S/E 015HP - High Profile Roof Anchor
Safetor Anchors are: "New Zealand's leading height safety Roof Anchor devices"
SE015 Height safety Roof Anchor
All exposed ™Safetor Roof Anchors meet the requirements of the AS/NZS 5532.2013 Anchor testing Standards, AS/NZS
1891.2:2001 Standards Horizontal Lifeline and Rail Systems and AS/NZS1891.4:2009 Standards
Industrial Fall Arrest Systems and Devices
Product Technical Statement
This is our most popular anchor
The S/E 015HP anchor is designed to be bolted to 4 x 2 timber trusses / timber Purlins or steel purlins.
This High Profile anchor can be used for Fall-Arrest, Abseil and as an end anchor for lifelines.
Manufactured from 30mm Mild Steel solid bar with an overall height of 335mm.
Mounting plate is 4mm thick Mild Steel with 3 x 16mm holes on either side of the main shaft.
This anchor comes with a backing plate which matches the mounting plate.
The Safetor S/E015 anchor can reduce the loading on the structure to 3.8kN
Patent Number: 503273
The S/E 015HP has two certifications
1. Testing by Material & Testing Laboratories
2. Chartered Professional Engineer
Certificate Number 66313
Applications As Per AS/NZS 1891.4:2009 Standards:
Strength Requirements For Anchorages
End anchor for horizontal line - 44kN
1 person - Free Fall Arrest - 15kN
2 person - Free Fall Arrest - 21kN
1 Person - Limited Free Fall Arrest -12kN
1. Anchorage strength applicable when using a restraint
technique, is either 15kN or 12kN depending on whether
the ultimate fall is free-fall or limited free-fall.
2. 'Ultimate strength' means that the anchorage may
yield at the stated load but must not fail.
Mild Steel 30mm Black Bar 300 grade
Mild Steel 10mm Black Bar 300 grade
Mild Steel 6mm Light Plate 250 grade
Bolts used to attach the anchors are M16mm Construction Bolts
The number of bolts used to attached the anchor to the structure can be 2 to 4 sets of bolts.
All the timber testing to date on 4 x 2 framing has been using 2 x sets of bolts
The only time we recommend the use of 4 bolts is when the anchors are attached to C-Section light gauge steel purlins.
™Safetor Roof Anchor Bracing System
The S/E 015 has a two piece bracing plate which is attached using the mounting
plate bolts. This plate allows for bracing to be bolted between the anchor and a
bracket on the purlin below for a more solid connection. (see details)
As there are a number of different sizes of purlins we do not supply the galvanized purlin brackets
these can be obtained from the purlin manufacturer.
All welding has been carried out by engineers
that are certified to ASME IX Standards.
Profile blasted to remove all scale and grease
Kulorthene ABCITE® THERMOPLASTIC POWDER COATINGS
Series ABCITE® Thermoplastic Powder Coating has been developed
specifically for enhanced long term corrosion protection.
By having a high corrosion protection coating on our anchors enables us to have our anchors within 1 meter of salt water. Because of the The Kulorthene
Series ABCITE® Thermoplastic Coating we are able to obtain a high impact
strength and excellent exterior weathering on our height safety anchors.
The coating meets the highest specifications of C5-M and Im3.
Read about the Kulorthene
Series ABCITE® Thermoplastic Powder Coating (click on PDF)
The installation should only be carried out by a competent person as set out in the AS/NZS 1891.4:2009 Standards.
It is the responsibility of the installer to supply to the building owner clear instructions as per the AS/NZS1891.2.2001 section 5.3 Installed systems A & B and a maintenance program for the care of their height safety anchor points
It is the responsibility of the Installer, Building Designer or Building Owner to ensure that the structure to which the
™Safetor Roof anchor is attached to will support a load of at least 15kN as set out in the AS/NZS 1891.4:2009 Standards.
If there is any doubt about the structures adequacy a Structural Engineer should be consulted.
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safety reasons, all testing
of height safety anchor points should be carried out
by an independent
IANZ Accredited Height Safety Laboratory, which is
why we engaged the services of a Telarc registered Material Testing
Laboratory & QSI who are qualified
to carry out AS/NZS 5532.2013 anchor testing