MAYTEC Profile Si Accesorii

English

1/2006

The Profile System

Product Range

The key to success!

extreme strong dependable

MayTec System MayTec Technology Solutions with Innovative ProfileThe Profile System

The ideal profile systemMayTec offers a comprehensive, harmonised profile system. All profiles can be combined in any way imaginable. The accessories provide functional and aesthetic solutions for a wide range of applications.

Applications machine bases machine enclosures machine guarding work stations assembly and inspection stations transfer and supply trolleys partitions and protective walls protective and work cabins special shelves plant equipment display systems exhibition cabinets and stands

The Clean-Room System

The Tube Clamping System

ServiceThe MayTec service is as versatile as the MayTec profile system. You may choose: delivery of standard elements ex factory delivery of profiles and accessories cut to size according to parts list for customers assembly delivery of pre-fitted modular delivery of completely assembled units assembly at your premises

Work Benches

The Linear System

ImplementationThe MayTec profile system is easy to process and quick to assemble. Its flexible and modular construction means it can be easily modified and is reusable at any time. An experienced team will support you in implementing the MayTec system, tailored to your individual applications, taking into consideration your required dimensions, loading capacity and stability.

The Conveyor System

Safety Barriers

Suspended Trolley System

The Telescopic System

RegisterTable of contents Introduction 1.0

0

Profiles

SummaryProfiles Profile machining - Coding examples Technical data Profile selection range Profile applications - Bent profiles 1.1 1.1A 1.1B 1.1C 1.1D 1.1E 1.1E

1

Connection system

SummaryConnector selection Connectors - Cross bushings - Components - Special cases Connection possibilities Connector-Strength values Connection elements 1.2 1.2A 1.2B 1.2C 1.2D 1.2E 1.2F 1.29

2

Accessories

SummaryFastening elements Installation accessories Pneumatic accessories Additional accessories Electrical accessories Panel elements Tools 1.3 1.4 1.5 1.6 1.7 1.8 1.9

3 4 5 6 7 8 9

General informationCAD-Library Conversion tables Subject index1

A1.A 1.B

B

Table of contentsArticle number group Page Article number group Page

Introduction ....................................... 51.01 1.02 1.03 Symbols, Abbreviations, Special characters ................. 5 Slot system ..................................................................... 6 Numerical key for articles .............................................. 7

1.11.04 1.04 1.04 1.04 1.05 1.09 1.10 1.10 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.15 1.15 1.15 5.11 8.11 9.11 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.19 1.1A 1.1A 1.1A 1.1A 1.1A 1.1A 1.1A 1.1A 1.1A 1.1A 1.1B 1.1B 1.1B 1.1B 1.1B 2

Profiles ............................................ 8Summary: Profiles ......................................................... 8 Profiles (plain) ..................................................... 8, 9 Profiles (with grooves) ............................................ 9 Special profiles (plain) .......................................... 10 Special profiles ...................................................... 11 Profile group 16 mm, E3-slot, P .................................. 12 Profile group 16 mm, F-slot, P .................................... 12 Profile group 20 mm, H-slot, P .................................... 13 Profile group 20 mm, F-slot, P .................................... 15 Profile group 30 mm, F / E4-slot, P ............................. 16 Profile group 40 mm, E3-slot, P .................................. 20 Profile group 45 mm, E4-slot, P .................................. 28 Profile group 50 mm, E4-slot, P .................................. 31 Profile group 60 mm, E4-slot, P .................................. 32 Special profiles, P ........................................................ 33 Profile group 30 mm, F-slot ......................................... 34 Profile group 40 mm, E3-slot ...................................... 36 Profile group 45 mm, E4-slot ...................................... 40 Profile group 50 mm, E4-slot ...................................... 42 Profile group 60 mm, E4-slot ...................................... 44 Panel profiles 40, E3-slot, P ........................................ 45 Wire net profiles 30, F-slot, P ...................................... 46 Wire net profiles 40, E3-slot, P .................................... 46 Roller profiles ............................................................... 47 Carriage support profiles, F / E3-slot, P ...................... 48 Telescopic profiles, E3-slot, P ...................................... 49 Special profiles ............................................................. 50 Profile pre-cut lids ................................................. 50 Hollow profiles ....................................................... 50 Base profiles .......................................................... 50 Angle profiles ......................................................... 51 Wire net mounting profiles .................................... 51 Grab handle profiles .............................................. 51 U-profiles ............................................................... 52 C-track ................................................................... 52 Sliding profiles ....................................................... 52 Panel framing profile ............................................. 52 Tubes ...................................................................... 53 Hinge profiles .................................................. 53, 54 T-Slot profiles ........................................................ 54 Slide-slot profiles .................................................. 55 19" profiles ............................................................. 55 E-trunking profiles ................................................. 56 Profile machining ......................................................... 58 Summary ............................................................... 58 Order description ................................................... 58 Order example ....................................................... 58 Saw cut .................................................................. 59 Cross bushing bore ............................................... 60 Bores ...................................................................... 60 Cross bore ............................................................. 60 Thread .................................................................... 60 Direction and Position ........................................... 61 Profile machining: Coding examples ........................... 62 for price group 1 .................................................... 62 for price group 2 .................................................... 63 for price group 3 .................................................... 64 Order example for special design .......................... 64

1.1C Technical data ............................................................... 65 1.1D Profile selection range .................................................. 68 1.1E Profile applications ....................................................... 72 1.1E.01 Profile combinations ............................................. 72 1.1E.01 Special slits ............................................................ 72 1.1E.02 Slot plates .............................................................. 73 1.1E.03 Hand rail ................................................................ 76 1.1E.04 U-Profile 40 ........................................................... 77 1.1E.05 Profiles for cable guide ......................................... 78 1.1E.06 Profiles for cable guide, Profile pre-cut lid ........... 79 1.1E.07 Bent profiles ........................................................... 82

1.21.2 1.2 1.2 1.2 1.2 1.2 1.2A 1.2A 1.2A 1.2B 1.2B 1.2B 1.2B 1.2C 1.2C 1.2C 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2D 1.2E 1.2E 1.2E 1.2E 1.2E 1.2F 1.29 1.29 1.29 1.29

Connection System ............................. 83Connectors - Examples ................................................ 85 Summary: Connectors ................................................. 86 Connectors (with machining) ................................ 86 Connectors (without machining) ........................... 86 Manufacture a connection ............................................ 89 Connector selection ...................................................... 90 Connectors ................................................................... 91 for profiles with core hole- 6 mm ....................... 91 fr profiles with core hole- 12 mm ..................... 93 Connector - Cross bushings ........................................ 99 Drill dimensions for cross bushings ..................... 99 Special cases ....................................................... 100 Mounting variants ................................................ 100 Connector - Components ........................................... 101 Connectors for core hole- 6 mm ...................... 101 Connectors for core hole- 12 mm .................... 102 Connector - Special cases .......................................... 106 Parallel connector for profile 3030, soft ........... 106 Universal connector for profile 30150 .............. 106 Extension / parallel connector ............................. 107 Universal connector with knurled cross b. ......... 108 SE-Connector ....................................................... 109 ST-Connector ....................................................... 110 ST-Connector with anchor, screw type ............... 111 Connector screw, self-cutting ............................. 112 Bayonet type connector ....................................... 113 Bayonet type connector, extension ..................... 115 Cross connector .................................................. 116 Clamping connector ............................................ 117 Connection possibilities ............................................. 118 for 0-slot profiles ................................................. 118 for profiles 40, round .......................................... 124 Special cases ....................................................... 125 Other profile systems .......................................... 126 Connector-strength values ......................................... 127 Connection elements .................................................. 128 Retaining plates ................................................... 128 Anti-twist devices ................................................ 129 Clamping levers ................................................... 131

Accessories .................................... 132Summary: Accessories .............................................. 132

1.31.31 1.32 1.33 1.34 1.34 1.34

Fastening elements ........................... 135Threaded plates .......................................................... 135 T-Nuts ......................................................................... 138 Spring-nuts ................................................................. 141 T-Slot nuts .................................................................. 142 Rhomboid T-Slot nuts ................................................ 143 T-Bolts ........................................................................ 144

Table of contentsArticle number group 1.35 1.35 Page Article number group Page

Threaded inserts ......................................................... 145 Press-fit threaded inserts ........................................... 147

1.61.61 1.61 1.61 1.62 1.62 1.63 1.64 1.64 1.64 1.65 1.65 1.65 1.65 1.65 1.65 1.65 1.65 1.65 1.66 1.66 1.66 1.66 1.66 1.66 1.66 1.66 1.66 1.67 1.67 1.67 1.67 1.67 1.68 1.69 1.69

Additional accessories ....................... 221Handles ....................................................................... 221 Handle systems .......................................................... 223 Grab handles .............................................................. 225 Hinges ......................................................................... 226 Double hinge .............................................................. 232 Joints .......................................................................... 242 Mounting blocks ......................................................... 245 Mounting clamp blocks .............................................. 249 Quick locks ................................................................. 252 Bullet catches ............................................................. 254 Magnetic lock ............................................................. 256 Lock ............................................................................ 257 Cylinder locks ............................................................. 258 Flap-lock countersunk ................................................ 260 Cylinder locks flush .................................................... 260 Mortise deadlocks ...................................................... 262 Bar locks ..................................................................... 266 Latch locks ................................................................. 270 Rollers ........................................................................ 271 Roller fastening sets ................................................... 273 Mounting adaptor for roller ........................................ 277 Edge roller .................................................................. 278 Roller fitting for suspended doors ............................. 279 Stopper for suspended doors .................................... 280 Accessories for suspended doors .............................. 280 Runner for sliding suspended doors ......................... 281 Stopper for sliding suspended doors ........................ 282 Slot rollers .................................................................. 283 Guidance system ........................................................ 284 Sliding blocks ............................................................. 285 T-Nut sliding blocks ................................................... 286 Eco-Slides ................................................................... 287 Hanging bracket ......................................................... 291 Suspended glider ........................................................ 292 Carabine swivel ........................................................... 292

0

1.41.41 1.41 1.41 1.41 1.41 1.41 1.41 1.41 1.41 1.42 1.42 1.42 1.42 1.43 1.43 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.44 1.45 1.45 1.45 1.45 1.45 1.46 1.46 1.46 1.46 1.46 1.46 1.47 1.47 1.47 1.47 1.47 1.47 1.47 1.47 1.48 1.48 1.48

Installation accessories ...................... 149Cover profiles ............................................................. 149 Reducing profiles ....................................................... 150 Combination profiles .................................................. 151 Guide profile ............................................................... 155 Framing profiles ................................................. 156, 161 Wedge profiles ........................................................... 157 Sponge rubber round cords ....................................... 158 Sealing profile ............................................................ 160 Rubber cover-profiles ................................................. 163 Cover caps for profiles ............................................... 164 Cover plugs for cross bushings ................................. 167 Cover caps for tubes .................................................. 168 Cover caps for screw bores ....................................... 168 Radius covers ............................................................. 169 Radius compensations ............................................... 171 Floor levelling screws ................................................. 172 Levelling feet ...................................................... 172, 174 Hand adjustable feet ................................................... 173 Levelling furniture foot ............................................... 174 Adjustable tilt-feet ...................................................... 175 plates ................................................................... 176 spindles ................................................................ 178 nuts ...................................................................... 178 anti-slip discs ...................................................... 179 cushion elements ................................................. 179 Angular adjusting feet ................................................ 180 Base feet ..................................................................... 181 Base angle .................................................................. 187 Stacking foot .............................................................. 187 Castors ....................................................................... 188 Fixed castors ........................................................ 188 Swivel castors ...................................................... 189 Swivel castors lockable ....................................... 189 Locking castors .......................................................... 190 Angles ......................................................................... 192 Aluminium ................................................... 192, 201 PA ......................................................................... 193 GD-Zn ................................................................... 194 GD-Al ................................................................... 200 Swivel angles .............................................................. 202 Cross connection plates ............................................. 203 Base plates ................................................................. 204 Floor mounting plate .................................................. 205 Mounting plates .......................................................... 206 Floor plate ................................................................... 206 Connection plates ....................................................... 207 Fastening plate ........................................................... 208 Eye bolt ....................................................................... 209 Corner pieces ............................................................. 210 GD-Zn ................................................................... 210 Aluminium ........................................................... 212

1.71.70 1.70 1.71 1.71 1.71 1.71 1.71 1.72 1.73 1.73 1.73 1.73 1.73 1.74 1.74 1.75

Electrical accessories ........................ 293Potential equalisation, grounding connectors ........... 293 Ground connections ................................................... 294 Cable and hose clamp ................................................ 295 Block for cable binder ................................................ 296 Cross-blocks for cable binder .................................... 296 Cable binder ................................................................ 296 Installation rings ......................................................... 297 Mounting set for 19" profile ....................................... 298 Safety switches ........................................................... 299 Guard locking devices ................................................ 300 Safety interlocking-mountings ................................... 301 Contact bracket-mounting .................................. 302, 305 Sensor brackets .......................................................... 306 Electrical installation trunking .................................... 307 Electrical installation trunking - Accessories ............. 308 Electrical installation trunking .................................... 311

1.51.51 1.51 1.52 1.54 1.55 1.59

Pneumatic accessories ....................... 214Profiles for pneumatic applications ........................... 214 Pneumatic end plates ................................................. 215 Pneumatic connection plates ..................................... 217 Pneumatic extension sets .......................................... 218 Pneumatic 90 - connection sets ............................... 219 Pneumatic accessories ............................................... 220

1.81.81 1.81 1.81 1.82 1.82 1.83 1.85

Panel elements ................................ 314Corner elements ......................................................... 314 Corner element 33 ...................................................... 315 Mounting sockets ....................................................... 316 Panel elements ........................................................... 317 Chipboards, coated .............................................. 318 Solid plastic panels .............................................. 318 Alu-plastic composite panels .............................. 320

3

Table of contentsArticle number group 1.86 1.87 1.88 1.88 1.88 Page

Acrylic .................................................................. 320 Polycarbonate (Makrolon) ................................... 320 Wire net, Alu ........................................................ 321 Wire net, steel ...................................................... 321 Grid, steel ............................................................. 322

1.91.90 1.98 1.98 1.99 1.99 1.99 1.99 1.99 1.99

Tools ............................................. 323Button head screws .................................................... 323 Press in device ........................................................... 324 Tx screw driver ........................................................... 325 Summary: Tools for cross bushings and anchors ..... 326 Drill Jigs ............................................................. 327, 329 Milling cutters ..................................................... 328, 330 Drills ................................................................... 328, 330 Tools: Special cases ................................................... 331 Screw taps .................................................................. 332

1.A1.A1 1.A2

CAD-Library .................................... 334MayTec Online Library ................................................ 334 MayTec 3D Library with B&W Profiles ...................... 335

1.B1.B1 1.B2

Conversion tables ............................. 336Metric and English Conversion Table ......................... 336 Metric / U.S. Customary Unit ..................................... 337

Subject index ............................ 338

4

Symbols, Abbreviations, Special charactersGeneralProfile group

1.01

16 mm, 20 mm, 30 mm, 40 mm, 45 mm, 50 mm, 60 mm The profiles of the MayTec Profile System are divided into seven profile groups (PG). They can be determined by the basic measure of each profile. H-slot, F-slot, E-slot In order to connect the profiles or to mount accessories the profiles have slots. The MayTec Slot System ( 1.02) distinguishes between the three slot types H-slot, F-slot and E-slot, whereas E-slot exists as E3-slot and E4-slot (3 or 4 mm wall thickness).

0

Slot

Symbols

Many articles (fastening elements, accessories and tools) can only be used especially for individual profile groups or slot types. In this case these articles are marked with the corresponding symbols. Profile group dark symbol: suitable for the corresponding profile group light symbol: not suitable Slot type dark symbol: suitable for the corresponding slot type light symbol: not suitable Remark The symbol for the E-slot is used, if the article is (un)suitable for the two slot types E3 and E4. Cut These articles are offered with cut. Stainless steel These articles are made of stainless steel. Cleanroom These articles are suitable for the use in and around cleanrooms.

!

Attention! Important notice

Abbreviations

PG L S P

profile group light heavy plain

e.g.: PG 30 = profile group 30 mm profile characteristic: light type of construction profile characteristic: heavy type of construction profile characteristic: no ornamental slots

Special characters

Placeholder Article-No.

Example 1.41.5 .

identifies the articles: 1.41.5F0.1 1.41.5F0.2 1.41.5E0.1 1.41.5E0.2

Example 117 1.41 1.41.710.2 1.41.5 .

Reference to catalogue page to article number group to single article to group of articles

5

Slot systemCross section of slots Core hole- 6.2 Slot width 6.2 Slot depth 4.8 Wall thickness 1.8

1.02PG 20

H-slot

F-slot

12.0

8.2

6.5

2.2

20 30

E3-slot

12.0

8.2

11.5

3.0

40

E4-slot

12.0

8.2

12.5

4.0

45 50 60

6

Numerical key for articlesProfiles1. 1 1. 1 1. 1 1. 1 1. 1 1. 1 1. 1 1. 1 1. 1 1. 1 1. 1 1. 1 . . . . . . . . . . . . . . . . . . . / / / . . . . R . k t . . . . . . . Key Core hole- 1) Profile width Profile height (all, but special profiles) Number of degrees (round profiles) Number of edges (special profiles) Slot quantity 2) Contour 3) Version light Type B Version light, Type B Plain Key Core hole Profile width 2) Head-variant 3) Connection-variant 4) Stainless Ground Special cases: Parallel-connector across and high Profile width for cross bushing Profile width for anchor1)1)

1.030 = 6.2 mm 1 = 12 mm 2-digit off 10 slots 0 1 2 3 4 5 7 8 9 = = = = = = = = = Round Soft Corner Cubic Rectangle Pneumatic Angle Angle 45 Special

2) 3)

0

L B L B P

Connectors- general 1. 2 1. 2 1. 2 1. 2 1. 2 1. 2 1. 21)

0 = 6.2 mm 1 = 12 mm 2 3 4 45 5 6 E F H V = = = = = = = = = = 20 mm 30 mm 40 mm 45 mm 50 mm 60 mm E-head F-head H-head Extension

2)

V E

3)

4)

0 = Universal/ Neutral 1 = Standard 2 = Standard 90 4 = Square head 5 = Parallel 1 = Standard 2 = Standard 90

-Oblique-hinge

1. 2 1. 2 1. 2 1. 2

. . . . K V

Key Oblique-connector, hinge Connection-variant 1) Stainless

1)

-Oblique-bent anchor

1. 2 1. 2 1. 2 1. 2 1. 2 1. 2 1. 2

. . . . . . . B

/ / / / / / /

Key Oblique-connector, bent anchor Connection-variant 1) Design L/R Angle Stainless Ground

1)

1 = Standard 2 = Standard 90

V E

-Miter-hinge

1. 2 1. 2 1. 2 1. 2

. . . . G V

Key Miter-connector, hinge Connection-variant 1) Stainless

1)


-Miter-bent anchor

1. 2 1. 2 1. 2 1. 2 1. 2 1. 2

. . . . . . G B

/ / / / / /

Key Miter-connector Bent design Connection-variant 1) Angle Stainless

1)


V

-Screw-type

1. 2 1. 2 1. 2 1. 2 1. 2 1. 2

. . . . . . / / / S M

/ / / / / /

Key Screw-type-connector Type of anchor 1) Thread Thread- Screw special length

1)

1 2 3 4 5

= = = = =

Standard Parallel 20 mm Parallel 30 mm Parallel 40 mm Parallel 50 mm

Special cases: Screw-type connector parallel across and high Profile width for cross bushing Profile width for anchor 7

Summary: Profiles Summary: Profiles (plain)16160 1640 1640 1680 1640 1680

plain

L

1F LP

S1F P 2020

L1E LP 2E LP 4E LP

S1E P 2040 2E P 4040 2010 2030 2030

plain

L2H LP 4H LP 6H LP 8H LP

L1F LP 1F LP 2F LP

S2H s. P 2H c. P 3030 3H P 4H P 3060 4H P 30100 6H P 30150 6060

S30100

2F P

plain

L1F LP 2F c. LP 2F LP 3F LP 4F LP 6F LP

S2F s. P 0F P 1F P 2F c. BP 2F P 4040 3F P 4F P 4060 0F P 6F P 8F P 9F P 10F P 8F P 40160 0F P 5E 2F P 8080 4080

plain

2E s. LP 0E LP

1E LP 2E c. LP 2E LP 3E LP 40 r.45 40 r.90

4E LP

0E LP

0E LP

3E c. LP 4E LP

4E LBP 5E LP

6E LP

6E LP

0E LP

4E c. LP 4040

6E LP

8E LP

L2E LP 2E LP 2E 45 LP 3E 45 LP 7E 45 LP

S4E P 4545 4560 4590 6E P 7E BP 7E P 8E P 9090

plain

L2E s. LP 0E LP 1E LP 2E c. LP 2E LP 3E LP 4E LP 4E LP 0E LP 6E LP 8E LP

S4E P 4E P 0E P 6E P 8E P

plain

L

S6060

plain

L2E LP 4E LP

S2E P 4E P

8

1.04plain

grooves) Summary: Profiles Summary: Profiles (with grooves)

1.04

Profile group Special profiles Slot type plain plain

without grooves

with groovesL S P B hexag. light heavy plain type B hexagonal octag. c. r. s. angle octagonal corner round soft angle

130150 3030 3050 3060 30100 6060

L2F c. L 2F L 3F L 4F L 4F L 6F L 5F L 8F L

S8E P 80120 80160 120120 2F s. 2F c. 2Fc. B 4040 3F 4F 4F 6F 4080 40120 40160 8F angle 8080 80160

8E LP

2E s. L 2E c. L 2E L

3E L

4E L

4E L

6E L

8E L

10E L

8E L

8E LB

12E L

40 r.30 40 r.45 40 r.60 40 r.90

L2F L 2E L 2E L 2E L

S10E P 8E P 12E P 12E P 2E c. 3E 4E 4545 4560 6E 4590 8E 9090 8E angle 12E

L4E L 4E L 6E L 8E L

100300

S4E 4E 6E 50100 50150 8E 100100 5050

100200

L2E c. L 2E L 3E L 4E L 6E L 8E L 8E L

S12E P 16E P 2E s. 2E c. 3E 4E 6060 6090 6E 8E 8E 8E

L4E L 6E L

S

4E

6E

9

Summary: profiles Summary: Special profiles (plain)Safety barrier profilesWire net profiles3030 3045

1.04

Available only in USA! Inch profiles1"1" 2"2"

Panel profiles

plain

plain

L2F LP 2F LP

L

S

S4F P 4040 4060 4040 4060 1.5"1.5" 1.5"3" 3"3" 8F P 3"6"

plain

plain

L2E LP 2E LP 2E c. LP 3E LP 3E LP 6080

L4E LP 6E LP

L5E LP 6E LP

S4E P 6E P 8E P 12E P

E-trunking profilesplain Lid 40 Lid 80 Lid 200 Profile pre-cut lid 120

4020 for clips

4020

4040

4080

8040

20050

80160 8E P

plain

Round48 round

Profiles hexagonal30 hexag. 40 hexag.

Roller profiles octagonal30 octag. 40 octag. plain

1E P

2E c. P

2E P

6F P

6E P

8F P

8E P

60/31

63/31

100/53

105/53

Carriage support profiles80120 80180 4040

Telescopic profiles8080 120120 160160

plain

plain

S4E 2F P 4E 2F P

S8E P 8E BP 12E P 16E P

10

Summary: profiles Summary: Special profilesProfile pre-cut lids Tubes

1.05

50

Profile pre-cut lid 30




53

Tube 202

Tube 303

Tube 404

Hollow profiles

Hinge profiles1.5 mm

50

Hollow profile 20 Hollow profile 30 Hollow profile 40

53

Type A, PG 20 - 1.5

Type A, PG 30 - 1.5

Type A, PG 40 - 1.5

Type A, PG 50 - 1.5

1

Base profiles

Hinge profiles2.0 mm / 5.0 mm

50

Base profile 20

Base profile 30

Base profile 40

53

Type B, 40 mm - 2.0

Type B, 50 mm - 2.0

Type C, 30 mm - 2.0

12 5.0

Angle profiles


51

Angle profile 4848

Angle profile 6060

Angle profile 100100

54

Type A, PG 30 - 3.0

Type A, PG 40 - 3.0

Type A, PG 50 - 3.0

Type B, 50 mm - 3.0

Wire net mounting profiles

T-Slot profilesSteel

51

Wire net mounting Wire net mounting profile profile 3310

54

T-Slot profile, steel, F

T-Slot profile, steel, E

T-Slot profile, steel, subs. ins. F

T-Slot profile, steel, subs. ins. E

Grab handle profiles

T-Slot profilesPA

51

Grab handle profile

Grab handle profile

54

T-Slot profile, PA, F

T-Slot profile, PA, E

U-profiles, C-track

Slide-slot profilesPA

52

U-profile 25252

U-profile 40

C-track

55

Slide-slot profile, PA, F

Slide-slot profile, PA, E3

Slide-slot profile, PA, E4

Sliding profiles


52

Sliding profile 3014




55

Slide-slot profile, PA, F/E3

Slide-slot profile, PA, F/E4

Slide-slot profile, PA, E3/E4

Sliding profile, Panel framing profile

19" profiles

52


Panel framing profile 308,5

55

19" profile, PG 30

19" profile, PG 40

19" profile, PG 50

11

Profile group 16 mm, F / E3-slot, P (plain)

1.09 - 1.10

light

core hole 6.2 for thread M8

bore hole 5.0 for thread M6

Description bar, 6 m packing unit

Profile 1640, 1F, LP 1.10.016040.14LP.60 4.4 2.2 0.87 Iy = Wy = 0.8 0.8

Profile 1640, 1E, LP 1.09.016040.14LP.60 Ix = Wx = G = 4.3 Iy = 2.2 Wy = 0.75

Profile 1680, 2E, LP 1.09.016080.24LP.60 0.8 Ix = 0.8 Wx = G = 30.7 7.7 1.49 Iy = Wy =

Profile 16160, 4E, LP 1.09.016160.44LP.60 1.6 Ix = 238.3 Iy = 1.6 Wx = 29.8 Wy = G = 3.0 3.3 3.3

(number) 1.10.016040.14LP.61 (20) 1.09.016040.14LP.61 (20) 1.09.016080.24LP.61 (10) 1.09.016160.44LP.61 (5)

moment of inertia cm 4 Ix = moment of resistance cm 3 Wx = weight kg/m G =

heavy




Profile 1640, 1F, P

Profile 1640, 1E, P

Profile 1680, 2E, P

1.10.016040.14P.60 1.09.016040.14P.60 1.09.016080.24P.60 (number) 1.10.016040.14P.61 (20) 1.09.016040.14P.61 (20) 1.09.016080.24P.61 (10) 5.3 2.7 1.0 Iy = Wy = 1.0 1.0 Ix = Wx = G = 7.2 Iy = 3.6 Wy = 1.14 1.1 Ix = 1.1 Wx = G = 48.3 12.0 2.11 Iy = Wy = 2.2 2.2


machining data 12

Profile machining 1.1A

Profile group 20 mm, H-slot, P (plain)

1.10

light


1

Description bar, 6 m packing unit (number) moment of inertia cm4 moment of resistance cm3 weight kg/m

Profile 2020, 2H, LP 1.10.020020.23LP.60 1.10.020020.23LP.61 (10) Ix = Wx = G = 1.0 1.0 0.58 Iy = Wy = 0.8 0.8

heavy



Profile 2020, 2H, soft, P

Profile 2020, 2H, cor., P

Profile 2020, 3H, P 1.10.020020.33P.60 1.10.020020.33P.61 (10) Ix = Wx = G = 0.9 Iy = 0.9 Wy = 0.65 0.9 0.9

1.10.020020.21P.60 1.10.020020.22P.60 (number) 1.10.020020.21P.61 (10) 1.10.020020.22P.61 (10) 0.6 Iy = 0.6 Wy = 0.52 0.6 Ix = 0.6 Wx = G = machining data 1.0 Iy = 0.9 Wy = 0.68 1.0 0.9

moment of inertia cm4 Ix = moment of resistance cm3 Wx = weight kg/m G =

Profile machining 1.1A13

Profile group 20 mm, H-slot, P (plain)

1.10

light



Profile 2020, 4H, LP 1.10.020020.43LP.60 (number) 1.10.020020.43LP.61 (10) 0.8 0.8 0.53 Iy = Wy = 0.8 0.8

Profile 2040, 6H, LP 1.10.020040.64LP.60 Ix = Wx = G = 5.3 2.6 0.9 Iy = Wy =

Profile 4040, 8H, LP 1.10.040040.83LP.60 1.4 Ix = 1.4 Wx = G = 10.0 Iy = 10.0 5.0 Wy = 5.0 1.5

1.10.020040.64LP.61 (10) 1.10.040040.83LP.61 (10)

moment of inertia cm4 Ix = moment of resistance cm 3 Wx = weight kg/m G =

heavy



Profile 2020, 4H, P

Profile 2040, 4H, P

Profile 2040, 6H, P

1.10.020020.43P.60 1.10.020040.44P.60 1.10.020040.64P.60 (number) 1.10.020020.43P.61 (10) 1.10.020040.44P.61 (10) 1.10.020040.64P.61 (10) 0.9 0.9 0.62 Iy = Wy = 0.9 0.9 Ix = Wx = G = 7.0 Iy = 3.5 Wy = 1.3 2.0 Ix = 2.0 Wx = G = 6.4 3.2 1.3 Iy = Wy = 1.7 1.7


machining data 14


Profile group 20 mm, F-slot, P (plain)

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1


Profile 2010, 1F, LP 1.11.020010.14LP.60 0.1 Iy = 0.2 Wy = 0.35

Profile 2030, 1F, LP 1.11.020030.14LP.60 0.6 Ix = 0.5 Wx = G = 2.2 Iy = 1.5 Wy = 0.7

Profile 2030, 2F, LP 1.11.020030.24LP.60 1.4 I x = 1.4 Wx = G = 2.2 1.5 0.74 Iy = Wy = 1.5 1.5

(number) 1.11.020010.14LP.61 (10) 1.11.020030.14LP.61 (10) 1.11.020030.24LP.61 (10)


heavy


Description bar, 6 m packing unit (number)

Profile 2030, 2F, P 1.11.020030.24P.60 1.11.020030.24P.61 (10) Ix = Wx = G = machining data 2.6 1.7 1.0 Iy = Wy = 1.9 1.7

moment of inertia cm4 moment of resistance cm3 weight kg/m



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Description bar, 6 m packing unit (number) moment of inertia cm 4 moment of resistance cm 3 weight kg/m

Profile 3030, 1F, LP 1.11.030030.13LP.60 Ix = Wx = G = 3.1 2.1 0.9 Iy = Wy =

Profile 3030, 2F, cor.,LP 1.11.030030.22LP.60 3.1 Ix = 2.1 Wx = G = 3.2 Iy = 2.1 Wy = 0.9 3.2 2.1

1.11.030030.13LP.61 (10) 1.11.030030.22LP.61 (10)

heavy



Profile 3030, 2F, soft, P

Profile 3030, 0F, P

Profile 3030, 1F, P

Profile 3030, 2F, cor., BP

1.11.030030.21P.60 1.11.030030.03P.60 1.11.030030.13P.60 1.11.030030.22BP.60 (number) 1.11.030030.21P.61 (10) 1.11.030030.03P.61 (10) 1.11.030030.13P.61 (10) 1.11.030030.22BP.61 (10) 2.7 1.6 0.9 Iy = Wy = 2.7 1.6 Ix = Wx = G = 4.4 Iy = 2.3 Wy = 1.3 4.4 Ix = 2.3 Wx = G = 4.3 2.9 1.2 Iy = Wy = 4.0 Ix = 2.6 Wx = G = 3.7 Iy = 2.4 Wy = 1.1 3.7 2.4


machining data 16



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1

Profile 3030, 2F, LP 1.11.030030.23LP.60 Ix = Wx = G = 3.2 Iy = 2.1 Wy = 0.9

Profile 3030, 3F, LP 1.11.030030.33LP.60 3.2 Ix = 2.1 Wx = G = 3.3 Iy = 2.2 Wy = 0.9

Profile 3030, 4F, LP 1.11.030030.43LP.60 3.2 Ix = 2.2 Wx = G = 3.3 2.2 0.9 Iy = Wy = 3.3 2.2

Profile 3060, 6F, LP 1.11.030060.64LP.60 1.11.030060.64LP.61 (6) Ix = 21.2 Wx = 7.0 G = 1.6 Iy = Wy = 5.7 3.8

1.11.030030.23LP.61 (10) 1.11.030030.33LP.61 (10) 1.11.030030.43LP.61 (10)

Profile 3030, 2F, P

Profile 3030, 3F, P

Profile 3030, 4F, P

Profile 3060, 0F, P

Profile 3060, 6F, P 1.11.030060.65P.60 (6) 1.11.030060.65P.61 7.8 Ix = 25.0 5.2 Wx = 8.3 G = 2.1 Iy = Wy = (6) 7.0 4.7

1.11.030030.23P.60 1.11.030030.33P.60 1.11.030030.43P.60 1.11.030060.04P.60 1.11.030030.23P.61 (10) 1.11.030030.33P.61 (10) 1.11.030030.43P.61 (10) 1.11.030060.04P.61 Ix = Wx = G = 3.6 Iy = 2.4 Wy = 1.1 3.9 Ix = 2.6 Wx = G = 3.5 Iy = 2.4 Wy = 1.1 3.7 Ix = 2.4 Wx = G = machining data 3.5 2.4 1.1 Iy = Wy = 3.5 I x = 2.4 Wx = G = 29.0 Iy = 9.6 Wy = 2.2



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heavy




Profile 30100, 5E, 2F, P 1.11.030100.74P.60 (number) 1.11.030100.74P.614

Profile 30100, 8F, P 1.11.030100.84P.60 1.11.030100.84P.61 Ix = 115.0 Wx = 22.9 G = 3.4

Profile 30100, 9F, P 1.11.030100.94P.60 (4) 1.11.030100.94P.61 (4)

(4)

moment of inertia cm Ix = 108.9 moment of resistance cm 3 Wx = 21.7 weight kg/m G = 3.5

Iy = 12.4 Wy = 8.3 machining data

Iy = 11.6 Ix = 130.6 Iy = 11.9 Wy = 7.7 Wx = 25.9 Wy = 7.9 G = 3.6


18


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1

Connection possibilities 106, Universal connector 110, ST-Connector

Profile 30100, 10F, P

Profile 30150, 8F, P

Profile 30150, 8E, P 1.11.030150.84P.60 (2) 1.11.030150.84P.61 (2)


Profile 6060, 0F, P 1.11.060060.03P.60 1.11.060060.03P.61 Ix = 58.2 Wx = 15.5 G = 4.0 (6)

1.11.030100.104P.60 1.11.030150.85P.60 1.11.030100.104P.61 (4) 1.11.030150.85P.61

Ix = 127.0 Iy = 11.9 Ix = 340.0 Iy = 16.0 Ix = 481.0 Wx = 25.4 Wy = 7.9 Wx = 45.0 Wy = 11.0 Wx = 64.1 G = 3.6 G = 4.1 G = 7.9 machining data

Iy = 25.1 Wy = 16.7

Iy = 58.2 Wy = 15.5


Profile group 40 mm, E3-slot, P (plain)

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Profile 4040, 2E, soft, LP Profile 4040, 0E, LP 1.11.040040.21LP.60 6.4 3.8 1.2 Iy = Wy = 6.4 3.8 1.11.040040.03LP.60 Ix = Wx = G =

Profile 4040, 1E, LP 1.11.040040.13LP.60 8.5 4.1 1.3 Iy = Wy =

Profile 4040, 2E, cor., LP 1.11.040040.22LP.60 8.1 Ix = 4.0 Wx = G = 8.0 Iy = 4.0 Wy = 1.3 8.0 4.0

(number) 1.11.040040.21LP.61 (8) 1.11.040040.03LP.61 (8) 1.11.040040.13LP.61 (8) 1.11.040040.22LP.61 (8) 12.0 Iy = 12.0 Ix = 6.0 Wy = 6.0 Wx = G = 1.8


heavy



moment of inertia cm 4 moment of resistance cm 3 weight kg/m machining data 20




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1

Profile 4040, 2E, LP 1.11.040040.23LP.60 Ix = Wx = G = 8.2 Iy = 4.1 Wy = 1.3

Profile 4040, 3E, LP 1.11.040040.33LP.60 7.5 Ix = 3.8 Wx = G =

Profile 4040, 4E, LP 1.11.040040.43LP.60 9.9 4.9 1.5 Iy = Wy =

Profile 4060, 0E, LP 1.11.040060.04LP.60 9.9 I x = 4.9 Wx = G =

Profile 4080, 0E, LP 1.11.040080.04LP.60 Iy = 21.5 Wy = 10.7

1.11.040040.23LP.61 (8) 1.11.040040.33LP.61 (8) 1.11.040040.43LP.61 (8) 1.11.040060.04LP.61 (8) 1.11.040080.04LP.61 (4) 9.4 Iy = 10.0 Ix = 4.7 Wy = 5.0 Wx = G = 1.5 27.7 Iy = 13.1 I x = 79.0 9.3 Wy = 6.5 Wx = 19.7 G = 3.1 2.1

Profile 4040, 4E, P 1.11.040040.43P.60 1.11.040040.43P.61 Ix = Wx = G = 12.0 6.0 2.0 (8)

Iy = 12.0 Wy = 6.0

machining data



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Profile 4080, 3E, cor., LP 1.11.040080.32LP.60 73.8 18.5 2.8 Iy = 20.5 Wy = 10.2

Profile 4080, 4E, LP 1.11.040080.44LP.60 Ix = Wx = G =

Profile 4080, 4E, LBP 1.11.040080.44LBP.60 74.5 18.6 2.8

Profile 4080, 5E, LP 1.11.040080.54LP.60 72.2 Iy = 18.1 18.0 Wy = 9.0 2.8

(number) 1.11.040080.32LP.61 (4) 1.11.040080.44LP.61 (4) 1.11.040080.44LBP.61 (4) 1.11.040080.54LP.61 (4) 70.7 Iy = 20.0 Ix = 17.7 Wy = 8.9 Wx = G = 2.8 Iy = 18.3 Ix = Wy = 9.2 Wx = G =


heavy







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1


Profile 40160, 6E, LP 1.11.040160.64LP.60

Profile 8080, 0E, LP 1.11.080080.03LP.60

Profile 8080, 4E, cor., LP 1.11.080080.42LP.60


1.11.040080.64LP.61 (4) 1.11.040160.64LP.61 (2) 1.11.080080.03LP.61 (2) 1.11.080080.42LP.61 (2) 1.11.080080.63LP.61 (2) 62.7 Iy = 17.7 Ix = 450.4 Iy = 36.3 Ix = 135.0 15.6 Wy = 8.8 Wx = 56.3 Wy = 18.1 Wx = 33.5 G = G = 2.5 5.0 4.7 Iy = 135.0 I x = 128.0 Iy = 128.0 I x = 121.3 Wy = 33.5 Wx = 32.0 Wy = 32.0 Wx = 30.3 G = G = 4.2 4.5

Profile 4080, 6E, P 1.11.040080.64P.60 1.11.040080.64P.61 Ix = Wx = G = (4)

Profile 8080, 7E, BP

Profile 8080, 7E, P (2)

1.11.080080.73BP.60 1.11.080080.79P.60 1.11.080080.73BP.61 (2) 1.11.080080.79P.61 I x = 145.0 Iy = 141.0 I x = 173.0 Wx = 36.2 Wy = 35.2 Wx = 43.3 5.3 G = G = 7.6 machining data

82.0 Iy = 23.4 20.5 Wy = 11.7 3.8

Iy = 160.0 Wy = 40.0



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Profile 8080, 8E, LP 1.11.080080.83LP.60 (number) 1.11.080080.83LP.61 (2) Iy = 114.0 Wy = 28.4

Profile 80160, 8E, LP 1.11.080160.84LP.60 1.11.080160.84LP.61 (2) Ix = 828.0 Wx = 104.0 G = 8.6 Iy = 259.0 Wy = 65.0

moment of inertia cm 4 Ix = 114.0 moment of resistance cm 3 Wx = 28.4 weight kg/m G = 4.1

heavy

Application E-trunking profiles, 57, 311-313




Profile 8080, 8E, P 1.11.080080.83P.60 (number) 1.11.080080.83P.614

Profile 80120, 10E, P

Profile 80160, 12E, P (2)

1.11.080120.104P.60 1.11.080160.89P.60 (2) 1.11.080120.104P.61 (2) 1.11.080160.89P.61 Ix = 449.9 Iy = 217.8 Wx = 72.6 Wy = 54.4 G = 8.6 Ix = 944.0 Wx = 118.0 G = 7.9


Iy = 166.0 Wy = 41.4

Iy = 183.0 Wy = 45.8

machining data 24



1.11

1



1.11.080160.124P.60 1.11.120120.123P.60 1.11.080160.124P.61 (2) 1.11.120120.123P.61 (2) Ix = 883.0 Iy = 269.0 Ix = 624.0 Iy = 624.0 Wx = 110.0 Wy = 67.3 Wx = 104.0 Wy = 104.0 G = 9.4 G = 10.6 machining data



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Connection possibilities and calculation formulas for polygons 1.2E



P. 40, rnd. 45 deg., 2E, LP 1.11.040R45.20LP.60 Ix = Wx = G = 14.5 Iy = 4.9 Wy = 1.6

Profile 40, round 90 deg., 2E, LP 1.11.040R90.20LP.60

1.11.040R45.20LP.61 (8) 1.11.040R90.20LP.61 (4) 8.0 Ix = 3.7 Wx = G = 89.0 16.0 3.0 Iy = 89.0 Wy = 16.0

light




Prf. 4040, 2E, 45 deg., LP Prf. 8080, 3E, 45 deg., LP Prf. 8080, 7E, 45 deg., LP 1.11.040040.28LP.60 1.11.080080.38LP.60 1.11.080080.78LP.60 (number) 1.11.040040.28LP.61 (8) 1.11.080080.38LP.61 (2) 1.11.080080.78LP.61 (2) 7.3 3.9 1.4 Iy = Wy = 7.3 3.9 Ix = 106.0 Iy = 106.0 Wx = 26.5 Wy = 26.5 G = 4.3 Ix = Wx = G = 99.3 24.8 4.0 Iy = 99.3 Wy = 24.8


machining data 26


1

27


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Profile 4545, 2E, soft, LP Profile 4545, 0E, LP 1.11.045045.21LP.60 11.4 5.1 1.6 Iy = 11.4 Wy = 5.1 1.11.045045.03LP.60 Ix = Wx = G =

Profile 4545, 1E, LP 1.11.045045.13LP.60 14.7 6.5 2.1

Profile 4545, 2E, cor., LP 1.11.045045.22LP.60 14.7 Iy = 14.7 6.6 Wy = 6.6 2.0

(number) 1.11.045045.21LP.61 (8) 1.11.045045.03LP.61 (8) 1.11.045045.13LP.61 (8) 1.11.045045.22LP.61 (8) 15.5 Iy = 15.5 Ix = 6.9 Wy = 6.9 Wx = G = 2.2 Iy = 15.5 Ix = Wy = 6.8 Wx = G =


heavy




bore hole for thread M10



1.11

1


Profile 4545, 3E, LP 1.11.045045.33LP.60

Profile 4545, 4E, LP 1.11.045045.43LP.60 13.5 6.0 1.9

Profile 4560, 4E, LP 1.11.045060.44LP.60


1.11.045045.23LP.61 (8) 1.11.045045.33LP.61 (8) 1.11.045045.43LP.61 (8) 1.11.045060.44LP.61 (6) 1.11.045090.04LP.61 (4) 14.0 Iy = 15.5 Ix = 6.2 Wy = 6.9 Wx = G = 2.0 14.0 Iy = 14.7 Ix = 6.2 Wy = 6.5 Wx = G = 2.1 Iy = 13.5 I x = Wy = 6.0 Wx = G = 26.5 Iy = 16.0 I x = 107.5 9.0 Wy = 7.2 Wx = 23.9 G = 2.3 3.6

Profile 4545, 4E, P 1.11.045045.43P.60 1.11.045045.43P.61 Ix = Wx = G = 15.5 6.9 2.1

Profile 4560, 4E, P 1.11.045060.44P.60 (8) 1.11.045060.44P.61

Profile 4590, 0E, P 1.11.045090.04P.60 (6) 1.11.045090.04P.61 (4)

Iy = 15.5 I x = Wy = 6.9 Wx = G =

38.0 Iy = 23.5 I x = 134.3 13.0 Wy = 10.4 Wx = 29.8 3.0 G = 4.7

Iy = 36.3 Wy = 16.2

machining data



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Profile 4590, 6E, LP 1.11.045090.64LP.60 98.0 21.8 3.3 Iy = 27.5 Wy = 12.2

Profile 9090, 8E, LP 1.11.090090.83LP.60 Ix = 190.5 Iy = 190.5 Wx = 42.3 Wy = 42.3 G = 5.6

(number) 1.11.045090.64LP.61 (4) 1.11.090090.83LP.61 (2)


heavy






Profile 9090, 8E, P 1.11.090090.83P.60 (4) 1.11.090090.83P.61 (2)


Iy = 34.0 Wy = 15.0

Ix = 282.0 Iy = 282.0 Wx = 63.0 Wy = 63.0 G = 9.5

machining data 30



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1

heavy




Profile 100200, 12E, P 1.11.100200.124P.60 (number) 1.11.100200.124P.61 (2) Iy = Wy = 760 152 machining data

Profile 100300, 16E, P 1.11.100300.164P.60 1.11.100300.164P.61 (1) I x = 8,320 Wx = 555 G = 25.6 Iy = 1,170 Wy = 234

moment of inertia cm4 Ix = 2,450 moment of resistance cm3 Wx = 250 weight kg/m G = 17.2



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Profile 6060, 2E, LP 1.11.060060.23LP.60 35.1 11.7 2.9 Iy = 37.7 Wy = 12.5

Profile 6060, 4E, LP 1.11.060060.43LP.60 Ix = Wx = G = 35.5 Iy = 35.5 11.7 Wy = 11.7 2.7

(number) 1.11.060060.23LP.61 (6) 1.11.060060.43LP.61 (6)


heavy





Profile 6060, 4E, P 1.11.060060.43P.60 (6) 1.11.060060.43P.61 Ix = Wx = G = (6)

moment of inertia cm Ix = moment of resistance cm 3 Wx = weight kg/m G =

55.9 18.6 4.3

Iy = 58.5 Wy = 19.5

56.0 Iy = 56.0 18.7 Wy = 18.7 4.2

machining data 32


Special profiles, P (plain)

1.11

heavy


1


Profile 48, round, 1E, P 1.11.048R00.10P.60 (number) 1.11.048R00.10P.61

P. 48, round, 2E, corner, P 1.11.048R00.22P.60 (6) 1.11.048R00.22P.61

Profile 48, round, 2E, P 1.11.048R00.20P.60 (6)

(6) 1.11.048R00.20P.61 12.5 5.1 2.0


12.5 Iy = 12.9 Ix = 4.9 Wy = 5.4 Wx = G = 1.8

12.0 Iy = 12.0 I x = 5.0 Wy = 5.0 Wx = G = 2.0

Iy = 13.5 Wy = 5.9

heavy




Prof. 30, hexagonal, 6F, P 1.11.0306kt.69P.60 (number) 1.11.0306kt.69P.614

Profile 30, octagonal, 8F, P Prof. 40, hexagonal, 6E, P 1.11.0406kt.69P.60 (2) 1.11.0406kt.69P.61 83.0 21.0 4.4

Prof. 40, octagonal, 8E, P (2)

1.11.0308kt.89P.60 (2) 1.11.0308kt.89P.61

1.11.0408kt.89P.60 (2) 1.11.0408kt.89P.61

moment of inertia cm Ix = moment of resistance cm3 Wx = weight kg/m G =

32.0 Iy = 32.0 Ix = 9.8 Wy = 9.8 Wx = G = 2.8 machining data

84.0 Iy = 84.0 I x = 21.0 Wy = 21.0 Wx = G = 3.9

Iy = 83.0 I x = 233.0 Iy = 233.0 Wy = 21.0 Wx = 44.0 Wy = 44.0 G = 6.5


Profile group 30 mm, F-slot (with grooves)

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Profile 3030, 2F, corner, L Profile 3030, 2F, L 1.11.030030.22L.60 Ix = Wx = G = 3.2 Iy = 2.1 Wy = 0.9 1.11.030030.23L.60 3.2 Ix = 2.1 Wx = G = 3.2 2.2 0.9 Iy = Wy =

Profile 3030, 3F, L 1.11.030030.33L.60 3.2 Ix = 2.2 Wx = G = 3.3 Iy = 2.2 Wy = 0.9 3.2 2.2

1.11.030030.22L.61 (10) 1.11.030030.23L.61 (10) 1.11.030030.33L.61 (10)

heavy



Profile 3030, 2F, soft 1.11.030030.21.60 (number) 1.11.030030.21.614

Profile 3030, 2F, corner 1.11.030030.22.60 (10) 1.11.030030.22.61 2.7 1.6 Ix = Wx = G = 3.7 Iy = 2.4 Wy = 1.1

Profile 3030, 2F, corner, B Profile 3030, 3F (10) 3.7 2.4

1.11.030030.22B.60 1.11.030030.33.60 (10) 1.11.030030.22B.61 (10) 1.11.030030.33.61 3.7 Ix = 2.4 Wx = G = 3.7 2.4 1.1 Iy = Wy = 3.7 Ix = 2.4 Wx = G = 3.5 Iy = 2.4 Wy = 1.1


2.7 1.6 0.9

Iy = Wy =

machining data 34


Profile group 30 mm, F-slot (with grooves)

1.11

1

Profile 3030, 4F, L 1.11.030030.43L.60 Ix = Wx = G = 3.3 Iy = 2.2 Wy = 0.9

Profile 3050, 4F, L 1.11.030050.44L.60 3.3 Ix = 2.2 Wx = G = 11.0 Iy = 4.8 Wy = 1.3

Profile 3060, 6F, L 1.11.030060.64L.60 (6) 1.11.030060.64L.61 4.3 Ix = 3.3 Wx = G = 21.2 7.0 1.6 Iy = Wy =

Profile 30100, 5F, L 1.11.030100.54L.60 (6) 1.11.030100.54L.61 5.7 I x = 3.8 Wx = G = 83.2 Iy = 16.6 Wy = 2.2

Profile 6060, 8F, L 1.11.060060.83L.60 (4) 1.11.060060.83L.61 9.5 I x = 38.7 6.3 Wx = 12.9 G = 2.6 (8) Iy = 38.7 Wy = 12.9

1.11.030030.43L.61 (10) 1.11.030050.44L.61

Profile 3030, 4F 1.11.030030.43.60 1.11.030030.43.61 Ix = Wx = G = 3.5 Iy = 2.4 Wy = 1.1

Profile 3050, 4F 1.11.030050.44.60 (10) 1.11.030050.44.61 3.5 Ix = 2.4 Wx = G = 16.9 Iy = 6.7 Wy = 2.0

Profile 3060, 6F 1.11.030060.65.60 (6) 1.11.030060.65.61 6.6 Ix = 4.4 Wx = G = 25.0 8.3 2.1 Iy = Wy = (6) 7.0 4.7

Profile 6060, 8F, angle 1.11.060060.87.60 1.11.060060.87.61 Ix = 35.2 Wx = 9.9 G = 2.8 (4)

Iy = 35.2 Wy = 9.9

machining data


Profile group 40 mm, E3-slot (with grooves)

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Profile 4040, 2E, soft, L 1.11.040040.21L.60 (number) 1.11.040040.21L.61 6.4 3.8 1.2 Iy = Wy = 6.4 3.8

Profile 4040, 2E, corner, L Profile 4040, 2E, L 1.11.040040.22L.60 1.11.040040.23L.60 (8) 1.11.040040.23L.61 8.0 Ix = 4.0 Wx = G = 8.2 4.1 1.3 Iy = Wy =

Profile 4040, 3E, L 1.11.040040.33L.60 (8) 1.11.040040.33L.61 7.5 Ix = 3.8 Wx = G = 8.3 Iy = 4.1 Wy = 1.4 (8) 8.8 4.4

(8) 1.11.040040.22L.61 Ix = Wx = G = 8.0 Iy = 4.0 Wy = 1.3


heavy



Description bar, 6 m packing unit (number)4

Profile 4040, 2E, corner 1.11.040040.22.60 1.11.040040.22.61 Ix = Wx = G = machining data (8)

Profile 4040, 3E 1.11.040040.33.60 1.11.040040.33.61 Ix = Wx = G = (8)

moment of inertia cm moment of resistance cm 3 weight kg/m

12.3 Iy = 12.3 6.1 Wy = 6.1 2.0

12.0 Iy = 12.3 6.0 Wy = 6.0 2.0


36


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1

Profile 4040, 4E, L 1.11.040040.43L.60 1.11.040040.43L.61 Ix = Wx = G = 9.9 Iy = 4.9 Wy = 1.5

Profile 4080, 4E, L 1.11.040080.44L.60 (8) 1.11.040080.44L.61 9.9 Ix = 4.9 Wx = G =

Profile 4080, 6E, L 1.11.040080.64L.60 (4) 1.11.040080.64L.61 62.7 15.6 2.6

Profile 40120, 8E, L 1.11.040120.84L.60 (4) 1.11.040120.84L.61

Profile 40160, 10E, L 1.11.040160.104L.60 (2) 1.11.040160.104L.61 (2) Iy = 36.6 Wy = 18.3

63.2 Iy = 17.8 Ix = 15.7 Wy = 8.9 Wx = G = 2.6

Iy = 17.0 I x = 194.0 Iy = 26.0 I x = 478.0 Wy = 8.5 Wx = 33.0 Wy = 13.0 Wx = 60.0 G = G = 5.6 3.7

Profile 4040, 4E 1.11.040040.43.60 1.11.040040.43.61 Ix = Wx = G = (8)

Profile 4080, 6E 1.11.040080.65.60 1.11.040080.65.61 Ix = Wx = G = 82.0 20.5 3.8 (4)

12.0 Iy = 12.0 6.0 Wy = 6.0 2.0

Iy = 23.4 Wy = 11.7

machining data



1.11

light




Profile 8080, 8E, L 1.11.080080.83L.60 (number) 1.11.080080.83L.61 Iy = 111.0 Wy = 28.0

Profile 8080, 8E, LB 1.11.080080.83LB.60 Ix = 115.0 Iy = 115.0 Wx = 29.0 Wy = 29.0 G = 4.5

Profile 80160, 12E, L 1.11.080160.124L.60 Ix = 801.0 Wx = 100.0 G = 8.8 Iy = 235.0 Wy = 59.0

(2) 1.11.080080.83LB.61 (2) 1.11.080160.124L.61 (2)

moment of inertia cm 4 Ix = 111.0 moment of resistance cm 3 Wx = 28.0 weight kg/m G = 4.1

heavy




Profile 8080, 8E 1.11.080080.83.60 (number) 1.11.080080.83.614

Profile 8080, 8E, angle 1.11.080080.87.60 (2) 1.11.080080.87.61

Profile 80160, 12E (2)

1.11.080160.124.60 (2) 1.11.080160.124.61 Ix = 880.0 Wx = 110.0 G = 9.4


Iy = 166.0 Wy = 41.4

Ix = 120.0 Iy = 120.0 Wx = 23.8 Wy = 23.8 G = 6.3

Iy = 268.0 Wy = 67.0

machining data 38



1.11

light

F-Slot


F-Slotcore hole 12.0 for thread M14

1E3-Slotcore hole 12.0 for thread M14


P. 40, round 30 deg., 2F, L 1.11.040R30.20L.60 (number) 1.11.040R30.20L.61 6.0 Iy = 3.0 Wy = 1.2

P. 40, round 45 deg., 2E, L P. 40, round 60 deg., 2E, L 1.11.040R45.20L.60 1.11.040R60.20L.60 (8) 1.11.040R60.20L.61 8.0 I x = 3.7 Wx = G = 30.0 7.6 1.9 (8) Iy = 10.5 Wy = 4.6

(8) 1.11.040R45.20L.61 4.8 Ix = 2.4 Wx = G = 14.5 Iy = 4.9 Wy = 1.6


light



Description

Profile 40, round 90 deg., 2E, L 1.11.040R90.20L.60 1.11.040R90.20L.61 (4)

moment of inertia cm Ix = moment of resistance cm3 Wx = weight kg/m G =

4

89.0 Iy = 89.0 16.0 Wy = 16.0 3.0 machining data



1.11

light



Profile 4545, 4E, L 1.11.045045.43L.60 (number) 1.11.045045.43L.61 13.5 6.0 1.9 Iy = 13.5 Wy = 6.0

Profile 4560, 4E, L 1.11.045060.44L.60 (8) 1.11.045060.44L.61 Ix = Wx = G =

Profile 4590, 6E, L 1.11.045090.64L.60 (6) 1.11.045090.64L.61 98.0 21.8 3.3 Iy = 27.5 Wy = 12.2

Profile 9090, 8E, L 1.11.090090.83L.60 (4) 1.11.090090.83L.61 (2) Ix = 183.0 Iy = 183.0 Wx = 40.7 Wy = 40.7 G = 5.3


26.5 Iy = 16.0 Ix = 9.0 Wy = 7.2 Wx = G = 2.3

heavy





Profile 4545, 4E 1.11.045045.43.60 (number) 1.11.045045.43.614

Profile 4560, 4E 1.11.045060.44.60 (8) 1.11.045060.44.61 Ix = Wx = G =

Profile 4590, 6E 1.11.045090.64.60 (6) 1.11.045090.64.61 Ix = 126.0 Wx = 28.0 G = 4.4

Profile 9090, 8E 1.11.090090.83.60 (4) 1.11.090090.83.61 (2)


16.8 7.4 2.3

Iy = 16.8 Wy = 7.4

38.8 Iy = 23.5 13.0 Wy = 10.4 3.0

Iy = 34.0 Wy = 15.0

Ix = 282.0 Iy = 282.0 Wx = 63.0 Wy = 63.0 G = 9.5

machining data 40


1

41


1.11

light


Description bar, 6 m packing unit (number) moment of inertia cm4 moment of resistance cm 3 weight kg/m

Profile 5050, 2E, corner, L Profile 5050, 2E, L 1.11.050050.22L.60 1.11.050050.22L.61 Ix = Wx = G = 1.11.050050.23L.60 (6) 1.11.050050.23L.61 17.7 7.0 1.6

Profile 5050, 3E, L 1.11.050050.33L.60 (6) 1.11.050050.33L.61 (6) 18.4 Iy = 16.0 7.3 Wy = 5.8 1.9

16.5 Iy = 16.5 Ix = 6.7 Wy = 6.7 Wx = G = 1.7

Iy = 13.6 Ix = Wy = 5.4 Wx = G =

heavy




Profile 5050, 2E, soft 1.11.050050.21.60 (number) 1.11.050050.21.614

Profile 5050, 2E, corner 1.11.050050.22.60 (6) 1.11.050050.22.61 Ix = Wx = G = (6)

Profile 5050, 3E 1.11.050050.33.60 1.11.050050.33.61 Ix = Wx = G = (6)


18.8 7.5 2.3

Iy = 18.8 Wy = 7.5

28.2 Iy = 28.2 11.1 Wy = 11.1 3.2

27.3 Iy = 28.2 11.1 Wy = 11.1 3.1

machining data 42



1.11

1

Profile 5050, 4E, L 1.11.050050.43L.60 1.11.050050.43L.61 Ix = Wx = G = 19.2 7.7 2.2

Profile 50100, 6E, L 1.11.050100.64L.60 (6) 1.11.050100.64L.61

Profile 50100, 8E, L 1.11.050100.84L.60 (3) 1.11.050100.84L.61 (3) Iy = 40.0 Wy = 16.0

Profile 100100, 8E, L 1.11.100100.83L.60 1.11.100100.83L.61 Ix = 284.0 Wx = 50.8 G = 6.2 (2) Iy = 284.0 Wy = 50.8

Iy = 19.2 Ix = 138.0 Iy = 37.0 Ix = 137.0 Wy = 7.7 Wx = 27.5 Wy = 14.5 Wx = 27.5 G = G = 3.5 4.0

Profile 5050, 4E 1.11.050050.43.60 1.11.050050.43.61 Ix = Wx = G = 27.3 11.0 3.1

Profile 50100, 6E 1.11.050100.65.60 (6) 1.11.050100.65.61

Profile 50100, 8E 1.11.050100.84.60 (3) 1.11.050100.84.61

Profile 50150, 8E 1.11.050150.85.60 (3) 1.11.050150.85.61

Profile 100100, 8E 1.11.100100.83.60 (2) 1.11.100100.83.61 (2)

Iy = 27.3 Wy = 11.0

Ix = 202.0 Iy = 57.2 Ix = 200.0 Wx = 40.4 Wy = 22.8 Wx = 39.9 G = 5.9 G = 6.0 machining data

Iy = 53.3 I x = 628.0 Iy = 83.0 I x = 411.0 Wy = 21.3 Wx = 83.0 Wy = 33.0 Wx = 82.0 G = 8.1 G = 9.7

Iy = 411.0 Wy = 82.0



1.11

light



Profile 6060, 4E, L 1.11.060060.43L.60 (number) 1.11.060060.43L.61 35.5 11.7 2.7 Iy = 35.5 Wy = 11.7

Profile 6090, 6E, L 1.11.060090.64L.60 (6) 1.11.060090.64L.61 (3) Ix = 124.0 Iy = 54.0 Wx = 27.5 Wy = 18.0 G = 4.0


heavy



Profile 6060, 4E 1.11.060060.43.60 (number) 1.11.060060.43.614

Profile 6090, 6E 1.11.060090.64.60 (6) 1.11.060090.64.61 (3)


56.0 18.7 4.2

Iy = 56.0 Wy = 18.7

Ix = 193.0 Iy = 83.0 Wx = 43.0 Wy = 27.5 G = 6.0

machining data 44


Panel profiles 40, E3-slot, P (plain)

1.15

light


1


4040, 2E, c., Panel, LP 4 1.151.4040.22LP40.60

4040, 3E, Panel, LP 4 1.151.4040.33LP40.60 10.2 Iy = 5.1 Wy =

4060, 3E, Panel, LP 4 1.151.4060.34LP40.60 8.7 I x = 4.3 Wx = 2.4 G = 14.8 7.4

6080, 5E, Panel, LP 4 1.151.6080.54LP40.60

(number) 1.151.4040.22LP40.61 (8) 1.151.4040.33LP40.61 (8) 1.151.4060.34LP40.61 (8) 1.151.6080.54LP40.61 (4) 10.3 Iy = 10.3 Ix = 5.2 Wy = 5.2 Wx = 1.8 1.65 G = Iy = 26.3 I x = 100.4 Iy = 50.4 Wy = 8.8 Wx = 25.1 Wy = 16.8 3.8 G =


light

Profile for door stop


Assembly drawing Description bar, 6 m packing unit 6080, 6E, Panel, LP 4 Profile 2030, 1F, LP

Assembly drawing

1.151.6080.64LP40.60 1.11.020030.14LP.60 (number) 1.151.6080.64LP40.61 (4) 1.11.020030.14LP.61 (10) 85.8 Iy = 50.8 Ix = 21.5 Wy = 16.9 Wx = G = 3.7 machining data 2.2 Iy = 1.5 Wy = 0.7 1.4 I x = 113.0 Iy = 64.0 I x = 1.4 Wx = 28.5 Wy = 21.3 Wx = G = 4.5 G = 89.2 22.3 4.4 Iy = 53.3 Wy = 17.7



Wire net profiles 30, F-slot, P (plain)

1.15

light



3030, 2F, WG, LP 7.5 1.155.3030.23LP75.60 2.6 Iy = 1.7 Wy = 0.86

3045, 2F, WG, LP 7.5 1.155.3045.24LP75.60 3.2 Ix = 2.1 Wx = G = 4.3 Iy = 2.9 Wy = 1.15 7.4 3.3

(number) 1.155.3030.23LP75.61 (10) 1.155.3045.24LP75.61 (8)


Wire net profiles 40, E3-slot, P (plain)light



4040, 2E, WG, LP 7.5

4060, 2E, WG, LP 7.5

1.155.4040.23LP75.60 1.155.4060.24LP75.60 (number) 1.155.4040.23LP75.61 (8) 1.155.4060.24LP75.61 (8) 7.5 Iy = 3.8 Wy = 1.35 8.2 Ix = 4.1 Wx = G = machining data 12.0 Iy = 22.7 6.0 Wy = 7.6 1.95



46

Roller profiles (plain)

5.11

heavy

1


Roller profile 60/31 5.11.060R00.00P.60 (Stck) 5.11.060R00.00P.61 33.4 11.4 3.2

Roller profile 63/31 5.11.063R00.00P.60 (4) 5.11.063R00.00P.61

Roller profile 100/53 5.11.100R00.00P.60 (4) 5.11.100R00.00P.61

Roller profile 103/53 5.11.103R00.00P.60 (2) 5.11.103R00.00P.61 (2)


Iy = 33.4 Ix = Wy = 11.4 Wx = G =

48.9 Iy = 48.9 Ix = 225.0 15.5 Wy = 15.5 Wx = 44.7 G = 4.0 6.9

Iy = 225.0 Ix = 286.0 Iy = 286.0 Wy = 44.7 Wx = 55.0 Wy = 55.0 G = 8.3

47

Carriage support profiles, F / E3-slot (plain)

8.11

heavy


E3-slot


F-slot

Description bar, 6 m

Carriage support profile 80120 8.11.080120.64P.60 Iy = 183.0 Wy = 46.0

Carriage support profile 80180 8.11.080180.64P.60 Ix = 1,005.0 Iy = 252.0 Wx = 107.0 Wy = 63.0 7.1 G =

moment of inertia cm 4 Ix = 354.0 moment of resistance cm 3 Wx = 55.0 5.8 weight kg/m G =

48

profiles, Telescopic profiles, E3-slot (plain)

9.11

heavy

heavy



1core hole 12.0 for thread M14 core hole 5.0 for thread M6

Description bar, 6 m4

Telescopic profile 8080, 8E, P 9.11.080080.83P.60 I y = 166.0 Wy = 42.0


Telescopic profile 8080, 8E, BP 9.11.080080.83BP.60 Iy = 150.0 Wy = 37.5

moment of inertia cm Ix = 166.0 moment of resistance cm3 Wx = 42.0 weight kg/m G = 5.9


heavy

heavy






Telescopic profile 120120, 12E, P 9.11.120120.123P.60 I y = 554.0 Wy = 93.0


Telescopic profile 160160, 16E, P 9.11.160160.163P.60 Iy = 1,424.0 Wy = 178.0

moment of inertia cm Ix = 554.0 moment of resistance cm3 Wx = 93.0 weight kg/m G = 7.8

moment of inertia cm Ix = 1,424.0 moment of resistance cm 3 Wx = 178.0 weight kg/m G = 10.7

49

Special profilesProfile pre-cut lids

1.19

Application

E-trunking profiles, 57, 311-313

Technical data material: Al Mg Si 0.5 F25 tensile strength: 250 N/mm 2 surface: neutral anodised

Description bar, 6 m cut to length weight

Profile pre-cut lid 30 1.19.110130.60 1.19.110130-A00A00/... kg/m G = 0.49

Profile pre-cut lid 40 1.19.110140.60 1.19.110140-A00A00/... G = 0.74

Profile pre-cut lid 50 1.19.110150.60 1.19.110150-F00F00/... G = 0.85

Profile pre-cut lid 120 1.19.1101120.60 1.19.1101120-L00L00/... G = 1.80

Hollow profiles

As bar item the bore will have machining allowances Technical data material: Al Mg Si 0.5 F25 tensile strength: 250 N/mm 2 surface: bare


Hollow profile 20 1.19.12120.60 1.19.12120-A00A00/... kg/m G = 2.3

Hollow profile 30 1.19.12130.60 1.19.12130-F00F00/... G = 4.1

Hollow profile 40 1.19.12140.60 1.19.12140-L00L00/... G = 5.5

Base profiles

As bar item the bore will have machining allowances Technical data material: Al Mg Si 0.5 F25 tensile strength: 250 N/mm 2 surface: bare

Description bar, 6 m cut to length weight 50

Base profile 20 1.19.13120.60 1.19.13120-F00F00/... kg/m G = 3.9

Base profile 30 1.19.13130.60 1.19.13130-L00L00/... G = 6.2 (/... = Length in mm)

Base profile 40 1.19.13140.60 1.19.13140-L00L00/... G = 8.2

Special profilesAngle profiles

1.19

Technical data material: Al Mg Si 0.5 F25 tensile strength: 250 N/mm 2 surface: bare

1Angle profile 4848 1.19.141048.60 1.19.141048-F00F00/... Angle profile 6060 1.19.141060.60 1.19.141060-L00L00/... G = 2.1 Angle profile 100100 1.19.141100.60 1.19.141100-L00L00/... G = 5.5


kg/m G = 1.9

Wire net mounting profiles



Wire net mounting profile 1.19.14230.60 1.19.14230-A00A00/... kg/m G = 0.3

Wire net mt. pr. 3310 1.19.1423310.60 1.19.1423310-A00A00/... G = 0.4

Grab handle profiles

F-slot



Grab handle profile 1.19.14319.60 1.19.14319-A00A00/... kg/m G = 0.3 (/... = Length in mm)

Grab handle profile 1.19.14330.60 1.19.14330-A00A00/... G = 0.73 51

Special profilesU-profiles, C-track

1.19



U-profile 25252 1.19.14425.60 1.19.14425-A00A00/... kg/m G = 0.4

U-profile 40 1.19.14440.60 1.19.14440-A00A00/... G = 1.35

C-track 1.19.14532.60 1.19.14532-A00A00/... G = 0.6

Sliding profiles



Sliding profile 3014 1.19.15130.60 1.19.15130-A00A00/... kg/m G = 0.4

Sliding profile 3026 1.19.15131.60 1.19.15131-A00A00/... G = 0.6



Sliding profile, Panel framing profile



Sliding profile 5014 1.19.15150.60 1.19.15150-A00A00/... kg/m G = 0.6 (/... = Length in mm)

Panel framing prof. 308.5 1.19.15530.60 1.19.15530-A00A00/... G = 0.27

Special profilesTubes

1.19


1Tube 202 1.19.16120.60 1.19.16120-A00A00/... Tube 303 1.19.16130.60 1.19.16130-A00A00/... G = 0.7 Tube 404 1.19.16140.60 1.19.16140-A00A00/... G = 1.3


kg/m G = 0.3




Type A, PG 20 - 1.5 1.19.1702002.60 1.19.1702002-A00A00/... kg/m G = 0.5

Type A, PG 30 - 1.5 1.19.1703002.60 1.19.1703002-A00A00/... G = 0.3

Type A, PG 40 - 1.5 1.19.1704002.60 1.19.1704002-A00A00/... G = 0.3

Type A, PG 50 - 1.5 1.19.1705002.60 1.19.1705002-A00A00/... G = 0.4


Hinge profile5.0 mm



Type B, 40 mm - 2.0 1.19.1714002.60 1.19.1714002-A00A00/... kg/m G = 0.3

Type B, 50 mm - 2.0 1.19.1715002.60 1.19.1715002-A00A00/... G = 0.4 (/... = Length in mm)

Type C, 30 mm - 2.0 1.19.1723002.60 1.19.1723002-A00A00/... G = 0.4

Hinge profile 12 1.19.174160.60 1.19.174160-A00A00/... G = 1.25 53

Special profilesHinge profiles3.0 mm

1.19



Type A, PG 30 - 3.0 1.19.1703003.60 1.19.1703003-A00A00/... kg/m G = 0.4

Type A, PG 40 - 3.0 1.19.1704003.60 1.19.1704003-A00A00/... G = 0.5

Type A, PG 50 - 3.0 1.19.1705003.60 1.19.1705003-A00A00/... G = 0.6

Type B, 50 mm - 3.0 1.19.1715003.60 1.19.1715003-A00A00/... G = 0.5

T-Slot profilesSteel

Technical data material: surface:

steel C 45 K bare


T-Slot profile, steel, F 1.19.1832F.30 1.19.1832F-A00A00/... kg/m G = 0.48

T-Slot profile, steel E 1.19.1832E.30 1.19.1832E-A00A00/... G = 0.96

T-Slot profile, steel, for subsequent insertion F 1.19.1834F.30 1.19.1834F-A00A00/... G = 0.24

T-Slot profiles, steel, for subsequent insertion E 1.19.1834E.30 1.19.1834E-A00A00/... G = 0.63

T-Slot profilesPA


PA, murlubric black


T-Slot profile, PA, F 1.19.1842F.20 1.19.1842F-A00A00/... kg/m G = 0.07

T-Slot profile, PA, E 1.19.1842E.20 1.19.1842E-A00A00/... G = 0.14 (/... = Length in mm)

Special profilesSlide-slot profilesPA

1.19


PA, murlubric black

1Slide-slot profile, PA, F 1.19.185F2F2.20 1.19.185F2F2-A00A00/... Slide-slot profile, PA, E3 1.19.185E3E3.20 1.19.185E3E3-A00A00/... G = 0.35 Slide-slot profile, PA, E4 1.19.185E4E4.20 1.19.185E4E4-A00A00/... G = 0.46


kg/m G = 0.21



PA, murlubric black


Slide-slot prof., PA, F/E3 1.19.185F2E3.20 1.19.185F2E3-A00A00/... kg/m G = 0.27

Slide-slot prof., PA, F/E4 1.19.185F2E4.20 1.19.185F2E4-A00A00/... G = 0.32

Slide-slot prof., PA, E3/E4 1.19.185E3E4.20 1.19.185E3E4-A00A00/... G = 0.41

19" profiles



19" profile, PG 30 1.19.19030.60 1.19.19030-A00A00/... kg/m G = 0.4

19" profile, PG 40 1.19.19040.60 1.19.19040-A00A00/... G = 0.45 (/... = Length in mm)

19" profile, PG 50 1.19.19050.60 1.19.19050-A00A00/... G = 0.5 55

Special profilesE-trunking profilesBase profile for clips Base profiles

1.19


Description bar, 6 m packing unit cut to length weight

E-trunking profile 4020, C E-trunking profile 4020

E-trunking profile 4040

E-trunking profile 4080

1.19.214020G.60 1.19.204020G.60 1.19.204040G.60 1.19.204080G.60 (number) 1.19.214020G.61 (16) 1.19.204020G.61 (16) 1.19.204040G.61 (8) 1.19.204080G.61 (4) 1.19.214020G-A00A00/... 1.19.204020G-A00A00/... 1.19.204040G-A00A00/... 1.19.204080G-A00A00/... kg/m G = 0.50 G = 0.30 G = 0.61 G = 0.85

E-trunking profilesCover profile



E-trunking profile, lid 40 1.19.2040D.60 (number) 1.19.2040D.61 (8) 1.19.2040D-A00A00/... kg/m G = 0.35

56

(/... = Length in mm)

Special profilesE-trunking profilesBase profiles

1.19


1E-trunking profile 8040 E-trunking profile 20050 1.19.220050G.60 1.19.220050G.61 G = 2.00 (2)


1.19.208040G.60 (number) 1.19.208040G.61 kg/m G = 1.20

(4)

1.19.208040G-A00A00/...

1.19.220050G-L00L00/...

E-trunking profilesCover profiles



E-trunking profile, lid 80 1.19.2080D.60 (4) (number) 1.19.2080D.61 1.19.2080D-A00A00/... kg/m G = 0.59

E-trunking profile, lid 200 1.19.2200D.60 1.19.2200D.61 1.19.2200D-L00L00/... G = 1.50 (2)

E-trunking profile

Base profile: Profile 80160, 8E, P

24, 311-313

Cover profile: Profile pre-cut lid 120 50, 311-313



Profile 80160, 8E, P 1.11.080160.89P.60 (number) 1.11.080160.89P.61 (2)

Profile pre-cut lid 120 1.19.1101120.60 1.19.1101120-L00L00/... (cut to length)

moment of inertia cm4 Ix = 944.0 Iy = 183.0 moment of resistance cm3 Wx = 118.0 Wy = 45.8 weight kg/m G = 7.9 (/... = Length in mm); machining data

G =

1.80 57


Profile machiningSummary

1.1A

Saw cut

Cross bushing bores for connectors

Boresfor parallel-connector

Cross bore

Thread

59

60

60

60

60

Comments Profile machinings are defined by the article-number of the profile. For more complex machinings, additional order descriptions are needed. Non-standard machinings will be completed as per drawings

Order descriptionProfile Order-No.: 1. . . machining left right / / / / / saw cut cross bushing bores, bores for parallel-connector, cross bore, thread direction length in mm

profile side

59 60 60 60

Order example

Description Profile 4040, 4E-slots Length: 800 mm right side: 1 connector bore

Article-No. Article-Description 1.11.040040.43-A00AA4/800 Profile 4040, 4E-slots .... Specifications for special profile machining

coding examples

1.1B

58

Profile machiningSaw cutSaw cut tolerance: 0.1 mm View

1.1A

Cut is right view For angle cuts specify the absolute length Angle cuts without specification = 45 Specification for special angle: Special angle, left: . Special angle, right: . 2010 2030

Disposition of angles Price group 1 A0 1F 1E 2020 1640

1F LP

1F LP

2F LP 4040

B- 45 to the vertical

2040

1

C+ 45 to the vertical

2H soft

2H c. 3030

2H

3H

4H 3050

4H

6H 3060

8H 3030 3045

D- 45 to the horizontal

E+ 45 to the horizontal

2F soft 0F

1F

2F c.

2F c. B 2F

3F

4F

4F 40 r.30

0F

6F 4040

2F 4040

2F 4040

4040

40 r.45

2E soft 0E

1E

2E c. 4545

2E

3E

4E

2F

2E

2E 45

2E c.

3E

2E

2E soft 0E

1E

2E c. 5050

2E

3E

4E 48 round

2E soft

2E c.

2E 30100

3E

4E 6060

1E

2E c.

2E

Price group 2 F0

1680

G- 45 to the vertical

2E 4060

5F

5E 2F 4080

8F

9F

10F 40120

0F 40 r.60

8F

8F angle 4060 4060

H+ 45 to the vertical 2E 3E 6080 0E 0E 3E c. 4590 4E 4E B 5E 6E 8E 2E 6060 30 hexag. 5E 6E

J- 45 to the horizontal

K+ 45 to the horizontal

4560

50100

4E

0E

6E 30150

6E

8E

2E 40160

4E 80120

6F 80160 40 r.90

Price group 3 L0

16160

M- 45 to the vertical 4E 8F 8E 8080 6E 10E 10E 8E 8E 12E 120120 2E

N+ 45 to the vertical

O- 45 to the horizontal 0E 4E c. 6E 50150 7E 100100 8E 100200 8E B 100300 8E angle 3E 45 6090 7E 45 12E

P+ 45 to the horizontal

9090

8E 8E

8E

6E 30 octag. 40 hexag. 12E 40 octag.

16E

8F

6E

8E

59

Profile machiningCross bushing borefor connector

1.1A

Disposition rule for connectors at opposed profile sides Specified Direction Position of bore Example

number of bores 1 = A 7 = G 2 = B 8 = H 3 = C 9 = I 4 = D 10 = K 5 = E 12 = X 6 = F 0 = without machining

1

Side 1 and Side 3

2

Side 2 and Side 4

Specification for special position: Position for cross bushing bore, left: Position for cross bushing bore, right: ... ...initials (

61, Direction and Position)

Boresfor parallel-connectorleft distance right Direction data for anchor

Parallel-connector = Z without machining = 0

Specification for parallel-connector: text Parallel-connector, distance left: Parallel-connector, distance right: distance direction . mm, anchor left / right . mm, anchor left / right Cross bore = Q without machining = 0

Cross bore

distance

Specification for cross bore: Cross bore, left: Cross bore, right: mm, distance mm, distancecore hole- 12 mm

mm mm number of threads 1 = L 7 = T 2 = M 8 = U 3 = N 9 = V 4 = P 10 = W 5 = R 12 = Y 6 = S 0 = without machining

Thread

core hole- 6 mm

Specification for special thread designs: Depth of thread, left: Depth of thread, right: Position of thread, left: Position of thread, right: Further machining possibilities as per sketch. 60 ... mm ... mm ... ...small letters (

61, Direction and Position)

Profile machiningDirection and Position1 2 4 3 4 3 1 2 View Description Direction: 1-4 Position of slot: A-R Position of thread: a - m

1.1A

1

61

Profile machining

1.1B

Coding examples for price group 1

-A00A00

-A00A00

-A00A00

-A00AA4 1V -AA4AA4 1V 1V -A00AL0 1G -AL0AL0 1G 1G -AL0AA4 1G 1V -A00AQ1 1Q -AA4AQ1 1V 1Q -AQ1AQ1 1Q 1Q -AL0AQ1 1G 1Q -A00C00 1G 2G 2G 2G 2G 2G 2V 1G 2V 1G 1G 1G 2V 2V 2V

-A00AB4 2V -AB4AB4 2V -A00AL0 2V

-A00AB1 2V -AB1AB1 2V 2V

-A00AB4

-AB4AB4

-A00AD2 4V

-AL0AL0 2V -AL0AB4 1G -AM0AB4 2G -A00AM0 4G -AM0AM0 4G -AL0AM0 top view -A00C00 -A00E00 4V 4G 2V 2V -AM0AB1 4G 4V -AL0AB1 4V 4V 4V

-AB4AD2

-AD2AD2

-AP0AD2

-A00AP0

-AP0AP0

-A00C00

-A00CD2

-A00CA4 1V -AA4CA4 1V 1V -AL0CA4 1G 1V -C00C00 1G 2V 2V 2V 2V

-A00CB4 2V -AB4CB4 2V -AL0CB4 1G -C00C00 2V 2V

-A00EB1 4V -AB1EB1 4V -AL0EB1 4V 4V

-AD2CD2

-AD1CD1

-C00C00

-E00E00 4V 4V

-CD2CD2

-CA4CA4 1V 1V 2V 2V

-CB4CB4 2V 2V

-EB1EB1 4V 4V

-CD1CD1

V = connector bore, G = thread, Q = cross bore 62

Profile machining

1.1B


-F00F00

-F00F00

-F00F00

-F00FA4 1V -FA4FA4 1V 1V -F00FL0 1G -FL0FL0 1G 1G -FL0FA4 1G 1V -F00FQ1 1Q -FA4FQ1 1V 1Q -FQ1FQ1 1Q 1Q -FL0FQ1 1G 1Q -F00H00 1G 2G 2G 2G 2G 2G 2V 1G 2V 1G 1G 1G 2V 2V 2V

-F00FB4 2V -FB4FB4 2V -F00FL0 2V

-F00FB1 2V -FB1FB1 2V 2V

-F00FB4

-FB4FB4

1

-F00FD2 4V

-FL0FL0 2V -FL0FB4 1G -FM0FB4 2G -F00FM0 4G -FM0FM0 4G -FL0FM0 top view -F00H00 -F00K00 4V 4G 2V 2V -FM0FB1 4G 4V -FL0FB1 4V 4V 4V

-FB4FD2

-FD2FD2

-FP0FD2

-F00FP0

-FP0FP0

-F00H00

-F00HD2

-F00HA4 1V -FA4HA4 1V 1V -FL0HA4 1G 1V -H00H00 1G 2V 2V 2V 2V

-F00HB4 2V -FB4HB4 2V -FL0HB4 1G -H00H00 2V 2V

-F00KB1 4V -FB1KB1 4V -FL0KB1 4V 4V

-FD2HD2

-FD1HD1

-H00H00

-K00K00 4V 4V

-HD2HD2

-HA4HA4 1V 1V 2V 2V

-HB4HB4 2V 2V

-KB1KB1 4V 4V

-HD1HD1

V = connector bore, G = thread, Q = cross bore 63

Profile machining

1.1B


-L00L00

-L00L00

-L00L00

-L00LB4 2V -LB4LB4 2V 2V 2V -L00LD2 4V 4V -LB4LD2 2V 4V 4V -LD2LD2 4V 4V 2G -LP0LD2 4G 4V -L00LP0 4G 2V -LP0LP0 4G 4G -L00N00 4V 4V 2V 4V 2V 2V

-L00LB4 2V -LB4LB4 2V -L00LD4 2V

-L00LB1 4V -LB1LB1 4V 4V -L00LH2 8V

-LD4LD4 8V -L00LM0 top view -L00N00 -L00P00 8G 8V

-LH2LH2

-L00LU0

-L00N00

-LB4NB4 2V -LD4ND4 2V -N00N00 -LL0ND2 2V

-L00PB1 4V -LB1PB1 8V -P00P00 8V -N00N00 -LH2NH2

1G

4V -LD2ND2 2V 2V

-NB4NB4 2V -ND4ND4 -LD1ND1 4V 4V 2V

-PB1PB1 4V 4V -ND1ND1 4V 4V

4V

4V

4V

4V -N00N00

Order examples for special design Article-No.. 1.11. 1.11. -ND2ND2 . . -L00LD2 -LD2LD2 Description Profile . Connector position, right: CFIM Profile . Connector position, left: CFIM Connector position, right: CFIM Profile . Connector position, right: CFIM Profile . Connector position, left: CFIM Connector position, right: CFIM

(additional description) (additional description)

4V

4V -ND1ND1

1.11. 1.11.

. .

-L00ND2 -ND2ND2

(additional description) (additional description)

4V

4V V = connector bore, G = thread, Q = cross bore

64

Technical dataExtruded profile as per DIN EN 12020-1(fine) (Replacement for DIN 17615) Aluminium alloy AI Mg Si 0.5 F25 Material Nr. 3.3206.72 (low temp. annealed) Mechanical data(Values given in the direction of the press flow)

1.1CFunctional length: 6,000 mm Delivery length: 6,060 mm + 10 mm

Tensile strength Rm: min. 250 N/mm2 Elongation 0.2: min. 200 N/mm2 Stress point A5: min. 10 % Stress point A 10: min. 8% E-Module: approx. 70,000 N/mm2 Brinell hardness: approx. 75 HB 2.5/187.5 Co-efficient of elongation: 23.8 x 10-6/K

Surface as per DIN 17611: E6/EV1 - dull finish and anodised colours Coat thickness approx. 10 m Coat hardness 250-350 HV Special colours upon request. The surface area - subject to technical procedure - can show optical changes.

Profile tolerance(Excerpt from DIN EN 12020-2)

Nominal dimensions: The dimension deviation depends on the precision with which the tooling is manufactured, the tooling wear and the variation during the extrusion process. For one manufacturing setup the variation within one profile is 0.01 mm.

Profile tolerance Dim. range in mm from to 10 10 15 15 30 30 45 45 60 60 90 90 120

MAYTEC Profile Si Accesorii

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