Safety Alert Garden Buddy PM34 Lawn Mower
The Health and Safety Authority has been advised by the UK based company Integral Sourcing Operation Ltd of a potential safety defect concerning “Garden Buddy” PM35 Petrol Lawn Mowers; see Figures 1 & 2.
The affected lawn mowers have been produced with two batch codes, Batch No: 5114 (Fig.3) and Batch No: 2315 (Fig.4). Batch 5114 was supplied in 2014 and Batch 2315 was supplied in 2015.
The supplier has reported there have been a small number of cases where the mower blade has broken. The batch number is clearly visible on the rating label located on the deck of the lawn mower (Fig 2).
The manufacturer has initiated a blade replacement programme and any purchaser who has a bought a machine from the only the two affected batches is advised to contact their place of purchase without delay.
For more information contact Integral Sourcing Operation Ltd at Pembury, 20 Beech Lea, Blunsdon, Wiltshire,SN267DE,UK: Tel: 0044 1793703534
Click here for further information.
Safety Alert Bosch Grinders GWS20 and GWS22 Manufactured June-August 2016
The Health and Safety Authority issued this alert after it had been made aware of a safety-related product recall by Bosch Power Tools for angle grinders.
The recall affects the following angle grinders (Products);
- series GWS 20, and GWS 22 from the production period June through to August 2016
The company has ascertained that, due to a faulty component, the cutting or grinding disc together with the fastening fixture (spindle) could become detached during operation on a number of angle grinders. This could lead to serious injury to operators or others.
Bosch has decided to recall all potentially affected products with immediate effect.
Service hotline: 00800 83 646 704
Bosch Agent in Republic of Ireland.
Magna Business Park,
Dublin 24, D24 VE8N
Phone: 01 4667000
Click here for the full alert from the HSA website.
30 June 2016 - Safety Alert Relating to the Use of Chain Flail or Other Non-Standard Cutting Attachments on Brush Cutters (2016)
Safety Alert Relating to the Use of Chain Flail or Other Non-Standard Cutting Attachments on Brush Cutters (2016)
This safety alert, originally published in 2010, has been re-issued as it has come to the attention of the Health and Safety Authority (HSA) that Non –Standard flail brush cutter strimmer heads have been on sale recently. These attachments are extremely dangerous and should not be supplied or used. The safety alert is directed at suppliers and users of portable, hand-held, brush cutters and accessories. These machines are commonly used for cutting wild grass, weeds, brush and similar vegetation, using a variety of standard cutting attachments. They are frequently utilised in landscape maintenance and ground-clearance operations.
The European Commission (DG Enterprise and Industry) has required Member States to prohibit the placing on the market of flail-type cutting attachments consisting of several linked metal parts (e.g. chains) for portable hand-held brush cutters see decision here.
The Health and Safety Authority has become aware of a dangerous practice involving the fitting of non-standard cutting accessories, not approved by the manufacturers, to brush cutting machines. The Health and Safety Executive (HSE) in the UK have investigated a fatal incident, the outcome of which indicates that a link, from a chain flail cutting head attached to a brush cutter, struck a nearby worker in the head. The EU rapid alert system for all dangerous consumer products (RAPEX) has warned of the possible supply of chain flail attachments comprising of a cutting head incorporating lengths of metal chain, the supplier of which advertises that their product can be used in conjunction with other main brand brush cutters.
WARNING: Under no circumstances should a non standard cutting head, i.e. one not specifically approved by the manufacturer for use with the machine, be fitted to a brush cutter.
Examples of non-standard cutting attachments
The guards fitted to brush cutters are primarily designed to prevent an operator from inadvertently coming into contact with the cutting accessory. They are normally not strong or robust enough to stop articles such as fragments of chain being ejected with high energy. Manufacturers design specific safeguarding to be used in combination with the original cutting equipment such as nylon cords, metal cutting blades and saw blades. The use of non-standard cutting attachments, not approved by the manufacturer, may, because of their geometry and mass, induce excessive stresses which could result in premature failure and possible break-up of the brush cutter, thereby increasing the risk of injury from any ejected component. The harmonised standard for specifying the safety requirements for such machinery, EN ISO 11806, excludes from its scope brush cutters equipped with metallic blades having more than one part (such as chain links).
These types of attachments should not be made available by suppliers. Users should never use a brush cutter fitted with a non standard cutting attachment. Equipment should be checked and any brush cutters fitted with chain flail or similar non-standard attachments should be taken out of service immediately and the attachments removed and replaced with a manufacturer-approved accessory. The manufacturer’s advice as to the appropriate cutting tools to be fitted to a machine is typically available within the instruction books accompanying a machine.
- Health and Safety Executive, UK, Safety Alert: available here.
- EN ISO 11806:2008, Agricultural and forestry machinery – Portable hand-held combustion engine driven brush cutters and grass trimmers – Safety (ISO 11806:1997).
Working on Fragile Roofs
A significant rise in the number of fatalities involving working on roofs, particularly involving fragile roof materials, prompted the Health and Safety Authority to issue this Safety Alert to highlight the need for stringent health and safety procedures when carrying out this type of work.
In the last 5 years (2011-2015) there have been 12 fatalities associated with roof work. Of these 10 deaths have involved sheeted / cladded type roofs while 2 occurred on other types of roofs. 7 of these fatalities occurred on agricultural buildings with most involving a simple fall through fragile roof material.
Fragile roofing materials include:
- Rooflights and Perspex sheeting, often difficult to identify due to weathering
- Liner sheets on built up roofs
- Unreinforced cement sheets including asbestos cement sheeting
- Glass (including wired glass)
- Wood wool slabs
Always assume all roofing materials are fragile unless confirmed otherwise by a competent person
- Do not undertake any roofwork, painting or repairs yourself unless you are competent to do so. Work on fragile and cladded type roofs requires the worker to be competent and in possession of the relevant valid SOLAS Construction Skills Certification Scheme (CSCS) for Roof Cladding.
- Risk assess the work including considering all specific hazards such as fragile roofs.
- Select the most suitable work equipment for the job. Collective protection must be prioritised over individual protection.
- Carry out the work in a safe manner in accordance with the HSA Code of Practice for Safety in Roofwork (see link below).
Safety Alert for Scaffolding Components
The Health and Safety Authority has issued this alert to highlight the importance of ensuring that any scaffolding component used is in safe working order and in an appropriate condition for the task being undertaken. Corroded and rusting scaffolding components can lead to serious issues with the scaffolding’s structural integrity and can lead to catastrophic failures and scaffolding collapses.
Rusting is most prone on non-galvanised scaffolding systems and in particular on the wedge type painted steel scaffolding systems common in Ireland.
A thorough inspection routine must be in place for inspection of scaffolding components to ensure that any components with corrosion or defects that would impact their safe use are removed and not used.
This is particularly important if scaffold elements are coming out of storage having not been in use for some time.
A thorough visual inspection will identify most corrosion, rust and pitting. Other signs of corrosion include loss of weight of the component, reduction in the tube wall thickness, corrosion around welds and on the inner tubes.
Surface rust should be cleared in order to inspect a component correctly. If the component is damaged it needs to be put out of use or repaired by a competent person and repainted.
Note: Sand blasting and painting only of scaffolding components, while reducing further deterioration, does not repair damaged components and may actually hide damage.
Rusted scaffolding components can also cause tetanus which is a serious disease caused by bacteria entering the body through open wounds or cuts.
- Inspection of scaffolding components must be carried out by a competent person and the condition of components should be continually inspected as part of the scaffolding inspection routine.
- Excessively rusted or corroded scaffold should never be used in a scaffold assembly.
- Any defective components should be put out of use or repaired by a competent person.
- The manufacturers manual for all system scaffolds must be available when erecting, modifying and dismantling scaffolds. This should also inform the user in relation to maintaining the scaffold in good order.
Removal of Split Rim/Multi Piece Wheels from Vehicles
Split rim wheels are different from standard one piece wheels. Spilt rims are multi-piece wheels, where the tyre is held in place by a locking ring. Split rims are not normally used on cars or light vehicles. They are however found on a number of larger vehicle types. This type of wheel configuration is commonly associated with lorries, tractors, forklifts, and other heavy vehicles used in the construction and mining sectors.
A failure to put in place the necessary safety control measures when working with split rim and multipiece wheels can give rise to serious hazards, as there is a risk of failure of the multipiece wheels. Failure of multipiece (Split Rim) wheels can result in violent separation, the explosive release of high pressure air and the ejection of component parts. The rapid release of explosive force from a ruptured tyre / tube or violent separation of the component parts of the wheel can result in serious injuries including fatalities.
- Before beginning any work on a multipiece rim, inspect the tyre and wheel assembly for damage or incorrectly fitted parts. If there is damage or incorrectly fitting parts it may be necessary to put additional control measures in place
- Divided or Split Wheels should always be fully deflated before removal from the vehicle. It is best practice in all situations to deflate pneumatic tyres prior to beginning removal of the wheels from the vehicle in order to reduce or eliminate the risk of explosion
- Deflate the tyres, both tyres in a dual assembly, by removing the valve core. Ensure the tyre is completely deflated before removing the wheel from the axle
- Limit exposure to the danger / trajectory zone until the tyre is deflated. Stand to the side and out of the way in case of a sudden disassembly.
The National Standards Authority of Ireland is warning consumers to be extremely careful when buying and using electrical products.
It comes after a fire broke out in an apartment in Dublin when a charger left on a bed overheated and burst into flames, causing extensive damage.
“Electrical products like hair straighteners, hairdryers, laptops and phone chargers can be incredibly dangerous if left on beds or sofas. Although duvets and quilts often undergo flammability tests, accidents like this can still occur,” warned NSAI Director of Corporate Services, Pat Bracken.
Between 2005 and 2014, there have been 326 fatal fires in Ireland, claiming the lives of 366 people. In the 158 instances where the cause of the fire was known, electrical appliances were suspected in 28 fatal fires (18% of cases) while a further 3 per cent of fatal fires were attributed to electric blankets. In 2011 alone, 241 fires in Ireland were caused by electrical equipment.
- Smoke alarms: Make sure you have at least one on every floor.
- Test your smoke alarms weekly or ask someone to check it for you.
- Obvious dangers: Look for fire risks like overloaded sockets, candles and unattended appliances.
- Plan your escape route: Keep access routes clear and have your keys at the ready.
Tower Crane Slew Brakes
Investigations into the collapse of two tower crane jibs have identified that there were problems with adequate maintenance of the slew brake release mechanisms. This alert is to advise owners and users of steps to be taken to ensure that tower crane slew brake release mechanisms are maintained and in efficient working order.
Owners and users of tower cranes should ensure that tower crane slew brake release mechanisms are inspected and maintained in line with instructions issued by the manufacturer. Where crane manuals do not stipulate release mechanism maintenance instructions the manufacturers should be asked to provide details.
Instruction should be provided to operators and maintenance personnel as to how slew brake release mechanisms should be checked, inspected and maintained. This should include information, where necessary, as to the type of lubrication and the frequency and method of applying lubrication to the release mechanism.
Supervisory checks should confirm that personnel are correctly carrying out their instructions and the crane is being placed in free slew when left out of service. Persons carrying out Thorough Examinations should also confirm the correct function of the slew brake release mechanism.
Hydraulic Injection Injury
A safety alert has been issued to raise awareness of the risks from hydraulic injection injury.
Initial findings from an HSE investigation has found that whilst a maintenance fitter was using a hand powered grease gun to tension the track of a piling rig, the nipple connecting the grease gun to the track mechanism detached, permitting the grease (under significant stored energy) to release, injecting the fitter.
Anyone maintaining mechanical plant should inspect the integrity and security of grease nipples and pipe work adapters used as part of track tensioning systems. This should take place at routine service intervals and before attempting to carry out vehicle track tensioning at any time.
Where replacement or maintenance takes place on a pressurised system, fittings should be matched and compatible as per the original equipment manufacturers specification. Verification of such replacement should be regarded as a pressure test and appropriate precautions taken .
Personnel should be familiar with the steps to take, if injection injury occurs, particularly the need to seek immediate professional medical treatment .
 BS EN ISO 4413 (2011): International Standards Organisation – Hydraulic fluid power – General rules relating to systems
 Fluid Injection injury emergency – The facts – British Fluid Power Association
Safe scaffolding components
This safety alert is relevant to all scaffold erection particularly businesses erecting scaffolding using components belonging to other parties for example construction companies.
Scaffolding companies must check to ensure that all components they chose to use during scaffold erection comply with the relevant standards.
There is concern about defective scaffold components found in recent site inspections. Following these visits we have contacted a number of companies offering a scaffold erection service who have been using defective scaffolding components, particularly scaffold boards, owned by the site contractor.
Scaffold components must comply with the relevant legislation and for scaffold boards this is BS 2482:2009. Those that do not meet the standard must be rejected and destroyed.
Common examples of unacceptable damage include:
- Fungal decay e.g. wet rot. All boards must be completely free from fungal decay
- Broken or damaged end bands.
- Wood broken from the edge of the boards which significantly reduces the cross-section of the board, e.g. notches
- Loose or broken knots
- Excessive cuts in the faces of boards caused by hand saws, circular saws or angle grinders (trades likely to use power tools on scaffold must use sacrificial timber & not cut directly onto scaffold boards)
- Transverse cracks caused by overloading.
- infestation of the timber e.g. holes caused by insects
Storage of Gas Cylinders for use in Non-Domestic Installations (Non-Bulk)
This safety alert provides simple practical advice on eliminating or reducing the risks associated with using gas cylinders.
Everyone using LPG gas cylinders at work should familiarise themselves with best practice; please consult with your gas supplier to ensure you have the most up date information available and consult Safety Data Sheets supplied.
The following must be adhered to:
- Risk Assessment
- Storage & Use of LPG Gas Cylinders
- Ventilation and Access:
Safety Alert – Product Recall
GME-Emergency Position Indicating Radio Beacon (EPIRB)
Standard Communications Pty Limited, the manufacturer of GME EPIRB’s, has issued a safety recall of the following EPIRB units
GME MT400/MT401/MT403 EPIRBS with the serial numbers between 50101000 and 80250722.
After exhaustive testing a fault in the microprocessor of certain units that effectively shuts the beacon down was found. There is concern that the beacon may not work in an emergency situation.
If you have a GME EPIRB, please check the model number and serial number. The serial number can be found on the left side of the beacon at the base of the identity panel.
If you own one of the affected units listed above, please contact GME at firstname.lastname@example.org or your local distributor to arrange a replacement of your beacon at no extra charge.
Imported air compressors
The Health and Safety Executive for Northern Ireland (HSENI) is warning about potentially serious safety issues relating to imported air compressors manufactured in China by the ‘Taizhou Baoma Pump Industry Company Limited’.
The warning comes after a shipment of unsafe air compressors was stopped at Belfast Port, preventing them from being sold in Northern Ireland or moved onwards for sale in other parts of the EU. A subsequent investigation of the consignment found multiple faults with the manufacture of the compressors and with the information provided to customers.
However, compressors made by the ‘Taizhou Baoma Pump Industry Company Limited’ have been on sale here for a number of years and are thought to be in use by local farms and businesses.
The specific model for concern is a 200 litre, eight bar compressor with the trademark ‘Toolmate Expert’, also marked on documentation as model number MY2065/8, which were being imported into Europe via Belfast.
The most alarming of the manufacturing faults is defective welding found in several parts of the air compressor, which could cause cracking and lead the compressor to burst while in use.
Other faults discovered include mesh style guarding that does not adequately prevent access to moving parts and which could result in injury to anyone operating the machinery.
In addition, incomplete manufacturer’s instructions have been provided, there are poor CE markings and no EU Declaration of Conformity was provided.
Aimed primarily at the farmer and small manufacturer or fabricator market, anyone who has one of these compressors should contact their supplier.”
Installation of Fireplace Surrounds
The alert relates to the installation of modular, stone and artificial stone fireplace surrounds.
Risks to occupiers from the installation of modular, stone and artificial stone fireplace surround.
The purpose of this safety alert is to alert designers, manufacturers and suppliers of stone or artificial stone fireplace surrounds of the need to provide adequate fixings and fixing options as well as detailed instructions on their safe assembly and to alert installers of the need to ensure they are safely installed so as to prevent subsequent failure and potential fatal injuries.
Designers of modular stone fireplace surrounds should ensure that their design incorporates or includes fixings or fixing kits that are suitable for a range of locations and able to be installed onto a variety of floor and wall types. This may include dense and lightweight masonry and timber frame.
Manufactures and suppliers should ensure that adequate information is provided to installers to safely assemble and install the fireplace surround.
Devices used to reduce Entrapment and Crushing on MEWPs
A safety alert has been issued advising that covers/shrouds on mobile elevating work platforms (MEWPs) machine controls do not protect against entrapment of operators between the machine and nearby obstructions.
- Duty holders should assess the potential for entrapment/crushing accidents in MEWPs for the specific tasks they are to undertake. In making the assessment and deciding on appropriate safeguards, they should consider the issues described in reference 1.
- Where a secondary guarding device (as defined in reference 2) is required, it should be selected for the specific application and its limitations should be clearly understood by those who will be using the machine.
- Covers/shrouds for machine controls should not be relied upon to reduce the risk of entrapment/crushing more generally.
- UK Strategic Forum for Construction Plant Safety Group, Best Practice Guidance for MEWPs, Avoiding Trapping/Crushing Injuries to People in the Platform
- IPAF Guidance on Secondary Guarding Devices
Lorry Mounted Cranes
A safety alert has been issued for workers who are involved in the use of lorry-mounted cranes resulting from a recent fatal accident. It reminds employers responsible for operating lorry-mounted cranes that they must ensure such a crane is not taken into use for the first time unless it has been examined and certified by a competent person. It must not be used unless it has been thoroughly examined by a competent person in the last 12 months and has been tested as part of a thorough examination.
Employers responsible for the operation of Lorry mounted cranes are reminded that in addition to normal servicing and maintenance of this equipment they must ensure that -
1. A Lorry mounted crane is not taken into use in any place of work for the first time unless-
(a) it has been examined and certified by a competent person in accordance with the relevant Regulation
(b) it is a new machine and –
(i) is CE marked in accordance with the relevant directives of the EC,
(ii) is accompanied by an EC Declaration of Conformity in accordance with the relevant directives of the EC,
(iii) is accompanied by Information about the rated capacity for all boom configurations and positions and
(iv) has not been reassembled since dispatch from the manufacturer.
2. A lorry mounted crane is not used unless it has been thoroughly examined by a competent person at least once in every 12 months. A report of thorough examination must be completed by the competent person and made available by the employer for inspection.
3. Any lifting equipment or lifting accessories (e.g. Grapple), which undergo any alteration or repair where the alterations or repairs are relevant to the safe operation of the equipment, shall be examined by a competent person before the equipment’s return to service, in compliance with the relevant Regulation listed below.
4. Lorry mounted cranes must be tested as part of a thorough examination in accordance with Schedule 1, Part C, of legislation listed below.
5. Lorry mounted cranes are subject to the above legislative requirements under Regulation 52 of the Safety, Health & Welfare at Work (General Application) Regulations 2007– SI No. 299 of 2007.
Repairs & Alterations
Welding of the crane boom and load bearing components should be carried out in consultation with the crane manufacturer. All welding should be carried out by a competent person, qualified and knowledgeable of the correct welding procedure approved by the manufacturer.
All other repairs or alterations to the boom of a lorry mounted crane should be carried out in consultation with the crane manufacturer. Only the manufacturer’s genuine original spare parts or compatible parts made to the manufacturer’s specifications should be used for repairs. Repairs should be carried out by a competent person.
Useful information on the safe use and examination of lorry loader cranes can be found in BS 7121-4:2010 [Code of Practice for safe use of cranes –lorry loaders]. This Standard recommends that the periodicity of thorough examinations is reduced to 6 months after 8 years
20 May 2014
Installing solar panels safely
Working on a roof can be dangerous – falls account for more deaths and serious injuries in construction than any other cause. Roof work must be properly planned and appropriate safety equipment and training provided. The risks are substantial, however long or short the work and high safety standards are essential at all times.
- Planning the work
- Protectng others
- Measures to prevent falls
Repairs to Fork Arms of fork-lift trucks (FLTs)
The Health and safety Executive alerts all to certain bad practices which may cause FLT arms to fail.
The reason for BS ISO 5057 recommending that repairs are only carried out by the fork arm manufacturer or an expert of equal competence may not be clearly understood by the truck owner. If welding is to be carried out, for example, to replace a top hook, the repairer should be aware of the steel specification from which the original components were made. The correct material for the replacement part, the correct welding consumable and the correct welding method can then be selected. The welding method will include weld preparation, pre-heating if necessary, stress-relieving if necessary and re-heat treatment to the manufacturer’s specification. Use of ‘mild steel’ materials and ordinary jobbing welding methods are likely to result in an unsatisfactory and unsafe repair.
It should be noted that BS ISO 5057 considers that surface cracks and wear are not suitable for repair by welding. Reputable repairers do not recommend welding at the heels of forks to replace metal removed by wear, as this will only replace the thickness, not the strength, and may do further harm by mis-matching of materials, localised heating, lack of heat treatment etc.
After welding repairs, re-setting etc, BS ISO 5057 recommends that the fork arms up to 5000 kg SWL are tested to 2.5 times their capacity and fork arms over 5000 kg SWL are tested to 2.1 times their capacity.
Enquiries by HSE Mechanical Specialists have shown that many repairers have no understanding of the metallurgical welding and heat treatment aspects, and are applying village blacksmith methods to such repairs. While badly-repaired fork arms may achieve the 2.5 times proof load, the method of repair is likely to cause detrimental long-term effects which may lead to sudden failure of the fork arm in service.
The UK’s Health and Safety Executive have issued an alert to raise awareness of the potential dangers of lighting a solid fuel fire when a redundant solid fuel back boiler has been left within the fireplace.
Previous advice recommended that a redundant back boiler left in situ must be in a condition such that an unsafe level of pressure cannot build up in the unit. Thus, at the decommissioning stage the system should have been drained and redundant pipework removed along with, ideally, the back boiler itself. If not removed the boiler should have been left in a ‘vented’ or ‘open’ condition. If the pipe connections were plugged, at least one 6mm diameter hole should have been drilled in the water jacket, preferably in a vertical or near vertical face.
In some cases the decommissioning may have been carried out by an individual, or heating or building organisations that were unaware of the potential problem, or had not seen the advice.
Other longer term potential dangers can arise with continued use of a fireplace and redundant back boiler even if appropriately vented:
- If connected pipework is left in situ, corrosion/cracking of the water jacket sidewalls may allow flue gases to enter the pipework and be conveyed to other areas of the property with potentially dangerous consequences. The high temperature of the pipework may also present a fire risk.
- Continued use of an open fire has potential for structural damage through repeated expansion and contraction of the boiler casing, which is significant due to the high temperatures involved.
Additional note: the flue of a retro-fitted gas fire must not pass through the redundant water jacket.
Danger Associated with Electrical Cable Reels
Following a number of recent incidents, including electrocutions, where electric cable reels were involved, persons are warned of the dangers that could arise from the misuse or abuse of electric cable reels.
The danger arises principally from
- overheating due to the cable reel being coiled up while powering equipment or
- lack of structural integrity of the cable or reel allowing access to uninsulated live parts of the cable or
To avoid the risks associated with this hazard, the following precautions should be in place.
Ensure your electrical installation is adequately installed and earthed. Look out for scorch marks on electrical fixtures such as sockets and switches or for damaged or frayed cables. If in doubt, a competent electrician should inspect and test the installation to ensure its safety.
- RCD Protection.
Ensure the cable reel, and all circuits fed via cable reels, are protected at source by a functioning residual current device (RCD). These RCDs are generally located in your electrical distribution board and should be tested frequently (at least twice per year) by pressing the test button.
- Protection against Overload and Overheating.
Ensure that, if any significant load is being fed from the reel , that the reel itself is unwound while safeguarding against any resulting trip or entanglement hazard.
- Compliance with Standards.
All reels should comply with the relevant European Standard, “EN 61242:1997+A1:2008 Electrical Accessories. Cable Reels for Household and Similar Purposes” or “EN 61316 Industrial Cable Reels”.
In addition they should be marked with a CE mark indicating compliance with the European Low Voltage Directive of 2006 (and any other applicable European directives).
Compliance with the standard ensures that the reel is adequately constructed and is fitted with a thermal cut-out or weak link which will trip the supply from the reel in the event of an overload.
When using cable reels, ensure they
- are only used as intended,
- are physically protected from mechanical damage and,
- have adequate protection against overloading or overheating.
In addition the overall electrical installation must be safe and adequately earthed with the cable reel and anything fed through the reel protected by a residual current device (RCD).
The Health and Safety Executive, Northern Ireland has issued an alert to highlight the potential hazard associated with augers on bulk feed blow trailers. A recent incident led to an operator sustaining serious injuries when his hand came into contact with a rotating auger on a bulk feed blow trailer whilst checking that the trailer was properly dried out after being cleaned. The rear door of the trailer was open and the auger was running.
Employers should apply a hierarchy of protection measures, where practicable, to the auger systems, as follows:
- Fixed guards
- Other guards or protection devices, such as interlocked guards or doors, which shut off the drive mechanism if the guard or rear door is removed/opened
Employers should also ensure the provision of such information, instruction, training and supervision as is necessary. Access to the auger should only be gained after applying a suitable lock-off procedure/safe system of work.
Employers should have systems in place to ensure that all guards and associated safety devices on bulk feed blow trailers are regularly checked for defects that may affect correct functioning. The system in place should ensure that if any defects are found they are rectified.
The Health and Safety Authority (HSA) has been made aware of research that shows that certain designs of safety shoes may not provide adequate protection where there is a risk of penetration from construction nails.
The HSA requests that those responsible for the selection and provision of safety footwear read published reports and review their procedures in the light of the information they contain. If unsure about the type of insert in use, the user should contact the supplier/manufacturer for this information.
Latex neck seals used in the diving industry need to be correctly fitted to the diver. A neck seal that is too large allows water ingress or gas escape and a neck seal that is too small can cause severe breathing problems leading to unconsciousness and if not acted on quickly, death.
Diving contractors, supervisors and divers must ensure that neck seals are correctly sized for the individual diver.
The European Commission (DG Enterprise and Industry) has required Member States to prohibit the placing on the market of flail-type cutting attachments consisting of several linked metal parts (e.g. chains) for portable hand-held brush cutters. Non-standard metal brush cutting accessories fitted to petrol driven brush cutters can fail catastrophically in-service. There is a risk of death or serious injury to operators and others in vicinity from ejected metal components. These accessories are manufactured from more than one component and rotate at high speeds. Suppliers of such equipment should immediately discontinue supply of flail-type cutting attachments for portable hand-held brush cutters. Anyone using them should discontinue use of any non-standard metal cutting accessory immediately and consult the brush cutter manufacturer for guidance.
Action Required: Users
Any brush cutters fitted with flail or similar non-standard attachments, consisting of several linked metal parts (eg chains) should be taken out of service immediately and the attachments removed and replaced with the manufacturer’s approved accessory.
Manufacturers’ advice should be followed as to the appropriate combinations of cutting tools and guards. Such advice is typically available within the instruction books accompanying the machine.
Action Required: Suppliers
Suppliers should immediately cease the supply of cutting attachments consisting of several linked metal parts (eg chains) whether or not intended for “professional use.”
Hotpoint are aware of a small number of cases of dishwashers where an electrical component has failed. This may lead to overheating and in rare cases a potential ﬁre hazard. Hotpoint want to locate and modify every dishwasher that is affected. If you own a Hotpoint FDW20/FDW60/FDW65A dishwasher manufactured between June 2006 and March 2007, with the affected serial numbers (as highlighted below) and sold in Ireland:
- When checking ﬁrstly as a precaution, make sure your dishwasher is turned off and disconnected from the wall socket.
- Check the model and serial number of your Hotpoint dishwasher. These can be found on a sticker on the inside of the door as outlined below.
- The serial number is 9 digits long, if the ﬁrst 5 digits are between S/N 60601 and S/N 70331 your appliance is affected.
- If your product is affected please call Hotpoint’s dedicated Customer Service line 0818 776 188 or you can contact Hotpoint via a dedicated email address: email@example.com
- Hotpoint will arrange to visit your home and make a free of charge repair.
- While you are waiting for an engineer visit, Hotpoint recommend for your peace of mind, not to leave the dishwasher unattended while in use.
Alert issued by Indesit Company Ireland Limited, The Crescent Building, Northwood Park, Santry, Dublin 9.
Children who are exposed to the chemicals in “laundry liquid tablets/capsules/pods” are at risk of injury. These capsules dissolve quickly when in contact with water, wet hands, or saliva. Already children have required hospitalisation for vomiting, drowsiness, throat swelling, and difficulty breathing following ingestion of the capsule contents. While eye contact with the contents from ruptured capsules has also resulted in medical treatment for severe irritation and ocular burns.
- Consumers are strongly urged to always handle laundry capsules carefully and with dry hands.
- Parents and caregivers should lock away these “laundry liquid tablets/capsules/pods” and like all cleaning products keep them away from children.