05_-_Attachment_II-Drawings.pdf

PDF 9 MB Posted May 17, 2017

Attached to: TAP-IN & Camera Points Installation, USAG Bavaria Federal contract opportunity
Solicitation number: W912PB-17-B-8108
Issued by: Department of the Army Materiel Command Expeditionary Contracting Command Regional Contracting Office Bavaria 409th CSB

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Attachment II - Drawings

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Other files attached to TAP-IN & Camera Points Installation, USAG Bavaria, newest first.
File	Type	Posted
06_-_Amendment_0001.pdf	PDF	May 17, 2017
Amendment_Instructions.doc	DOC document	May 17, 2017
03_-_Solicitation.pdf	PDF	May 17, 2017
01_-_IFB_Cover_Letter.pdf	PDF	May 17, 2017
04_-_Attachment_I_Specification.pdf	PDF	May 17, 2017

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1:150,000

FREIHUNG

GRAFENWOEHR

ESCHENBACH

KIRCHENTHUMBACH

GRAFENWOEHR TRAINING AREA

MS-18

MS-17

SITE 29

HILL 459

Scale

Masstab

DEPARTMENT OF THE ARMY

SHEET TITLE

1 OF

PROJECT NO. TI - 0914 - 6J

AS SHOWN

SCHIESSBAHN # 118

RANGE # 118

SCHWINDL HELMUT

2 OF

COVER SHEET WITH LAYOUTS

Truppenübungsplatz Grafenwöhr

PROJECT TITLE

SHEET TITLE

INSTALLATION

REV NO DATE DESCRIPTION DRAWN BY APPROVED

3 OF

4 OF

ENGINEERING DIVISION

SIGNATURE

NAME (PRINT)

DATE

DIRK L. KELLAR, SAFETY DIRECTOR

JOHN A. HOWARD, C/ ENG DIV

DESIGNER

SAFETY

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

MASTER PLANNER

REVIEW: CONCEPT DESIGN: 22. NOV 2016

PRE FINAL DESIGN: 27. JAN 2017

SCHWINDL HELMUT

REVIEW:

DATE SCALE

PROJECT ENGR

PROJECT NO

CHECKED BY

USAG BAVARIA DPW, RES

HELMUT SCHWINDL, ELEC TECH ENG

SHEET

TRAINING AREA GRAFENWOEHR GM 31P

JOHN A. HOWARD, ACT C/ MP

DUWAIN S. MARING, C/RTLP

TI - 0914 - 6J

SEVENTH ARMY TRAINING COMMAND

Install Tap-in/Cameras Points on Range # 118, GTA

Einbau von Einbinde-/Kamerapunkte auf Schießbahn # 118, RANGE LAYOUT AND FIBER SCHEMATIC

LOW VOLTAGE CABLING AND CONNECTION

DETAILS PREFAB CONCRETE PARTS AND CABLE TRENCH

COVER SHEET WITH RANGE LAYOUT

SEVENTH ARMY TRAINING COMMAND

Install Tap-in / Camera Points on Range #118, GTA

MASSSTAB 1 : 5000

SCALE 1 : 5000

LAYOUT RANGE # 118

LAGE SCHIESSBAHN # 118

FINAL DESIGN: 7. MARCH 2017

28. JANUAR 2017

RANGE OPERATIONS

JEFFREY F. ANDERSON, LTC, FA, C/GTA Range Ops

2 EA GRAVELED PADS

2 STCK SCHOTTERFLAECHEN

ANMERKUNG:

NEW CONDUIT SYSTEM

LAYOUT CONDUIT SYSTEM RANGE # 118

MASSSTAB 1 : 4000

LAGE SCHIESSBAHNVERMESSUNG

SP1

SP2

SP3

SP25

SP14

SP15

SP16

SP10

SP4

SP17

SP11

SP5

SP12

SP18

SP22

SP23

SP24

SP19

SP13

SP6

SP7

SP8

SP9SP20

SP21

CAT6, 4x2xAWG 23/1

"H"

"L"

FOPP2

NP1

NP2

NP3

NP4

NP9

NP10

NP11

NP6

NP5

NP7

NP8

NP12

NP15

NP14

NP13

CAD6, 4x2xAWG 23/1

FOPP3

"F"

CAT6, 4x2xAWG 23/1

ANMERKUNG:

SP1

SP2

SP3

SP25

SP14

SP15

SP16

SP10

SP4

SP17

SP11

SP5

SP12

SP18

SP22

SP23

SP24

SP19

SP13

SP6

SP7

SP8

SP9SP20

SP21

CAT6, 4x2xAWG 23/1

"H"

"L"

FOPP2

NP1

NP2

NP3

NP4

NP9

NP10

NP11

NP6

NP5

NP7

NP8

NP12

NP15

NP14

NP13

CAD6, 4x2xAWG 23/1

FOPP3

"F"

CAT6, 4x2xAWG 23/1

Y 708126,447 X 5506890,396

KG5

K1.7.5

KD1.8

FD6 NZS1

FD5 NZS2

FD7

FD9

NZS3

NEUES ROHRSYSTEM

BESTEHENDES ROHRSYSYTEM

FD8

NZS4

FD4

FD2

250 m neue Leerrohrlaenge

280 m neue Leerrohrlaenge

260 m neue Leerrohrlaenge

LAYOUT RANGE SURVEY

708132/5502746

708144/5502749 708167/5502749

708180/5502752

708167/5502717

708155/5502720

708141/5502729

708120/5502719

708150/5502700

708166/5502680

708138/5502676

708138/5502693

708124/5502685

708124/5502708

708144/5502666

708156/5502661

708176/5502641

708132/5502746

708176/5502617

708140/5502641

708135/5502651

708136/5502626

708118/5502606

L-STEIN

NYY-J 4x120

1-FACH LEERROHR

LINE 2

LINE 3

LINE 1

LINE 4

MUFFEN

708132/5502746

708144/5502749 708167/5502749

708180/5502752

708167/5502717

708155/5502720

708141/5502729

708120/5502719

708150/5502700

708166/5502680

708138/5502676

708138/5502693

708124/5502685

708124/5502708

708144/5502666

708156/5502661

708176/5502641

708132/5502746

708176/5502617

708140/5502641

708135/5502651

708136/5502626

708118/5502606

L-STEIN

NYY-J 4x120

1-FACH LEERROHR

LINE 2

LINE 3

LINE 1

LINE 4

MUFFEN

708709/5502901

708701/5502883

708693/5502851

708715/5502830

708763/5502801

708780/5502814

708804/5502846

708768/5502863

708747/5502834

708773/5502831

708795/5502831

708726/5502868

LINE 1

LINE 2

LINE 3

LINE 4

708709/5502901

708701/5502883

708693/5502851

708715/5502830

708763/5502801

708780/5502814

708804/5502846

708768/5502863

708747/5502834

708773/5502831

708795/5502831

708726/5502868

LINE 1

LINE 2

LINE 3

LINE 4

IM 2

V 27

IM 12

V 4

KV1.6

KV1.9

KV1.1

KV1.2

KV2.1

KV2.2

KV3.3

KV3.1

KV3.2

KV1.3

KV1.4

KV-MV 1.2

KV-MV 2.2

KV-MV 6.1

P 3

V 13

IM 9

P 4

IM 8

V 10

IM 5

IM 7

IM 6

P 2

IM 2

P 1

IM 11

IM 1

IM 3

IM 4

IM 12

V 8

IM 13

IM 14

V 9

V 11

V 12

IM 10

P 35

IM 13

P 33

P 31

V 5

P 24

P 26

P 30

P 29

P 28

P 38

P 36

IM 6

P 23

P 22

IM 5

P 12

P 37

P 19

P 18

P 20

P 39

IM 12

P 40

P 41

P 34

IM 8

P 27

P 25

IM 7

P 32

P 21

IM 11

V 6

IM 9

KV-MV 5.1

V 23

V 18

P 9

IM 31

IM 32

IM 30

P 8

IM 29

IM 28

IM 26

IM 27

MOVER 3.1

MOVER 3.2

P 7

IM 25

MOVER 1.1

P 5

IM 18

IM 17

IM 15

IM 19

IM 23

IM 20

IM 21

IM 22

IM 24

V 16

P 11

V 14

IM 16

P 12

V 22

Mover 2.1

V 17

P 10

Mover 5.2

V 19

Mover 4.2

V 15

P 14

P 15

P 16

Mover 7.1

Mover 8.1

Mover 9.2

Mover 6.2

V 27

V 26

V 24 V 20

P 13

Mover 8.2

V 29

V 30

V 31

V 32

Mover 9.1

M over 9

V 37

V 38

V 39

V 40

Mover 10.2

V 36

V 35

V 34

V 33

V 45

V 46

V 47

V 48

V 50

V 51

V 52

V 49

Mover 11.2

Mo ver

Mover 11.1

V 60

V 59

V 58

V 57

Mover 12.1

V 56

V 55

V 54

V 53

Mo ver

Mover 12.2

Mover 10.1

V 44

V 43

V 42

V 41

M over 10

V 28

Mover 7.2

V 21

Mover 4.1

P 6

V 25

V 7

Move r 8

Move r 7

M ov er

Mo ve r 5

M ov er

Mo ve r 2

M ov er

Mov er 1

KV1.5

KV1.7

P 11

P 17

V 3

P 16

IM 3

P 9

P 10

P 6

KV1.8

KV06.2

IM 4

P 15

P 13

P 14

V 2

P 7

P 2

P 8

P 4

P 1

P 3

IM 1

P 5

V 1

2xNYY 4x50 / K3.14; K3.15

1xNYY 4x25 / K3.13

Trafostation 11806

2x4x120/K1.8/K1.9 x N

Y Y x7

K .7

1xNYY 4x50 / K1.1

1xNYY 4x16 / K1.5 1xNYY 4x70 / K1.7

1xNYY 4x70 / K1.7

1xNYY 4x50 / K1.1 x4 fa c h

Le e rr o h r x4 fa ch

Le er ro hr

1x4-fach Leerrohr

1x 4-fa ch L ee rro hr

5xNYY 4x16

2xNYY 4x16

2xNYY 4x16 x N

Y Y x

1xNYY 4x16

NYY

1xNYY 4x16 x N

Y Y x

2xNYY 4x16 x N

Y Y x x N

Y Y x

2xNYY 4x16

1x4-fach Leerrohr

1x 4-fa ch L ee rro hr

1x -f ac h

Le er oh r

1x -f ac h

Le er oh r

NYY

x7 xN

Y Y x1 xN

Y Y x7 xN

Y Y x1

1xNYY 4x16

2xNYY 4x16

2xNYY 4x70 1xNYY 4x25

Y 4x

2xNYY 4x16

Y 4x

2xN

4x7

1xN

4x1

1xNYY 4x25

NYY

x1 xN

Y Y x1 xN

Y Y x1

1xNYY 4x16

2xN

YY 4

x16

1xN

YY 4

x16 1xNYY 4x16

2xNYY 4x16 xN

Y Y x1 xN

x1 xN

1xN

YY 4

x50 x N

Y Y x xN

Y Y x2

NYY

4x K

3.6

2xNYY 4x16

2xNYY 4x16 x N

Y Y x x N

Y Y x xN

Y Y x1

2xNYY 4x16 xN

x1 xN

x1 x N

Y Y x

1xNYY 4x50

5xNYY 4x16 x N

Y Y x x N

Y Y x

1xNYY 4x501xNYY 4x16

1xNYY 4x

NYY

x1 xN

2xNYY 4x16

1xNYY 4x16

1xNYY 4x16 xN

Y Y x1

2xNYY 4x16 1xNYY 4x16

1xNYY 4x16 x N

Y Y x

2xNYY 4x16

2xNYY 4x16 1x 4-fa ch L ee rro hr

1x4-fach Leerrohr

1xNYY 4x16 xN

1x4-fach Leerroh r

1xNYY 4x16 x N

Y Y x

1xN

4x1

1xN

4x7

NYY

2xNYY 4x xN

x1 xN

YYJ4

x1 x N

Y Y J4 x

1x N

2xNYY 4x16

1xNYY 4x16

NYY

x1 x N

Y Y x

1xNYY 4x16

2xNYY 4x16

1x N

2xNYY 4x1

2xNYY 4x16

1xN

4x16

2xNYY 4x16 xN

1xN YY 4x16

NYY

2xNYY 4x16

1x N

Y 4x xN

x1 x N

Y Y x x N

Y Y x xN

2xNYY 4x16

2xNYY 4x70 3xNYY 4x16

NYY

x1 x N

Y Y x

K .1

NYY

1xNYY 4x120 / K3.51xNYY 4x50/ K3.14 xN

1xNYY 4x25 xN

Y Y x5 xN

Y Y J4 x2 xN

x2 xN

x1 xN

Y Y x1

1xNYY 4x16

1x4-fach Leerrohr xN

Y Y x1 xN

Y Y x1

1xNYY 4x16

1x4-fach Leerrohr xN

Y Y x1

2xNYY 4x16

6xNYY 4x70

2xNYY 4x70

1xNYY 4x50 x N

Y Y x xN

Y Y x1

1xNYY 4x16 xN

2xNYY 4x7 0 / K3.7 xN

Y Y x7 xN

Y Y x1 xN

x1 xN

x7 xN

x2 xN

1xNYY 4x16

2xNYY 4x16

2xNYY 4x16 xN

Y Y x1 xN

Y Y x2

1xN

YY 4

x25

1x4-fach Leerrohr

NYY

x2 x N

Y Y x x1

K .8 x1

K .6

NYY

4x xN

x1 xN

x1 x N

Y Y x

1x4-fach Lee rrohr

1x4-fach Leerrohr x4 fa c h

Le e rr o h r x

K .2

1xNYY 4x16

2x4-fach

Lee rroh r

2x4-fach Leerrohr

4x120/K1.8

1x4-fach Leerrohr

1xNYY 4x16

1x4-fach Leerrohr

Trafostation 117C2

NYY

1xNYY 4x1

Y 4x

2xNYY 4x16

NYY

2xNYY 4x16

NYY

1xNYY 4x16

1xNYY 4x50

1xNYY 4x16 1xNYY 4x50

2xNYY 4x16

2xNYY 4x16 1xNYY 4x16

Y 4x

1xN

YY 4

x16

2xNYY 4x16

1xNYYJ4x16

3xN

YY 4

x12 0 / K1 .3;

K1.4 .1;

K1.4 .2

2xNYY 4x16

NYY

1xN YY 4x16

2xNYY 4x16

NYY

1xN

YY 4

x16 xN

Y Y x1 xN

x1 xN

4xN YY 4x16 xN

x1 xN

2xNYY 4x16

1xNYY 4x

1xNYY 4x xN

Y Y x2 xN

Y Y x1 xN

Y Y x2 xN

Y Y x2

1xNYY 4x16

1xNYY 4x25

1xNYY 4x

NYY

1xN

YY 4

x16 x N

Y Y x xN

Y Y x1

NYY

4x xN

K .1

NYY

x1 xN

x2 xN

6 1xNYY 4x16 2xNYY 4x1

2xNYY 4x16

NYY

4x xN

Y Y J4 x1

NYY

2xNYY 4x16

2xNYY 4x16 2xNYY 4x16

2xNYY 4x16 xN

Y Y J4 x1 xN

Y Y x1

4xNYY 4x16

1xNYY 4x16 x N

Y Y x xN

Y Y x1

1xN

4x50

K 2.6

NYY

1x N

2xNYY 4x16 x N

Y Y x xN

Y Y x1

1x N

1xNYY 4x50

2xNYY 4x16 x N

Y Y x

2xNYY 4x16

2x N

2xNYY 4x16

1xNYY 4x16

NYY

2xNYY 4x16 x N

Y Y x xN

NYY

1xNYY 4x16

NYY

2xNYY 4x16

1xNYY 4x

1xNYY 4x16

NYY

2xNYY 4x16

1xNYY 4x16

4xNYY 4x16 xN

2xNYY 4x16

NYY

1xNYY 4x16 xN

x2 xN

1xNYY 4x25 / K2.8 xN

Y Y x2

1xNYY 4x

2xNYY 4x

2xNYY 4x16

1x4-fach Leerrohr

1xNYY 4x50

1x4-fach Leerrohr

1xNYY 4x50 1xNYY 4x16 x N

Y Y x

1x N

2xNYY 4x120 / K1.3; K1.4.2 xN

J4 x1

1xNYYJ4x16

1xNYYJ4x16 xN

1xNYYJ4x16

1x4-fach Leerrohr

NYY

1xNYY 4x16

1xNYY 4x16 xN

6xNYY 4x120 / K2.1.1-2.1.3 x N

Y Y x

1xNYY 4x16 xN

Y Y x1 xN

Y Y x1

2xNYY 4x16

2xNYY 4x161x

NYY

1x4-fach Leerrohr x4 fa ch

Le er ro h r

1xNYY 4x25 / K3.10

1xNYY 4x25

1xNYY 4x25 / K3.12 xN

x2 xN

1xNYY 4x16

1xNYY 4x25 1xNYY 4x16

NYY

1xN

YY 4

x25 xN

NYY

1x N

2x N

J4 x1

1xNYY 4x252xNYY 4x16 xN

Y Y x1

1xNYY 4x16 xN

2xNYY 4x16

NYY

4x x N

Y Y x

1xNYY 4x16

NYY

x2 xN

x2 x N

Y Y x

2xNYY 4x16

2xNYY 4x16 xN

J4 x1 xN

x1 xN

Y Y x1

K .2 .1

K .2 .2

1x N

1xNYY 4x16

NYY

1xNYY 4x16

2xNYY 4x16

1xN

YY 4

x16

2xNYY 4x16

NYY

4x xN

Y Y x1 x N

Y Y x

NYY

2xNYY 4x16

1x N

2xNYY 4x16

1x N

1x4-fach Leerrohr

1x4-fach

Lee rroh r x fa c h

L e e rr o h r

1x4-fach Leerrohr x fa c h

L e e rr o h r x4 fa ch

Le e rr o h r

1x4-fach Leerrohr

1x N

1xNYY 4x16 xN

Y Y x1

RIGHT TRP

2x N

J4 x1

NYY

2x N

4x xN

2xNYY 4x16 xN

Y Y x1 x N

Y Y x

3xNYY 4x16

1xNYY 4x16

1xNYYJ4x16

1xNYY 4x16

3xNYY 4x16

1x 4-fa ch

Le er ro hr x4 fa ch

Le er ro h r

1xNYY 4x16

3xNYY 4x16

1xNYY 4x16

2xNYY 4x16 x N

Y Y x

3xNYY 4x16

2xNYY 4x16 1x4-fach Leerrohr

2xNYY 4x16/ K1.7.1

1x4-fach Lee rrohr

Trafostation 11806

T r a f o s t a t io n

1xNYY 4x25 / K06.7 x N

Y Y x

1xNYY 4x16 /K1.8.1

Trafostation 11806

1xNYY 4x16 /K06.6 x N

Y Y x

K .1

1xNYY 4x16 / K06.6 xN

K .4 x N

Y Y x

.4 x N

Y Y x

K .1

3xNYY 4x16 / K06.6; K06.9; K06.10

1xNYY 4x70 / K06.1

1xNYY 4x50 / K06.4

1xNYY 5x6 / K06.2

1xNYY 4x50 / K06.4

4xNYY 4x25 / KD06.1-KD06.4

1xNYY 4x50 / K06.4

1xNYY 4x25 / K06.7 x N

Y Y J4 x

NYY

x1 xN

x1 x N

Y Y x x N

Y Y x

NYY

x1 xN

Y Y x1

2xNYY 4x16

4xNYY 4x16 x N

Y Y x x N

Y Y x

1xNYY 4x16

2xNYY 4x16

1xNYY 4x16 xN

2xNYY 4x16

1xNYY 4x50 / K06.4

1xNYYJ4x16

1xNYY 4x16

1xNYY 4x25 x N

Y Y x

1x4-fach Leerrohr

1x4-fach Lee rrohr

NYCW4x150

1x4-fach Leerrohr

Wachhaus 1

Wachhaus 2

Fertiggebäude Schuttplatz

1xNYY 4x25 / K06.7

Parkplatz

Trafostation 3

2xNYY 4x70 / K3.7.1; K3.7.2

7xNYY 4x120 / K3.5; K3.9.1; K3.9.2; K3.9.3; K3.11.1; K3.11.2; K3.11.3

2xNYY 4x70 / K3.1(2x)

K .1

K .1 .1

K .1 .2

K .1 .1

K .1 .2

K .1 .3

K .1 .4

K .1 .5

K .9 .1

K .9 .2

K .9 .3

K .7 .1

K .7 .2

K .5 .1

K .5 .2

K .5 .3

K .3 .1

K .3 .2

K .3 .3

K .1 .1

K .1 .2

K .1 .3 x N X S (F )2

Y x R

M x x N X S (F )2

Y x R

M K

K .5 .1

K .5 .2

K .5 .3

K .3 .1

K .3 .2

K .3 .3

K .1 .1

K .1 .2

K .1 .3 x N

Y Y x x K

G x K

Trafostation 3

Trafostation 2

Trafostation 3

Trafostation 2

Trafostation 3

3xN2

XS(F

)2Y 1x

50RM/1

6 /

MK05

K2.1

K2.1 3.1;

K2 .13.

K2.1

1.1;

K2 .11.

2; K 2.11

.3;

K2.1

1.4;

K2 .11.

K2.9 .1;

K2.9 .2;

K2.9 .3

K2.7 .1;

K2.7 .2

K .5 .1

K .5 .2

K .5 .3

K .3 .1

K .3 .2

K .3 .3

K .1 .1

K .1 .2

K .1 .3

K2.1

K2.1 3.1;

K2 .13.

K2.1

1.1;

K2 .11.

2; K 2.11

.3;

K2.1

1.4;

K2 .11.

K2.9 .1;

K2.9 .2;

K2.9 .3

K2.7 .1;

K2.7 .2K2.5

.1;

K2.5

.2;

K2.5

K2.3 .1;

K2.3 .2;

K2.3 .3

K2.1 .1;

K2.1 .2;

K2.1 .3

Trafostation 1 Trafostation 2

Trafostation 1

Trafostation 2

Trafostation 2 Trafostation 1

Trafostation 1

4x120 / K1.6; K1.8; K1.9; K1.10 x N

Y Y x

K .6

K .8

K .9

K .1

3xNYY 4x120 / K1.3; K1.4(2x)

3xN2XS(F)2Y 1x50RM/16 / MK05

4xNYY 4x120 / K1.6; K1.8; K1.9; K1.10

2xNYY 4x16 / K1.5; K1.2

4xNYY 4x120 / K1.6; K1.8; K1.9; K1.10

3xNYY 4x120 / K1.3; K1.4(2x)

11805 zu Range 117 zu Ra nge 1 x4 fa c h Le e rr o h r x4 fa c h Le e rr o h r

1xNYY 4x120 / K2.14

NYCWY 4x150

1xNYY 4x120

KG1

1x4x120/K1.5.1

K1.5.1

K1.8

K1.7.3

4x6,0m x6 ,0 m x ,0 m x7 ,0 m

6x7,0m

4x6,0m

5x6,0m x6 ,0 m

2x8,0m

9x9,0m

2x6, 0m

2x6,0m

2x6,0m 2x

,0m

2x9,0m

2x3,0m x6 ,0 m

2x6,0m

9x10,0m

4x6,0m x1

,0 m

1x50,1m

6x36,0m

7x9,0m

6x6,0 m

2x6,0 0m

3x6,0m

3x6,0m x ,0 m

3x9,0m

2x6,0m

2x4,0m

2x6,0m

3x6,0m

2x ,0 m

9x6,0m

2x3,0m

7x9,0m

2x3,0m

2x 6, 0m

2x6,0m

3x 9, 0m

2x 6, 0m x ,0 m

2x6,0m x7 ,0 m

2x10,0m x ,0 m x6 ,0 m

15x18,0m

K G

KG1

KG5

1xNYY 4x120

K G

KG5

KG1

KG5

1xNYY 4x1

KG1

K G

KG1

Y 705802,368

KG3

3xN2XS(F)2Y 1x50RM/16

3x N2

(F )2

Y 1x

RM/

KG3

3x N2

(F )2

Y 1x

RM/

NYY

KG3

3x N2

(F )2

Y 1x

RM/

KG1

K G

KG5

KG1

KG5

KG1

K G

KG1

K G

KG1

K G

KG1

K G

KG1

K G

KG5

K G

KG5

K3.14

3x6,5m

2x6,5m x ,0 m

4x6,0m

2x6,0m

2x9,0m x6 ,0 m x ,0 m

2x9,0m

3x6,0m

5x6,0m x6 ,0 m

4x6,0m x9 ,0 m

2x6,0m x6 ,0 m x6 ,0 m

3x9,0m

2x ,0 m

2x4m x ,0 m

2x11,0m x ,0 m

2x 8, 0m x9 ,0 m x9,0m

3x6,0m

2x4,5m

3x6,0m

5x6 ,0m

6x3,0m

3x4,0m

2x4,0m x4 ,0 m

2x6,0m

3x4,0m x6 ,0 m

2x6,0m

3x4,0m

2x4,0m

3x ,0 m

2x6,0m

3x4,0m

3x4,0m x1

,0 m

3x6,0m

3x5,0m

3x10,0m

2x4,0m

2x 8,0 m x5 ,0 m x5 ,0 m

2x5,0m

2x1 2,0 m

10x 6,0 m

2x6,0m

3x 4,0 m x ,5 m x1

,5 m

6x6,0m

2x7,5m

2x7,5m x ,5 m

2x12,0m

7x1 8,0 m

2x 9, 0m

1x6,0m x ,0 m

2x6,0m x ,0 m x9 ,0 m

6x6,0m

7x9,0m x ,0 m

7x11,00m

2x6,0 m x ,0 m

2x6,0m x6 ,0 m x9 ,0 m

2x6,0m

2x6,0m x6 ,0 m

3x6,0m

2x6,0m

5x4,5m

3x4,5m x ,0 m x6 ,0 m

2x6,0m

2x9,0m x9 ,0 m x ,0 m

3x6,0m

2x6 ,0m

2x6,0m x6 ,0 m

9x9,0m

9x9,0m x9 ,0 m x6 ,0 m

7x6,0m x6 ,0 m

4x6,0m

3x 6, 0m

2x6,0m x3 ,0 m

6x3,0 m

14x9,0m

14x8,0m x9 ,0 m

6x15,0m

2x6,0m x9 ,0 m x1

,0 m x6 ,0 m

3x6,0m x1

,0 m

2x 6, 0m

4x6,0m x3 ,0 m

5x6,0m

6x6,0m

2x6,0 m

2x6,0m 2x3,0m

2x6,0m

2x 6, 0m

3x6,0m

3x3,0m

3x6,0m x6 ,0 m

3x 3, 0m

4x6,0m

2x 4, 0m

3x4,0m x7 ,0 m

1x12,0m x9 ,0 m x1

,0 m x ,0 m x9 ,0 m

11x9,0m

14x11,0m

2x 6, 0m x ,0 m

2x ,0 m

2x6,0m x6 ,0 m

2x6,0m

2x9,0m

1x 6, 0m

MK03

KG5

NYY

x1 xN

K G xN

Y Y x1

K G xN

Y Y x1

K G xN

Y Y x1

KG1

K G

2xJ4x16/1.72

KG1

1xNYY 4x120

KG1

1xNYY 4x120

K G

KG1

KG3

NYY

KG3

3xNYY 4x120

KG3

3xNYY 4x120 x4 x1

K .6

KG3

3xNYY 4x120

K G

1xN

4x1

NYY

KG5

1xNYY 4x

K G

1x N

KG1

K G

KG1

K G

KG1

K G

KG1

K G

KG1

K G

KG1

KG3

KG1

KG5

KG1

x N

Y Y x

.1 .3

KG5

KG1

3xN2XS(F)2Y 1x50RM/16

1xKG2 / 2xKG5

K G

K G xN

KG5

1xNYY 4x120

K G

KG1

KG3

3xN2XS(F)2Y 1x50RM/16

K G

KG1

fa c h

Le e rr o h r x N

Y Y J x

.2 .2

KG3

3xN2XS(F)2Y 1x50RM/16

K G

KG1

2xNYYJ 4x16

2xKG5 2xNYY 4x120

2xKG56xNYY 4x120

K G

KG1

G xN

6xNYY 4x

3xK3 .9

3xK3 .11

1xNYY 4x

/ M9.1.1 xK

G xN

Y Y x1

K G

KG1

K G

K G xK

G xK

G xN

Y Y x1

KG1

KG3

3xN2XS(F)2Y 1x50RM/16

K G x N

Y Y J x

KG3

3xN2XS(F)2Y 1x50RM/16

KG1

x4 x1

K .9 x4 x1

K .8

K G x1

K .6 .1 x1

K .6 .1

2x4x16/K1.9.4

KG1

x x

K .9 .2

1x4x16/K1.6.5

2x4x16/K1.6.2 x4 x1 K .6 .3 x J4 x

K .5 .3

K G

KG3

3xN2XS(F)2Y 1x50RM/16

KG3

3xN2XS(F)2Y 1x50RM/16 x N X S (F )2

Y x R

M x

K .1

4-fach Leerrohr

K G x4 fa c h

Le e rr o h r

KG1

KG3

3xN2

XS(F

)2Y 1x

50RM/1

KG3

KG1

KG3

KG1

KG2

3xN2XS(F)2Y 1x95RM/16

KG1

x N

Y Y x

.3 .2

KG1

KG5

2xNYY 4x120

KG1

KG5

KG1

x N

Y Y x

.4 .2 x N

Y Y x

.4 .2

KG5

2xNYY 4x120

K G xN

Y Y x1

1xNYY 4x120 / K1.4.2

KG5

2xNYY 4x12

KG1

1xNYY 4x120 / K1.4.1

KG1

Y Y x1 xK

G xK

G xN

K G

2xKG2

2xN YY 4x120

K G

KG5

2xNYY 4x120

KG5

3xNYY 4x120

2xNYY 4x120 / K2.11.1; K2.11.2

1xNYY 4x120 / K2.11.5

2xNYY 4x120 / K2.11.3; K2.11.4

2xKG2

3xNYY 4x xK

G xN

Y Y x1 xK

G xN

Y Y x1

2xNYY 4x120 / K2.11

1xNYY 4x120 / K2.11 xK

G xN

Y Y x1

KG1

G xN

Y Y x1 x K

G x N

Y Y x

5xNYY 4x120

2xKG5 / 1xKG2

KG1

K G

KG1

K G

KG1

1xNYY 4x16 / K2.2.4

KG1

K G x N

Y Y x

.2 .4

KG1

K G

KG5

1xNYY 4x120 xN

K .1

1xNYY 4x120 / K2.14

KG1

K G x N

Y Y x

K G

K G x N

Y Y x

NYY

K G

KG1

K G

KG1

K G

3x N

KG5

K .1 .1

K .1 .3

1xKG5 / 1xKG2

3xNYY 4x120

2x K G

3x 1x

6x 1x

1x K G

K G

KG1

K G xN

KG1

K G x N

Y Y x

1xNYY 4x120 / K2.14

1xNYY 4x120 / K2.1.2

K G xN

KG1

2xKG5

8xNYYJ4x120 x N

Y Y x

.9 .1

K .9 .3

K .1 .1

K .1 .5

KG1

3xNYY 4x16 / K4.11-K4.12

3xNYY 4x120 / K2.13.1;K2.13.2;K2.14

KG1

2xNYY 4x120

2xKG2

1xNYY 4x120 / K2.14

K G xN

2xKG2

KG2

NYY

KG2

NYY

KG1

K G

2xKG2

2xNYY 4x

2xKG2

2xNYY 4x

2xKG5 8xNYY 4x120

2xKG5 / 2xKG2 11x NYY 4x120

2xKG5 / 1xKG2 13xNYY 4x120

2xK G5 xKG2

13x

NYY 4

x12

KG3

3xN2XS(F)2Y 1x50RM/16

KG3

3xN2XS(F)2Y 1x50RM/16

KG3

3xN2XS(F)2Y 1x50RM/163xNYY 4x120

KG5

3xNYY 4x120

K G x N

Y Y x

1xNYY 4x120 / K1.4.1

K G

K G xN

Y Y x1

K G xN

J4 x1

K .1 .2

KG1

K G

KG3

3xN2XS(F)2Y 1x50RM/16

KG3

3xN2XS(F)2Y 1x50RM/16

KG3

3xN2XS(F)2Y 1x50RM/16

KG3

3xN2XS(F)2Y 1x50RM/16 x N

Y Y x

.9 .3 x N

Y Y x

.9 .1

K .9 .2

KG1

1xKG5 / 1xKG26xNYY 4x120

1xKG5 / 1xKG26xNYY 4x120 xK

G xK

G xN

K2.5.1-2.5.3

2xNYY 4x120 / K2.1.3

KG52xNYY 4x120

1x K G

K G

6x N

K G x N

Y Y x

2xNYY 4x120

KG5

K G

KG1

1xNYY 4x120 / K2.3.3

1xNYY 4x120 / K2.3.2

1xNYY 4x120 / K2.3.3

1xNYY 4x120 / K2.3.1

K xN

KG1KG1

KG3

3xN2XS(F)2Y 1x50RM/16

KG1

2xNYYJ 4x16

K G xN

X S (F )2

Y x5

M xK

G xN

Y Y x1

2xK G5

6xN

YY 4

x12

KG1

NYYJ

K G xN

6xN

YY 4

x12

K3.

9.1

-K3.

9.3

K3.

11.

1-K3.

11.

KG5

3xNYY 4x120 xN

Y Y x1

.1 .23 xN

x1 xK

2xKG2 3xNYY 4x120

2xKG23xNYY 4x120

KG1

KG5

3xNYY 4x120

K G

KG1

K G

KG5

K G

KG1

K G

KG1

K G

KG1

x N

Y Y x

.2 .1 x N

Y Y x

.2 .1 xK

G xN

KG5

3x x1 xN

K .3 .3 xN

K .3 .1 xN

K .3 .1

K xN

Y Y x1

KG1

1xNYY 4x16 / K3.1.3

2xNYY 4x16 / K2.1.2

KG1

1xNYY 4x16 / K2.1.1

KG1

K G x N

Y Y x

.2 .1 x N

Y Y x

.2 .1 x N

Y Y x

.2 .2

KG5

KG1

1xNYY 4x16 / M8.2.1

X S (F )2

Y x5

M fa c h

Le e rr o h r

4-fach Leerrohr

3xN2XS(F)2Y 1x50RM/16

13xNYY 4x120

1xKG3 / 3xKG1

1xKG3 / 3 xKG1

13xN

YY 4

x120 1 x N X S (F )2

Y x R

1xNYY 4x120 / K2.3.2 x K

G x K

G x N

Y Y x

4xKG5

22x

NYY 4

x12

KG5

G xK

G xN

X S (F )2

Y x5

M xN

Y Y x1

1xKG3 / 2xKG1

3xN2XS(F)2Y 1x50RM/16

9xNYY 4x120

9x N

2x K G

K1.1

K1.3

K1.1.1

K1.1

K1.1.2

K1.2

K1.3

K1.2.1

K1.2.2

K1.2.3

K1.2.2

K1.2.4

K1.4

K1.3.3

K1.3.1

K1.3.2

K1.4.1

K1.5

K1.6

K1.6 K1.5.2

K1.5.2

K1.5.3

K1.7

K1.7K1.7

K1.7

K1.7K1.7

K1.6.1

K1.6.1 K1.6.1

K1.6.2

K1.6.3

K1.6.4

K1.6.5

K1.8

K1.8K1.8

K1.8

K1.8 K1.8

K1.8

K1.8 K1.8

K1.8

K1.7.2

K1.7.3

K1.7.4

K1.9

K1.9 K1.9

K1.9

K1.10

K1.10 K1.10

K1.10

K1.9.1

K1.9.2

K1.9.3

K1.9.3 K1.9.3

K1.9.3

K1.9.4

Transformerstation 3

Trafostation 3

11835

K2.1.3

K2.1.2

K2.1.3

K2.1.2

K2.1.1

K2.1.3

K2.1.2

M5.1.2

K5.1.2

K5.1.1

M5.1.1

M5.2.1

M5.2.2

K2.3.1

K2.3.3

K2.3.2

K2.3.3

M6.1.1

M6.2.1

M6.2.2

K2.1.3 K2.1.2

K2.1.1

K2.1.2

K2.1.3

K2.1.2

K2.3.2

K2.3.2 K2.3.3

K2.3.3

K2.3.2 K2.3.1

K2.3.3 K2.3.2

K2.3.3 K2.3.2 K2.3.1K2.5.1

K2.5.2 K2.5.3

K2.5.1 K2.5.2 K2.5.3

K2.5.3 K2.5.2 K2.5.1

K2.1.1

K2.1.2

K2.1.3

K2.3.1 K2.3.1

K2.5.1

K2.5.2

K2.5.3

K2.5.1

K2.5.2

K2.5.3

K2.6

M2.2.1

M2.2.2

K2.7.1 K2.7.2

K2.7.2

K2.7.1

K2.8

M4.1.1

M4.1.2

K2.9.1

K2.9.1 K2.9.2

K2.9.2

K2.9.3

M3.1.1

K2.10

K2.11.1

K2.11.1 K2.11.2

K2.11.2

K2.11.1

K2.11.2

K2.11.3 K2.11.4

K2.11.5

K2.11.3

K2.11.4

K2.11.5

K2.11.3 K2.11.4 K2.11.5 K2.11.3

K2.11.4

K2.11.5

K2.11.3

K2.11.4

K2.11.5

K2.11.3

K2.11.4

K2.11.5

K2.11.3

K2.11.4

K2.11.5

K2.11.1

K2.11.2

K2.11.3

K2.11.4 K2.11.5

K2.12

M1.2.1

M1.2.2

M1.1.1

M4.1.1

K2.13.1 K2.13.2

K2.13.2

K2.13.1

K2.13.2

K2.13.1

K2.13.2

K2.13.1

K2.13.2 K2.13.1

K2.13.1

K2.13.2

K2.1.1

K2.1.2

K2.1.1

K2.14

K2.2.1

K2.2.2

K2.2.3

K2.2.3 K2.2.4

K2.2.4

2x4,50m

K3.1

K3.2

K3.3

K3.4

K3.5

K3.6

K3.6 M10.2.1

M10.2.1

M10.2.2

K3.7.1 K3.7.2

K3.7.1

K3.7.2

K3.7.1

K3.7.2

K3.8

M9.1.1

K3.9.1 K3.9.2 K3.9.3

K3.9.1

K3.9.2

K3.9.3

K3.9.1

K3.9.2 K3.9.3

K3.9.1

K3.9.2

K3.9.3

K3.9.1

K3.9.2

K3.9.3

K3.9.1

K3.9.2

K3.9.3

K3.9.1

K3.9.2

K3.9.3

K3.10

M8.2.2

M8.2.1

K3.11.1

K3.11.2

K3.11.3 K3.11.1

K3.11.2

K3.11.3

K3.11.1

K3.11.2

K3.11.3

K3.11.1

K3.11.2

K3.11.3

K3.11.1 K3.11.2 K3.11.3

K3.11.1

K3.11.2

K3.11.3 K3.11.1

K3.11.2 K3.11.3

K3.12

M7.1.1

M7.1.1 M7.1.2

M7.1.2

K3.13

K3.11

K3.13

K3.1.2

K3.1.3

K3.14

K3.14 K3.2.1

K3.2.1

K3.2.2

K3.15

K3.3.1

K3.3.2 K3.3.2

K3.15

K3.3.3

K3.3.4

K3.3.5

Transformerstation 2

Trafostation 2

11834

Transformerstation 1

Trafostation 1

11816

MK04

MK05

MK05MK06

MK06

D 1.1

D 1.2

D 2.1

D 2.2

T 1.3 T 1.2 T 1.1

T 1.4

T 2.2

T 2.1

T 2.3

T 2.4

SCH15A

D 1.3

D 1.4

D 2.3

D 2.4

D 3.2

D 3.3

D 4.2

D 4.3

D 3.1

D 4.1

T 1.5

T 1.6

T 1.8

T 1.7

T 2.5

T 2.6

T 3.3

T 4.3

T 3.1

T 4.1T 4.2

LEFT TRP

MK03

K G

KG1

K G

2xNYY 4x120

1xNYY 4x120

K G

KG5

1xNYY 4x120

5x 9, 0m

3x 7, 0m

2x19,0m

1x9,0m

MK03

K G

KG1

KG5

1xNYYJ4x120

KG51xNYY 4x120

K G

KG5

1xNYY 4x120

KG5

x4 x1 .7 x4 x1 .9 x4 x1 .9

K G

KG1

KG5

KG1

K G x J4 x

K .5 .6

KG1

K G

KG3

3xN2XS(F)2Y 1x50RM/16

KG2

3xN2XS(F)2 Y 1x9

5RM/16

KG23xN 2XS(F)2Y 1x95RM

K1.6

K1.5.1

K1.5.2

K1.5.3

K1.5.4

K1.5.5K1.5.5

K1.5.6

K1.7.2 K1.7.1

K1.7.1

K1.7.4

K1.7.5

K1.9

K06.3

MK04

Video 2

Heli-Pad

Hubschr.landepl.

Tower Turm

Hochbehälter

Trafostation 1

Tr a fo s ta ti o n

Trafostation 1

1xNYCWY 3x70/50 / K06.5 x N

Y C

W Y x

K1.8.1

1xNYCWY 4x150 / K06.3, Zuleitung Hochbehälter x N

Y C

W Y x

Z u le it u n g

H o c h b e h ä lt e r x N X S (F )2

Y x R

3xN2XS(F)2Y 1x95RM/16 / MK04

K06.12

K06.4

K06.12

1xNYY 4x25

1xNYY 4x16 / KD06.6

1xNYY 4x25 / KD06.3

1xNYCWY 4x150 / K06.3

3xN2XS(F)2Y 1x120RM/16 /MK03

3xN2XS(F)2Y 1x95RM/16 / MK04

1xNYY 4x120 / K06.8

1xNYY 4x16 / K06.12

KG1

1xNYY 4x16 / K06.12

1xNYY 4x16 / KD06.12 1xNYY 4x25 / KD06.1

1xNYY 4x16 / KD06.6

1xNYY 4x120 / K06.8

1xNYY 4x25 / KD06.4

1xNYY 4x120 / K06.8

1xNYCWY 3x70/50 / K06.5 z u r

R a n g e

L a g e r

R a n g e u n d

G r a f e n w o e h r

Hindernisbefeuerung

K1.8.1

11832 / 11833

Öllager zu

R a n g e zu Ra nge 1 z u

R a n g e z u

R a n g e zu

R a n g e zu Range zu Ampelanlage

K a b e l

M K n ic h t e in g e m e s s e n

1x4x16/K1.8.4

1xNYCWY 4x150 / K06.3

N Y C

W Y x1

NYCWY 4x150

W Y x1

N Y C

W Y x

NYCWY 4x150

MK03

K06.1

K06.2

K G x N

Y Y x x N

Y Y x

KG5

1xNYY 4x120

KG1

x ,0 m x7 ,0 m x7 ,0 m

1x12,0m x4 ,5 m

1x21m

1x16,5m x ,0 m

2x2 1,0 m

2x12,0m

MK04

MK03MK03

K G

KG1

K G

KG1

K G

KG5

K G

KG5

1xNYY 4x120 x x .8

KG1

K G

KG1

X S (F )2

Y x9

K G

K G x N X S (F )2

Y x R

K G x N X S (F )2

Y x R

KG2

3xN2XS(F)2 Y 1x9

5RM/16

X S (F )2

Y x9

KG2

3xN2XS(F)2Y 1x95RM/16 xN

X S (F )2

Y x9

KG2

3xN2XS(F)2Y 1x95RM/16 xN

X S (F )2

Y x9

K G

3xN2XS(F)2Y 1x95RM/16 / MK04

K G

KG1

KG3

KG1

K G

KG1

KG3

K G

KG1

KG5

K G

KG5

3xN2XS(F)2Y 1x95RM/16 /MK01 3xN2XS(F)2Y 1x120RM/16 /MK02

KG5

fa c h

L e e rr o h r

KG3

3xN2XS(F)2Y 1x50RM/16

KG3

3xN2XS(F)2Y 1x50RM/16

K G

KG3

3xN2XS(F)2Y 1x50RM/16

Zuleitung Hochbehälter

Z u le it u n g

H o c h b e h ä lt e r

KG3

3xN2XS(F)2Y 1x50RM/16

K1.5.4

K1.5.5

K1.5.6 K1.5.5

K1.7.1

K1.7.4

K1.9

K1.8.2

K1.8.3

K1.9

K1.8.4

2x11,0m x1

,0 m x ,0 m x ,0 m x ,0 m

4x12,0m4x6,0m x ,0 m

5x6,0m

5x13,0m x ,0 m

1x12,0m

2x18,0m MK01

MK02

11801

11830

11802

11803

11804

KD06.2

KD06.3

KD06.04

KD06.6

TOWER

Stiefelwaschanl.

Transformerstation

Trafostation

11806

K06.8

KD06.1

K06.8

K06.4

K06.5

K06.3

MK02

MK01

MK04

1xNYCWY3x70/50 / K06.5 K06.5

K06.9

K06.6

K06.3

K06.6

K06.12

K06.10

K06.11

K06.7

K06.5

K06.7

C h a n c e llo r s v ille

R o a d

R a n g e

L a g e r

R a n g e u n d

G r a f e n w o e h r

T 4.4

Parking

SCHB

Pumpstation

FD1

FD3

KV 06.3

FD2

NZS3

NEUER KABELVERTEILER

NEUER LWL ANSCHLUSSPUNKT

NEUER ZUGSCHACHT LWL ROHRSYSTEM

NEUER KAMERAANSCHLUSSPUNKT

385 m neue Leerrohrlaenge

265 m NYY 4x16 qmm

140 m NYY 4x16 qmm

120 m NYY 4x16 qmm

30 m NYY 4x16 qmm

190 m neue Leerrohrlaenge 190 m NYY 4x16 qmm

35 m NYY 4x16 qmm 40 m neue Leerrohrlaenge

EINSCHLEIFEN

160 m NYY 4x16 qmm 950 m neue Leerrohrlaenge

MH 3

MH 5

MH 6

MH 7

MH 8

MAN HOLE 7

FOPP 1

FOPP 2

FOPP 3

CJB

FIBER OPTICS POWER PANEL 2 TERMINATION

BELEGUNG GLASFASERVERTEILER 2

FOPP2

FIBER OPTICS POWER PANEL 3 TERMINATION

BELEGUNG GLASFASERVERTEILER 3

FOPP3

LINE 1

LINE 2

KAMERA TOWER NORD

KAMERA TOWER SUED

TR 118/16

TR 118/34

TR 118/35

MH 4

MH 10

MH 12

MH 13

MH 12

KAMERA 11

SHOOTHOUSE

SPLEISUNG

LWL 24 FASERN

SCHEMATIC FIBER OPTIC, RANGE # 118

SCHEMATIK LWL VERKABELUNG, SCHIESSBAHN # 118

MH 1MH 2

TOWER

25 m

48 ea FIBERS

FIBER OPTIC CABLE

LWL 48 FASERN

FIBER OPTICS POWER PANEL 1 TERMINATION

BELEGUNG GLASFASERVERTEILER 1

FOPP1

FOPP 4

FOPP 5

CAMERA No. 12

KAMERA NR. 12

NEW CAMERA No. 13

NEUE KAMERA NR. 13

MH 9

MH 11

FD4

FD5

FD3

FD6

FD2

FD1

FD7

FD8

FD9

NEW MAN HOLE 1

NEW MAN HOLE 2

NEW MAN HOLE 3

NEW MAN HOLE 4

NEW FIBER OPERATION POINT

ADDITIONAL FIBER OPERATION POINT

CAMERA No. 11

KAMERA NR. 11

KAMERA 5

SPLEISUNG

KAMERA 4

SPLEISUNG

KAMERA 2

SHOOTHOUSE

SPLEISUNG

KAMERA 8

SPLEISUNG

KAMERA 6

SPLEISUNG

KAMERA 3

SPLEISUNG

KAMERA 1

SPLEISUNG

OBOVE GROUND LEVEL

INSTALLED IN A LOCKABLE DISTIBUTION

MAIN SPLICING POINT NO. 1

50x40 cm

40x50 cm

01-12 24 STRINGS FROM FOPP1

12 STRINGS FROM CAMERA 613-18

19-24 12 STRINGS FROM CAMERA 8

01-12 24 STRINGS FROM FOPP1

19-24 12 STRINGS FROM CAMERA 3

25-30 12 STRINGS FROM CAMERA 4

TOWER

SPLICING

01-48 48 STRINGS TO FOPP 4

ROOM 16

TURM

SPLEISUNG

24 STRINGS TO FOPP213-24

24-36 24 STRINGS TO FOPP3

37-42 12 STRINGS FROM CAMERA 5

OBOVE GROUND LEVEL

INSTALLED IN A LOCKABLE DISTIBUTION

MAIN SPLICING POINT

LWL 12 FASERN

LWL 24 FASERN

LWL 12 FASERN LWL 24 FASERN

LWL 12 FASERN

LWL 24 FASERN

25-36 24 STRINGS FROM TR2

LWL 24 FASERN

FIBER OPTICS POWER PANEL 4 TERMINATION

BELEGUNG GLASFASERVERTEILER 4

FOPP4

48 STRINGS TO FOPP125-48

01-24 48 STRINGS FROM TOWER

FIBER OPTICS POWER PANEL 1 TERMINATION

BELEGUNG GLASFASERVERTEILER 1

FOPP1

01-12 24 STRINGS FROM FOPP4

6 STRINGS TO FD113-15

16-18 6 STRINGS TO FD2

19-21 6 STRINGS TO FD3

22-24 6 STRINGS TO FD4

01-12 24 STRINGS FROM TRANSFORMER STATION

37-61 48 STRINGS FROM THE TOWER

62-64 6 STRINGS TO FD7

65-67 6 STRINGS TO FD8

68-70 6 STRINGS TO FD9

LWL 48 ADERN

320 m neue Leerrohrlaenge 320 m NYY 4x16 qmm

260 m NYY 4x16 qmm

K06.3.1

K06.3.3

NYY 4X 16

K06.3.1

N Y

Y x

2x K1.7.3

K1.5.6 1xNYY4x161 x N

Y Y x x N

Y Y x

K .8 .4

AS SHOWN

SCHWINDL HELMUT

Truppenübungsplatz Grafenwöhr

PROJECT TITLE

SHEET TITLE

INSTALLATION

REV NO DATE DESCRIPTION DRAWN BY APPROVED

ENGINEERING DIVISION

SIGNATURE

NAME (PRINT)

DATE

DIRK L. KELLAR, SAFETY DIRECTOR

JOHN A. HOWARD, C/ ENG DIV

DESIGNER

SAFETY

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

MASTER PLANNER

REVIEW: CONCEPT DESIGN: 22. NOV 2016

PRE FINAL DESIGN: 27. JAN 2017

SCHWINDL HELMUT

REVIEW:

DATE SCALE

PROJECT ENGR

PROJECT NO

CHECKED BY

USAG BAVARIA DPW, RES

HELMUT SCHWINDL, ELEC TECH ENG

SHEET

TRAINING AREA GRAFENWOEHR GM 31P

JOHN A. HOWARD, ACT C/ MP

DUWAIN S. MARING, C/RTLP

TI - 0914 - 6J

SEVENTH ARMY TRAINING COMMAND

Install Tap-in/Cameras Points on Range # 118, GTA

Einbau von Einbinde-/Kamerapunkte auf Schießbahn # 118, RANGE LAYOUT AND FIBER SCHEMATIC

EXSISTING CONDUIT SYSTEM

LAGE LEERROHRSYSTEM SCHIESSBAHN # 118

NOTES:

NEUES ROHRSYSTEM

BESTEHENDES ROHRSYSYTEM

SCALE 1 : 4000

nCP13

0 400 800 1200

200 300 400

SCALE 1 : 4000

49-60 24 STRINGS TO FOPP5

12 STRINGS FROM CAMERA 113-18

Leerrohrlaenge

310 m neue

NCP 13

LWL 6 ADERN

LWL 48 ADERN

LWL 24 ADERN

LWL 6 ADERN

FINAL DESIGN: 07. March 2017

28. JANUAR 2017

1.25

SCALE 1 : 25

1.25

0.625 0.625 1.875 2.5

2.5 7.5

KABELWARNBAND

WARNING RIBBON

LOW VOLTAGE CABLE

NIEDERSPANNUNGSKABEL

SAND

KABELSCHUTZ

CABLE PROTECTION

ERDUNG-BANDSTAHL

GROUNDING STRAP

EMPTY CONDUIT

LEERROHR

SCALE 1 : 10

MASSTAB 1 : 10

LOW VOLTAGE PANEL

NIEDERSPANNUNGSVERTEILUNG

FIBER OPTIC CONNECTION BOX

GLASFASERANSCHLUSSKASTEN

POTISCHIENE

DETAIL PROTECTION STRUCTURES

DETAIL SCHUTZVORRICHTUNGEN

GROUNDING POINT

PREFAB CONCRETE ELEMENT

BETONFERTIGTEIL

SCHUTZHOLZ 25/15

PROTECTION WOOD 25/15

LOW VOLTAGE PANEL

NIEDERSPANNUNGSVERTEILUNG

FIBER OPTIC CONNECTION BOX

GLASFASERANSCHLUSSKASTEN

FIBER OPTIC CONNECTION BOX

GLASFASERANSCHLUSSKASTEN PREFAB CONCRETE ELEMENT

BETONFERTIGTEIL

CABLE DISTRIBUTION CABINET

KABELVERTEILERKASEN

RUBBER MATT

GUMMIMATTE

RUBBER MATT

GUMMIMATTE

OPENING FOR CABLES

AUSSPARUNG FUER KABEL

CONDUIT/CABLES

LEERROHR/KABEL

POTISCHIENE

GROUNDING POINT

VORDERANSICHT

FRONT VIEW

VORDERANSICHT

FRONT VIEW

SIDE VIEW (SECTION)

SEITENANSICHT (SCHNITT)

MASSTAB 1 : 25

SCALE 1 : 25

SEITENANSICHT (SCHNITT)

SIDE VIEW (SECTION)

AS SHOWN

SCHWINDL HELMUT

Truppenübungsplatz Grafenwöhr

PROJECT TITLE

SHEET TITLE

INSTALLATION

REV NO DATE DESCRIPTION DRAWN BY APPROVED

ENGINEERING DIVISION

SIGNATURE

NAME (PRINT)

DATE

DIRK L. KELLAR, SAFETY DIRECTOR

JOHN A. HOWARD, C/ ENG DIV

DESIGNER

SAFETY

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

MASTER PLANNER

REVIEW: CONCEPT DESIGN: 22. NOV 2016

PRE FINAL DESIGN: 27. JAN 2017

SCHWINDL HELMUT

REVIEW:

DATE SCALE

PROJECT ENGR

PROJECT NO

CHECKED BY

USAG BAVARIA DPW, RES

HELMUT SCHWINDL, ELEC TECH ENG

SHEET

TRAINING AREA GRAFENWOEHR GM 31P

JOHN A. HOWARD, ACT C/ MP

DUWAIN S. MARING, C/RTLP

TI - 0914 - 6J

SEVENTH ARMY TRAINING COMMAND

Install Tap-in/Cameras Points on Range # 118, GTA

Einbau von Einbinde-/Kamerapunkte auf Schießbahn # 118, DETAILS PREFAB CONCRETE PARTS AND CABLE TRENCH

TAP-IN POINT

TAP-IN POINT FD2

SIDE VIEW (SECTION)

SEITENANSICHT (SCHNITT)

SCALE 1 : 10

2.5 2.5

5 5

5 7.5 10

10 20 30

DETAIL FUNDAMENT KAMERAMASTEN (nCP13)

ELECTRICAL POWER PANEL

NIEDERSPANNUNGSVERTEILER

POTENTIAL EQUALIZATION BUSBAR

POTENTIALAUSGLEICHSSCHIENE

RUNDSTAHL, ST 8 mm GROUND WIRE, ST 8 mm

NIEDERSPANNUNGSKABEL

LOW VOLTAGE CABLE

STEEL STRIP, 30 x 3.5 ERDBAND, 30 x 3.5

FIBER JUNCTION BOX

AND GROUND CABLE NYY 5x16qmm

EMPTY CONDUIT, GROUNDING STRAP

SIDE L-SHAPE 45 DEGREE CHAMFERED LEFT/RIGHT

WAHLWEISE LINKE/RECHTS ABGESCHRAEGT

SEITEN L-TEIL 45 GRAD

WAHLWEISE LINKE/RECHTS ABGESCHRAEGT

SEITEN L-TEIL 45 GRAD

SECTION A-A

SCHNITT A-A

DRAUFSICHT

TOP VIEW

NIEDERSPANNUNGSVERTEILER

ELECTRICAL POWER PANEL

UND ERDKABEL NYY 5x 16qmm

LEERROHR, ERDUNGSBAND

AUFFUELLUNG

FILL

0,1

CAMARA CONNECTION POINT, PROTECTION

KAMERA ANSCHLUSSPUNKT, SCHUTZVORRICHTUNG

LWL ANSCHLUSSKASTEN

EMPTY CONDUIT SYSTEM WITH FIBER CABLE INSTALLATION

LEERROHRSYSTEM MIT LWL KABEL

KAMERAMASTENHALTERUNG, METALLAUFBAU

CAMERA POLE FIXING DEVICE, METAL CONSTRUCTION

SEITENANSICHT (SCHNITT)

SIDE VIEW (SECTION)

TOP VIEW

DRAUFSICHT

SCALE 1 : 25

MASSTAB 1 : 25

DETAIL FOUNDATION CAMERA POLE (nCP13)DETAIL CABLE TRENCH

DETAIL KABELGRABEN

SCHUTZHOLZ 25/15

PROTECTION WOOD 25/15

von 5 cm verlegen

Stromkabel im lichten Abstand von 15 cm zum Stromkabel verlegen

Datenkabel im lichen Abstand

5 cm apart

Power Cable should be installed

15 cm apart from the Power Cables

Data Cable should be installed

FINAL DESIGN: 07. MARCH 2017

28. JANUAR 2017

1.25

SCALE 1 : 25

1.25

0.625 0.625 1.875 2.5

2.5 7.5

KABELWARNBAND

WARNING RIBBON

LOW VOLTAGE CABLE

NIEDERSPANNUNGSKABEL

SAND

KABELSCHUTZ

CABLE PROTECTION

ERDUNG-BANDSTAHL

GROUNDING STRAP

EMPTY CONDUIT

LEERROHR

SCALE 1 : 10

MASSTAB 1 : 10

LOW VOLTAGE PANEL

NIEDERSPANNUNGSVERTEILUNG

FIBER OPTIC CONNECTION BOX

GLASFASERANSCHLUSSKASTEN

POTISCHIENE

DETAIL PROTECTION STRUCTURES

DETAIL SCHUTZVORRICHTUNGEN

GROUNDING POINT

PREFAB CONCRETE ELEMENT

BETONFERTIGTEIL

SCHUTZHOLZ 25/15

PROTECTION WOOD 25/15

LOW VOLTAGE PANEL

NIEDERSPANNUNGSVERTEILUNG

FIBER OPTIC CONNECTION BOX

GLASFASERANSCHLUSSKASTEN

FIBER OPTIC CONNECTION BOX

GLASFASERANSCHLUSSKASTEN PREFAB CONCRETE ELEMENT

BETONFERTIGTEIL

CABLE DISTRIBUTION CABINET

KABELVERTEILERKASEN

RUBBER MATT

GUMMIMATTE

RUBBER MATT

GUMMIMATTE

OPENING FOR CABLES

AUSSPARUNG FUER KABEL

CONDUIT/CABLES

LEERROHR/KABEL

POTISCHIENE

GROUNDING POINT

VORDERANSICHT

FRONT VIEW

VORDERANSICHT

FRONT VIEW

SIDE VIEW (SECTION)

SEITENANSICHT (SCHNITT)

MASSTAB 1 : 25

SCALE 1 : 25

SEITENANSICHT (SCHNITT)

SIDE VIEW (SECTION)

AS SHOWN

SCHWINDL HELMUT

Truppenübungsplatz Grafenwöhr

PROJECT TITLE

SHEET TITLE

INSTALLATION

REV NO DATE DESCRIPTION DRAWN BY APPROVED

ENGINEERING DIVISION

SIGNATURE

NAME (PRINT)

DATE

DIRK L. KELLAR, SAFETY DIRECTOR

JOHN A. HOWARD, C/ ENG DIV

DESIGNER

SAFETY

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

SIGNATURE

NAME (PRINT)

MASTER PLANNER

REVIEW: CONCEPT DESIGN: 22. NOV 2016

PRE FINAL DESIGN: 27. JAN 2017

SCHWINDL HELMUT

REVIEW:

DATE SCALE

PROJECT ENGR

PROJECT NO

CHECKED BY

USAG BAVARIA DPW, RES

HELMUT SCHWINDL, ELEC TECH ENG

SHEET

TRAINING AREA GRAFENWOEHR GM 31P

JOHN A. HOWARD, ACT C/ MP

DUWAIN S. MARING, C/RTLP

TI - 0914 - 6J

SEVENTH ARMY TRAINING COMMAND

Install Tap-in/Cameras Points on Range # 118, GTA

Einbau von Einbinde-/Kamerapunkte auf Schießbahn # 118, DETAILS PREFAB CONCRETE PARTS AND CABLE TRENCH

TAP-IN POINT

TAP-IN POINT FD2

SIDE VIEW (SECTION)

SEITENANSICHT (SCHNITT)

SCALE 1 : 10

2.5 2.5

5 5

5 7.5 10

10 20 30

DETAIL FUNDAMENT KAMERAMASTEN (nCP13)

ELECTRICAL POWER PANEL

NIEDERSPANNUNGSVERTEILER

POTENTIAL EQUALIZATION BUSBAR

POTENTIALAUSGLEICHSSCHIENE

RUNDSTAHL, ST 8 mm GROUND WIRE, ST 8 mm

NIEDERSPANNUNGSKABEL

LOW VOLTAGE CABLE

STEEL STRIP, 30 x 3.5 ERDBAND, 30 x 3.5

FIBER JUNCTION BOX

AND GROUND CABLE NYY 5x16qmm

EMPTY CONDUIT, GROUNDING STRAP

SIDE L-SHAPE 45 DEGREE CHAMFERED LEFT/RIGHT

WAHLWEISE LINKE/RECHTS ABGESCHRAEGT

SEITEN L-TEIL 45 GRAD

WAHLWEISE LINKE/RECHTS ABGESCHRAEGT

SEITEN L-TEIL 45 GRAD

SECTION A-A

SCHNITT A-A

DRAUFSICHT

TOP VIEW

NIEDERSPANNUNGSVERTEILER

ELECTRICAL POWER PANEL

UND ERDKABEL NYY 5x 16qmm

LEERROHR, ERDUNGSBAND

AUFFUELLUNG

FILL

0,1

CAMARA CONNECTION POINT, PROTECTION

KAMERA ANSCHLUSSPUNKT, SCHUTZVORRICHTUNG

LWL ANSCHLUSSKASTEN

EMPTY CONDUIT SYSTEM WITH FIBER CABLE INSTALLATION

LEERROHRSYSTEM MIT LWL KABEL

KAMERAMASTENHALTERUNG, METALLAUFBAU

CAMERA POLE FIXING DEVICE, METAL CONSTRUCTION

SEITENANSICHT (SCHNITT)

SIDE VIEW (SECTION)

TOP VIEW

DRAUFSICHT

SCALE 1 : 25

MASSTAB 1 : 25

DETAIL FOUNDATION CAMERA POLE (nCP13)DETAIL CABLE TRENCH

DETAIL KABELGRABEN

SCHUTZHOLZ 25/15

PROTECTION WOOD 25/15

von 5 cm verlegen

Stromkabel im lichten Abstand von 15 cm zum Stromkabel verlegen

Datenkabel im lichen Abstand

5 cm apart

Power Cable should be installed

15 cm apart from the Power Cables

Data Cable should be installed

FINAL DESIGN: 07. MARCH 2017

28. JANUAR 2017

File details come from the government source that posted it. Updated Nov 14, 2017.