Structural Anchors

Safetor is the home of the original height safety anchors.

Safetor Structural and Concrete Roof Anchors meet all the following relevant performance and testing requirements of the AS/NZS Standards: AS/NZS 5532 : 2013, AS/NZS 1891.4: 2009, AS/NZS 1891.2: 2001, AS/NZS 4488.1 & 2: 1997 and performance requirements of the Building Codes.

Most commercial buildings are not built with height safety in mind, so it can be difficult to find a safe, secure anchor point for your rope or lanyard. With this in mind, we supply a range of innovative permanent structural anchor systems that allow you to utilize the natural features of commercial buildings to create a safe working environment.

For all price related inquiries please contact Nick at: nick.roofanchors@gmail.com

Structural Anchor Range

S/E 015HP

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.

S/E 001LP

The S/E 001LP Anchor is designed to be bolted to a structural member. This low profile anchor can be used for fall-arrest, abseiling, and as an end anchor for lifelines.

S/E 002LP

The S/E 002LP Anchor is designed to be bolted to 4 x 2 timber trusses / timber purlins or steel purlins. This low profile anchor can be used for fall-arrest, abseiling, and as an end anchor for lifelines.

Intermediate Anchor

This Safetor Intermediate Anchor is used for attaching horizontal lifelines to. Manufactured from a 30mm Mild Steel solid bar with an overall height that can be made to any length from 235mm to 600mm.

D/E 003

The Safetor D/E 003 Height Safety Anchor is designed to be installed where two roof planes falling in different directions do not share a common ridge and may be separated by a wall causing a step.

C/A 004

The CA 004 Concealed Roof Anchors are designed to be bolted to timber structures but may just as easily be bolted to steel as required.

S/E 005HP

The S/E 005 Anchor is designed to be bolted to the purlin mounting brackets on steel structures behind the purlins. This high profile anchor can be used for fall-arrest, abseiling, and as an end anchor for lifelines.

S/E 005LP

The S/E 005 Anchor is designed to be bolted to the purlin mounting brackets on steel structures behind the purlins. This low profile anchor can be used for fall-arrest, abseiling, and as an end anchor for lifelines.

S/E 006L-HP

The S/E 006LHP 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, abseiling, and as an end anchor for lifelines. (Left hand Anchor.)

S/E 007R-HP

The S/E 007RHP 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, abseiling, and as an end anchor for lifelines. (Right hand Anchor.)

S/E 008HP

The S/E 008HP anchor is designed to be clamped to the central truss web and extend up through the ridge.

EWPA

Elevated Work Platform Anchor The Safetor EWPA Anchor is designed to be fixed to the floor of Elevated Work Platforms.

S/E 015 Big Boy

This anchor is a modified version on the SE015HP Safetor Anchor. It has been designed to be mounted by screws and fixed between two 240mm x 90mm timber purlins.

Safetor Height Safety Structural Anchors Will:

Reduce loading on the structure if a fall occurs
Absorb energy without becoming brittle through stress loading or cold temperatures
Survive in the most severe environments without rusting or corroding
Repel water because of the powder coating we use, snow or ice won’t stick to the anchor
Comply to all building codes and standards
Safetor Anchors exceed the testing mandate. This is well-proven and fully documented
Our entire range of structural anchors are manufactured in New Zealand

All Safetor Anchors are Certified to: ASNZS 5532.2013, ASNZS 1891.2.2001 and ASNZS 1891.4 2009

This is the Safetor range of structural anchors. When bolted to a structural member, they can all be used as:

1. Fall-Arrest anchor points
2. Abseil anchor points
3. Lifeline end anchors

All Safetor exposed and concealed anchors meet the requirements of the AS/NZS 1891.2:2001 Standards Horizontal Lifeline and Rail Systems and AS/NZS 5532.2013 Standards Manufacturing requirements for single-point anchor device used for harness based work at height.

Load Reduction

All Safetor Structural anchors can reduce the loading on the structure down to 3.8kN

Installation

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 anchor is attached will support a load of at least 15kN as set out in the AS/NZS 1891.4:2009 Standards.

NB

It is the responsibility of the installer to obtain a PS1 from an IPENZ structural engineer before installing any height safety anchor points. Upon completion a PS3 or PS4 must be signed off to state that the anchor has been installed as per the PS1.

Intermediate Anchor with horizontal life line attachment

Intermediate Anchor with life line attachment

Lifeline Anchors

Safetor supplies structural Intermediate anchors for lifelines. An 8mm to 10mm wire can simply pass through the tube mounted on top of the Intermediate anchor and terminate on the end anchors. We also have a shuttle that passes along the wire without having to disconnect from the wire.

Call us today! We design anchors to suit all your needs and types of buildings.

AS/NZS 1891.4:2009 3.1.2 The building or structure and anchorage points shall be assessed by an engineer, unless it is clear to a height safety supervisor that the anchorage system is structurally adequate. An example of where an engineer may not be required is when an anchorage sling of adequate strength is secured around a solid permanent structure such as a plant room. However, if any doubt exists as to the structural adequacy of the anchorage, an engineer must make an assessment. If called upon to make the assessment, the engineer shall certify in writing that all combinations of loads in a worst case situation can be safely contained by the proposed structure and anchorage points.

Warning

Only competent users who have received training should use this equipment. (Refer to the AS/NZS 1891.4:2009 recommendations concerning selection, use and maintenance).