MayTec System Technology Solutions with Innovative Profile The Modular Wall System The Tube Clamping System The People Mover System The Skid Transfer System Safety Barriers The Dust Protection System The Pipe & Joint System The ideal profile system MayTec offers a comprehensive, harmonised profile system. All profiles can be combined in any way conceivable. The accessories provide functional and aesthetic solutions for a wide range of applications. The MayTec service is as versatile as the MayTec profile system. You may choose: • delivery of standard elements ex-factory • delivery of profiles and accessories...

Profiles Summary Profile selection range 1.1D Washers, screws and tools 1.9 Subject index

Design Software • Free to use • Easy to install • 80% Faster • Export function for 3D models and parts list Sample Machine enclosure Exploded view with part numbers Dimensional drawing Detailed drawings for all panel elements Parts list with calcula ons

Table of contents Article number group Page Article number group Page 1.2E Specification of milling patterns for closed profiles 123

Table of contents Article number group Page Article number group Page

Symbols, Abbreviations, Special characters 1.01 GeneralProfile group Slot 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). Symbols Many articles (fastening elements, accessories...

Cross section of slots Core hole-0 Slot width Slot depth Wall thickness PG

i MayTec Numerical key for articles 1.03 1. 1 □ . □ □□□□□ . □□□□□ 1. 1 □ . □□□□□□ . □□□□□ 1. 1 □ . □ □□□□□ . □□□□□ 1. 1 □ . □□□□□□ . □□□□□ 1. 1 □ . □□□ R □□ . □□□□□ 1. 1 □ . □□□□□□ . □□□□□ 1. 1 □ . □□□□□□ . □□□□□ 1. 1 □ . □□□□□□ . □□ L Key Core hole-0 11 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 Version heavy Type B Version light, Type B Plain Connectors - general 1. 2 □ . □ □□□□ 1. 2 □ . □□□□□ 1. 2 □ . □□□□□ 1. 2 □ . □ □□□□ 1. 2 □ . □□□□□ 1....

ayTec Summary: Profiles without grooves with grooves L

Summary: Profiles Profiles octagonal Telescopic profiles Panel bazel profiles Panel profiles ï "The Telescopic System" 30 octag.

Summary: Profiles Wire net profiles Modular wall system profiles E-trunking profiles Tube profiles ï "The Modular Wall System" 30×30

Summary: Profiles Profiles round Profile pre-cut lids Wire net mounting profiles Grab handle profiles Sliding profiles

Profile group 16 mm, E3-slot, P (plain) 1.09 bore hole 05.0 for thread M6 Description bar, 6 m packing unit moment of inertia cm4 moment of resistance cm3 weight kg/m bore hole 05.0 for thread M6 bar, 6 m packing unit (number) moment of inertia cm4 moment of resistance cm3 weight kg/m machining data ^ Profile machining 1.1A

Profile group 16 mm, F-slot, P (plain) core hole Ø6.2 for thread M8 moment of inertia cm4 Ix = 4.4 Iy = moment of resistance cm3 Wx = 2.2 Wy = weight kg/m G = 0.87 Description bar, 6 m packing unit moment of inertia cm4 moment of resistance cm3 weight kg/m machining data ï Profile machining 1.1A 14

Profile group 20 mm, H-slot, P (plain) core hole Ø6.2 for thread M8 moment of inertia cm4 moment of resistance cm3 weight kg/m core hole Ø6.2 for thread M8 Description bar, 6 m packing unit moment of inertia cm4 Ix = 0.6 Iy = moment of resistance cm3 Wx = 0.6 Wy = weight kg/m G = 0.52 machining data ï Profile m

Profile group 20 mm, H-slot, P (plain) core hole Ø6.2 for thread M8 moment of inertia cm4 Ix = 0.8 Iy = moment of resistance cm3 Wx = 0.8 Wy = weight kg/m G = 0.53 core hole Ø6.2 for thread M8 Description bar, 6 m packing unit moment of inertia cm4 Ix = 0.9 Iy = moment of resistance cm3 Wx = 0.9 Wy = weight kg/m G = 0.62 machining data ï Profile machining 1.1A 16

Profile group 20 mm, F-slot, P (plain) core hole Ø12.0 for thread M14 Description bar, 6 m packing unit moment of inertia cm4 Ix = 0.1 Iy = moment of resistance cm3 Wx = 0.2 Wy = weight kg/m G = 0.35 core hole Ø12.0 for thread M14 moment of inertia cm4 moment of resistance cm3 weight kg/m machining data ï Profil

machining data ^ Profile machining 1.1A

i MayTec Profile group 30 mm, F-slot, P (plain) 1.11 machining data ^ Profile machining 1.1A

moment of inertia cm4 moment of resistance cm3 weight kg/m machining data ^ Profile machining 1.1A

machining data ^ Profile machining 1.1A

Profile group 40 mm, E3-slot, P (plain) bore hole Ø5.0 for thread M6 bore hole Ø5.0 for thread M6 core hole Ø12.0 for thread M14 Description bar, 6 m packing unit Profile 40×40, 2E, soft, LP 1.11.040040.21LP.60 (number) 1.11.040040.21LP.61 moment of inertia cm4 Ix = moment of resistance cm3 Wx = weight kg/m G = bore hole Ø5.0 for thread M6 core hole Ø12.0 for thread M14 moment of inertia cm4 moment of resistance cm3 weight kg/m

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

Profile group 40 mm, E3-slot, P (plain) bore hole Ø5.0 for thread M6 bore hole Ø5.0 for thread M6 core hole Ø12.0 for thread M14 Description bar, 6 m packing unit moment of inertia cm4 Ix = 65.8 Iy = 18.1 Ix = 74.5 Iy = 18.3 Ix = 72.2 Iy = 18.1 Ix = 65.4 Iy = 17.5 moment of resistance cm3 Wx = 16.5 Wy = 9.0 Wx = 18.6 Wy = 9.2 Wx = 18.0 Wy = 9.0 Wx = 16.4 Wy = 8.8 weight kg/m G = 2.6 G = 2.8 G = 2.8 G = 2.5 bore hole Ø5.0 for thread M6 core hole Ø12.0 for thread M14 moment of inertia cm4 moment of resistance cm3 weight kg/m

H MayTec 1.11 Profile group 40 mm, E3-slot, P (plain)