Document Description Documents Files Comments logic diagram for 4‐BM Electrical Schematics Front...

NSLS II 4‐BM IRR Front End Equipment Protection System Documents List G. Ganetis 8/28/2017

Beam Line __4‐BM XFM_________________________

The following list represents the documents that summarize the review for the Front End

Equipment Protection System:

Document Description Documents Files Comments

Front End and SR Logic Diagram (Water & Vacuum interlocks)

LT‐EL‐BL‐EI‐EPS‐0101‐90_REV‐B.pdf

Overall basic logic diagram for Storage ring and front end water flow and vacuum EPS interlocks.

Bending Magnet Front End Logic Diagram

LT‐EL‐BL‐EI‐EPS‐2040‐96_REV‐A .pdf

Specific logic diagram for 4‐BM

Electrical Schematics Front End EPS Chassis –Cell 5 ‐ ‐ Rack Interconnection Wiring for 4 BM in cell 5 rack E4.

LT‐EL‐SR‐EI‐EPS‐0105‐90_REV‐C.pdf ‐ ‐ LT‐EL‐SR‐PS‐RAK‐1055‐91_REV‐D.pdf

BM Front End EPS connects to next cell – 4 BM goes to Cell 5 EPS Chassis

4‐BM Front End EPS test report.

4BM Front End EPS test report 8_28_2017.pdf

Design Description for Storage Ring and Front Ends EPS

PS‐C‐ASD‐SPC‐EPS‐001.pdf This document gives an overview of the many interlock functions that the EPS preforms. (Copies available upon request)

4‐BM EPS Front End Program Stored (PLC located in Cell 5 EPS chassis)

LT‐EL‐SR‐EI‐EPS‐0105‐70_REV‐B.pdf

Drawing represents the storing of the PLC program in the Electrical Design room.

o0.5ANGULAR TOLERANCE

+

+

-

-

+-

.XXX

.XX

.X

-+

DECIMAL TOLERANCES

INTEGER TOLERANCES

MIN .005MAX .03

125

DATE

JOB NUMBER

INTERPRET DRAWING AS PER

ANSI Y14.5 OR Y32.2

FINISH

BREAK SHARP

CORNERS AND EDGES

UNLESS OTHERWISE SPECIFIED

DRWN BY

REV

SHEET 0F

DRAWING NUMBER

.06

.030

.015

.010

ESH&Q

RISK LEVEL

A-2

OUTSTANDING

ECN'S

UNSPECIFIED RADII .02 MAXCHK BY

ENG APP

SUPV APP

QA APP

ESH APP

DRAWING DIRECTORY

USED ON DWG. NO.

-+


DIMENSIONS ARE IN INCHES

DIMENSIONS IN [*.**] ARE

MILLIMETERS EQUIV. FOR REF. ONLY

REV

4 3

A

B

C

D

4 3 2 1

D

C

B

A

12

SCALE: N/A 1 2

DESCRIPTION BYDATE CHECKED APP

LT-EL-BL-EI

56

6 5

LT-EL-BL-EI-EPS-0101-90 B

A INITIAL RELEASE

S. JARZABKOWSKI 9/09/2014

J. MALLEY

A. CASTIBLANCO

G. GANETIS

E. CHESWICK

B. LEE

SEJ9/09/2014

LT

-EL

-BL-E

I-E

PS

-01

01-9

0

LOGIC DIAGRAM,

FRONT END EPS INTERLOCK

JM AC

COMPUTER REPRODUCIBLE

CELL CONTROLLER

BEAM POSITION

INTERLOCK

RF PPS A CHAIN RF FPGA

RAMP DOWNRF PPS B CHAIN

RF PIN DIODE/RELAY

H2O SENSOR INPUT 1

H2O SENSOR INPUT 12

RESET

CELL PLC CHASSIS

CELL H2O SUM INPUT 1

CELL H2O SUM INPUT 30

RESET

IN- 0 (RED)

MAIN EPS PLC CHASSIS

LOCATED IN COMPUTER ROOM RGC2

NETWORKED WATER FLOW INTERLOCK TO RF SYSTEM

( RF INTERFACE)

C30 VACUUME VALVE OPEN

RESET

(HMI)

C30 BMPS CLOSED

OPEN BPMS

(HMI)

C30 VACUUME

VALVE OPEN

CLOSE BPMS

(HMI)

BPMS SOLENOID

COMMAND

CELL 30 EPS CHASSIS NEAR SLM 30

BEAMLINE

CLOSED BPMS STATUS

CLOSED VACUUME VALVE STATUS

NETWOKED

SLM BMPS

SLM VAC VALVE

RF TEST MODE FROM KSU

INHIBITS H20 INTERLOCK

FROM RF INTERFACE

Delay to OFF

5 ms

RF CAVITY POWER

OFF READBACK

FROM RF INTERFACE

WATER FLOW INTERLOCK BACKUP

(TO RF SYSTEM)

RF CONTACTORS OPEN

FROM PPS RF INTERFACE

CELL VAC & DUMP SUM INPUT 1

CELL VAC & DUMP SUM INPUT 1

PPS A

CHAIN

PPS B

CHAIN

SY

S 1

SY

S 1

SY

S 2

A

SY

S 2

B

24 V

IN- 3

IN- 4

BLU/BLK

BLK/WHT

RED

IN- 1 (WHT)

IN- 2 (GRN)

OUT- 1

OUT- 1 (RED/BLK)

VACUUM

RTD

RESET

H2O TRIP SIGNAL

BEAM & VACUUM TRIP SIGNAL

K75

K74

K75 K74

24 VK79

MASTER SHUTTER

ENABLE

COMMAND FROM

EPICS

MASTER SHUTTER

ENABLE SWITCH

725 MCR

IN- 5

OUT- 3

K80

SIGNAL TO

FRONT END

PPS

GLOBAL MASTER

SHUTTER TO ALL FE

EPS PLC’S

(NETWORKED)

NETWORKED

PPS/EPS RF KLY D INTERFACE

OUT- 2

CELL CONTROLLER

BEAM POSITION

INTERLOCK

OUT- 0 (BLU)

9/09/2014

9/09/2014

9/10/2014

9/09/2014

9/09/2014

B REVISED PER ECN LT-ECN-015-1338 SEJ10/7/2015 JM AC

BEAM DUMP

ETHERNET

RF TEST MODE

REV

4 3

A

B

C

D

4 3 2 1

D

C

B

A

12

REV

SHEETSCALE: N/A 2 20F

DRAWING NUMBER


LT-EL-BL-EI

56

6 5

B

B SEE SHEET 1

DRAWING DIRECTORY

LT-EL-BL-EI-EPS-0101-90

LT

-EL-B

L-E

I-E

PS

-01

01-9

0

10/07/2015 SEJ JM AC


ID3 FRONT END EPS PLC






PPS SHUTTER POSITIONS

SHUTTER SOLENOID COMMANDS

VACUUM VALVE POSITIONS

FAST VALVE POSITIONS

BMPS POSITION AND SOLENOID


























ACCESS PERMIT TO PPS I/O 7 BOX RELAY K7

P2 ICR DOOR ACCESS

PUSHBUTTON

RF OFF

DIPOLE OFF

INJECTION SHUTTER CLOSED AND

INJECTION BENDING MAGNET OFF

CELL 30 EPS PLC CHASSIS P2


RF OFF

DIPOLE OFF





P2 DOOR ACCESS

PUSHBUTTON

RF OFF

DIPOLE OFF





P1 DOOR ACCESS

PUSHBUTTON

RF OFF

DIPOLE OFF



CELL 7 EPS PLC CHASSIS P3P3 DOOR ACCESS

PUSHBUTTON

ACCESS PERMIT TO PPS I/O 19 BOX RELAY K7RF OFF

DIPOLE OFF




PUSHBUTTON

ACCESS PERMIT TO PPS I/O 13 BOX RELAY K7RF OFF

DIPOLE OFF




PUSHBUTTON



(from boosterPPS)

(networked)

(networked)

(networked)

(networked)

(networked)

(networked)

STORAGE RING VACUUM INTERLOCK

SUMMATION TO BOOSTER SIGNAL

STORAGE RING VACUUM

INTERLOCK

STORAGE RING VACUUM

INTERLOCK

STORAGE RING VACUUM

INTERLOCK

STORAGE RING VACUUM

INTERLOCK

STORAGE RING VACUUM

INTERLOCK

STORAGE RING VACUUM

INTERLOCK CELL1

STORAGE RING VACUUM

INTERLOCK CELL30

(networked)

J6-1,2

J9-11 INPUT

J6-6 +24J9-1

J6-1,2

J9-11 INPUT

J6-6 +24

J6-1,2

J9-11 INPUT

J6-6 +24

J6-1,2

J9-11 INPUT

J6-6 +24

J6-1,2

J9-11 INPUT

J6-6 +24

J6-1,2

J9-11 INPUT

J6-6 +24J9-1

J1-21INPUT

J1-9 +24

J9-3

TB25-12A (Wht/blk/red)

TB25-7A (Red/Wht)

TB25-12A (22)

TB25-7A (12)

TB25-12A (Blk/Red/Wht)

TB25-7A (Blk/Wht)

TB25-12B (23)

TB25-7A (12)

TB25-11B

(Red/Grn)

TB25-6A

(Blu/Blk)

TB25-13A (24)

TB25-6A (11)

C30 BMPS CLOSED

C30 VACUUME VALVE OPEN

CLOSED VACUUME VALVE

C30 BMPS OPEN

TB25-11B (21)

TB25-6A (11)

STORAGE RING VACUUM

INTERLOCK

TB25-11B (Org/Grn)

TB25-6A (Blu/Blk/Wth)

J9-2

J9-2

J9-2

J9-1

J9-1

J9-2

J9-1

J9-2

J9-2

J9-1

J9-4

TB25-12A (22)

TB25-7A (12)

TB25-12A (22)

TB25-7A (12)

TB25-7A (12)

TB25-12A (22)

TB25-6A (11)

TB25-11B (21)

TB25-6A (11)

TB25-11B (21)

TB25-6A (11)

TB25-11B (21)

J6-6 +24V

Key switch

RG-E4


DIPOLE OFF

READBACK

(Dipole PPS interface)DIPOLE OFF

READBACK

NETWORKED VARIABLE

COMPUTER ROOM EPS PLC

RF POWER SUPPLY

CONTACTORS OFF

READBACK

(RF PPS interface)

RF OFF

READBACKNETWORKED VARIABLE

J9-11INPUT

J6-6 +24TB25-6A (11)

TB25-13A (24)


++--+-.XXX.XX.X-+DECIMAL TOLERANCES

INTEGER TOLERANCES

MIN .005MAX .03

125

DATE

JOB NUMBER


ANSI Y14.5 OR Y32.2

FINISH

BREAK SHARPCORNERS AND EDGES


DRWN BY

REV

SHEET OF 2

DRAWING NUMBER

.06

.030

.015

.010

ESH&Q

RISK LEVEL

A-2

OUTSTANDING

ECN'S


ENG APP

SUPV APP

QA APP

ESH APP

DRAWING DIRECTORY

USED ON DWG. NO.

-+ UNLESS OTHERWISE SPECIFIED

DIMENSIONS ARE IN INCHESDIMENSIONS IN [*.**] ARE

MILLIMETERS EQUIV. FOR REF. ONLY COMPUTER REPRODUCABLE

REV

4 3A

B

C

D4 3 2 1

D

C

B

A12 SCALE: N/A 1


LT-EL-BL-EI

56

6 5 LT-EL-BL-EI-EPS-2040-96 A

A INITIAL RELEASE

05/09/2017

J. MALLEY

G. GANETIS

E. CHESWICK

B. LEE

MP05/10/2017


JM AC

LOGIC DIAGRAM,

FRONT END EPS INTERLOCK

CELL 4-BM

CYCLE

LIMITER 4

SEC

P1

P2

BM_PS_CLOSE_A1

BM_SSA_CLOSE_A1

BM_SSB_CLOSE_B1

BM_REQUEST_TO_OPEN/CLOSE

BM_PS_OPEN_A3

BM_SSA_OPEN_A2

BM_SSB_OPEN_A4

BM_SSA_SOLENOID

BM_PS_SOLENOID

BM_GV1_OPEN

BM_BMPS_CLOSE_COMMAND (HMI)

BM_BMPS_OPEN_COMMAND (HMI)

BM_BMPS_SOLENOID

FE_COMMAND

BM_BE_ENABLE

ENABLE KIRK KEY

15 Sec DELAY

BM_XX_KIRK KEY

SOLENOID

P3

EPS LOGIC CELL 4-BM

BM_VACU_GV2

(Enable to close GV2 signal)

BM_VACU_GV1,

(Enable to close GV1)

BM_BMPS_CLOSE

(Same as page2)

BM_SSB_SOLENOID

TO VACUUM PLC

TO PPS I / O BOX

GLOBAL_MS_ENA

INJ SHUTTER CLOSED & BM OFF

FE_COMM_LIMITED

OPEN_TIME_FAULT

CLOSE_TIME_FAULT

SSA

SSB

PS

SSA

SSB

PS CLOSE_TIME_FAULT

ID_PS_CLOSE_A1

BM_GV2_OPEN

GV2 OPEN

BM_FV_OPEN

BM_FVCM_O_SR

BM_FVCM_CLOSE_O

05/10/2017

05/09/2017

05/11/2017

05/10/2017

05/10/2017

REV

SHEET OF 2

DRAWING NUMBERDRAWING DIRECTORYCOMPUTER REPRODUCABLE

REV

4 3A

B

C

D4 3 2 1

D

C

B

A12 SCALE: N/A 2


LT-EL-BL-EI

56

6 5 A

A INITIAL RELEASE JM AC

BM_BMPS_CLOSE

BM_GV1_OPEN

BM_SSA_OPEN_A2

BM_SSB_OPEN_A4

BM_GV2_OPEN

RESET

BM_B_DUMP_1

BM_PS_CLOSE_A1

(Same as page1)

BM_B_DUMP_2

TO CELL CONTROLLER

BENDING MAGNET EPS LOGIC CELL 4

HI= NORMAL

LOW =

DUMPED

SSA CLOSE TIME FAULT

SSB CLOSE TIME FAULT

PS CLOSE TIME FAULT

BM_FVCM_CLOSE_O

BM_FVCM_O_SR

BM_FV_OPEN



MP05/10/2017

FIRMWARE/SOFTWARE/PROGRAMMING LOGIC DESCRIPTION:

EPS Front End PLC program that monitors and controls the front end components within the Cell and its data transfer with the EPS Controller

located in the 740 building computer room.

PROGRAM RSLogix 5000 VERSION 20.1 DEVICE Compact Logix Controller L32E

OPERATING SYSTEM Windows PROGRAMMING

METHOD Ladder Logic

FILE EPS_BOX_cell05_V35_4bm_dump.ACD


++--+-

.XXX.XX

.X

-+DECIMAL TOLERANCES

INTEGER TOLERANCES

MIN .005MAX .03

125


DATE

JOB NUMBER


FINISH

BREAK SHARPCORNERS AND EDGES

UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHESDIMENSIONS IN [*.**] ARE



ANSI Y14.5 OR Y32.2

DRWN BY

REV

SHEETSCALE: N/A 1 10F

DRAWING NUMBER

LT-EL-SR-EI

.06

.030

.015

.010

RISK LEVELESH&Q

A-2

ECN'S

OUTSTANDING

UNSPECIFIED RADII .02 MAXLT-EL-SR-EI-EPS-0105-70 B

CHK BY

ENG APP

SUPV APP

QA APP

ESH APP

DRAWING DIRECTORY

USED ON DWG. NO.

-+

LT

- EL

- SR

- EI -

EPS

-010

5 -70

A. CastiblancoM. Pfeffer

04/01/14

NSLS-II- STORAGE RING EPS CHASSIS LOGIC CELL 5

A. Castiblanco

G. GanetisE.CHESWICK

B.LEE

04/01/14

04/01/14

REV DESCRIPTION BY DATE CHK APP

INITIAL RELEASE 04/01/14AC ACMPA

04/01/14

04/10/14

05/02/14

REVISED PER ECN 017-1650 08/08/17AC ACMPB

D4

D2

D1

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

+2

4V

D3

+2

4V

+2

4V

+2

4V

1 1

LT

-EL-S

R-E

I-E

PS

-0105-9

0

C

STORAGE RING EPS CHASSIS, CELL 5

LT-EL-SR-EI-EPS-0105-90

JM

J.MALLEY

9/21/2012

9/28/2012

MH 9/21/2013

NOTES: UNLESS OTHERWISE SPECIFIED

1. ALL RESISTOR VALUES ARE IN OHMS, 1%, 100PPM.2. ALL CAPACITOR VALUES ARE IN MICROFARADS, 50V.3 ALL INDUCTOR VALUES ARE IN MICROHENRIES.

E.CHESWICK

G.GANETIS

A.CASTIBLANCO

10/02/12

10/04/12

WIRING DIAGRAM

1.03.06.02

N.GMUR

M. HUGHES

A-2N/A

125

o

ANGULAR TOLERANCE

X..X

.XX +

+

+

-

-

-

DIMENSIONAL TOLERANCES

D

C

B

A

8

8 7 6 5 4 3 2 1

D

C

A

1234567

FINISH

DRAWN BY

CHECKED BY

VACUUM

SHEET

0.0600.030

0.015

0.5

DRAWING/PART NUMBER

UPTON, N.Y. 11973BROOKHAVEN SCIENCE ASSOCIATES

BROOKHAVEN NATIONAL LABORATORY

REVISION

OF

INTERPRET DRAWING AS PER ANSI Y14.5-1994 OR Y32.2-1975

DIMENSIONS IN BRACKETS [X.XX] (WHERE PRESENT)

ALL DIMENSIONS ARE IN INCHES


ESH&QRISK LEVELWBS#

REV. ZONE CKR. APP.DESCRIPTION BY DATE

APPROVAL

ENGINEER

APPROVAL

SUPERVISORAPPROVAL

ES&H APPROVAL

QA APPROVAL

Exploring Life's Mysteries,

Protecting its FutureARE MILLIMETERS AND ARE FOR REFERENCE ONLY

+-

.XXX +- 0.005

SHEET SIZE

DBREAK EDGES & SHARP CORNERS 0.005 MIN. TO 0.030 MAX

SCALETHIRD ANGLE

PROJECTION

NEXT ASSY:

PROJECT

NA

39

0R

1

R2

39

0

R3

39

0

R4

39

0

R5

39

0

R6

39

0

CH

GN

D

AC

1

3 3 3

A

9/28/2012

10/04/12

INITIAL RELEASE

JM10/05/2015SEJREVISED PER ECN LT-ECN-015-1336B

JM05/19/2017MP

AC

AC

REVISED PER ECN LT-ECN-017-1787C

LT-EL-SR-PS DLT-EL-SR-PS-RAK-1055-91

2/14/2014

WIRING DIAGRAM,

PENTANT 3 CELL 5

RACK GROUP E4 EPS CHASSIS

LT

-EL-S

R-P

S-R

AK

-10

55-9

1

2/18/2014

2/18/2014

2/21/2014

2/19/204

2-20-14

BL

K

WH

T

RE

D

GR

N

OR

N

BL

U

WH

T/B

LK

RE

D/B

LK

GR

N/B

LK

OR

N/B

LK

BL

U/B

LK

BL

K/W

HT

RE

D/W

HT

GR

N/W

HT

BL

U/W

HT

BL

K/R

ED

WH

T/R

ED

OR

N/R

ED

BL

U/R

ED

RE

D/G

RN

OR

N/G

RN

BL

K/W

HT

/RE

D

GR

N/B

LK

/WH

T

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

J1

BL

K

WH

T

RE

D

GR

N

OR

N

BL

U

WH

T/B

LK

RE

D/B

LK

GR

N/B

LK

OR

N/B

LK

BL

U/B

LK

BL

K/W

HT

1 2 3 4 5 6 7 8 9 10

11

12

J2

BL

K

BR

N

RE

D

OR

N

1 2 3 4 5 6

J3

1 2 3 4 5 6 7 8 9 10

RE

D/W

HT

GR

N/W

HT

BL

U/W

HT

BL

K/R

ED

WH

T/R

ED

OR

N/R

ED

BL

U/R

ED

RE

D/G

RN

OR

N/G

RN

BL

K/W

HT

/RE

D

J4

BL

K

BR

N

RE

D

OR

N

1 2 3 4 5 6

J5

YE

L

GR

N

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

TB

J1

1 2 3 4 5 6 7 8 9 10

11

12

TB

J2

1 2 3 4

TB

J3

1 2 3 4 5 6 7 8 9 10

TB

J4

1 2 3 4 5 6

TB

J5

11

12

Ca

ble

J1

25

C

Ca

ble

J2-J

4

25

C

Ca

ble

J2-J

4

25

C

Ca

ble

J3

6C

Ca

ble

J5

6C

1 2 3 4 5 6 7 8 9 10

RE

D/W

HT

GR

N/W

HT

BL

U/W

HT

BL

K/R

ED

WH

T/R

ED

OR

N/R

ED

BL

U/R

ED

RE

D/G

RN

OR

N/G

RN

BL

K/W

HT

/RE

D

J1

5

1 2 3 4 5 6 7 8 9 10

TB

J1

5

11

12

Ca

ble

J1

2-J

15

25

C

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

1 2 3 4 5 6

J1

4

1 2 3 4 5 6

TB

J1

4

Ca

ble

J1

4

6C

GN

D

BL

K

BR

N

RE

D

OR

N

1 2 3 4 5 6

J1

3

YE

L

GR

N

1 2 3 4 5 6

TB

J1

3

Ca

ble

J1

3

6C

GN

D

BL

K

WH

T

RE

D

GR

N

OR

N

BL

U

WH

T/B

LK

RE

D/B

LK

GR

N/B

LK

OR

N/B

LK

BL

U/B

LK

BL

K/W

HT

1 2 3 4 5 6 7 8 9 10

11

12

J1

2

1 2 3 4 5 6 7 8 9 10

11

12

TB

J1

2

Ca

ble

J1

2-J

15

25

C

GN

D

BL

K

WH

T

RE

D

GR

N

OR

N

BL

U

WH

T/B

LK

RE

D/B

LK

GR

N/B

LK

OR

N/B

LK

BL

U/B

LK

BL

K/W

HT

RE

D/W

HT

GR

N/W

HT

BL

U/W

HT

BL

K/R

ED

WH

T/R

ED

OR

N/R

ED

BL

U/R

ED

RE

D/G

RN

OR

N/G

RN

BL

K/W

HT

/RE

D

GR

N/B

LK

/WH

T

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

J1

1

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

TB

J1

1

Ca

ble

J1

1

25C

GN

D

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

IO5

TB

25

ID

SR

:C5

-PP

S-2

01

1A

-

IO5

_M

C5

-RG

E-4

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

25

24

IO4

TB

26

BM

SR

:C4

-PP

S-0

11

8A

-

IO4

_M

C5-R

GE

-4

INT

ER

CO

NE

CT

ION

D

IAG

RA

M R

G-E

4 / E

PS

CH

AS

SIS

CE

LL

5

(5-I

D / 4

-BM

)

EP

S C

HA

SS

IS

BA

CK

CO

NN

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DECIMAL TOLERANCES

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Document Description Documents Files Comments logic diagram for 4‐BM Electrical Schematics Front...

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Transcript of Document Description Documents Files Comments logic diagram for 4‐BM Electrical Schematics Front...