Tag: construction

MODULE 4 – TEMPORARY EDGE PROTECTION SYSTEMS TRAINING

Temporary Edge Protection Systems are designed to prevent falls from height by safeguarding the area they are fixed to so keeping anyone working within this area safe without any action from them. This is a passive system and is referred to as a Collective safety measure in the Work at Height Hierarchy.


COURSE OVERVIEW

• This course is intended for anyone who Installs, Alters, Dismantles or Inspects Temporary edge protection Systems.
• The Work at Height Hierarchy of controls.
• Legislation – Employers duty of care, Employees responsibilities.
• Equipment selection suitability and inspection.


COURSE CONTENT

When altering or dismantling a Temporary edge protection system the operative can be exposed to open leading edges which means that they will need to connect to a Personal Fall Protection System to ensure that they cannot fall during this work.
During this training course trainees will be shown how to inspect and wear a safety harness with a lanyard and assemble a Work Restraint System, as follows

PERSONAL FALL PROTECTION
1. Selection of appropriate Personal Fall Protection Equipment and compatibility when used as a system.
2. Pre-use inspections of Personal Fall Protection Equipment and how to identify faulty components.
3. Identify damaged or worn components and remove from site.
4. Correct storage, care and cleaning of Personal Fall Protection Equipment.

TEMPORARY EDGE PROTECTION
A Temporary Edge Protection System installed around the perimeter of the structure will protect anyone working in this area without them taking any action.

Class A systems
For flat surfaces with a maximum slope up to 10º. The system must resist a horizontal force of 0.3kN anywhere along the top of the Barrier deflecting a maximum of 55mm at the central point of the Barrier. In practical terms this means that the system must support the weight of a person who might be leaning against, walking beside, or at worst, stumbling into the edge protection.

Wind loading
The wind velocity pressure within BS EN 13374 is 0.6N/m2. BS EN 13374 assumes a wind velocity based on 40m height. However, variations will include the physical location, the height of the structure and the duration that the edge protection will stay in place.

SYSTEM AND COMPONENTS
This practical training course comprises:
• Explanation of EN 13374 Class A and its practical parameters.
• Familiarisation of Temporary edge protection components and how they should be installed correctly.
• The system integrity depends on secure and accurate anchorage into the concrete floors, correct installation of Posts and Barriers with methods in place to ensure that Barriers won’t lift in high winds.

Anchors and Anchor Sockets
It is extremely important that anchors are selected, positioned and set, strictly in accordance with the manufacturer’s instructions. Typical Socket Base situations impose a tensile load on the anchor of approximately 6kN, and a shear load of at least 0.3kN for a 1mtr. long post.

Posts
These should have a device or design function to ensure that they can’t be unintentionally lifted from the socket.


TRAINING ENVIRONMENT

This course is conducted in a safe site zone with temporary edge protection in place.
It will need anchor points for a personal safety system to connect to.


CERTIFICATION

Each delegate will be given one to one practical training and upon successful completion will be provided with a certificate with a 36 month validity period.

SafetyRespect UK team

SafetyRespect UK

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

SafetyRespect UK team

Scissorsafe fall arrest anchor

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

Scissorsafe personal fall protection

Installing compression posts and safety barriers with Scissorsafe personal fall protection system

Scissorsafe work restraint system fall protection

Scissorsafe work restraint system - Personal fall protection

Scissorsafe fall arrest anchor - Personal fall protection device for construction workers UK

SSAN001 SCISSORSAFE VOID FORMER v2

HDG barriers fall protection at construction project

The ultimate edge protection barrier solution for construction projects

HDG barriers fall protection at construction project

Oliver Gwinnell, MD at SafetyRespect UK discusses a significant evolution in the temporary edge protection barrier marketplace, the Hot Dipped Galvanised barrier, the first major development of the hugely popular ‘bent mesh’ type barriers since they were launched in the mid-1990s.

“We’ve had over 25 years of the same product,” says Oliver Gwinnell, “with no change.”

“Since the first systemised edge protection solution was launched in the UK in the mid-1990s, the design, materials and finish of ‘bent mesh’ barriers have changed little. The standard finish is powder coated black steel so it’s a case of not if, but when the paint is chipped off during handling and movement and exposing of the black steel, where corrosive rust will form.

“The erosion looks poor but most importantly the material will lose strength integrity. It is an industry issue, with many firms grappling with the challenge, trying to create a solution for this gap in the market.”

Gwinnell continued, “As most companies are simply hire and sales agents, the investment in R&D with their third-party manufacturers has made it prohibitive. As SafetyRespect manufactures its own products at its factories in Germany and Turkey it was able to invest the time and money to create a solution that would differentiate it in the market. Many companies had tried the hot dipped galvanised steel treatment on the bent mesh  design before, but the toe board was too thin to withstand the procedure. After many years of requests for hot dip galvanised steel barriers, SafetyRespect dipped its toe in the challenge and was able to spend several months developing a solution, the first fundamental material change in bent mesh temporary edge protection barriers in a generation.”

HDG barriers fall protection for construction projects

Swedish engineering has reputation for quality, safety and innovation. Think Volvo, Polestar, Ikea… they all stand for one thing: ‘quality manufacturing’ and that’s SafetyRespect is no different.

Giwinnell said, “In short, the hot dipped galvanised barriers will last significantly longer than the standard products because the fundamental issue of paint chipping has disappeared. Also, the materials will remain intact with no loss of integrity, making the product safer. No rust – which makes the side of buildings unsightly and affects the main or sub-contractors on-site branding – will appear. The inevitable movement of the barriers either on-site or between sites will not lead to costly refurbishments or replacements, saving time and money.

“One of the big beneficiaries will be fleet operators, as their products will last longer because they are less susceptible to corrosion. They can be rest  assured that their hire fleet  will have an increased life span and thus the opportunity for  more profit.”

“Barrier corrosion has been a fundamental issue during the 20 years I have been in the temporary edge protection industry. I have worked for other suppliers and this had always been an issue for customers.

“There are other hot dip galvanised barriers on the market but they tend to be ‘framed mesh’ design barriers and are much heavier. A big part of the popularity and success of the ‘bent’ mesh design is that it is robust yet lightweight; it was important  that the barrier remained a one man lift within the manual handling regulations.”

“I’m delighted that SafetyRespect can develop and bring products, such as this barrier, to market. Our point of difference is having our own factories. – we can invest in R&D but also control the manufacturing process and therefore the delivery timeframes.”

For more information:
Call: 01942 387200
Email: infouk@safetyrespect.co.uk

 


Published May 10, 2024.

Temporary edge protection at First Street Manchester UK

SafetyRespect’s temporary edge protection delivered to construction project at First Street in Manchester

SafetyRespect’s temporary edge protection barrier system’s lightweight and adjustable design has made it first choice at Manchester’s prestigious First Street development, Plot 9a in Manchester.

In the video above our MD Oliver Gwinnell is talking about the site. Over 2,100 linear metres of temporary edge protection barriers is being used to protect site staff while the nine floor, 131,000 square feet office building is built. The systems lightweight adjustable design makes it ideal for installing on the beam and lifting into the position. It can be adjusted up and down and in and out to facilitate the stud welding and metal deck installation without the need to remove the barriers. The products are robust enough for heavyweight, long-term use making it more and more everyone’s first choice.

Plot 9a, First Street is an office building in central Manchester with an expected completion date of August 2024. The main contractor is BAM Construction.

Temporary edge protection at First Street Manchester UK
Safety mats for construction sites

Safety mats

Safety mats for construction sites

SafetyRespect Safety mats are specially designed to handle dirt and moisture coming by feet away from the working and life areas and reduce the cleaning costs.

Applications
Inside and outside in areas to prevent slipping or wear where pedestrian traffic is high. Especially preferred at construction sites, commercial offices, public buildings, apartments,
wet floors in the edges of the pools, icy surfaces, tool and equipment drawers, government institutions, subway, gardens, bathrooms, sidewalks, hotels, restaurants, and sports venues.

Available upon request
• Other sizes (length, width, thickness).
• Non-slip backing that you can easily use at door entrances of commercial offices, homes, and public buildings.
• Customized colour and branding.

Art. No. 983501

SPECIFICATIONS
Material: PVC
Thickness: 14 mm
Width: 
1 m
Length: 10 m
Weight: 
3 kg/m2
Packing: 
6-8 rolls, Europallet

Safety mats for construction sites

Sliding Beam Clamp as personal Fall Protection Anchor Device for construction worker

Sliding beam clamp

Sliding Beam Clamp as personal Fall Protection Anchor Device for construction worker

This Sliding beam clamp is an EN795 certified man riding anchorage device designed to slide along the beam as the user traverses its length ensuring the attachment point remains above the worker to reduce fall distances and the effects of a pendulum swing fall. Manufactured from aluminium for strength at light weight and is fitted with mechanical adjusters that engage and disengage using a simple push trigger design.

Lanyards or fall arrestors are connected to a Dee-ring that swivels a full 360 degrees to ensure that attachments do not become entangled or twisted. The bar will also swivel approximately 270° rotation allows for optimum work positioning.

Adjustment
The support bar is notched on each side providing twenty fixed widths to suit most common steel section widths carrying self-lubricating alloy paw inserts protect the device from direct wear and tear to ensure a long working life.

Specifications
Flange widths: 76-305 mm.
Flange thickness: 6,35-63 mm.
Ultimate tensile strength: 22 kN.
Maximum user weight: 137 kg.
Certification: EN795 Class B
Trigger adjusters: Mechanism engages and dis-engages using a simple trigger design.
Aluminium paw: Lightweight but strong and durable for maximum efficiency.
Swivel dee-ring: Swivels a full 360 degrees to ensure attachments do not become entangled or twisted.
Bar swivel: Approximately 270° rotation allows for optimum work positioning.
Paw inserts: The paws carry an alloy insert to protect the paw from direct wear and tear. The inserts are designed to be self-lubricating.
Support bar: 10 notches on each side of the aluminium bar gives a total of 20 fixed widths ensuring excellent versatility and range.

Product code SSAN017

Sliding Beam Clamp as personal Fall Protection Anchor Device for construction workerSliding Beam Clamp as personal Fall Protection Anchor Device for construction worker

Scissorsafe personal fall protection

Scissorsafe work restraint system

Scissorsafe personal fall protection

Scissorsafe is a cast in system with reusable anchors, designed to prevent construction workers from falling from perimeters and edges. Plastic void formers are cast into the concrete simply by nailing them to the formwork. When the concrete has hardened and the formwork is removed, the anchorage points are exposed in the soffits.

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.

Installing compression posts and safety barriers with Scissorsafe personal fall protection system
VT Wallfix

Wall fix

VT Wallfix

The Wall fix for Catch fan is for use on vertical surfaces such as walls.

• 4.7 kg
• EN 1263
• Hot-dip galvanised (HDG)
• 575 x 120 mm

Art. No. 5050003_W

Product sheet

VT Catch fan

VT Catch fan

 

deadweight man anchor for personal fall protection during construction of buildings, houses, bridges etc

Deadweight man anchor

deadweight man anchor for personal fall protection during construction of buildings, houses, bridges etc

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.

deadweight man anchor for personal fall protection during construction of buildings, houses, bridges etc