To the top

New Zealand International

Home / Products / E5 Reinforced Angle Bracket

E5 Reinforced Angle Bracket

Product Tabs

Product Details
E5_Reinforced Angle Bracket
E5 Reinforced Angle Bracket
E5_Reinforced Angle Bracket
E5 Reinforced Angle Bracket
E5_Reinforced Angle Bracket
E5 Illustration

E5 Reinforced Angle Bracket is suitable for structural applications in framing and timber-frame houses for general connecting of timber at 90° angles. Typical applications include fixing trusses, studs, purlins, beams and posts. Suitable support materials include solid timber, composite timber, laminated timber and trusses.

Please check the Corrosion Information to see if it is suitable for your application.

Material & Finish
  • Carbon Steel & 316 Stainless Steel 1.5mm thick
  • Z275 Galvanised: E5
  • 316 Stainless Steel: E5SS
Features & Benefits
  • Removes the guesswork for making perfectly square connections
  • Reinforces 90-degree connections
  • Two anchor holes for extra strength in required applications
  • Heavily swaged without any welding during the manufacturing process gives it extra strength
  • Easy to install for right-angled corner joints reinforcement
  • The E5SS is ideal for Deck Joist Fixing combined with Simpson Strong-Tie's DTT Tension Tie & Holdown
  • Available in 316 Stainless Steel for outdoor structures and more corrosive environments such as coastal areas
Installation
  • Use all specified fasteners
  • Simpson Strong-Tie Stainless Steel connectors require stainless steel fasteners
Model No. Table

Model No.

Dimensions (mm)

Fasteners (No. - Length x Dia., mm)

Design Capacity Nd,j (kN)

Design Capacity Nd,j (kN)

H

W

B

Top Plate

Truss/Rafter

Australia

New Zealand

Uplift (k1 = 1.14)

Uplift (k1 = 1.0)
  1. Design Capacity is the lesser of (1) the Characteristic Capacity multiplied by the Australian Capacity Factor, or the NZ Strength Reduction Factor (φ), and applicable the k modification factors following AS 1720.1 and NZS 3603 and (2) the Serviceability Capacity which is the load at 3.2 mm joint slip. Design Capacity is the minimum of test data and structural joint calculation.
  2. For Australia, the Capacity Factor (φ) is 0.85 for nails and screws for structural joints in a Category 1 application. Reduce tabulated values where other Category applications govern. For NZ, the Strength Reduction Factor (φ) is 0.80 for nails in lateral loading and 0.7 for other types of fasteners.
  3. Duration of Load Factor (k1) is as shown. Reduce Duration of Load Factor (k1) where applicable. Capacities may not be increased.
  4. Timber species for joint design is seasoned Radiata Pine, which is Australia Joint Group JD4 per AS 1720.1 Table H2.4 and New Zealand Joint Group J5 per NZS 3603 Table 4.1.
  5. Simpson Strong-Tie stainless-steel connectors require stainless-steel fasteners.

E5

75

65

48

6 – SD#10 x 64mm

7 – SD#10 x 38mm

4.1

2.96

6 – SD#10 x 64mm

7 – 38 x 3.75mm

4.1

2.96

E5SS

6 – CSA5.0X40S

7 – CSA5.0X40S

3.2

2.31

6 – CSA5.0X40S

7 – 38 x 3.75mm SS

3.1

2.20
Brochures & Catalogues

Brochures and Catalogues

PDF icon Flyer - Engineered Structural ConnectionsPDF icon Catalogue - Timber Connectors NZS 3604PDF icon Case Study - Seismic Upgrades Mercury Theatre
Technical Data & Docs

Technical Data Sheets

PDF icon Technical Data Sheet - E5

Report

PDF icon ETA-06/0106

Warranty

Warranty

CAD Library

Download

jpg: 
Image icon E5_Detail_Beam-Connection.jpg
dxf: 
Binary Data E5_Detail_Beam Connection.dxf
dwg: 
File E5_Detail_Beam Connection.dwg
PDF: 
PDF icon E5_Detail_Beam Connection.pdf

Download

jpg: 
Image icon E5_Detail_Purlin-to-Rafter_Sarked-Roof.jpg
dxf: 
Binary Data E5_Detail_Purlin-to-Rafter_Sarked Roof.dxf
dwg: 
File E5_Detail_Purlin-to-Rafter_Sarked Roof.dwg
PDF: 
PDF icon E5_Detail_Purlin-to-Rafter_Sarked Roof.pdf

Download

jpg: 
Image icon E5_Detail_Purlin-to-Truss_Rafter.jpg
dxf: 
Binary Data E5_Detail_Purlin-to-Truss_Rafter.dxf
dwg: 
File E5_Detail_Purlin-to-Truss_Rafter.dwg
PDF: 
PDF icon E5_Detail_Purlin-to-Truss_Rafter.pdf

Download

jpg: 
Image icon E5_Detail_Rafter_Truss-to-Top-Plate.jpg
dxf: 
Binary Data E5_Detail_Rafter_Truss-to-Top Plate.dxf
dwg: 
File E5_Detail_Rafter_Truss-to-Top Plate.dwg
PDF: 
PDF icon E5_Detail_Rafter_Truss-to-Top Plate.pdf

Download

jpg: 
Image icon E5_Detail_Stud-to-Bottom-Plate.jpg
dxf: 
Binary Data E5_Detail_Stud-to-Bottom Plate.dxf
dwg: 
File E5_Detail_Stud-to-Bottom Plate.dwg
PDF: 
PDF icon E5_Detail_Stud-to-Bottom Plate.pdf

Download

jpg: 
Image icon E5_Detail_Stud-to-Top-Plate.jpg
dxf: 
Binary Data E5_Detail_Stud-to-Top Plate.dxf
dwg: 
File E5_Detail_Stud-to-Top Plate.dwg
PDF: 
PDF icon E5_Detail_Stud-to-Top Plate.pdf

Download

jpg: 
Image icon E5SS_Detail_Deck-Joist-Fixing.jpg
dxf: 
Binary Data E5SS_Detail_Deck Joist Fixing - Plan View.dxf
dwg: 
File E5SS_Detail_Deck Joist Fixing - Plan View.dwg
PDF: 
PDF icon E5SS_Detail_Deck Joist Fixing - Plan View.pdf

Download

jpg: 
Image icon E5SS_Detail_Deck-Joist-Fixing---Plan-View.jpg
dxf: 
Binary Data E5SS_Detail_Deck Joist Fixing.dxf
dwg: 
File E5SS_Detail_Deck Joist Fixing.dwg
PDF: 
PDF icon E5SS_Detail_Deck Joist Fixing.pdf

Download

jpg: 
Image icon E5_3D.jpg
RFA: 
Binary Data E5_3d_Cad.rfa
Package icon Download Full Set (3.41 MB)
Masterspec
Alternative Products

Alternative Products

A21 A23 Reinforced Angle Bracket

The A21 and A23 Reinforced Angle Brackets provide a way to make a straight angle of 90° connection. The A21, A23 L shape angles are load rated, providing the correct thickness and number of fasteners.

A35

A34 A35 Reinforced Angle Bracket

The versatile A34 and A35 Reinforced Angle Brackets provide a way to make a straight angle of 90° connection. The A35 Angle Bracket’s exclusive bending slot allows instant, accurate field bends for two and three-way ties.

Hurricane Tie

Hurricane Tie

Hurricane Ties provide a positive connection between the truss/rafter and the wall of the structure to resist wind and seismic forces. These ties connect both solid-sawn and engineered timber across a wide range of applications.

Inspiration

Inspiration

E5_Application_00.jpg

E5_Application_01.jpg

E5_Reinforced Angle Bracket
Alt Text: 
E5_Reinforced Angle Bracket

E5_Application_02.jpg

E5_Application_03.jpg

E5_Application_04.jpg

E5_Application_05.jpg

Case Study

Enhance Wharf Structural Integrity with 316SS Engineered Solutions

A new wharf is being constructed at Hobsonville Point to enhance the area’s marine infrastructure. This project is central to Auckland Council’s Upper Waitematā Marine Centre initiative, which aims to bolster community engagement and marine activities. >> Read Case Study.

HTT4 Braces Shear Wall for Mid Floor Holdown Connection

When it comes to hold down and shear wall bracing, the Simpson Strong-Tie HTT4 Tension Tie is a favourite of the engineers and builders. The HTT4 Holdown is fixed at both ends of the bracing element with an M12 rod and bolts through the mid floor. >> Read Case Study.

Request a Demo

Request a Demo/Sample

Experience the innovation design of Simpson Strong-Tie's products and how we can help you build safer, stronger structures. Please fill out your details and submit the form below. We’ll be in touch to schedule a time to talk and give you a personal demo of Simpson Strong-Tie products.

* Start typing address and select from the autocomplete.

Privacy policy

Request a Demo/Sample

Experience the innovation design of Simpson Strong-Tie's products and how we can help you build safer, stronger structures. Please fill out your details and submit the form below. We’ll be in touch to schedule a time to talk and give you a personal demo of Simpson Strong-Tie products.

* Start typing address and select from the autocomplete.

Privacy policy

Structural Connections

 

Unmatched Quality from the Truss to the Foundation

With nearly 60 years of field and R&D experience, Simpson Strong-Tie® timber connectors are manufactured to the industry's highest standards. From framing angles to straps to heavy-duty joist hangers, we offer the most diverse product line so that you have the right product for the job.

Simpson Strong-Tie® connectors offer unmatched quality with laboratory and field testing, and are backed by our uncompromising commitment to customer service. As the company that built the connector industry, you can count on Simpson Strong-Tie® to work closely with builders, engineers and building officials to deliver innovative, building code-compliant solutions to help build safer, stronger structures economically. Download the Timber Connectors NZS 3604 Catalogue.

Timber Connectors

From testing to service to availability, everything we do is engineered to ensure your project's success. With every product, you know you are getting the quality, value, service and on-time delivery that we have built our reputation on for the past 60 years.

From straps and ties to joist hangers and much more, Simpson Strong-Tie® structural connectors increase the strength and safety of timber-frame structures. Each connector is unique to Simpson Strong-Tie and is designed for specific applications without the need to adapt metal plating to suit a connection. Download the Timber Construction Connectors Catalogue (2016-2018).

Steel Frame Connectors

From fully tested and engineered connectors and clips Simpson Strong-Tie® provides comprehensive structural solutions for cold-formed steel construction. From steel-to-steel connections to full-scale lateral solutions and curtain wall connectors, we remain committed to developing new technology that helps to advance the cold-formed steel industry.

Find out how Simpson Strong-Tie timber connectors can help you build the right way every day. Download the Cold-Fromed Steel Construction Connectors Catalogue.