ValErr

ohne

0 kPa

600 kPaFilter

OutMin

OutMax

-PT01 I51

actual valueEW2098

(CPU23) 0 X-ref

001-R02


001-R01


0 %

001-M01


OutIn2

In1

S

35 %



001-R03

setpoint remote (CPU23) 1 X-ref

FU Drehzahl min

Startwert

100 kPa

Betriebswert

1

0



&



cpu: CPU23

cycle time: 1000 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

6 A

M




=P01M1HH35GP00K04

preliminary

PC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

J3

96

G.C

Rp

FUP.23.002

VP

P01 M

1 H

H 3

5 G

P 0

0 K

04 P

C F

UP

.23.0

02

prelim

inary

322

Ack

Lamp Test

Val

Enable

Alarm

Lamp

Horn

0 _

250 kPa

L

5 s

Limit L

TWD

Hyst

Limit H

TEn

OK

print

list

text

glob.

local

H

prior.

section

RD

OpP.In PB01


AlrmDA02

pressure > H (CPU23) 0 X-ref

FUP.23.001 001-R01


002-M01

pressure < H (CPU23) 3 X-ref

P>Q

Q

P

P=Q

P<Q

0 % Tol

250 kPa0 5

s

cpu: CPU23

cycle time: 1000 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

7 A

M




=P01M1HH35GP00K04

preliminary

PC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

J2

C6

G.C

Rp

FUP.23.003

VP

P01 M

1 H

H 3

5 G

P 0

0 K

04 P

C F

UP

.23.0

03

prelim

inary

333

&10 0

s

P>Q

Q

P

P=Q

P<Q

1% ± Tol

FUP.23.001 001-R01


FUP.23.001 001-R03

setpoint remote(CPU23) 1 X-ref

003-M01

pre pressure out of set range (CPU23) 2 X-ref

AlrmDA04

pre pressure out of set range (CPU23) 0 X-refAck

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

TEn

TWD print

list

text

glob.

local

prior.

section

YE

003-M01

pre pressure out of set range(CPU23) 2 X-ref

OpP.In PB01




cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:0

8 A

M


water treatment condensate pump 1


=P01M1HH35GP01K01

preliminary

SC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

IX9

6G

.CR

p

FUP.23.001

VP

P01 M

1 H

H 3

5 G

P 0

1 K

01 S

C F

UP

.23.0

01

prelim

inary

111

OpP.In PB04

start(CPU23) 0 X-ref

OpP.In PB05

stop(CPU23) 0 X-ref

OpP.In PB01


OpP.OutD12

motor run (CPU23) 0 X-ref

OpP.OutD11

MCC ready (CPU23) 0 X-ref

OpP.In PB03


OpP.In PB02

auto(CPU23) 0 X-ref

OpP.OutD02


OpP.OutD03

motor man (CPU23) 0 X-ref

AlrmDA01


-A01 I01

MCC ready(CPU23) 0 X-ref

-A01 I02


-A01 I51

motor current(CPU23) 0 X-ref

Start

Stop

Ack

Man

MCC Rdy

Fault

Cur AH

Run

FbRun

Cur

MCC Rdy

Auto

Auto Stop

Auto Start

Start Perm

Lamp Test

TWD

Auto

Cur I

Start

Run Perm

On/Alarm

TCur

Cur H

5 s

10 s

120 %

Man

Motor 001-M01


001-M02


OpP.OutD51

motor current (CPU23) 0 X-ref

-A01Q01




=P01M1HH35GP00K04 ModuleProWater Pressure001-R02


-A01Q54


AlrmDA02






&001-M03





sequence stop(CPU23) 2 X-ref1

10 0

s



&





&



cpu: CPU23

cycle time: 500 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:1

0 A

M


water treatment condensate pump 2


=P01M1HH35GP04K01

preliminary

SC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

07

KM

N6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

P 0

4 K

01 S

C F

UP

.23.0

01

prelim

inary

111

OpP.In PB04

start(CPU23) 0 X-ref

OpP.In PB05

stop(CPU23) 0 X-ref

OpP.In PB01


OpP.OutD12

motor run (CPU23) 0 X-ref

OpP.OutD11

MCC ready (CPU23) 0 X-ref

OpP.In PB03


OpP.In PB02

auto(CPU23) 0 X-ref

OpP.OutD02


OpP.OutD03

motor man (CPU23) 0 X-ref

AlrmDA01


-A01 I01

MCC ready(CPU23) 0 X-ref

-A01 I02


-A01 I51

motor current(CPU23) 0 X-ref

Start

Stop

Ack

Man

MCC Rdy

Fault

Cur AH

Run

FbRun

Cur

MCC Rdy

Auto

Auto Stop

Auto Start

Start Perm

Lamp Test

TWD

Auto

Cur I

Start

Run Perm

On/Alarm

TCur

Cur H

5 s

10 s

120 %

Man

Motor 001-M01


001-M02


OpP.OutD51

motor current (CPU23) 0 X-ref

-A01Q01


-A01Q54


AlrmDA02


&001-M03


1

10 0

s

&

&








sequence stop(CPU23) 2 X-ref











=P01M1HH35GP00K04 ModuleProWater Pressure001-R02


cpu: CPU23

cycle time: 1000 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:1

1 A

M


heat exchanger steam/water temperature


=P01M1HH35GT01K05

final

TC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

SM

N6

G.C

Rp

FUP.23.001

VP

P01 M

1 H

H 3

5 G

T 0

1 K

05 T

C F

UP

.23.0

01

final

311

Man

Auto

SPL

Rem

Auto

Controller

Rem

SPL

SPR

100 %

Val

ValErr

SPR

TrackRef

TrackSet

SMan

SAuto

Out_I

Out

Dev

Man

SafOut


HRdy

TrackSet

2 %/s

5 %/s

Val

50 °C

50 °C

ValErr

2 %/s

5 %/s

RC

Man

Track

Man

Loc

SP min

SP max

SP Ramp H

SP Ramp L

SafOut

OutRamp H

OutRamp L

SPH

WSPManOut

SPTrack

100 %

0 %

OutMax

OutMin

OpP.OutD51


OpP.OutD52


OpP.OutD02

auto (CPU23) 0 X-ref

OpP.OutD53


AlrmDA01


OpP.OutD03

manual (CPU23) 0 X-ref

Val Out

Input

ValErr

ohne

0 °C

100 °CFilter

OutMin

OutMax

-TT01 I51

actual valueEW2096

(CPU23) 0 X-ref

001-R01


30 %

001-M01


-CV01Q54

outputAW2030

(CPU23) 0 X-ref

OutIn2

In1

S

100 %

FUP.23.002 002-M01


001-M02


0

1

50 °C

0

1

001-R02


Start value

Filter protection 0

1

Mul

OutIn2

In1

5 %/m³

=P01M1HH35GL06K05 ModuleProWater FlowProfilmatic001-R01


Add

OutIn2

In1

To be adjusted during start up

Min

ValIn2

In1

100 %



cpu: CPU23

cycle time: 1000 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:1

3 A

M




=P01M1HH35GT01K05

preliminary

TC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

SL

T6

G.C

Rp

FUP.23.002

VP

P01 M

1 H

H 3

5 G

T 0

1 K

05 T

C F

UP

.23.0

02

prelim

inary

322

Val >Limit

Compare max

60 °C

2 °C

Limit

Hyst

002-M02


002-M01


Val >Limit

Compare max

65 °C

2 °C

Limit

Hyst

OpP.In PB01


FUP.23.001 001-R01


AlrmDA02

temperature > H (CPU23) 0 X-ref

AlrmDA03

temperature > HH (CPU23) 0 X-ref

Ack

Lamp Test

Val

Enable

Alarm

Lamp

Horn

+/- 2 %

60 °C

10 s

L

5 s

Limit L

TWD

Hyst

Limit H

TEn

OK

print

list

text

glob.

local

H

prior.

section

YE

Ack

Lamp Test

Val

Enable

Alarm

Lamp

Horn

+/- 2 %

65 °C

10 s

L

5 s

Limit L

TWD

Hyst

Limit H

TEn

OK

print

list

text

glob.

local

H

prior.

section

RD



cpu: CPU23

cycle time: 1000 ms

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

1

2

3

4

5

6

7

8

9

11

12

13

14

15

16

17

18

19

20

21

10

22

of

Pri

nt tim

e: 9:5

3:1

4 A

M




=P01M1HH35GT01K05

preliminary

TC

Page

WEBER_S

Date

User

App'd

Stdrd.

2013-08-13

Index Date Name

-

Suceava PM1

0001004622

VPH-e5qpRe

po

rt: 1

10

51

0\S

15

0\A

A\A

3B

05

SK

X6

G.C

Rp

FUP.23.003

VP

P01 M

1 H

H 3

5 G

T 0

1 K

05 T

C F

UP

.23.0

03

prelim

inary

333

OpP.In PB01


FUP.23.001 001-R01


AlrmDA04

temperature out of range (CPU23) 0 X-ref

&10 0

s

P>Q

Q

P

P=Q

P<Q

5°C ± Tol

FUP.23.001 001-R02


003-M01

temperature out of range (CPU23) 1 X-ref

Ack

Flt=1

Lamp Test

Flt=0

Enable

Alarm

Alarm

OK

Lamp

Horn

s

s TEn

TWD print

list

text

glob.

local

prior.

section

YE

003-M01

temperature out of range(CPU23) 1 X-ref



logic diagrams12a.pdf

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Transcript of logic diagrams12a.pdf