SafetyRespect UK Limited
Unit 16 Forge Trading Estate
Mucklow hill
Halesowen
B62 8TP
United Kingdom
Registered number: 13829256
VAT registration: GB405169315
TELEPHONE
+44 (0)1942 387 200
E-MAIL
infouk@safetyrespect.co.uk
CEO UK
Oliver Gwinnell
+44 (0)7815 577 100
oliver.gwinnell@safetyrespect.co.uk
SALES MANAGER
Terry Gardner
+44 (0)7860 111 212
terry.gardner@safetyrespect.co.uk
ACCOUNTS AND LOGISTICS
Charlotte Slim
+44 (0)7729082542
charlotte.slim@safetyrespect.co.uk
The Scissorsafe Void Former is an expendable plastic cast-in component used to form anchorage points in precast or insitu poured concrete. The void former consist of two parts. A 35 mm diameter circular disk is nailed or screwed to horizontal formwork in pre-designed locations. After that a tee shaped mould is pushed firmly onto the disk to form an inverted void in the concrete.
Scissorsafe anchors are inserted and deployed in this void when fall arrest or work restraint anchorage is required. The unique nature of this anchorage system means that the anchor isn’t relying own friction to support the fall arrest system connected to it. Upon completion of the structure, Void formers can be closed off with grout or covered with a Scissorsafe plastic cover cap. These are generally used to disguise void former holes when the anchorage point is to be used for maintenance or repair work.
Scissorsafe is an anchorage system designed specifically to prevent falls from height during the construction of concrete structures. This personal fall protection anchor is unique because it deploys into concrete voids that are cast using Scissorsafe void formers (product code SSAN002).
A Cast-in anchor system incorporated into the design of the structure offers safety and economical benefits by removing the need to drill for anchor points or load-test friction reliant anchors before a safety system can be connected to them. Anchor points are a vital part of a personal fall protection system. they are the critical component that connect Lifelines, Lanyards, Fall Arrestors and Rescue Kits to the permanent structure.
Scissorsafe anchorage points are created by nailing a two part plastic mould insert onto the horizontal formwork which when removed reveals overhead anchorage points. Scissorsafe anchor tools have a unique mechanical action that opens within the concrete void and is locked by the karabiner on the connecting device.
Scissorsafe anchorage devices are economical as they are reusable throughout the project. Concrete drilling is eliminated reducing working at height, dust, noise and time. The system is certified to BS EN795 class B- portable anchorages, independently assessed under strict conditions to comply with the requirements of European Conformity.
Product code SSAN002
Concrete Structures and Floors Ltd and TGM Facades worked with SafetyRespect UK to create a ‘safety envelope’ around the building to protect workers and to protect members of the public who work, walk, and drive past this prestigious inner-city development.
Gramercy Tower is surrounded by offices, car parks and roads. SafetyRespect UK Catch Fans were used on the elevations where there was the risk of potential failing objects onto site and public areas below. As well as the strategically positioned catch fans, temporary edge protection barriers have been placed around all perimeters.
And the innovative Scissorsafe anchorage system is being used to facilitate a ‘work restraint system’ for the installation of the façade. An additional benefit of this solution is that requires cast-in void formers rather than drill and fix connections as such reducing build time and the risk of site worker hand-arm vibration (HAV).
Facade panels will create a striking fully glazed appearance, but this design required the removal of the temporary edge protection barriers during installation. The facade installers used a temporary work restraint system (a running-Line) at ceiling height attached to Scissorsafe – the cast-in anchorage system.
By using cast-in void formers, the Scissorsafe system doesn’t require on site drillingthus saving time and money plus there’s no load testing required. Maximum length lanyards allowed installers to work at the edge of the slab but no more, preventing them from falling.
TGM Facades, who designed and installed the facades at Gramercy Tower specified the use of Scissorsafe.
Dominic McKeown, Site Manager said, “SafetyRespect were chosen for this project because of the safety anchors. Inserting the anchors as the slab is being poured takes out the element of drilling bolts afterwards with no dust and no HAVS involved. This protects the workforce from unnecessary risks.”
Also, there are no columns available for slings to be used, no holes through the floor plate unlike the use of omni anchors which increases the risk of water ingress to the lower level. All of this keeps the main contractor happy.
“SafetyRespect worked closely with us on design and layout highlighting potential issues prior to installation.”
Concrete Structures and Floors Ltd are using the VT system temporary edge protection and catch fans manufactured and supplied by SafetyRespect UK. The temporary edge protection system has been positioned on top of the floor slabs, around all perimeters. SafetyRespect UK were able to supply multiple products quickly, this was very important to Concrete Structures and Floors Ltd Managing Director Sean O’Sullivan.
He said, “I choose SafetyRespect because I know I will get what I need for my project with no hassle. All it takes is one phone call by me and I know they will respond on time and on brief. And often I will get additional thoughts from the SafetyRespect team as they understand the industry so well. I feel safe with SafetyRespect.”
SafetyRespect are also providing periodic training courses for installers work restraint and rescue. This on-going service ensures that ever changing site staff have the best knowledge to ensure their safety and that of their colleagues.
David McGrath, Assistant Site Manager, Intelle Construction said, “We are very happy with the systems specified by Concrete Structures and Floor Ltd and TGM Facades. They came up with product solutions and invested in on-going training. The joined-up thinking benefitted the site workforce and the general public on this inner-city development.”
SafetyRespect UK Sales Manager Terry Gardner said, “Gramercy is a blueprint for connected thinking and strong planning. Main contractor Intelle worked with TGM and Concrete Structures And Floors Ltd in association with ourselves with three main objectives. Firstly, the creation of a safety envelope for workers. Secondly, a protection system for members of the public surrounding the site. Finally, the ability to use systems that balanced safety with speed of operation.
“But what I like about the connected thinking is the long-term training solution ensuring workers have the best knowledge to ensure their safety and that of their colleagues.”
Published October 26, 2023.
An adjustable work positioning lanyard is a personal safety component that is used in a temporary work restraint system to connect the user’s safety harness to an anchorage point. The anchorage point may be at a fixed point allowing the user only linear movement, or connected to a horizontal lifeline system that allows a far greater level of movement.
Adjustable work positioning lanyards are also known as rope and grab lanyards, because adjustment along its length is made using a handheld locking grab device. That makes this component easier to adjust, which is important during work restraint operations.
Scissorsafe adjustable work positioning lanyards are manufactured from durable 12 mm kernmantle rope and fitted with a 35 kN rated carabiner at the anchorage connection point. This reduces wear on the horizontal lifeline due to its wide shape. An auto-locking oval karabiner at the harness connection point removes the necessity to manually screw the karabiner gate closed when connecting.
Adjustable work positioning lanyards are manufactured for SafetyRespect Ltd. and carry a Declaration of Conformity to EN358.
Available products/lengths:
3 meter Adjustable work positioning lanyard – Product code SSAL001
5 meter Adjustable work positioning lanyard – Product code SSAL002
7 meter Adjustable work positioning lanyard – Product code SSAL003
10 meter Adjustable work positioning lanyard – Product code SSAL004
15 meter Adjustable work positioning lanyard – Product code SSAL005
Adjustable beam clamp for attaching to steel beams for connecting a fall arrest system. When attached to a steel beam this clamp will remain in position. It is not designed to slide along the section, so is not suitable for applications that require constant movement.
The clamp has spring loaded jaws with tightening screws for secure connection to the bottom flange of steel section. Suitable for beams 84-265 mm wide with maximum flange thickness of 23 mm. The clamp is manufactured from aluminium with a Nickel-plated lanyard connector and dee ring for harness connection. Certified to EN795 for a single user in fall arrest or work restraint.
Steel rope anchorage sling in protective sleeve with end protectors. Steel anchor slings are extremely durable offering a long service life if used and stored correctly. They are manufactured using 6 mm galvanised steel wire protected inside a protective rubber sleeve with connector eyes where connectors are attached. Anchor slings are wrapped around columns or reinforcement starter bars acting as end anchor points for horizontal lifelines when working on leading edges. Standard effective working lengths 2,3 and 4 meters, intermediate or longer lengths are made to order. Constructed and certified according to EN795 class B.
Once installed, anyone working on the unprotected leading edge can use these anchorage points by inserting a Scissorsafe anchorage tool into them. Our product has an unique design that opens within the concrete void and is locked by the connecting device. They do not rely on friction and they are reusable wherever an anchor point has been cast.
The Scissorsafe system is used for fall restraint and fall arrest systems providing overhead anchorage for temporary horizontal lifelines (running-lines). Work positioning and fall arrest systems are widely used for installing curtain-walling, unitised facades and balcony installation.
Site ready deadweight man anchor is a pre-assembled portable anchorage device for work restraint for locations where anchorage cannot be arranged using drilled or clamped anchor devices.
Deadweight man anchors are generally used on non-penetrative surfaces i.e., industrial roofs, but are also useful for installing temporary edge protection on bridges and infrastructure projects. They are equally effective when used as a single user anchor device or when used at each end of a temporary horizontal lifeline where two simultaneous users can operate in work restraint.
This deadweight man anchor is supplied with a rubber friction mat and lifting sling. It can be delivered pre-assembled, just lift into position and clip-on. Alternatively it can be delivered in component parts for site assembly.
• Tested and CE Approved to EN795:2012 Type E.
• Suitable for 2 users in fall restraint or 1 in fall arrest.
• Usable on areas of a maximum 5° pitch.
Post drilled reusable anchor connector certified according to EN795, used for fall arrest and work restraint systems as personal fall protection. Zinc plated reusable connection hanger to mount with Non-reusable expansion anchor (product code SSAN008). This anchor connector is used with a non-reusable expansion anchor as part of a two-component post-drilled anchor. It is designed for solid concrete slabs to provide an anchorage point for single-user lanyards or fall arrestors, or in pairs to form anchorage at the end of running-lines (temporary horizontal lifeline) when used for work restraint.
This anchor device is designed to be used on horizontal, vertical and sloping surfaces and is suitable as a replacement for a Scissorsafe anchorage device when a cast-in void former has been omitted or cast unsuccessfully. This anchor is designed for personal fall protection and should only be used with or as part of a work restraint or fall arrest system. We strongly recommend that you load-test any friction anchor before attaching a personal safety system to it. For more advice please refer to product code SCSHYD for load-testing advice.
Product code SSAN009
