Пластины и соединительные элементы для древесины - ru

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Rotho Blaas srl, , . .

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.Copyright 2015 by rothoblaas

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Rothoblaas - - , - .

Rotho Blaas SRL

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Rotho Blaas Brasil LTDABrasil -

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Fastener Soluciones SA -

Rotho Blaas Canada Construction Products INC -

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Rotho Blaas Baltic SIA -

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ALUMINI 28

ALUMIDI 34

ALUMAXI 44

STA 50

KOS - KOT 54

MET 60

VGU 66

DISC 70

RICON 76

RICON-S 82

GIGANT 88

UV 94

DUO 100

WALCO 104

MEGANT 110

XEPOX 116

DBB 120

ZVB 122

NEO 126

WHT 134

WHT XXL 142

WHT PLATE 148

TITAN N 154

TITAN F 162

TITAN WASHER 170

TITAN SILENT 176

TITAN PLATE 182

X - RAD 188

1

2

18

WVB 210

WKR 218

WKF 222

WINK 224

BSA 234

BSI 242

BS SPECIAL 246

SPN - LBN 248

LBV 250

LBB 256

SKR 328

SKS 328

SKR CE 329

SKS CE 329

ABS 332

AB1 334

AB7 336

ABU 338

AHZ 339

AHS 339

NDC 340

NDS 342

NDB 342

NDK 343

NDL 343

MBS 344

VINYLPRO 346

VINYLNORDIC 350

EPOPLUS 354

POLYGREEN 358

INA 361

IHP IHM 361

362

TYP R 266

TYP X 274

TYP F - M 280

TYP SPECIAL 290

ROUND 294

GATE 296

TERRALOCK 300

VERTILOCK 306

FLAT 310

TVM 314

JFA 316

EPM 318

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RICON

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MEGANT

BSA / BSI

0 0 200 400 600 800 1000 120050100150200250300

45

80

100

432

80

80

160

150

110

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400

80

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AluMINI. 28

AluMIDI. 34

RICON-S. 82

DISC. 70

UV. 94

AluMAXI. 44

GIGANT. 88

RICON. 76

DUO. 100

WALCO. 104

MEGANT. 110

BSA / BSI. 234

0 50 100 150 200 250 300

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320

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LA aLaL

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AluMINI AluMIDI AluMAXI

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WS STAAluMINI AluMIDI AluMAXI AluMINI AluMIDI AluMAXI

LA [] 45 80 130 45 80 130

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aL [] 10 10 15 10 10 15

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GL CR20 20 (4) 10 0 (5) 0 (5)

R30 20 (4) 10 10,5 12R60 30 30 42 48

AluMINI AluMIDI

AluMAXI

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HBS+ evo 5 LBA 4 / LBS 5 SKR 10 VINYLPRO M8

WS 7 / STA 8 WS 7 / STA 12

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ALUMINI: EN AW-6060. 1 2 (EN 1995:2008).

d []

HBS+evo 5 368

WS 7 368

SBS - 4,8 - 6,3 368

SPP - 6,3 368

STA 8 50

-

ALUMINI H [] /-ALUMINI65 65 25ALUMINI95 95 25ALUMINI125 125 25ALUMINI155 155 15ALUMINI185 185 15

ALUMINI2165 2165 1

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AluMINI

s [] 6 LA [] 45 LB [] 109,9 1 [] 7,0

- WS 7

STA 8 - a2 [] 3 d 21 24 - a4,t [] 4 d 28 32 - a4,c [] 3 d 21 24 - a3,t [] {7 d; 80} 80 80 - as [] 1,2 do (1) 10 12

- HBS+ evo 5

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(1)

MO

31ALUMINI

bNT FV

hNT H

AluMINIH

[]bNT

[]hNT

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WS7 (1)

[ - x L]

HBS+ evo 5 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

65 80 90 2 - 7 x 73 7 2,2 10095 80 120 3 - 7 x 73 11 5,6 380

125 80 150 4 - 7 x 73 15 10,3 620155 80 180 5 - 7 x 73 19 16,1 850185 80 210 6 - 7 x 73 23 20,1 1090

AluMINIH

[]bNT

[]hNT

[]

STA8 (2)

[ - x L]

HBS+ evo 5 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

65 70 90 2 - 8 x 70 7 2,2 10095 70 120 3 - 8 x 70 11 5,6 380

125 70 150 4 - 8 x 70 15 10,3 620155 70 180 5 - 8 x 70 19 16,1 850185 70 210 6 - 8 x 70 23 23,0 1090

EN 1995: 2008 ETA-09/0361.

:

m kmod , . DIN 1052:1988. , k = 380 /3.

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, .

myProject (www.rothoblaas.com)

(1) WS 7 (fu,k = 550 N/2)(2) STA 8 (fu,k = 360 N/2)

AluMINI

32 ALUMINI

ALUMIDI

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EN AW-6005A

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FV

FV

FUP

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ALUMIDI: EN AW-6005A. 1 2 (EN 1995:2008).

d []

LBA 4 364

LBS 5 364

WS 7 368

STA 12 50

SKR 10 328

VINYLPRO M8 346

EPOPLUS M8 354

-

H [] /-ALUMIDI80 80 25ALUMIDI120 120 25ALUMIDI160 160 25ALUMIDI200 200 15ALUMIDI240 240 15

ALUMIDI2200 2200 1

H [] /-ALUMIDI120L 120 25ALUMIDI160L 160 25ALUMIDI200L 200 15ALUMIDI240L 240 15ALUMIDI280L 280 15ALUMIDI320L 320 8ALUMIDI360L 360 8

/-ATALUMIDI AluMIDI STA 12 1

ALUMIDI

ALUMIDI

9 (. 147)

36 ALUMIDI

LBLB

LA

s sLALA

a3,t

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hef

Tinst

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40

20

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40

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52

42

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3 4 b 5 b 6 b 7 b

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AluMIDI

AluMIDI

s [] 6 6 LA [] 80 80 LB [] 109,4 109,4 1 [] 5,0 5,0 2 [] 9,0 9,0 () 3 [] - 13,0

- WS 7

STA 12 - a2 [] 3 d 21 36 - a4,t [] 4 d 28 48 - a4,c [] 3 d 21 36 - a3,t [] {7 d; 80} 80 80 - as [] 1,2 do (1) 10 16

- LBA 4

LBS 5 - a4,c [] 5 d 20 25

- VINYLPRO 8

SKR 10 hmin [] hef + 30 100 110 d0 [] 10 8 Tinst [Nm] 10 25

(1)

hef =

ALUMIDI

ALUMIDI

M

ALUMIDI

ALUMIDI

37ALUMIDI

bNT FV

hNT H

AluMIDIH

[]bNT

[]hNT

[]

WS7 (1)

[ - x L]

LBA 4 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

LBS 5 x 60

[]

EN 1995:2008RV,k[]

80 120 120 3 - 7 x 113 14 9,1 540 14 11,6120 120 160 4 - 7 x 113 22 16,6 1070 22 21,5160 120 200 5 - 7 x 113 30 25,7 1530 30 32,7200 120 240 7 - 7 x 113 38 36,7 2030 38 45,9240 120 280 9 - 7 x 113 46 50,0 2720 46 62,4

280 * 140 320 10 - 7 x 133 54 64,3 2890 54 78,1320 * 140 360 11 - 7 x 133 62 75,7 3180 62 87,7360 * 160 400 12 - 7 x 153 70 93,2 3470 70 105,8400 * 160 440 13 - 7 x 153 78 106,7 3867 78 115,8

AluMIDIH

[]bNT

[]hNT

[]

STA12 (2)

[ - x L]

LBA 4 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

LBS 5 x 60

[]

EN 1995:2008RV,k[]

120 120 160 3 - 12 x 120 22 23,1 1070 22 25,6160 120 200 4 - 12 x 120 30 34,6 1820 30 40,5200 120 240 5 - 12 x 120 38 46,6 2320 38 54,9240 120 280 6 - 12 x 120 46 59,8 3010 46 68,2280 140 320 7 - 12 x 140 54 77,2 3390 54 86,4320 140 360 8 - 12 x 140 62 93,2 3580 62 100,9360 160 400 9 - 12 x 160 70 112,0 3760 70 123,9

400 * 160 440 10 - 12 x 160 78 127,0 4190 78 139,8

AluMIDI

AluMIDI

* , ALUMIDI2200

* , ALUMIDI2200

- -

(1) WS 7 (fu,k = 550 N/2).(2) STA 12 (fu,k = 360 N/2).(3) (. 26). / ; / . (4) = 30% (16,7) AluMIDI. AluMIDI , AluMIDI2200.

38 ALUMIDI

bNT FV

hNT H

mycalculation software by rothoblaas

AluMIDIH

[]bNT

[]hNT

[]

WS7 (1)

[ - x L]

LBA 4 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

LBS 5 x 60

[]

EN 1995:2008RV,k[]

80 120 120 3 - 7 x 113 10 7,4 393 10 9,4120 120 160 4 - 7 x 113 14 14,6 853 14 15,6160 120 200 5 - 7 x 113 18 20,6 1143 18 24,9200 120 240 7 - 7 x 113 22 27,2 1433 22 34,7240 120 280 9 - 7 x 113 26 34,4 1713 26 44,4

280 * 140 320 9 - 7 x 133 30 44,2 1833 30 54,7320 * 140 360 11 - 7 x 133 34 54,6 1963 34 64,6360 * 160 400 11 - 7 x 153 38 63,5 2143 38 74,8400 * 160 440 13 - 7 x 153 42 74,4 2365 42 84,0

AluMIDIH

[]bNT

[]hNT

[]

STA12 (2)

[ - x L]

LBA 4 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

LBS 5 x 60

[]

EN 1995:2008RV,k[]

120 120 160 3 - 12 x 120 14 18,1 853 14 21,4160 120 200 4 - 12 x 120 18 26,2 1143 18 30,8200 120 240 5 - 12 x 120 22 34,6 1433 22 39,5240 120 280 6 - 12 x 120 26 43,7 1713 26 48,2280 140 320 7 - 12 x 140 30 53,5 1823 30 63,0320 140 360 8 - 12 x 140 34 63,7 1963 34 72,7360 160 400 9 - 12 x 160 38 79,4 2143 38 82,3

400* 160 440 10 - 12 x 160 42 88,6 2365 42 91,7

AluMIDI

AluMIDI

(3)

* , ALUMIDI2200

* , ALUMIDI2200

, . myProject (www.rothoblaas.com) , , , .

( ETA 09/0361 ).

ALUMINI, MIDI MAXI .

39ALUMIDI

bNT FV

hNT H

= 30%

AluMIDIH

[]bNT

[]hNT

[]

WS7 (1)

[ - x L]

LBA 4 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

LBS 5 x 60

[]

EN 1995:2008RV,k[]

80 120 140 3 - 7 x 113 14 9,1 540 14 11,6120 120 180 4 - 7 x 113 22 16,6 1070 22 21,5160 120 220 5 - 7 x 113 30 25,7 1530 30 32,7200 120 260 7 - 7 x 113 38 36,7 2030 38 45,9240 120 300 9 - 7 x 113 46 50,0 2720 46 62,4

280 * 140 340 10 - 7 x 133 54 64,3 2890 54 78,1320 * 140 380 11 - 7 x 133 62 75,7 3180 62 87,7360 * 160 420 12 - 7 x 153 70 93,2 3470 70 105,8400 * 160 460 13 - 7 x 153 78 106,7 3867 78 115,8

AluMIDIH

[]bNT

[]hNT

[]

STA12 (2)

[ - x L]

LBA 4 x 60

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

LBS 5 x 60

[]

EN 1995:2008RV,k[]

120 120 160 3 - 12 x 120 22 23,1 1070 22 25,6160 120 200 4 - 12 x 120 30 34,6 1820 30 40,5200 120 240 5 - 12 x 120 38 46,6 2320 38 54,9240 120 280 6 - 12 x 120 46 59,8 3010 46 69,2280 140 320 7 - 12 x 140 54 77,2 3390 54 89,0320 140 360 8 - 12 x 140 62 93,2 3580 62 104,8360 160 400 9 - 12 x 160 70 114,2 3760 70 126,1

400 * 160 440 10 - 12 x 160 78 127,0 4190 78 143,6

4

* , ALUMIDI2200

* , ALUMIDI2200

AluMIDI

AluMIDI

- /

EN 1995: 2008 ETA-09/0361. :

m kmod , .

DIN 1052:1988. , k = 380 /3.

, RV,k . , .

40 ALUMIDI

bNTFV

hNT H

AluMIDI

AluMIDI

AluMIDIH

[]bNT

[]hNT

[]

WS7 (2)

[ - x L]

SKR 10 x 80 (4)

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

80 120 120 2 - 7 x 113 2 6,9 340120 120 160 3 - 7 x 113 3 11,4 570160 120 200 4 - 7 x 113 4 16,0 800200 120 240 5 - 7 x 113 5 20,6 1030240 120 280 6 - 7 x 113 6 25,2 1260

280 * 140 320 7 - 7 x 133 7 29,7 1490320 * 140 360 8 - 7 x 133 8 34,3 1720360 * 160 400 9 - 7 x 153 9 38,9 1950400 * 160 440 10 - 7 x 153 10 43,2 2167

AluMIDIH

[]bNT

[]hNT

[]

STA12 (3)

[ - x L]

SKR 10 x 80 (4)

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

120 120 160 3 - 12 x 120 3 12,6 630160 120 200 4 - 12 x 120 4 17,7 880200 120 240 5 - 12 x 120 5 22,8 1140240 120 280 6 - 12 x 120 6 27,8 1390280 140 320 7 - 12 x 140 7 32,9 1640320 140 360 8 - 12 x 140 8 37,9 1900360 160 400 9 - 12 x 160 9 43,0 2150

400 * 160 440 10 - 12 x 160 10 47,8 2389

(1)

* , ALUMIDI2200

* , ALUMIDI2200

41ALUMIDI

bNTFV

hNT H

AluMIDIH

[]bNT

[]hNT

[]

WS7 (2)

[ - x L]

VINYLPRO8 x 110 (5)

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

80 120 120 3 - 7 x 113 4 11,9 606120 120 160 4 - 7 x 113 4 19,0 948160 120 200 5 - 7 x 113 6 30,3 1516200 120 240 7 - 7 x 113 7 37,8 1894240 120 280 9 - 7 x 113 8 46,8 2343

280 * 140 320 10 - 7 x 133 9 54,6 2724320 * 140 360 11 - 7 x 133 11 58,5 2926360 * 160 400 12 - 7 x 153 12 68,1 3405400 * 160 440 13 - 7 x 153 14 78,1 3906

AluMIDIH

[]bNT

[]hNT

[]

STA12 (3)

[ - x L]

VINYLPRO8 x 110 (5)

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

120 120 160 3 - 12 x 120 4 19,0 948160 120 200 4 - 12 x 120 6 30,3 1516200 120 240 5 - 12 x 120 7 37,8 1894240 120 280 6 - 12 x 120 8 46,8 2343280 140 320 7 - 12 x 140 9 54,6 2724320 140 360 8 - 12 x 140 11 58,5 2926360 160 400 9 - 12 x 160 12 68,1 3405

400 * 160 440 10 - 12 x 160 14 78,1 3906

(1)

* , ALUMIDI2200

* , ALUMIDI2200

- / - /

EN 1995: 2008 ETA-09/0361.

:

mc 1.50. DIN 1052:1988. , k = 380 /3 C25/30.

.

, .

(1) , (..26).(2) WS 7 (fu,k = 550 N/2).(3) STA 12 (fu,k = 360 N/2).(4) A SKR ( n. 2006/5205/1).(5) VINYLPRO ( INA) 5.8. hef = 90 .

AluMIDI

AluMIDI

42 ALUMIDI

Alu , , , ( rothoblaas).

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44 ALUMAXI

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45ALUMAXI

FV

FV

FUP

FUP

H

H

- - -

ALUMAXI: EN AW-6005A. 1 2 (EN 1995:2008).

d []

LBA 6 364

WS 7 368

STA 16 50

KOS M16 54

VINYLPRO M16 346

EPOPLUS M16 354

-

H [] /-ALUMAXI384L 384 1ALUMAXI512L 512 1ALUMAXI640L 640 1ALUMAXI768L 768 1

ALUMAXI2176L 2176 1

H [] /-ALUMAXI2176 2176 1

/-ATALUMAXI AluMAXI STA 16 1

ALUMAXI

ALUMAXI

9 (. 147)

46 ALUMAXI

LBLBLA

s2 s2LA LA

a3,t

a3,thmin

hef

Tinst

a4,c a4,t

a4,t

a4,c

a4,c

as

as

a2

a2

as

as

s1 s1

3H

139 33

3264

32

25,5

64

25,579

2

1

1

5

2

6

3

7

4

8

AluMAXI

AluMAXI

s1 [] 12 12 s2 [] 10 10 LA [] 130 130 LB [] 172 172 1 [] 7,5 7,5 2 [] 17,0 17,0 () 3 [] 17,0 -

- STA 16 - a2 [] 3 d 48 - a4,t [] 4 d 64 - a4,c [] 3 d 48 - a3,t [] {7 d; 80} 112 - as [] 1,2 do (1) 21

- LBA 6 - a4,c [] 5 d 30

- CLS VINYLPRO 16 hmin [] hef + 2 d0 d0 [] 18 Tinst [Nm] 80

(1)

hef =

ALUMAXI c

ALUMAXI

ALUMAXI

47ALUMAXI

bNT

bNT

FV

FV

hNT

hNT

H

H

I

AluMAXIH

[]bNT

[]hNT

[]

STA16 (1)

[ - x L]

LBA 6 x 100

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

384 160 432 6 - 16 x 160 24 58,6 2200448 * 160 496 7 - 16 x 160 28 76,7 2605512 160 560 8 - 16 x 160 32 95,9 3010

576 * 160 624 9 - 16 x 160 36 116,0 3495640 160 688 10 - 16 x 160 40 136,7 3980

704 * 160 752 11 - 16 x 160 44 157,9 4460768 160 816 12 - 16 x 160 48 179,3 4940

832 * 160 880 13 - 16 x 160 52 200,9 5370896 * 160 944 14 - 16 x 160 56 222,5 5800960 * 160 1008 15 - 16 x 160 60 244,2 6230

I

AluMAXIH

[]bNT

[]hNT

[]

STA16 (1)

[ - x L]

LBA 6 x 100

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

384 160 432 6 - 16 x 160 48 117,3 4060448 * 160 496 7 - 16 x 160 56 150,6 5035512 160 560 8 - 16 x 160 64 172,1 6010

576 * 160 624 9 - 16 x 160 72 193,7 6980640 160 688 10 - 16 x 160 80 215,2 7950

704 * 160 752 11 - 16 x 160 88 236,7 8910768 160 816 12 - 16 x 160 96 258,2 9870

832 * 160 880 13 - 16 x 160 104 279,7 10735896 * 160 944 14 - 16 x 160 112 301,2 11600960 * 160 1008 15 - 16 x 160 120 322,8 12465

(2)

* , ALUMAXI2176L ALUMAXI2176


48 ALUMAXI

bNTFV

hNT H

mycalculation software by rothoblaas

I

AluMAXIH

[]bNT

[]hNT

[]

STA16 (1)

[ - x L]

VINYLPRO16 x 160 (4)

[]

EN 1995:2008RV,k[]

DIN 1052:1988 Vadm[]

384 160 432 6 - 16 x 160 6 133,5 5684448 * 160 496 7 - 16 x 160 8 155,7 6628512 160 560 8 - 16 x 160 8 178,0 7573

576 * 160 624 9 - 16 x 160 10 200,2 9584640 160 688 10 - 16 x 160 10 222,4 9470

704 * 160 752 11 - 16 x 160 12 244,7 11465768 160 816 12 - 16 x 160 12 266,9 11361

832 * 160 880 13 - 16 x 160 14 289,2 13326896 * 160 944 14 - 16 x 160 14 311,4 13257960 * 160 1008 15 - 16 x 160 16 333,7 15213

(3)


EN 1995: 2008 ETA-09/0361.

:

m kmod , . DIN 1052:1988. , k = 380 /3 C25/30.

.

RV,k . , .

myProject (www.rothoblaas.com).

(1) STA 16 (fu,k = 470 N/2). (2) (. 26). / ; / .(3) , (..26).(4) VINYLPRO ( INA) 5.8. hef = 128 .

49ALUMAXI

STA

MA CE

EN14592

S355

, (16 e 20)

.

1,0 m

-

- -


50 STA

12 16 208

500

400

300

200

100

- ALU . ,

CE . , ( )

AMMA

8,0 12,0 S235; 16,0 20,0 S355. 1,0 . - .

51STA

Ld

STA

STAS

d [] L [] /-

8

STA860B 60 S235 200STA870B 70 S235 200STA880B 80 S235 200STA890B 90 S235 200STA8100B 100 S235 200STA8110B 110 S235 200STA8120B 120 S235 200STA8140B 140 S235 200

12

STA1260B 60 S235 100STA1270B 70 S235 100STA1280B 80 S235 100STA1290B 90 S235 100STA12100B 100 S235 100STA12110B 110 S235 100STA12120B 120 S235 100STA12130B 130 S235 100STA12140B 140 S235 100STA12150B 150 S235 100STA12160B 160 S235 100STA12170B 170 S235 100STA12180B 180 S235 100STA12200B 200 S235 100STA12220B 220 S235 100STA12240B 240 S235 100STA12260B 260 S235 100STA12280B 280 S235 100STA12320B 320 S235 100STA12340B 340 S235 100STA12360B 360 S235 100STA12400B 400 S235 100

12 STA121000B 1000 S235 1

16

STA1680B 80 S355 50STA16100B 100 S355 50STA16110B 110 S355 50STA16120B 120 S355 50STA16130B 130 S355 50STA16140B 140 S355 50STA16150B 150 S355 50STA16160B 160 S355 50STA16170B 170 S355 50STA16180B 180 S355 50STA16190B 190 S355 50STA16200B 200 S355 50STA16220B 220 S355 50

d [] L [] /-

16

STA16240B 240 S355 50STA16260B 260 S355 50STA16280B 280 S355 50STA16300B 300 S355 50STA16320B 320 S355 50STA16340B 340 S355 50STA16360B 360 S355 50STA16380B 380 S355 50STA16400B 400 S355 50STA16420B 420 S355 50STA16440B 440 S355 50STA16460B 460 S355 50STA16480B 480 S355 50STA16500B 500 S355 50

16 STA161000B 1000 S355 1

20

STA20120B 120 S355 25STA20140B 140 S355 25STA20150B 150 S355 25STA20160B 160 S355 25STA20180B 180 S355 25STA20190B 190 S355 25STA20200B 200 S355 25STA20220B 220 S355 25STA20240B 240 S355 25STA20260B 260 S355 25STA20280B 280 S355 25STA20300B 300 S355 25STA20320B 320 S355 25STA20340B 340 S355 25STA20360B 360 S355 25STA20380B 380 S355 25STA20400B 400 S355 25STA20420B 420 S355 25STA20440B 440 S355 25STA20460B 460 S355 25STA20480B 480 S355 25STA20500B 500 S355 25

20 STA201000B 1000 S355 1

, , (. STAS16200).

52 STA

Ld

FV FV

a1 a1a1 a1 a3,t a3,c

a4,t a4,ca2 a2a2 a2

- --

STA 8 - 12: S235 .STA 16 - 20: S355 . 1 2 (EN 1995:2008).

d [] 8 12 16 20

L [] 60 140 60 400 80 500 120 500

Ma S235 S235 S355 S355

f u,k,MIN [N/2] 360 360 460 460f y,k,MIN [N/2] 235 235 355 355

My,k [N] 24100 69100 191000 340000

EN 14592

-90 < < 90

90 < < 270

0 < < 180

180 < < 360

EN 1995:2014 , .

8 12 16 20 8 12 16 20a1 [] 40 60 80 100 24 36 48 60a2 [] 24 36 48 60 24 36 48 60a3,t [] 80 84 112 140 80 84 112 140a3,c [] 40 42 56 70 80 84 112 140a4,t [] 24 36 48 60 32 48 64 80a4,c [] 24 36 48 60 24 36 48 60

= 0 = 90

53STA

/ 2

KOS KOT

MA CE

EN14592

8,8 (KOS)

( )

AISI304/A2

( 3)

- -


54 KOS - KOT

M16

500

600

400

300

200

100

M12 M20

8.8 8.8 . , .

CE . , ( )

KOS: 8.8, . KOT: 4.8, . A2 EKS 8.8 ,

AMMA

55KOS - KOT

LA

d

d [] L [] A max [] /-

M12

KOS12100B 100 75 25KOS12120B 120 95 25KOS12140B 140 115 25KOS12160B 160 135 25KOS12180B 180 155 25KOS12200B 200 175 25KOS12220B 220 195 25KOS12240B 240 215 25KOS12260B 260 235 25KOS12280B 280 255 25KOS12300B 300 275 25KOS12320B 320 295 25KOS12340B 340 315 25KOS12360B 360 335 25KOS12380B 380 355 25KOS12400B 400 375 25

M16

KOS16120B 120 85 15KOS16140B 140 105 15KOS16150B 150 115 15KOS16160B 160 125 15KOS16180B 180 145 15KOS16200B 200 165 15KOS16220B 220 185 15KOS16240B 240 205 15KOS16260B 260 225 15KOS16280B 280 245 15KOS16300B 300 265 15KOS16320B 320 285 15KOS16340B 340 305 15KOS16360B 360 325 15KOS16380B 380 345 15KOS16400B 400 365 15KOS16420B 420 385 15KOS16440B 440 405 15KOS16460B 460 425 15KOS16480B 480 445 15KOS16500B 500 465 15KOS16520B 520 485 15KOS16540B 540 505 15KOS16560B 560 525 15KOS16580B 580 545 15KOS16600B 600 565 15

d [] L [] A max [] /-

M20

KOS20120B 120 75 10KOS20140B 140 95 10KOS20160B 160 115 10KOS20180B 180 135 10KOS20200B 200 155 10KOS20220B 220 175 10KOS20240B 240 195 10KOS20260B 260 215 10KOS20280B 280 235 10KOS20300B 300 255 10KOS20320B 320 275 10KOS20340B 340 295 10KOS20360B 360 315 10KOS20380B 380 335 10KOS20400B 400 355 10KOS20420B 420 375 10KOS20440B 440 395 10KOS20460B 460 415 10KOS20480B 480 435 10KOS20500B 500 455 10KOS20520B 520 475 10KOS20540B 540 495 10KOS20560B 560 515 10KOS20580B 580 535 10KOS20600B 600 555 10

MUT934 2 ULS DIN 440.

* ISO 4016 DIN 601 k Ch . M12.

8.8 - DIN 601 (ISO 4016*)

KOS -

56 KOS - KOT

1 2 1

FV

Fax

Ch

L

b

k

d

ncnF

a1

t1t1 t2

19Td

100 200

(3x4) 12

(4x3) 12(4x4) 16

(4x5) 20

(5x5) 25

(5x6) 30

(7x6) 42

(7x5) 35

(6x5) 30

(6x4) 24

(6x3) 18

(2x4) 8

300 400 500 600 700 Rd [kN]0

5

10

15

20

25

30

35

40

45

- -

KOS: 8.8 . 1 2 (EN 1995:2008).

: s .

: EN 1995:2008 - m = 1.30 ( ) kmod = 0.9 ( -)

KOS

d [] M12 M16 M20

Ch [] 19 24 30 k [] 7,5 10,0 12,5

b[] L 125 30 38 46[] 125 < L 200 36 44 52[] L > 200 49 57 65

8.8 8.8 8.8

f u,k [N/2] 800 800 800f y,k [N/2] 640 640 640

My,k [N] 153000 324000 579000

DIN 601 (ISO 4016)

CE EN 14592

t1 = 160 t2 = 200 d = 20

a1 = 100 Td = Rd =

- 4.8 8.8

4.8

8.8

(nc x

nf)

[]

57KOS - KOT

dd

L

L

4.8 - o DIN 603 (ISO 8677*)

8.8 - DIN 933 (ISO 4014) - ()DIN 931 (ISO 4017) - ( )

d [] L [] /-

M8

KOT850 50 200KOT860 60 200KOT870 70 200KOT880 80 200KOT890 90 100KOT8100 100 100KOT8120 120 100KOT8140 140 100

M10

KOT10100 100 100KOT10120 120 50KOT10130 130 50KOT10140 140 50KOT10150 150 50KOT10160 160 50KOT10180 180 50KOT10200 200 50KOT10220 220 50

M12

KOT12200 200 25KOT12220 220 25KOT12240 240 25KOT12260 260 25KOT12280 280 25KOT12300 300 25

d [] L [] /-

M20

EKS2040 40 25EKS2050 50 25EKS2060 60 25EKS2070 70 25EKS2080 80 25EKS20100 100 25

M24

EKS2440 40 25EKS2450 50 25EKS2460 60 25EKS2465 65 25EKS2470 70 25EKS2480 80 25EKS2485 85 25

* ISO 8677 DIN 603 k Ch M10 M12.

KOT

EKS

58 KOS - KOT

AISI 304

A2

AISI 304

A2

d

d

L

L

A2 DIN 931 (ISO 4017*)

A2 DIN 603 (ISO 8677*)

d [] L [] /-

M10

AI60110100 100 50AI60110120 120 50AI60110140 140 50AI60110160 160 50AI60110180 180 50AI60110200 200 50

M12

AI60112100 100 10AI60112120 120 10AI60112140 140 10AI60112160 160 10AI60112180 180 10AI60112200 200 10AI60112220 220 10AI60112240 240 10AI60112260 260 10

M16

AI60116120 120 10AI60116140 140 10AI60116150 150 10AI60116160 160 10AI60116180 180 10AI60116200 200 10AI60116220 220 10AI60116240 240 10AI60116260 260 10AI60116280 280 10AI60116300 300 10

d [] L [] /-

M8

AI603850 50 50AI603860 60 50AI603870 70 50AI603880 80 50AI603890 90 50AI6038100 100 50AI6038120 120 50AI6038140 140 50

M10

AI6031070 70 50AI6031080 80 50AI6031090 90 50AI60310100 100 50AI60310110 110 50AI60310120 120 50AI60310130 130 50AI60310140 140 50AI60310150 150 50AI60310160 160 50AI60310180 180 50AI60310200 200 50AI60310220 220 50

M12

AI60312140 140 50AI60312160 160 50AI60312180 180 50AI60312200 200 50AI60312220 220 50AI60312240 240 50AI60312280 280 50AI60312300 300 50

* ISO 8677 DIN 603 k Ch M10 M12.

* ISO 8677 DIN 603 k Ch M10 M12.

AI 601

AI 603

59KOS - KOT

dd

L

L

, MET

L [] /-MGS10008 M8 1000 10MGS100010 M10 1000 10MGS100012 M12 1000 10MGS100014 M14 1000 10MGS100016 M16 1000 10MGS100018 M18 1000 10MGS100020 M20 1000 10MGS100022 M22 1000 10MGS100024 M24 1000 10MGS100027 M27 1000 10MGS100030 M30 1000 10

L [] /-MGS10888 M8 1000 1MGS11088 M10 1000 1MGS11288 M12 1000 1MGS11488 M14 1000 1MGS11688 M16 1000 1MGS11888 M18 1000 1MGS12088 M20 1000 1MGS12488 M24 1000 1MGS12788 M27 1000 1

4.8 - DIN 975

8.8 - DIN 975

MGS 1000

MGS 1000

60 MET

dL

d1

p

d2

N,ax

N,ax

L

d

L [] /-MGS220012 M12 2200 1MGS220016 M16 2200 1MGS220020 M20 2200 1

4.8 8.8 4.8 8.8

d1 []d2

[]p

[]A[2]

Nax,k[]

Nax,k[]

Nadm[]

Nadm[]

M8 8,0 6,47 1,25 36,6 13,2 26,4 586 1365M10 10,0 8,16 1,50 58,0 20,9 41,8 928 2163M12 12,0 9,85 1,75 84,3 30,3 60,7 1349 3144M14 14,0 11,55 2,00 115,0 41,4 82,8 1840 4290M16 16,0 13,55 2,00 157,0 56,5 113,0 2512 5856M18 18,0 14,93 2,50 192,0 69,1 138,2 3072 7162M20 20,0 16,93 2,50 245,0 88,2 176,4 3920 9139M22 22,0 18,93 2,50 303,0 109,1 218,2 4848 11302M24 24,0 20,32 3,00 353,0 127,1 254,2 5648 13167M27 27,0 23,32 3,00 459,0 165,2 330,5 7344 17121M30 30,0 25,71 3,50 561,0 202,0 403,9 8976 20925

L [] d [] [] /-FE010335 M12 54 22 24 100FE013340 M16 72 28,5 32 50

EN 1993. : Nax,d = Nax,k / m2

-

4.8 - DIN 975

MGS 2200

DIN 1052

SIMPLEX

61MET

dINT

dINT

dINT

dEXT

dEXT

dEXT

dINTdEXT

dINT [] dEXT [] s [] /-ULS8242 M8 8,4 24 2 200ULS10302 M10 10,5 30 2,5 200ULS13373 M12 13 37 3 100ULS15443 M14 15 44 3 100ULS17503 M16 17 50 3 100ULS20564 M18 20 56 4 50ULS22604 M20 22 60 4 50

dINT [] dEXT [] s [] /-ULS81616 M8 8,4 16 1,6 1000ULS10202 M10 10,5 20 2 500ULS13242 M12 13 24 2,5 500ULS17303 M16 17 30 3 250ULS21373 M20 21 37 3 250ULS25444 M24 25 44 4 200ULS28504 M27 28 50 4 20ULS31564 M30 31 56 4 20

dINT [] dEXT [] s [] /-ULS11343 M10 11 34 3 200ULS13444 M12 13,5 44 4 200ULS17565 M16 17,5 56 5 50ULS22726 M20 22 72 6 50ULS26856 M24 26 85 6 25

dINT [] dEXT [] s [] /-ULS14586 M12 14 58 6 50ULS18686 M16 18 68 6 50ULS22808 M20 22 80 8 25ULS25928 M24 25 92 8 20ULS271058 M27 27 105 8 20

* ISO 9073 DIN 9021

* ISO 7089 DIN 125 A

* ISO 7094 DIN 440 R

S235 - DIN 9021 (ISO 9073*)

S235 - DIN 440 R (ISO 7094*)

S235 - DIN 1052

S235 - DIN 125 A (ISO 7089*)

ULS 9021

ULS 440

ULS 1052

ULS 125

62 MET

sdINT

dEXT

N,ax

N,ax N,ax

N > Nax,Max

dINT[]dEXT

[]s

[]Nax,k[]

Nadm[]

M10

DIN 125 A 10,5 20,0 2,0 1,84 68DIN 9021 10,5 30,0 2,5 5,02 186DIN 440 R 11 34,0 3,0 6,58 244DIN 1052 - - - - -

M12

DIN 125 A 13,0 24,0 2,5 2,59 96DIN 9021 13,0 37,0 3,0 7,63 283DIN 440 R 13,5 44,0 4,0 11,16 413DIN 1052 14,0 58,0 6,0 20,15 746

M16

DIN 125 A 17,0 30,0 3,0 3,89 144DIN 9021 17,0 50,0 3,0 14,07 521DIN 440 R 17,5 56,0 5,0 18,00 667DIN 1052 18,0 68,0 6,0 27,36 1013

M20

DIN 125 A 21,0 37,0 3,0 5,90 219DIN 9021 22,0 60,0 4,0 19,82 734DIN 440 R 22,0 72,0 6,0 29,90 1107DIN 1052 22,0 80,0 8,0 37,64 1394

M24

DIN 125 A 25,0 44,0 4,0 8,34 309DIN 9021 - - - - -DIN 440 R 26,0 85,0 6,0 41,66 1543DIN 1052 25,0 92,0 8,0 49,87 1847

:

EN 1995: 2008. :

m kmod , .

, k = 380 /

3.

, .

DIN 1052:1988.

63MET

AISI 304

A2

Ch

h

Ch

h

Ch

h

h

Ch

h [] Ch [] /-MUT9348 M8 6,5 13 400MUT93410 M10 8 17 500MUT93412 M12 10 19 500MUT93414 M14 11 22 200MUT93416 M16 13 24 200MUT93418 M18 15 27 100MUT93420 M20 16 30 100MUT93422 M22 18 32 50MUT93424 M24 19 36 50MUT93427 M27 22 41 25MUT93430 M30 24 46 25

h [] Ch [] /-MUT933410 M10 30 17 10MUT933412 M12 36 19 10MUT933416 M16 48 24 10MUT933420 M20 30 30 10

h [] Ch [] /-MUT15878S M8 15 13 200MUT158710S M10 18 17 50MUT158712S M12 22 19 50MUT158714S M14 25 22 50MUT158716S M16 28 24 100MUT158718S M18 32 27 50MUT158720S M20 34 30 25MUT158722S M22 39 32 25MUT158724S M24 42 36 25

* ISO 4032 DIN 934 h Ch M10, M12, M14 M22

* ISO 10511 DIN 985 h Ch M10 M12

h [] Ch [] /-MUT98510 M10 10 17 1MUT98512 M12 12 19 1MUT98516 M16 16 24 1

A2 DIN 985 (ISO 10511*)

8 - DIN 1587

8 - DIN 6334

8 DIN 934 (ISO 4032*)

MUT 985

MUT 1587

MUT 6334

MUT 934

64 MET

AISI 304

A2

AISI 304

A2

AISI 304

A2

AISI 304

A2

Ch

h

h

d

L

Ch

dINTdEXT

L [] /-AI97510 M10 1000 5AI97512 M12 1000 5AI97516 M16 1000 5AI97520 M20 1000 5

h [] Ch [] /-AI9348 M8 6,5 13 500AI93410 M10 8 16 200AI93412 M12 10 18 200AI93416 M16 13 24 100AI93420 M20 16 30 50

h [] Ch [] /-AI158710 M10 18 17 100AI158712 M12 22 19 100AI158716 M16 28 24 50AI158720 M20 34 30 25

* ISO 4032 DIN 934 h Ch M10 M12

A2 DIN 975

A2 DIN 934 (ISO 4032*)

A2 DIN 1587

A2 DIN 9021 (ISO 9073*)

MGS

AI 934

AI 1587

AI 9021

dINT [] dEXT [] s [] /-AI90218 M8 8,4 24 2 500AI902110 M10 10,5 30 2,5 500AI902112 M12 13 37 3 200AI902116 M16 17 50 3 100AI902120 M20 22 60 4 50

* ISO 9073 DIN 9021

65MET

VGS 45

,

VGS, 9 11

VGS 45


45 VGS

VGU

66 VGU

45

VGS ,

67VGU

d1

L

FV

ETA 11/0030

L

H

h

dD

-

VGU: S235 . 1 2 (EN 1995:2008).

/-HUS945 VGS 9 1HUS1145 VGS 11 1

d1 [] L [] TX /-VGS9160 9 160 TX40 25VGS9200 9 200 TX40 25VGS9240 9 240 TX40 25VGS9280 9 280 TX40 25VGS9320 9 320 TX40 25VGS9360 9 360 TX40 25VGS11100 11 100 TX50 25VGS11150 11 150 TX50 25VGS11200 11 200 TX50 25VGS11250 11 250 TX50 25VGS11300 11 300 TX50 25VGS11350 11 350 TX50 25VGS11400 11 400 TX50 25VGS11450 11 450 TX50 25VGS11500 11 500 TX50 25VGS11550 11 550 TX50 25VGS11600 11 600 TX50 25

VGU

VGS

HUS945 HUS1145

VGS d1 [] 9,0 11,0 d [] 9,5 11,5 D [] 18,0 22,0 L [] 34,8 42,1 h [] 3,0 3,6 H [] 20,5 24,8

,

68 VGU

LF

BF

SPLATE

FV FV

A A45 45

S g S gFV FV

SPLATESPLATE

d1

L

HUS945 HUS1145

LF [] 35,0 43,0 36,0 44,0

BF [] 14,0 17,0 15,0 18,0

SPLATE [] 3,0 4,0

12,0* 15,0*

* , . 5 VGS > 300 . , VGU.

EN 1995: 2008 ETA-11/0030.

DIN 1052:1988. , k = 380 /3.

, 45 , , Sg.

(1) (RV,d) (Rtens,d 45).

, VGU. SPLATE . .

(1) (1)

SPLATE = 3 SPLATE = 3 SPLATE = 12 SPLATE = 12

d1[]

L[]

Sg []

AMIN[]

RV,k[]

Rtens,k 45

[]Vadm 45

[] Sg

[] AMIN[]

RV,k[]

Rtens,k 45

[]Vadm 45

[]

VGS 9

160 140 120 10,12

17,96

445 125 110 9,04

17,96

398200 180 145 13,01 573 165 135 11,93 525240 220 175 15,90 700 205 165 14,82 652280 260 205 18,80 827 245 195 17,71 780320 300 230 21,69 903 285 220 20,60 903360 340 260 24,58 903 325 250 23,50 903

SPLATE = 4 SPLATE = 4 SPLATE = 15 SPLATE = 15

VGS 11

100 80 75 7,07

26,87

311 65 60 5,74

26,87

253150 130 110 11,49 506 115 95 10,16 447200 180 145 15,90 700 165 130 14,58 642250 230 185 20,32 894 215 170 19,00 836300 280 220 24,74 1089 265 205 23,41 1031350 330 255 29,16 1130 315 240 27,83 1130400 380 290 33,58 1130 365 275 32,25 1130450 430 325 37,99 1130 415 310 36,67 1130500 480 360 42,41 1130 465 345 41,09 1130550 530 395 46,83 1130 515 380 45,50 1130600 580 430 51,25 1130 565 415 49,92 1130

RV

69VGU

TX

,

,

,

-


DISC

70 DISC

,

. ,

71DISC

FUP

FAX

D1

FV

D1

s1 s2

D2M

DISC

-

DISC: S235 . 1 2 (EN 1995:2008).

d x L [] o

DISC55 5 x 50 TX20

DISC80 6 x 60 TX25

DISC120 6 x 90 TX25

KOS M12 - M16 - M20 - 54

ULS DIN 1052 M12 - M16 - M20 - 62

D1 [] /-DISC55 DISC55 55 M12 1DISC80 DISC80 80 M16 1DISC120 DISC120 120 M20 1

,

DISC ()

D1 [] D2 [] s1 [] s2 [] M [] d x L [] []

DISC55 55 20 10 20 M12 5 x 50 8DISC80 80 25 10 25 M16 6 x 60 8DISC120 120 30 10 30 M20 6 x 90 16

72 DISC

bJ

hJ

DF2

DF3

a3

a3

a1

a1a3 a3

DF1

SF1 SF2

1

4

2

5

3

6

2

D1 [] bJ [] hJ [] DF2 [] SF2 []

DISC55 55 80 80 20 20DISC80 80 100 100 25 25DISC120 120 140 140 30 30

1 3

D1 [] DF1 [] SF1 [] DF3* []

DISC55 55 56 11 13DISC80 80 81 11 17DISC120 120 121 11 21

D1 [] a1,min [] a3,min []

DISC55 55 80 40DISC80 80 100 50DISC120 120 140 70

-

MO

* , KOS

73DISC

FAX

FUP

FVhJ

DISC

RV

Rup

Rax (1)

EN 1995: 2008 Nr. 1554/2008 (Holz Forschung Austria).

:

m kmod , . , k = 380 /3.

.

:

DIN 1052:1988.

(1) . , .

bJ,min []hJ,min []

RV,k []

Vadm[]

DISC55 80 120 9,4 461DISC80 100 160 12,7 606

DISC120 140 180 24,9 1183

bJ,min []hJ,min []

Rup,k []

Vadm[]

DISC55 80 120 9,4 461DISC80 100 160 12,7 606

DISC120 140 180 24,9 1183

bJ,min []hJ,min []

Rax,k []

Nadm []

DISC55 80 80 13,5 642DISC80 100 100 18,4 763

DISC120 140 140 62,4 2444

74 DISC

RICON

- ,


,

50 ,

- 12

( ).

76 RICON

.

, . ; ,

, . RICON

77RICON

FUP

FLAT FAX

FV

H

H

B

B P

B [] H [] /-KNK360 40 60 50KNK361 40 80 25KNK362 40 100 25KNK363 40 120 25KNK365 40 140 25KNK364 40 160 25

B [] H [] P [] /-KNK16048 40 60 50 25KNK16058 40 60 60 25KNK16078 40 60 80 25

KNK16148 40 80 50 25KNK16158 40 80 60 25KNK16178 40 80 80 25

KNK16248 40 100 50 25KNK16258 40 100 60 25KNK16278 40 100 80 25

KNK16348 40 120 50 25KNK16358 40 120 60 25KNK16378 40 120 80 25

KNK16548 40 140 50 25KNK16558 40 140 60 25KNK16578 40 140 80 25

KNK16448 40 160 50 25KNK16458 40 160 60 25KNK16478 40 160 80 25

/-KNK064 25

RICON

RICON

- - -

, 6 (. 91-93)

RICON: . 1 2 (EN 1995:2008).

/ P =

78 RICON

BB

B

B

H

H

5,5

5,5

BF=B BH

SF

bJ

bJ

hJ

hJ

HF

HF

SF SF

P

H

H

H

BF=B

bJ

RICON

RICON

* : 5 x 30 / ** : 10

RICON SK ( .)

B x H []8 x 50*

[]5 x 50

[]8 x 80*

[]5 x 80

[]KNK360 40 x 60 1 2 1 2KNK361 40 x 80 2 2 2 2KNK362 40 x 100 2 4 2 4KNK363 40 x 120 2 6 2 6KNK365 40 x 140 2 8 2 8KNK364 40 x 160 2 10 2 10

RICON SK ( .)

B x H [] **

[ - d x L]5 x 50

[]8 x 80*

[]5 x 80

[]KNK16048/58/78 40 x 60 1 - M8 x 48/58/78 2 - M5 x 48/58/78 2 4KNK16148/58/78 40 x 80 2 - M8 x 48/58/78 2 4 4KNK16248/58/78 40 x 100 2 - M8 x 48/58/78 4 4 8KNK16348/58/78 40 x 120 2 - M8 x 48/58/78 6 4 12KNK16548/58/78 40 x 140 2 - M8 x 48/58/78 8 4 16KNK16448/58/78 40 x 160 2 - M8 x 48/58/78 10 4 20

RICON ; , , .

B x H [] bJ [] hJ [] BH [] HF [] BF [] SF []

KNK360 40 x 60 50 80 60 70 40 12KNK361 40 x 80 50 100 60 90 40 12KNK362 40 x 100 50 120 60 110 40 12KNK363 40 x 120 50 140 60 130 40 12KNK365 40 x 140 50 160 60 150 40 12KNK364 40 x 160 50 180 60 170 40 12

B x H [] bJ [] hJ [] HF [] BF [] SF [] P []

KNK16048/58/78 40 x 60 50 80 70 40 12 50 / 60 / 80KNK16148/58/78 40 x 80 50 100 90 40 12 50 / 60 / 80KNK16248/58/78 40 x 100 50 120 110 40 12 50 / 60 / 80KNK16348/58/78 40 x 120 50 140 130 40 12 50 / 60 / 80KNK16548/58/78 40 x 140 50 160 150 40 12 50 / 60 / 80KNK16448/58/78 40 x 160 50 180 170 40 12 50 / 60 / 80

RICON /

RICON /

, , , (www.rothoblaas.com).

79RICON

hJ

bJBH

FlatFax

FV

RICON

RICONB x H []

BH,min []

bJ,min []

hJ,min []

RV1,k

[]

RV2,k

[]Vadm

[]40 x 60 60 50 80 6,32 6,00 24040 x 80 60 50 100 10,30 11,00 380

40 x 100 60 50 120 15,40 14,00 48040 x 120 60 50 140 19,75 18,00 59040 x 140 60 50 160 24,11 18,00 70040 x 160 60 50 180 28,46 18,00 800

RICONB x H []

BH,min []

bJ,min []

hJ,min []

Rlat1,k[]

Rlat2,k[]

Vadm[]

40 x 60 60 50 80 6,33 4,00 24040 x 80 60 50 100 9,47 8,00 380

40 x 100 60 50 120 12,66 10,00 48040 x 120 60 50 140 16,04 12,00 59040 x 140 60 50 160 19,05 12,00 70040 x 160 60 50 180 22,06 12,00 800

RICONB x H []

BH,min []

bJ,min []

hJ,min []

Rax1,k

[]

Rax2,k

[]Nadm

[]40 x 60 60 50 80

8,36 11,80 295

40 x 80 60 50 10040 x 100 60 50 12040 x 120 60 50 14040 x 140 60 50 16040 x 160 60 50 180

RV

Rlat (1)

Rax (1)

EN 1995: 2008 ETA. (R1,d) (R2,d).

m kmod . ms 1.00.

DIN 1052:1988. , k = 380 /3.

.

:

80 RICON

Flat

Fax

FV

hJ

bJ

P

RV

Rlat (1)

Rax (1)

RICON

RICONB x H []

P

[]bJ,min []

hJ,min []

RV1,k

[]

RV2,k

[]Vadm

[]40 x 60 50 / 60 / 80 50 80 6,32 6,00 24040 x 80 50 / 60 / 80 50 100 10,3 11,00 380

40 x 100 50 / 60 / 80 50 120 15,4 14,00 48040 x 120 50 / 60 / 80 50 140 19,75 18,00 59040 x 140 50 / 60 / 80 50 160 24,11 18,00 70040 x 160 50 / 60 / 80 50 180 28,46 18,00 800

RICONB x H []

P

[]bJ,min []

hJ,min []

Rlat1,k[]

Rlat2,k[]

Vadm[]

40 x 60 50 / 60 / 80 50 80 6,33 4,00 24040 x 80 50 / 60 / 80 50 100 9,47 8,00 380

40 x 100 50 / 60 / 80 50 120 12,66 10,00 48040 x 120 50 / 60 / 80 50 140 16,04 12,00 59040 x 140 50 / 60 / 80 50 160 19,05 12,00 70040 x 160 50 / 60 / 80 50 180 22,06 12,00 800

RICONB x H []

P

[]bJ,min []

hJ,min []

Rax1,k

[]

Rax2,k

[]Nadm

[]40 x 60 50 / 60 / 80 50 80

8,36 11,80 295

40 x 80 50 / 60 / 80 50 10040 x 100 50 / 60 / 80 50 12040 x 120 50 / 60 / 80 50 14040 x 140 50 / 60 / 80 50 16040 x 160 50 / 60 / 80 50 180

(1) ; , , (www.rothoblaas.com).

81RICON

RICONS

VS ( ) VK (

)

,

- .

RICON S VS ,

( 100 )

- ,


82 RICON-S

.

. RICON-S VS RICON-S VK .

. RICON VS-S . -

83RICON-S

FUP

FLAT FAX

FV

H

H

B

B

d

L

B [] H [] /-KNK126 Ricon-S 60 VS 60 140 1KNK127 Ricon-S 60 VS 60 200 1KNK128 Ricon-S 80 VS 80 200 1KNK129 Ricon-S 80 VS 80 290 1

B [] H [] /-KNK130 Ricon-S 60 VK 60 140 5KNK132 Ricon-S 60 VK 60 200 5KNK138 Ricon-S 80 VK 80 200 5KNK141 Ricon-S 80 VK 80 290 5

d [] L [] /-KNZ580 SK - Ricon-S 60 8 80 50KNZ581 SK - Ricon-S 60 8 160 50KNZ582 SK - Ricon-S 80 10 100 50KNZ583 SK - Ricon-S 80 10 200 50

/-KNK157 Ricon-S 60 1KNK158 Ricon-S 80 1

RICON-S VS -

RICON-S VK -

RICON-S SK RICON-S VS

* *

, , 6 (. 91-93)

RICON-S: . 1 2 (EN 1995:2008).

o

Ricon-S SK Ricon-S VS .

Ricon-S VK

* rothoblaas

84 RICON-S

SF

B

B

B

B

H

H

5

5

12

12

BF=B BHbJ

hJHFH

RICON-S VS -

RICON-S VK -

(1)

RICON-S SK ( -) (1)

B x H []

KNZ580 8 x 80

[]

KNZ582 10 x 100

[]

KNZ581 8 x 160

[]

KNZ583 10 x 200

[]KNK126 60 x 140 7 10 - 7 10 -KNK127 60 x 200 8 16 - 8 16 -KNK128 80 x 200 - 8 16 - 8 16KNK129 80 x 290 - 8 20 - 8 20

MIN


KNK126 60 x 140 100 160 * 100 155 60 25KNK127 60 x 200 100 220 * 100 210 60 25KNK128 80 x 200 120 230 * 120 215 80 25KNK129 80 x 290 120 320 * 120 305 80 25

KNK130 60 x 140 100 160 100 155 60 25KNK132 60 x 200 100 220 100 210 60 25KNK138 80 x 200 120 230 120 215 80 25KNK141 80 x 290 120 320 120 305 80 25

-

RICON-S SK RICON-S VK ( -)

B x H []8 x 80

[]10 x 100

[]8 x 160

[]10 x 200

[]KNK130 60 x 140 8 (+ 1 12) - 8 (+ 1 12) -KNK132 60 x 200 9 (+ 1 12) - 9 (+ 1 12) -KNK138 80 x 200 - 9 (+ 1 16) - 9 (+ 1 16)KNK141 80 x 290 - 9 (+ 1 16) - 9 (+ 1 16)

*

, , (www.rothoblaas.com).

85RICON-S

hJ

bJBH

Flat Fax

FV

RICON-S VS -

RICON-S VSB x H []

BH,min []

(1)[ - x L]

bJ,min []

hJ,min []

(1)[ - x L]

RV1,k GL24h[]

RV1,k XLAM (2)[]

RV2,k

[]Vadm

[]

60 x 140 100 min 7 - 8 x 80 100 160 min 7 - 8 x 160 36,0 37,2 34,0 1565100 max 10 - 8 x 80 100 160 max 10 - 8 x 160 43,2 44,6 60,0 1878




RICON-S VSB x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

Rlat1,k GL24h[]

Rlat1,k XLAM (2)[]

Rlat2,k[]

Vadm[]

60 x 140 100 7 - 8 x 80 100 160 7 - 8 x 160 30,17 31,3 34,00 131260 x 200 100 8 - 8 x 80 100 220 8 - 8 x 160 33,88 35,1 34,00 147380 x 200 120 8 - 10 x 100 120 230 8 - 10 x 200 53,54 55,4 50,00 232880 x 290 120 8 - 10 x 100 120 320 8 - 10 x 200 55,06 56,9 50,00 2394

RICON-S VSB x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

Rax1,k GL24h[]

Rax1,k XLAM (2)[]

Rax2,k

[]Nadm

[]60 x 140 100 7 - 8 x 80 100 160 7 - 8 x 160 32,0 33,3 36,0 139160 x 200 100 8 - 8 x 80 100 220 8 - 8 x 16080 x 200 120 8 - 10 x 100 120 230 8 - 10 x 200 44,6 46,5 36,0 193980 x 290 120 8 - 10 x 100 120 320 8 - 10 x 200

RV

Rlat (3)

Rax (3)

EN 1995: 2008 ETA. (R1,d) (R2,d).

m kmod . ms 1.00.

DIN 1052:1988. .

:

86 RICON-S

hJ

bJBH

FlatFax

FV

RICON-S VKB x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

RV1,k GL24h[]

RV1,k XLAM (2)[]

RV2,k

[]Vadm

[]60 x 140 100 8 - 8 x 80 100 160 8 - 8 x 160 37,9 39,2 34,0 164860 x 200 100 9 - 8 x 80 100 220 9 - 8 x 160 49,0 50,6 34,0 213080 x 200 120 9 - 10 x 100 120 230 9 - 10 x 200 69,9 72,1 50,0 303980 x 290 120 9 - 10 x 100 120 320 9 - 10 x 200 70,5 73,0 50,0 3065

RICON-S VKB x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

Rlat1,k GL24h[]

Rlat1,k XLAM (2)[]

Rlat2,k[]

Vadm[]

60 x 140 100 8 - 8 x 80 100 160 8 - 8 x 160 29,7 30,8 34,0 129360 x 200 100 9 - 8 x 80 100 220 9 - 8 x 160 33,4 34,7 34,0 145380 x 200 120 9 - 10 x 100 120 230 9 - 10 x 200 53,0 54,9 50,0 230680 x 290 120 9 - 10 x 100 120 320 9 - 10 x 200 54,6 56,4 50,0 2373

RICON-S VKB x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

Rax1,k GL24h[]

Rax1,k XLAM (2)[]

Rax2,k

[]Nadm

[]60 x 140 100 8 - 8 x 80 100 160 8 - 8 x 160 13,0 13,5 18,0 56360 x 200 100 9 - 8 x 80 100 220 9 - 8 x 16080 x 200 120 9 - 10 x 100 120 230 9 - 10 x 200 18,6 19,3 18,0 80780 x 290 120 9 - 10 x 100 120 320 9 - 10 x 200

RV

Rlat (3)

Rax (3)

RICON-S VK -

(1) [] .(2) XLAM (Cross Laminated Timber) , k = 400 /3.(3) ; , , (www.rothoblaas.com).

87RICON-S

GIGANT

,

,

. ,

- - ,


88 GIGANT

.

, . , ,

.

89GIGANT

FUP

FLAT FAX

FV

H

B

GIGANT: . 1 2 (EN 1995:2008).

B [] H [] /-KNK051 40 120 25KNK050 40 150 25KNK052 40 180 25

GIGANT

, , 6 (. 91-93)

/-KNZ525 25

,

90 GIGANT

BB

H

H

25

25

6

6

B = BF BH

SF

bJ

hJHFH

1

4

2

5

3

6

MO

* : 6

GIGANT SK ( )

B x H [] 10 x 80*

[]10 x 120*

[]

KNK051 40 x 120 -3 3

l 3 3

KNK050 40 x 150- 4 4l 4 4

KNK052 40 x 180 -6 6

l 6 5

.


KNK051 40 x 120- 60 150 100 145 40 26,5l 60 150 100 145 40 26,5

KNK050 40 x 150- 80 200 100 180 40 26,5l 60 200 100 180 40 26,5

KNK052 40 x 180 -80 220 100 215 40 26,5

l 60 220 100 215 40 26,5

-

(., ), , (www.rothoblaas.com).

91GIGANT

Flat Fax

FV

hJ

bJBH

GIGANT

GIGANT

B x H []

BH,min []

bJ,min []

hJ,min []

RV1,k

[]

RV2,k

[]Vadm

[]

40 x 120 - 100 60 150 12,7 17,0 640l 100 60 150 12,7 640

40 x 150 - 100 80 200 19,6 24,0 850l 100 60 200 19,8 850

40 x 180 - 100 80 220 29,8 33,0 1270l 100 60 220 24,8 1060

GIGANT

B x H []

BH,min []

bJ,min []

hJ,min []

Rlat1,k[]

Rlat2,k[]

Vadm[]

40 x 120 - 100 60 150 11,8 12,0 640l 100 60 150 11,8 640

40 x 150 - 100 80 200 13,0 16,0 850l 100 60 200 15,7 850

40 x 180 - 100 80 220 20,1 20,0 1270l 100 60 220 21,0 1060

GIGANT

B x H []

BH,min []

bJ,min []

hJ,min []

Rax1,k

[]

Rax2,k

[]Nadm

[]

40 x 120 - 100 60 150

13,8 12,4 540

l 100 60 150

40 x 150 - 100 80 200l 100 60 200

40 x 180 - 100 80 220l 100 60 220

RV

Rlat (1)

Rax (1)

EN 1995: 2008 ETA. (R1,d) (R2,d).

m kmod . ms 1.00. , k = 380 /3.

DIN 1052:1988.

.

:


92 GIGANT

,

. , ,

, , ,

,

,

- ,


UV

94 UV

, . . ,

,

,

95UV

FUP

FLAT FAX

FV

B

H

d

d

L

L

B [] H [] /-PF601113 60 110 25

d [] L [] /-PF603540 5 40 500PF603550 5 50 200PF603560 5 60 200PF603570 5 70 200

d [] L [] /-PF606010 6 100 100PF606012 6 120 100PF606014 6 140 100PF606016 6 160 100PF606020 6 200 100

UV

LBS

UV

UV: EN AW-2007. 1 2 (EN 1995:2008).

-

d []

LBA 4 364

LBS 5 364

UV UV 6 .

96 UV

BH

4

12,5

SF

B=BF BHbJ

hJHFH

.

B x H [] UV* bJ [] hJ [] BH [] HF [] BF [] SF []

UV 60 x 110

6 x 100 80 110 80 110 60 156 x 120 80 110 80 110 60 156 x 140 80 130 80 120 60 156 x 160 80 160 80 135 60 156 x 200 80 220 80 165 60 15

A

*

* : LBA 4

(., ), , (www.rothoblaas.com).

LBS 5* [] 6 LBS 5* [] 10 UV 6 [] 2 UV 6 [] 4 UV 6 [] 1

( / )

/

1

2

,

LBS LBS

UV UV

UV

97UV

hJ

bJBH BH

FV FV

Fup

1

UV

B x H []

UV[ - x L]

bJ,min []

hJ,min []

LBS[ - x L]

UV (1)[ - x L]

BH,min []

RV,k []

Vadm[]

60 x 110

2 - 6 x 100 80 110 10 - 5 x 40 - 80 8,2 4402 - 6 x 120 80 110 10 - 5 x 40 - 80 10,0 5202 - 6 x 140 80 130 10 - 5 x 50 - 80 11,8 6002 - 6 x 160 80 160 10 - 5 x 50 - 80 13,6 6902 - 6 x 200 80 220 10 - 5 x 60 - 80 17,1 850

UV

B x H []

UV[ - x L]

bJ,min []

hJ,min []

LBS[ - x L]

UV [ - x L]

BH,min []

Rup,k []

Vadm[]

60 x 110

2 - 6 x 100 80 110 10 - 5 x 40 1 - 6 x 100 90 4,1 2202 - 6 x 120 80 110 10 - 5 x 40 1 - 6 x 120 100 5,0 2602 - 6 x 140 80 130 10 - 5 x 50 1 - 6 x 140 110 5,9 3002 - 6 x 160 80 160 10 - 5 x 50 1 - 6 x 160 130 6,7 3402 - 6 x 200 80 220 10 - 5 x 60 1 - 6 x 200 160 8,5 420

RV

Rup

EN 1995: 2008 ETA. :

m kmod . , k = 350 /3.

.

:

DIN 1052:1988.

(1) , UV . . (2) .

98 UV

hJ

bJBH BH

FV FV

Flat Flat

Fax Fax

Fup

UV

B x H []

UV[ - x L]

bJ,min []

hJ,min []

LBS[ - x L]

UV (1)[ - x L]

BH,min []

RV,k []

Vadm[]

60 x 110

4 - 6 x 100 80 110 10 - 5 x 40 - 80 8,2 4404 - 6 x 120 80 110 10 - 5 x 40 - 80 10,0 5204 - 6 x 140 80 130 10 - 5 x 50 - 80 11,8 6004 - 6 x 160 80 160 10 - 5 x 50 - 80 13,6 6904 - 6 x 200 80 220 10 - 5 x 60 - 80 17,1 850

UV

B x H []

UV[ - x L]

bJ,min []

hJ,min []

LBS[ - x L]

UV[ - x L]

BH,min []

Rup,k []

Vadm[]

60 x 110

4 - 6 x 100 80 110 10 - 5 x 40 1 - 6 x 100 90 4,1 2204 - 6 x 120 80 110 10 - 5 x 40 1 - 6 x 120 100 5,0 2604 - 6 x 140 80 130 10 - 5 x 50 1 - 6 x 140 110 5,9 3004 - 6 x 160 80 160 10 - 5 x 50 1 - 6 x 160 130 6,7 3404 - 6 x 200 80 220 10 - 5 x 60 1 - 6 x 200 160 8,5 420

UV

B x H []

UV[ - x L]

bJ,min []

hJ,min []

LBS[ - x L]

UV (1)[ - x L]

BH,min []

Rlat,k []

Vadm []

60 x 110

4 - 6 x 100 80 110 10 - 5 x 40 - 80 5,7 2304 - 6 x 120 80 110 10 - 5 x 40 - 80 6,2 2504 - 6 x 140 80 130 10 - 5 x 50 - 80 6,0 2704 - 6 x 160 80 160 10 - 5 x 50 - 80 5,7 2904 - 6 x 200 80 220 10 - 5 x 60 - 80 8,5 320

UV

B x H []

UV[ - x L]

bJ,min []

hJ,min []

LBS[ - x L]

UV (1)[ - x L]

BH,min []

Rax,k[]

Nadm []

60 x 110

4 - 6 x 100 80 110 10 - 5 x 40 - 80

4,0 1804 - 6 x 120 80 110 10 - 5 x 40 - 804 - 6 x 140 80 130 10 - 5 x 50 - 804 - 6 x 160 80 160 10 - 5 x 50 - 804 - 6 x 200 80 220 10 - 5 x 60 - 80

RV (1)

Rup

Rlat (2)

Rax (2)

2

99UV

DUO

(.

frangisole), 15-20

,

-,


100 DUO

.

- , ,

, 15-20 ,

101DUO

FLAT

FV

d

d

L

L

H

B

-

DUO: . 1 2 (EN 1995:2008).

B [] H [] /-KNK036 15 62 50KNK037 20 90 50KNK040 46 90 50KNK055 15 100 50

d [] L [] /-KNZ702 5 40 500KNZ704 5 60 250KNZ800 6 40 250KNZ802 6 60 200

d [] L [] /-KNZ500 5 40 500KNZ498 5 60 250KNZ501 6 40 250KNZ499 6 60 200

DUO

DUO HRK

DUO SK

, , 6 (. 91-93)

102 DUO

BH

4

B = BF

BH

SF

HH

bJ

hJHFH

Flat

FV

B x H [] bJ [] hJ [] HF [] BF [] SF [] BH [] HH []

KNK036 15 x 62 30 100 77 15 13 30 100KNK055 15 x 100 30 140 115 15 13 30 140KNK037 20 x 90 40 120 105 20 13 40 120KNK040 46 x 90 60 120 105 46 13 40 120

-


* : 3

DUO ( )

B x H []

KNZ702HRK 5 x 40*

[]

KNZ500SK 5 x 40*

[]

KNZ704HRK 5 x 60*

[]

KNZ498SK 5 x 60*

[]KNK036 15 x 62 1 2 1 2KNK055 15 x 100 1 3 1 3

DUO ( -)

B x H []

KNZ800HRK 6 x 40*

[]

KNZ501SK 6 x 40*

[]

KNZ802HRK 6 x 60*

[]

KNZ499SK 6 x 60*

[]KNK037 20 x 90 1 2 1 2KNK040 46 x 90 2 4 2 4

DIN 1052:1988.

DUO B x H []

Vadm,V []

Vadm,lat []

15 x 62 129 7115 x 100 200 9220 x 90 237 10346 x 90 435 228

103DUO

WALCO

.

XLAM (Cross Laminated Timber)

,

.

, ,

- ,


104 WALCO

.

, . , , ,

, , (WALCO 40),

105WALCO

FUP

FLAT FAX

FV

H

H

H

H

B

B

B

B

B [] H [] /-KNK102 Walco-V60 KS - 60 60 25KNK103 Walco-V80 KS - 80 80 25

B [] H [] /-KNK104 Walco-V60 EH - 60 60 25KNK105 Walco-V80 EH - 80 80 25

B [] H [] /-KNK108 Walco-V60 VK - 60 60 25KNK109 Walco-V80 VK - 80 80 25

/-KNK112 Walco-V60 25KNK113 Walco-V80 25

B [] H [] /-KNK072 40 240 25

WALCO-V KS

WALCO-V VK

WALCO-V EH

WALCO 40

, , 6 (. 91-93)

WALCO-V: . 1 2 (EN 1995:2008).

WALCO 40: . 1 2 (EN 1995:2008).

: ( S)

: ( EH )

: (XLAM Cross Laminated Timber ) , ( VK, )

106 WALCO

BB

H

H

14,6

12

5

6

B=BF

B=BF

BH1

BH1

HF

HF H

SF

H

BH2

BH2

SF

PH1

PH1

PH2

PH2

WALCO 40

WALCO-V

WALCO 40

(1) : 8 x 48 / (2) : 10 x 45 / (3) : 19 x 32 / (4) : 22 x 38 / (5) : 5 x 50 / (6) : 6 x 50

* : 6

WALCO-V ( )SW - KS - EH - VK -

1 2

B x H []SW 6 x 50

[]SW 10 x 60

[]KS 12 x 60 (1)

[]KS 16 x 60 (2)

[]EH M12 (3)

[]EH M16 (4)

[]VK 12 (5)

[]VK 16 (6)

[]KNK102 60 x 60 3 - 1 - - - - -KNK103 80 x 80 - 3 - 1 - - - -KNK104 60 x 60 3 - - - 1 - - -KNK105 80 x 80 - 3 - - - 1 - -KNK108 60 x 60 3 - - - - - 1 -KNK109 80 x 80 - 3 - - - - - 1

WALCO 40 SK ( )

1 2

B x H []10 x 60*

[]10 x 60*

[]KNK072 40 x 240 2 2

WALCO-V

1

2

B x H [] BH1 [] PH1 [] BH2 [] PH2 [] HF [] BF [] SF []

KNK102 60 x 60 80 58 60 48 80 60 13KNK103 80 x 80 100 70 80 45 100 80 15KNK104 60 x 60 80 58 80 32 80 60 13KNK105 80 x 80 100 70 100 38 100 80 15KNK108 60 x 60 80 58 48 69 80 60 13KNK109 80 x 80 100 70 60 87 100 80 15

1

2

B x H [] BH1 [] PH1 [] BH2 [] PH2 [] HF [] BF [] SF []

KNK072 40 x 240 60 60 60 45 min. 350 40 15

-


107WALCO

FlatFax

FV

B

H

1

4

2

5

3

6 7

WALCO-V

RV

Rlat (2)

Rax (2)

WALCO-V

B x H [] RV1,k GL24h [] RV1,k XLAM (1) []

RV2,k [] Vadm []60 x 60

. 1076,5 6,8 17,0 410

80 x 80 7,7 8,1 17,0 490

WALCO-V

B x H [] Rlat1,k GL24h [] Rlat1,k XLAM (1) []

Rlat2,k [] Vadm []60 x 60

. 1074,2 4,4 17,0 310

80 x 80 4,9 5,1 17,0 370

WALCO-V

B x H [] Rax1,k GL24h [] Rax1,k XLAM (1) []

Rax1,k [] Nadm []60 x 60

. 10713,9 14,4 18,0 603

80 x 80 15,1 15,7 18,0 657

1

2

108 WALCO

Flat Fax

FV

B

H

WALCO 40

RV

Rlat (2)

Rax (2)

WALCO 40B x H [] RV1,k GL24h [] RV1,k XLAM (1) []

RV2,k [] Vadm []

40 x 240 . 107 11,9 12,2 6,7 450

WALCO 40B x H [] Rlat1,k GL24h [] Rlat1,k XLAM (1) []

Rlat2,k [] Vadm []

40 x 240 . 107 9,7 9,9 5,5 390

WALCO 40B x H [] Rax1,k GL24h [] Rax1,k XLAM (1) []

Rax1,k [] Nadm []

40 x 240 . 107 5,0 5,2 3,3 218

EN 1995: 2008 ETA. (R1,d) (R2,d).

m kmod . ms 1.00. DIN 1052:1988. .

:

(., ), ,

(www.rothoblaas.com).

(1) XLAM (Cross Laminated Timber) , k = 400 /3.(2) .

109WALCO

9

45

, ,

,

-,


MEGANT

110 MEGANT

, , .

, , , (, ). .

, . .

111MEGANT

FLAT

FUP

FAX

FV

H

H

H

B

B

B

d

L

- - -

MEGANT: . 1 2 (EN 1995:2008).

B [] H [] /-KNK216 60 290 1KNK217 60 405 1KNK218 60 520 1

B [] H [] /-KNK222 100 290 1KNK223 100 405 1KNK224 100 520 1

B [] H [] /-KNK219 150 280 1KNK220 150 430 1KNK221 150 550 1

MEGANT 60

MEGANT 100

MEGANT 150

, , 6 (. 91-93)

d [] L [] /-KNZ581 SK - Megant 8 160 50

MEGANT SK

112 MEGANT

BF

BH

SF

bJ

hJHF H

B B

H

(C)

(C)

(A)

(A)

(B)

(B)

(1) (2) 5 x 30

MEGANT SK ( )

B x H []

KNZ581 8 x 160

[]

(A)

8 x 160 (2) []

(B)

8 x 160[]

(C) (1)

8 x 160[]

(A)

8 x 160 (2) []

(B)

8 x 160[]

(C) (1)

8 x 160[]

MEGANT 60KNK216 60 x 290 24 2 8 2 2 8 2KNK217 60 x 405 32 2 12 2 2 12 2KNK218 60 x 520 40 2 16 2 2 16 2



B x H [] bJ [] hJ [] HF [] BF [] SF [] BH []

MEGANT 60KNK216 60 x 290 100 440 345 62 41 120KNK217 60 x 405 100 520 463 62 41 120KNK218 60 x 520 100 640 580 62 41 120




(C)

(C)

(A) (B)

113MEGANT

Flat Fax

FV

hJH

B

bJ BH

MEGANT -

B x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

RV1,k[]

Vadm[]

MEGANT 6060 x 290 120 10 - 8 x 160 100 440 10 - 8 x 160 81,0 352260 x 405 120 14 - 8 x 160 100 520 14 - 8 x 160 116,0 504360 x 520 120 18 - 8 x 160 100 640 18 - 8 x 160 129,0 5609



B x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

Rlat1,k[]

Vadm[]

MEGANT 6060 x 290 120 10 - 8 x 160 100 440 10 - 8 x 160

45,5 197860 x 405 120 14 - 8 x 160 100 520 14 - 8 x 16060 x 520 120 18 - 8 x 160 100 640 18 - 8 x 160

MEGANT 100100 x 290 120 16 - 8 x 160 140 440 16 - 8 x 160

65,6 2852100 x 405 120 22 - 8 x 160 140 520 22 - 8 x 160100 x 520 120 28 - 8 x 160 140 640 28 - 8 x 160


RV

Rlat (1)

MEGANT

MEGANT

kF k

EN 1995: 2008 ETA. :

m kmod . , k = 380 /3. , .

.

, (. 8 x 240 ).

DIN 1052:1988. :


k [/3]

GL24c350

GL24h380

GL28h410

GL32h430

kF 0,94 1,00 1,06 1,10

114 MEGANT

Flat Fax

FV

hJH

B

bJ BH

1

4

2

5 6 7

3 8

9

B x H []

BH,min []

[ - x L]

bJ,min []

hJ,min []

[ - x L]

Rax1,k []

Nadm []


MEGANT 100100 x 290 120 16 - 8 x 160 140 440 16 - 8 x 160

23,9 1039100 x 405 120 22 - 8 x 160 140 520 22 - 8 x 160100 x 520 120 28 - 8 x 160 140 640 28 - 8 x 160

MEGANT 150150 x 280 120 18 - 8 x 160 200 360 18 - 8 x 160

33,8 1470150 x 430 120 30 - 8 x 160 200 520 30 - 8 x 160150 x 550 120 38 - 8 x 160 200 680 38 - 8 x 160

Rax (1)

MEGANT

MEGANT -

( )

( )

,

115MEGANT

XEPOX

(, ..)

. , ,

,

100%

116 XEPOX

AA

A

A

A

B

B

B

B B

/-XP400150 Capillary A + B = 3 1

/-XP400080 Gel A + B = 3 1

/-XP400050 Floor 400 ml 1

/-XP400060 Beam 400 ml 1

/-XP400165 Basic A + B = 3 1

/-XP400100 Floor A + B = 3 1XP400120 Floor A + B = 5 1

XEPOX 40

XEPOX 70

XEPOX 235.4

XEPOX 14

XEPOX 26

XEPOX 226.4

, , , (1 ), .

- , . , .

, , . FeB44k ( Turrini-Piazza), -, , . 2 .

() , , , , .

/ . Sa2,5 / 3 FRP ( ).

, , . FeB44k , Dywidag.

-

/-

MAMDB 1

AT0202 12

117XEPOX

BASIC 14

FLOOR 26 - 226.4

BEAM 235.4

CAPILLARY 40

GEL 70

[N/2] 70 80 90 75 65 [N/2] 30 38 40 30 42 - [N/2] 50 50 45 45 56 [N/2] 50 40 45 45 38 [N/2] 6.000 7.200 9.000 6.500 6.800 [/3] 1,10 1,40 1,45 1,25 1,50

23 2C []

pot life 23 2C

[] (1)

XEPOX 14 Basic , 10 35 C - circa 50XEPOX 26 - 226.4 Floor (. - ) 10 35 C 25 30 50 60XEPOX 235.4 Beam 5 45 C 25 30 50 60XEPOX 40 Capillary , 10 35 C 25 30 50 60XEPOX 70 Gel , 10 35 C 30 35 60 70

(1) Pot-life: , ,

XEPOX

XEPOX

XEPOX

XEPOX

. , , , .., .

( 16 C / + 20 C) , . , . , .. . .

, . , . Xepox . , 18%.

(., ) . , Sa2,5 / SA3 Xepox 14 . , , . , , , . , , , .

, , , . , , . . () , .

> +10 C. (+0 C +10 C), , () - , ( ) . . , , , , . , , , , .

118 XEPOX

H H H

B

B

hi

sii

siisii

NsMs

Vs

hi hi

Li

li li tt 0,5B 0,4B0,5B 0,3B0,3B

B B

td

x

y

G

e

XEPOX

, [Md, Vd, Nd] SA 2,53,0 XEPOX 14 XEPOX 26 XEPOX 40

i = ( si + 4 ) si =

(1) (2)

(3)

si = hi =

B = H =

JX = G -

JY = G Y

--, , MT,Ed :

MT,Ed = Vd . e

:

max = fv,d =

W = Md =

s = fm,d =

Wx = Md =

s = fy,d =

B = B - (n . i)

A = (hi . li)G = d = G e = G

(1) , . , , .(2) , . , , .(3) , Xepox . , , .

119XEPOX

1 2 3 4 5 6 7

dEXT

dEXT

dINT

dEXT [] /-FE005000 65 1FE005005 80 1FE005010 95 1FE005015 126 1FE005020 128 1FE005025 160 1FE005030 190 1

dEXT [] dINT [] /-FE005035 65 22,5 M12 1FE005040 80 25,5 M12 1FE005045 95 33,5 M12 1FE005050 128 45 M12 1FE005055 160 50 M16 1FE005060 190 60 M16 1

/-

1 AT65190 APPEL D65 - D190 1

2 MA913302 LO 50 E 1

3 ATCT65126 APPEL D65 - D126 1

4 ATCT128190 APPEL D128 - D190 1

5 ATCT135 13 1

6 ATCT175 17 1

7 ATCT215 21 1

- APPEL

A1 - EN 912

B1 - EN 912

DBB

APPEL

DIN 1052

120 MET

1 2

dEXT

dEXT

dEXT

dEXT

dINT

dINT

dINT

dINT

dEXT [] dINT [] s [] /-FE003000 50 17 1,00 200FE003005 62 21 1,20 100FE003010 75 26 1,25 100FE003015 95 33 1,35 40FE003020 117 48 1,50 25

dEXT [] s [] /-FE003035 50 M12 1,00 300FE003040 62 M12 1,20 200 FE003045 75 M16 1,25 100FE003050 95 M16 1,35 50FE003055 117 M20 1,50 40

dEXT [] dINT [] s [] /-FE004000 50 30,5 3,00 50FE004005 65 35,5 3,00 50FE004010 80 49,5 3,00 25FE004015 95 65,5 3,00 25FE004020 115 85,5 3,00 25

dEXT [] dINT [] s [] /-FE004025 50 12,5 M12 3,00 50FE004030 65 16,5 M16 3,00 50FE004035 80 20,5 M20 3,00 25FE004040 95 24,5 M24 3,00 25FE004045 115 24,5 M24 3,00 25

/-

1 AT2075 1

2 AT2070 , 40 1

- GEKA

C1 - EN 912

C10 - EN 912

C11 - EN 912

C2 - EN 912

BULLDOG

GEKA

121MET

SB

M

D

M

L6

+D/2-D/2

G

H

FA

S

B

E

Jmin

GJS-400-18-LT

* S [] /-FE110110 M10 R 8 1FE110115 M10 L 8 1FE110120 M12 R 10 1FE110125 M12 L 10 1FE110130 M16 R 15 1FE110135 M16 L 15 1FE110140 M20 R 18 1FE110145 M20 L 18 1FE110150 M24 R 20 1FE110155 M24 L 20 1FE110170 M30 R 25 1FE110175 M30 L 25 1

M27

* R = L =

A

A []

E []

F []

H []

[]

G[]

M[]

D[]

L6[]

S[]

B[]

Jmin[]

[]

M10 9,2 17,5 23,0 29,0 10 32,3 M10 16 28 8 20 35 11M12 11,2 21,0 27,2 35,4 12 38,4 M12 18 32 10 23 41 13M16 16,4 27,5 38,5 45,6 16 48,4 M16 22 42 15 31 52 17M20 19,6 35,0 46,5 56,0 20 59,9 M20 28 51 18 37 62 21M24 21,8 42,0 54,5 69,0 24 67,8 M24 36 63 20 45 75 25M30 27,0 52,5 67,6 86,0 30 82,1 M30 44 78 25 56 93 31

ZVB

122 ZVB

cba

S

LS

L6

L6

LB

NR,d

S355

min50

* [] /-FE110205 M10 2 1FE110210 M12 2 1FE110215 M16 2 1FE110220 M20 2 1FE110225 M24 - 1FE110235 M30 - 1

* , , , f .

LS = LB = = LS 2 L6

a []

b []

c []

S []

f[]

M10 36 78 118 8 11M12 42 94 140 10 13M16 54 122 184 15 17M20 66 150 224 18 21M24 78 178 264 20 25M30 98 222 334 25 31

M27

f =

NR,d - -

-

rothoblaas

rothoblaas

fy,k [N/2]

* M10 M12 M16 M20 M24 M30

GJS-400-18-LT S355

540 S355 30,1 43,7 81,4 127,0 183,0 290,8 540 S235 25,6 38,5 76,9 110,5 147,3 230,1 355 S235 19,6 28,5 53,1 82,9 119,5 189,8 235 S235 15,0 21,9 40,7 63,5 91,5 144,6

* , , rothoblaas

EN 1995: 2008 ETA. , .

.

NR,d []

123ZVB

LA

F EK

Fax Fax

B

C

L

LR

R

R

/-SSS12125 M12 125 1SSS16170 M16 170 1SSS20200 M20 200 1SSS24255 M24 255 1SSS27255 M27 255 1SSS30255 M30 255 1

R = L =

* , DIN 1478 K =

Nax,k EN 1993, Namm : Nax,d = Nax,k / m0

DIN 1478

-

M12 M16 M20 M24 M27* M30

C [] 25,0 30,0 33,7 42,4 42,4 51,0F [] 10 10 12 12 12 16E [] 4,0 4,5 5,0 5,6 5,6 6,3A [] 125 170 200 255 255 255B [] 15 20 24 29 40 36K [] 35 45 55 70 85 85

M12 M16 M20 M24 M27 M30

Nax,k [] 66,20 97,38 119,09 184,69 184,69 245,92Namm [] 44,13 64,92 79,40 123,12 123,12 163,94

1 4 4 R 4 L

8 R - L *

S355 DIN 1478

R = L = * , ,

, rothoblaas

124 ZVB

.

.

NEO

MAA CE EN 1337-3

126 NEO

LL

L

L

L

L

B

B

B

B

B

B

NEO 10

NEO 20

NEO 10 CE

NEO 20 CE

s [] B [] L [] [] /-NEO101280 10 120 800 1,46 1NEO101680 10 160 800 1,95 1

NEO10PAL a 10 1200 800 14,6 1

s [] B [] L [] [] /-NEO202080 20 200 800 4,86 1NEO202480 20 240 800 5,84 1

NEO20PAL a 20 1200 800 29,2 1

s [] B [] L [] [] /-NEO101680CE 10 160 800 1,60 1NEO102080CE 10 200 800 2,00 1

s [] B [] L [] [] /-NEO202080CE 20 200 800 4,00 1NEO202480CE 20 240 800 4,80 1

g/c3 1,25 G - EN 1337-3 p. 4.3.1.1 Mpa 0,9

- ISO 37 2 Mpa 16 14

- ISO 37 2 % 425 375

24 h; 70 C ISO 34-1 A / 8 9,38 - 25 % ISO 815 / 24 h 70 C % 30 : 30 % - 96 h; 40 C 2 C; 25 pphm ISO 1431-1 ( ) ISO 188 - - 5 + 10 (IRHD) 7 d, 70 C ISO 48 - - 7 d, 70 C ISO 37 2 % 15 7 d, 70 C ISO 37 2 % 25

g/c3 1,52

NEO CE

NEO

, . 1 (. 39)

127NEO

2.

129

-

, , , . .

, , .

; , .

, ( ), ( q).

.

F2,3

F1

130

86

9

3

1

11

2

57 104

85 7

69

1

2 4

3

10

11

-

, , .

, - - .

, , , , .

- , -.

-

-

-

-

- ()

-

-

- / -

-

- ()

- ()

,

X-REV, , , , Rothoblaas , , .

131

- 15

- 400

0- 20

- 300

- 10

- 15

5

- 5

0

5

10

15

20

25

30

- 10

- 20

10

- 5

- 1015

0

020

5

25

10

1030

15

35

20

20

40

25

30

- 10

- 301 2 3 4 5 6 7 8 9 10

2- 5

- 20

40

- 10

6 8 10 12 14 16 185

0

10

10

15

20

20

30

25

40

30 35

2

2

3

3

4

4

1

1

, , / , / / .

(, , ...)

/ ring

/ VGZ -

/

HBS-

/ LBS

X - REV X-REV , , . , X-RAD XLAM (

). , rothoblaas CNR-IVALSA - , . rothoblaas.

Displacement []

Displacement []Displacement []

Displacement []

M_OSB2,8x80

C_OSB2,8x80_1

M_HBS10x160

C_HBS10x160_2

Forc

e [

]

Forc

e [

]

Forc

e [

]

Forc

e [

]

132

100

80

60

40

20

- 20

- 40

- 60

- 80

- 80 - 60 - 40 - 20 20 40 60 80 100

- 100

- 100

0

0 0

05

5 2 4 6 8 10 12 14 16 18 20

510

10

1015

15

1520

20

2025

25

2530 30

10

- 60

- 40

- 40

- 20

- 20

5

20 10

30

0

0

15

40

2020

20

50

4040

25

60

80 8060

60

30

70

100 100

35

40

80

120 120

45

1 2 3 4

1

1 2

3 4

1

Displacement []

Displacement []

Imposed horizontal displacement []

Displacement []

Displacement []

M_WHT620

C_WHT620_1M_TITAN+

C_TITAN+_1

Forc

e [

]

Forc

e [

]Lo

ad [

]

Forc

e [

]

Forc

e [

]

, / , / .

, , XLAM ( ), .

( + )

TITAN /

XLAM (- )

TITAN /

WHT/ TITAN WASHER /( )

133

WHT

- -

XLAM (Cross Laminated Timber) (platform frame) LVL

4 4

10

S355 (Fe510)

,

,

(, , )

COMING SOON

134 WHT

4 , , (XLAM - - ), ( )

S355, , , ,

X-rev, , (Kser)

135WHT

F1 F1

H

- - - - -

WHT: S355 Fe/Zn 12c. WHT: S235 Fe/Zn 12c. 1 2 (EN 1995:2008).

d []

LBA 4 364

LBS 5 364

VINYLPRO M16 - M20 - M24 346

EPOPLUS M16 - M20 - M24 354

KOS M16 - M20 54

-

H [] [] nv 5 [] s [] /-WHT340 WHT340 340 17 20 3 10WHT440 WHT440 440 17 30 3 10WHT540 WHT540 540 22 new 45 3 10WHT620 WHT620 620 26 new 55 3 10

[] s [] WHT340 WHT440 WHT540 WHT620 /-ULS505610 WHTBS50 18 10 - l l - 1ULS505610L WHTBS50L 22 new 10 - - l - 1ULS707720 WHTBS70 22 20 - - - l 1ULS707720L WHTBS70L 26 new 20 - - - l 1

WHT

WHT

136 WHT

PR

BR sR

3

2

1

hH

mP

150m

PB9

s2020

20

a4,c a4,c a4,c

Tinst

hef

d0

hmin

1 2 3 4 5 6

LBA 4

LBS 5 - a4,c [] 5 d 20 25

M16 M20 M24 hmin [] hef + 2 d0 d0 [] 18 24 28 Tinst [Nm] 80 120 160

hef =

WHT ( , )

WHT WHT340 WHT440 WHT540 WHT620

H [] 340 440 540 620 B [] 60 60 60 80 P [] 63 63 63 83 s [] 3 3 3 3 h [] 40 60 40 40 m [] 35 35 35 38 1 [] 5,0 5,0 5,0 5,0 2 [] 17,0 17,0 22,0 26,0

WHT - WHTBS50 WHTBS50L WHTBS50WHTBS70L WHTBS70

WHTBS WHTBS50 WHTBS50L WHTBS70 WHTBS70L

WHT WHT440 / WHT540 WHT540 WHT620 WHT620 BR [] 50 50 70 70 PR [] 56 56 77 77 sR [] 10 10 20 20 3 [] 18,0 22,0 22,0 26,0

VINYLPRO / EPOPLUS

1 2

137WHT

F1

F1

/

R1,k R1,k R1,k R1,k

5 R1,k R1,k VINYLPRO R1,k cls

EPOPLUS R1,k cls x L [] nv [] [] [] x L [] [] cls x L [] [] cls

M16

LBA4,0 x 40 20 31,4

- 42,0 m0 M16 x 160 64,84 1,8 M16 x 160 M16 x 19035,66 43,95

1,8 1,8

4,0 x 60 20 38,6

LBS5,0 x 40 20 31,45,0 x 50 20 38,6

M16

LBA4,0 x 40 14 22,0

- 42,0 m0 M16 x 160 64,84 1,8 M16 x 160M16 x 19035,66 43,95

1,8 1,8

4,0x 60 14 27,0

LBS5,0 x 40 14 22,05,0 x 50 14 27,0

R1,k R1,k R1,k R1,k



WHTBS50 M16

LBA4,0 x 40 30 47,1

WHTBS50 63,4 m2 M16 x 190 74,90 1,8 M16 x 190 M16 x 23041,19 52,25

1,81,8

4,0 x 60 30 57,9

LBS5,0 x 40 30 47,15,0 x 50 30 57,9

WHTBS50 M16

LBA4,0 x 40 20 31,4

WHTBS50 63,4 m2 M16 x 190 74,90 1,8 M16 x 190 M16 x 23041,19 52,25

1,8 1,8

4,0 x 60 20 38,6

LBS5,0 x 40 20 31,45,0 x 50 20 38,6

M16

LBA4,0 x 40 20 31,4

- 42,0 m0 M16 x 160 64,84 1,8 M16 x 160 35,66 1,84,0x 60 20 38,6

LBS5,0 x 40 20 31,45,0 x 50 20 38,6

WHT340

WHT440

EN 1995: 2008 ETA-11/0086.

:

m kmod , . cls , .

XLAM ( ) / L 60 . - , .

, k = 350 /3 C20/25.

.

, ; (., ) .

, WHT , , -.

DIN 1052:1988.

138 WHT

F1

F1

R1,k R1,k R1,k R1,k



WHTBS50L M20

LBA4,0 x 40 45 70,7

WHTBS50L 63,4 m2 M20 x 240 120,63 1,8 M20 x 240M20 x 290 (1)60,32 75,39

2,12,1

4,0 x 60 45 86,9

LBS5,0 x 40 45 70,75,0 x 50 45 86,9

WHTBS50L M20

LBA4,0 x 40 27 42,4

WHTBS50L 63,4 m2 M20 x 240 120,63 1,8 M20 x 240 M20 x 290 (1)60,32 75,39

2,12,1

4,0 x 60 27 52,1

LBS5,0 x 40 27 42,45,0 x 50 27 52,1

WHTBS50 M16

LBA4,0 x 40 45 70,7

WHTBS50 63,4 m2 M16 x 190 74,89 1,8 M16 x 190 41,19 1,84,0 x 60 45 86,9

LBS5,0 x 40 45 70,75,0 x 50 45 86,9

WHTBS50 M16

LBA4,0 x 40 27 42,4

WHTBS50 63,4 m2 M16 x 190 74,89 1,8 M16 x 190 41,19 1,84,0 x 60 27 52,1

LBS5,0 x 40 27 42,45,0 x 50 27 52,1

R1,k R1,k R1,k R1,k



WHTBS70L M24

LBA4,0 x 40 55 86,4

WHTBS70L 85,2 m2 M24 x 270 148,98 1,8 M24 x 270 M24 x 330 (1)70,57 90,93

2,1 2,1

4,0 x 60 55 106,2

LBS5,0 x 40 55 86,45,0 x 50 55 106,2

WHTBS70L M24

LBA4,0 x 40 33 51,8

WHTBS70L 85,2 m2 M24 x 270 148,98 1,8 M24 x 270 M24 x 330 (1)70,57 90,93

2,1 2,1

4,0 x 60 33 63,7

LBS5,0 x 40 33 51,85,0 x 50 33 63,7

WHTBS70 M20

LBA4,0 x 40 55 86,4

WHTBS70 85,2 m2 M20 x 240 114,35 1,8 M20 x 240 57,17 2,14,0 x 60 55 106,2

LBS5,0 x 40 55 86,45,0 x 50 55 106,2

WHTBS70 M20

LBA4,0 x 40 33 51,8

WHTBS70 85,2 m2 M20 x 240 114,35 1,8 M20 x 240 57,17 2,14,0 x 60 33 63,7

LBS5,0 x 40 33 51,85,0 x 50 33 63,7

(1) , MGS, c

(1) , MGS, c

WHT540

WHT620

139WHT

hef

tfix

hmin

F1

Fbolt //

x L []

WHT

tfix[]

hef[]

hmin[]

M16

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