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VEW1 ‘Angle’ Windposts

Verified by manufacturer 23 days ago

Vista Engineering Ltd Third party certifications:
  • BS EN 1090 EXC2

    BS EN 1090 EXC2

    Certificate type

Angle wind posts.

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Application

Both the VEW1 and VEW2 type windposts span vertically between floors and the design will usually include a positively fixed base and a top fixing that will allow differential movement between the structure and the masonry.

Description

The VEW1 range of windposts are of angle section where the inner leg ‘A’ of the post is built into the inner leaf with the return leg ‘B’ sitting in the cavity. They are generally used for heavily loaded conditions or for small cavities where the VEW2 type post may not fit.


The windposts are usually designed as ‘simply supported beams’ with a maximum allowable deflection of span/360 and a maximum allowable design stress of 193.75 N/mm² (includes +25% allowance for transient windload).

Where deflection is the limiting factor windposts may be designed as a ‘propped cantilever’, using this method reduces the deflection of the windpost considerably but requires a much larger baseplate.


One-way windpost tie usually only required when the VEW1 is being used at a movement joint location or at an opening. Not supplied as standard please specify if required when ordering. Two-way windpost ties usually supplied 200 mm long. The ties can be supplied with a debonding sleeve for windposts being used at movement joint locations.

General information

Color

Silver

Material

Stainless steel

Carbon steel

Shape

Other

Length

Bespoke

Width

Bespoke

Height

Bespoke

Manufacturer guidance

Thickness

Warranty description

60 year

Uniclass

Pr_20_85_16_96 Wind postsPrimary

CAWS

F30/255 Wind posts

Specification data - Wind posts

Material

Stainless steel, 1.4301 (304) grade.

Guidance for specification option:

Standard.

Stainless steel, 1.4401 (316) grade.

Guidance for specification option:

Optional, consult with manufacturer for details.

Carbon steel.

Guidance for specification option:

Optional, consult with manufacturer for details.

Configuration type

The inner leg of the post is built into the inner leaf with the return leg sitting in the cavity.

Section

Angle.

Sizes

-

Section

-

Angle (leg 1 x leg 2 x thickness)

125 x 70 x 4 mm.

140 x 70 x 4 mm.

130 x 70 x 6 mm.

150 x 70 x 5 mm.

150 x 70 x 6 mm.

170 x 70 x 5 mm.

150 x 80 x 8 mm.

185 x 70 x 6 mm.

170 x 80 x 8 mm.

180 x 80 x 8 mm.

Span (length)

2.5 m.

3.0 m.

3.5 m.

4.0 m.

4.5 m.

5.0 m.

5.5 m.

6.0 m.

Head and base fixings

M12 M.D. Anchor and M12 FBN II Anchor.

Guidance for specification option:

Head fixed using M12 M.D. Anchor into concrete slab.

Base fixed using M12 FBN II Anchor into concrete slab.

M12 H.S. Anchor and M12 Isolated Setscrews.

Guidance for specification option:

Head fixed using M12 H.S. Anchor into R.H.S.

Base fixed using M12 Isolated Setscrews into steelwork.

M12 Coachscrew and M12 FBN II.

Guidance for specification option:

Head fixed using M12 Coachscrew into timber wallplate.

Base fixed using M12 FBN II Anchor into concrete slab.

Integral cavity ties

-

Length

200 mm.

End types

Plate.

Sustainability data

Contains Red List materials

No

Country of product manufacture

United Kingdom

Material

Stainless steel

Carbon steel

Manufacturing plant location

Recyclability

100% Recyclable

Recycled content

As defined in clause 7.8 of BS EN ISO 14021

0 %

Expected Life

60 year

Third party certifications

BS EN 1090 EXC2

BS EN 1090 EXC2

BS EN 1090

Literature

Windpost Brochure

Windpost Brochure