XLam understand that construction professionals rely on time-e� cient and easy to install building solutions. Launched as a new initiative, XLam are pleased to o� er ‘site solutions’.A series of prefabricated Cross Laminated Timber (CLT) products and components that address some of the more complex on-site challenges.

A considerable benefi t received when working with XLam CLT as the primary construction material on-site is the very high level of safety that can be achieved. Now XLam o� er another way to improve site safety even further, XLam would like to introduce X-traint fall restraint anchors.

XLam X-traint fall restraints are certifi ed as 1-man and 2-man freefall restraint anchors. XLam has worked closely with Collins Corporation Ltd to develop a specifi cally engineered fall restraint system for optimal safety and performance. The fall restraint device is fi xed to a proprietary RAMPA© insert which are pre-drilled into XLam panel at convenient locations. The fall restraint device is easy and fast to fi x to the RAMPA© connections and can be re-used multiple times.

The XLam fall restraint system is ductile and designed to deform upon impact. This takes signifi cant energy out of the fall and ensures superior safety performance. A protective paint system ensures the device is durable in all New Zealand exposure zones. The XLam fall restraint system is Certifi ed to AS/NZS 5532:2013, manufacturing requirements for single-point anchor device used for harness based work at height. The XLam fall restraint system signifi cantly reduces the amount of edge safety protection required

Certifi ed as a 1-man freefall arrest anchor:Compliance with 15kN dynamic drop test as per AS/NZS 5532:2013

Compliance with 15kN static pull test as per AS/NZS 5532:2013

Certifi ed as a 2-man freefall arrest anchor:Compliance with 21kN dynamic drop test as per AS/NZS 5532:2013

Compliance with 21kN static pull test as per AS/NZS 5532:2013

XLam Site Solutions

XLam X-traint® Fall Restraints

XLam Cross Laminated Timber Panels. Fast, safe and sustainable. www.xlam.co.nz / www.xlam.com.au

Version 1 July 2017

XLam Cross Laminated Timber Panels. Fast, safe and sustainable. www.xlam.co.nz / www.xlam.com.au

Request the XLam Design GuideXLam specifi cations and technical details can be found in the XLam Design Guide.

For all general enquiries or questions about XLam please email us at enquiries@xlam.co.nz.

XLam X-traint® Fall Restraints

Step 1.Visually inspect the RAMPA© insert, fall restraint device, shackle clip and safety harness before and after each and every use.

Step 2.Screw fi x the fall restraint device into the RAMPA© insert. Fall restraint device shall be fi xed hand tight.

Step 3.Screw fi x the fall restraint base with 4-o� 6mm diameter by 80mm long screws.

Step 4.Fix safety harness with a certifi ed shackle through top eyelet.

Step 5.A permanent fall restraint device must be inspected and certifi ed at least once every 12 months, or in accordance with ASNZ 1891.4.

Limitations1. The XLam fall restraint system is certifi ed for a minimum of CL3/105 XLam panel – 105mm thick.2. The XLam fall restraint system shall be used for personnel use only and not for restraining materials.3. Each XLam fall restraint device is supplied with a certifi cation tag giving the month in which it was last inspected. Re-inspection and certifi cation shall be carried out by a competent person at least once every 12 months.

These anchors have been drop tested as per the AS/NZS 5532: 2013 also load tested and rated as per the AS/NZS 1891.2:2001 Standards Horizontal Lifeline and Rail Systems and also conform to the AS/NZS 1891.4:2009 Standards Industrial Fall Arrest.

Anchor installation to be carried out by: - Certifi ed Builder

- Steel Erector or Engineers- Roofi ng Contractors

- Height Safety Professional

Only competent users who have received training should use this equipment. Refer to the AS/NZS 1891.4 recommendations

concerning selection, use and maintenance. Additional site specifi c requirements such as Notifi cation of particular hazardous work or

high risk work licence may apply.

This fall restraint device brochure must be read in conjunction with any associated standards, such as AS/NZ 1891.1-4. This device is to be used by suitably trained and competent.