Engineering Inspection Guide - RSA Broker

1y ago
10 Views
2 Downloads
1.29 MB
84 Pages
Last View : 2d ago
Last Download : 2m ago
Upload by : Axel Lin
Transcription

UKC00589F Cover10/6/1315:10Page 1KNOW HOWEngineering Inspection GuideRoyal & Sun Alliance plc (No. 93792). Registered in England and Walesat St Mark's Court, Chart Way, Horsham, West Sussex RH12 1XL.Authorised by the Prudential Regulation Authority and regulated by theFinancial Conduct Authority and the Prudential Regulation Authority.UKC00589GJune 2013KNOW HOWEngineering Inspection Guide

Engineering Customer Centre: 0845 678 2982Lines are open Monday to Friday8.30am to 5.30pm.For your protection, telephone calls may berecorded or monitored.

CONTENTS4Our Business is Protecting People10 Inspection Frequencies13 Lifting Equipment29 Pressure Systems43 Electrical55 Local Exhaust Ventilation65 Power Presses77 Other Work Equipment91 General Frequently Asked Questions

4 Our Business is Protecting PeopleOUR BUSINESS ISPROTECTING PEOPLEOur business is all about protecting people and providing peaceof mind. Leave engineering inspection to us and we can help youlook after the safety of your workforce and your legalobligations, secure in the knowledge that your plant andmachinery are safe to operate.As a nationally accredited and independent inspection body, wewill work with you to put the right type of inspection service inplace. All our inspection activities are accredited by UKAS orNICEIC. We also have capabilities in equipment certificationand management system certification, as well as being a notifiedbody for the Machinery, Lifts and Pressure Equipment Directives.A founder member of SAFed, all our work is carried out torelevant standards.Of course, not all our customers are the same, so we believe inbeing flexible. Whether the requirement is for single or multipleinspections, or the provision of detailed technical advice at shortnotice, we work in partnership with our customers to provide a

Our Business is Protecting People 5solution that is tailored to suit your business needs at acompetitive price.If you need to see more of us, that’s fine, we can arrange for anengineer to spend time on site to help with issues that maychange on a day-to-day basis. In addition, our surveyor team isable to reach sites across the UK at short notice.Our experienced engineers will assist you how to complywith your legal obligations under current health and safetylegislation, and to operate a safer, more effective workingenvironment - one that is characterised by minimal disruptionand optimal efficiency.

6 Our Business is Protecting PeopleWe inspect a wide range of equipment and with the support oflaboratory and research equipment, we also provide a range ofexamination and analysis procedures. More details on the type ofequipment we inspect can be found later in this guide.To ensure communication with us is always clear andstraightforward, we offer you a single point of contact for allyour safety inspection needs.Such a refreshing approach is hardly surprising for a business thatgrew out of National Vulcan and British Engine. For generations,both were acknowledged as the leading inspection companies inthe world. Combining these businesses created a wealth oftechnical skill and expertise.This Engineering Inspection Guide is just one part of our addedvalue service. It has been designed to help you understand themandatory and recommended inspection frequencies for differenttypes of plant and machinery.

Our Business is Protecting People 7It’s your inspectionTo help us ensure the safety of any people affected byour inspection, we need you to prepare for ourengineer’s visit.When making an appointment our engineer will explainthe level of preparation required.The purpose of the examination is to make sure theequipment is safe for continued use, it does not replacemaintenance.There are legal obligations on users ofwork equipment to ensure it is maintained in efficientworking order.Where our examination reports highlight defectsaffecting the safe use of equipment, a copy of the reportmust be submitted to the enforcing authorities. If severalreports are submitted, they may question the quality ofyour maintenance programme.To ensure safety during the examination process ourengineer will carry out a site-specific risk assessment.

8 Our Business is Protecting PeopleA copy of this assessment is available on request. Whereactions are required you will be notified.Information at your fingertipsThis guide contains a wealth of useful informationin an easily accessible and readily digestible format.There are definitions for a number of different categoriesof plant including lifting equipment, pressure systems,local exhaust ventilation systems, electrical equipment,power presses and process machinery.The guide contains details on the relevant legislationapplicable to each of these categories, together withnotes on the types of examinations required, and thefrequency within which they need to be carried out.We have also included a number of line drawings in eachsection to give a simple illustration of the different typesof equipment we inspect.

A selection of frequently asked questions covers many ofthe issues that people need to be aware of whenconsidering and arranging plant inspection.So whether it’s LOLER, COSHH, PUWER, PSSR orElectricity at Work regulations, this guide gives you theinformation you need at your fingertips.We have collated the information on inspectionfrequency to create easy-to-use charts, which areincluded within this booklet. Reference is made tocategories of plant in general use, across a range oftypical business sectors that require inspection services.Please note, these charts and the accompanying notesare for guidance only and are not exhaustive.For more detailed information on inspectionrequirements, or on any other aspects of engineeringinspection or risk management, you should talk to yourRSA representative or your usual insurance contact.Turn page for inspection frequency information

Inspection Frequencies 10INSPECTIONFREQUENCIESOpen out and use withindividual Inspection Charts

11 Inspection FrequenciesINSPECTIONFREQUENCIESExplanatory Notes6Inspection is required / implied in law.The numberindicates the typical frequency in months.6Inspection is required in law.The number indicateslikely inspection frequency which is variableaccording to usage or risk assessment.36 Inspection is recommended at the indicated initialfrequencies by guidance note 3 to BS7671:2001Requirements for Electrical Installations. Frequencyof inspection may also be determined by locallicensing authority for some locations.*Inspection is recommended by the IEE* Code ofPractice for in service inspection and testing ofelectrical equipment. Inspection frequencies varyconsiderably depending upon the type ofequipment and environment.26 Most air pressure plant is inspected every 26months, however, well maintained welded airreceivers built to suitable standards may beinspected every 48 months.6 Inspection is required under Regulation 33 ofPUWER 1998 part IV.The number indicatesfrequency in months.* IEE Institution of Electrical EngineersUse with individual Inspection Charts

This inspection guide includes an inspection frequency chartfor each technical discipline. These charts are intended as aguide only and deal with categories of plant in general use whichare commonly found in the industries and locations specified.Whilst correct to the best of our knowledge, no legal liabilityor responsibility can be accepted for the information contained.These charts are not legally authoritative and referenceshould be made to the relevant legislation or the appropriateenforcing authority.

Lifting Equipment 13LIFTING EQUIPMENT

14 Lifting EquipmentLIFTING EQUIPMENTDefinitionsLifting equipment is work equipment used for lifting and loweringloads. It includes the attachments used for anchoring, fixing orsupporting equipment such as cranes, lifts, excavators and lift trucks.Accessories for lifting includes any chain, rope, sling, orcomponent kept for attaching loads to machinery for lifting.Examination scheme means a suitable scheme drawn up by acompetent person for the thorough examination of liftingequipment at such intervals as may be appropriate for thepurpose described within the regulations.Work equipment means any machine, appliance, apparatus, toolor installation for use at work.Relevant LegislationThe requirements for the examination of lifting equipment arefound within the Lifting Operations and Lifting EquipmentRegulations 1998 (LOLER). LOLER applies over and above themore general requirements of the Provision and Use of Work

Lifting Equipment 15Equipment Regulations 1998 (PUWER). Unlike previous legislation,which applies to specific industry sectors, PUWER and LOLERapply to all places of work.LOLER covers work equipment that lifts or lowers a load.Thefollowing points need to be considered: The type of load being lifted The risk of the load falling and striking a person or object andthe consequences The risk of the equipment striking a person or objectand the consequences The risk of the lifting equipment failing or falling over whilst in use.LOLER is concerned with many aspects of lifting operations andlifting equipment such as strength, stability and positioning of liftingequipment and the planning of lifting operations. However thisguide is limited to the examination requirements of LOLER. Anassessment of the risks associated with the equipment must bemade to identify where the provision for thorough examinationand inspection within LOLER applies.The thorough examination of lifting equipment must be carriedout by persons of sufficient competence who are independentand impartial to allow objective decisions to be made. RSA canprovide thorough examinations where required.

16 Lifting EquipmentDifferent categories of examination are identified within LOLER:Examinations should be carried out: Initially, before equipment is taken into service (thereare some exceptions for CE marked new equipment) Post installation, where safety is dependent oncorrect installation Where lifting equipment is exposed to conditions whichcause deterioration that could lead to a dangerous situation,periodic examinations are required Following any exceptional events such as an accident or longperiod without use.Examination FrequencyLOLER continues to prescribe periods between thoroughexaminations of lifting equipment.These are: Every six months for lifting equipment used for lifting / loweringpersons. For example, passenger lifts, access platforms, windowcleaning equipment Every six months for lifting accessories (‘tackle’).For example, chain slings, eyebolts and shackles

Lifting Equipment 17 Every 12 months for all other lifting equipment not fallinginto either of the above categories. For example, cranes andlift trucks.However, LOLER offers a ‘risk based’ approach to examination.This means that customers can arrange for a scheme ofexamination to be drawn up taking account of their specificequipment, environment and operations to extend periodsbetween examinations where the risks are acceptable.

18 Lifting EquipmentLifting EquipmentExcavatorExcavatorsHydraulic excavators are used widely inthe construction industry and are normallyfitted with a bucket attachment. Machinesuse a diesel engine as a primary source ofpower whilst a hydraulic system controlsmovement of all the major functions.Hydraulic excavators fall into twocategories:1) Centre post machines that slew360 degrees and may be mountedon wheels or tracks.They utilise anarticulated boom on which a variety ofattachments can be fitted.This enables themachine to be used for crane duties,bucket (trenching) duties, magnet dutiesand grab duties.2) Composite machines are normallyknown as back-hoe loaders.They includean articulated boom mounted to the rearof the vehicle that can slew through 180degrees (back-actor or back-hoe) and aloading shovel / lifting forks mounted onthe front of the machine. Whilst thecapacity of the loading shovel is normallyfixed, different sizes of bucket or liftingattachments may be used in conjunctionwith the back-actor.

Lifting Equipment 19Lift TruckMobile Elevating Work PlatformLift TrucksLift trucks are used extensively across allindustrial sectors, with capacities varyingfrom one tonne to 50 tonnes.The largermachines are mainly used in freighthandling (shipping containers), forestry andsteel-making industries.Mobile Elevating Work PlatformsMobile elevating work platforms(MEWPs), also known as ‘cherry pickers’,‘beanstalks’ and ‘access platforms’.They areused in all sectors of industry andprovide a temporary platform for personsworking at heights.Lift trucks are normally fitted with a loadfork (hence ‘fork lift truck’), however, avariety of other attachments can be fittedto most trucks, for example, bale grabs,carpet poles, crate tines and man-ridingworking platforms. Side loaders are mainlyused for lifting and transporting longbulky items such as stacks of timber.Thelifting function simply raises the loadonto a side deck, which forms an integralpart of the truck.The load can then betransported significant distances.All MEWPs have the capacity to movefrom one location to another either as apurpose built machine with integral roadwheel steering facilities, or mounted on alorry or van. MEWPs are normallyelectric / hydraulic or diesel hydraulicunits and utilise a scissor mechanism,articulated jib or telescopic mast to lift acage or platform to the desired positionwhere the work is to be carried out.Controls are mounted on / in theplatform / cage.

20 Lifting EquipmentGantry / Chain BlockMobile CraneGantry / Chain BlocksNormally mounted on runway tracks ormanual cranes, powered hoist blocks arewidely used in all industry sectors.Normally electrically or pneumaticallypowered, these units hoist loads via aload hook and integral steel chain orwire rope. Lifting capacity can be asmuch as 10 tonnes.Mobile CranesThese types of cranes are favouredby the crane hire industry as they can beused for a wide variety of liftingoperations in many sectors of industry.Mobile cranes are normally self-erectinglorry-mounted machines incorporatingoutriggers for extra stability and atelescopic jib for improved reach. Modernmachines utilise diesel hydraulic driveunits.Whilst the average lifting capacity isabout 50 tonnes, some mobile telescopiccranes are manufactured with a liftingcapacity in excess of 1,000 tonnes.Winches are of similar design and can beused for a variety of duties ranging fromhauling loads horizontally to lifting orlowering loads in a vertical plane. Heavyduty units used in the shipbuildingindustry are capable of haulingthousands of tonnes. Small units fitted toroad vehicles are frequently used forboth hauling and lifting duties.

Lifting Equipment 21Frequently Asked QuestionsQ. A common ‘serious’ defect on lift trucks is wear in excess of10% at the fork heels.Why does the engineer have to reportthis defect and what can be done to rectify worn fork heels?The engineer is bound by the guidance issued by the HSE andinformation within BS ISO 5057. Guidance is provided oninspection of fork arms, surface cracks, straightness of blade, forkangle, difference in height of fork tip and of set of fork arms etc.BS ISO 5057 rejects fork arms that are worn at the heel morethan 10% of the original thicknessof the metal.We recommend repairs are only carried out by the fork armmanufacturer. If welding is carried out, the welding method will need toinclude welding preparation, pre-heating, stress relieving and re-heattreatment within the manufacturer’s specification.Use of mild steel materials and ordinary jobbing welding methodsare likely to result in an unsatisfactory and unsafe repair. Mostmanufacturers do not even recommend welding at the heels ofthe forks to replace metal removed by wear as this only replacesthe thickness and not the strength. Welding may in fact do furtherharm by mismatching of metals, localised heating and lack of heattreatment.

22 Lifting EquipmentQ. How often is a ‘thorough examination’ required on liftingplant?Under LOLER a ‘thorough examination’ is typically required every12 months. Lifting attachments, accessories and machines for liftingpersons need examination every six months.Q. Can I lift a person on my lift truck?The only acceptable use of a lift truck lifting persons inexceptional circumstances is using a specifically designed andtested carrier or working platform. Purpose built units arenormally available from the manufacturer of the truck.A more appropriate method of working at heights should beemployed such as permanent/temporary scaffold or a mobileelevating work platform.A person should not be lifted on the forks, pallet or bucket onthe front of a lift truck under any circumstances.The recognised minimum examination frequency of a lift truckused to lift a person is six months.

Lifting Equipment 23Q. The ‘thorough examination’ highlighted a serious defectwhich has now been repaired. Does the item need to beexamined again?The competent person who undertakes the thoroughexamination states in his report that, ‘subject to any remedialaction to defects noted, which are or could become a danger topersons, the equipment is safe to operate’.Therefore when repaired,the equipment may be re-introduced back into service. However, theplant owner must ensure that the serious defect is repaired inaccordance with the manufacturer’s instructions and by personscompetent to undertake such work.

24 Lifting EquipmentLifting Equipment 26Lifting Equipment Inspection ChartSee page 11 forexplanatory notesTYPE OF PLANT, MACHINERYAND EQUIPMENTBakeriesBreweries & Bottling PlantsChemical & Petrochemical WorksConstruction SitesDocksDry Cleaners & LaundriesPlastics Manufacturers & ProcessorsSchools, Universities & CollegesEngineering & Manufacturing WorksOther Factories & WorkshopsFarmsFood Manufacturers & ProcessorsFoundries - FerrousFoundries - Non-FerrousGarages - Vehicle WorkshopsGarages - Filling StationsHospitals, Healthcare and Nursing HomesHotels, Pubs, Clubs & RestaurantsOffice BuildingsPrinting WorksQuarriesScrapyardsShipyards & Boat BuildersSupermarkets, Shops & other Retail OutletsTheatres & CinemasTimber Merchants, SawmillsWarehouses & Storage FacilitiesLeisure FacilitiesTYPE OF BUSINESSPassenger Lifts6666666666666666666666666666Other Equipment that Lifts Persons6666666666666666666666666666Cranes12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12Other Lifting Equipment12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12Lifting Accessories (Tackle)6666666666666666666666666666Vehicle Lifts6666666666666666666666666666Fork Lift Trucks12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12

27 Lifting EquipmentTurn over forfold-out Inspection Chart

Pressure Systems 29PRESSURE SYSTEMSDefinitionsRelevant fluids include steam, gases under pressure and fluids thatare artificially kept under pressure and become gases upon releaseinto the atmosphere.Pressure system means a system comprising one or more rigidpressure vessels with associated pipework and protective devices.Written Scheme of Examination is a document that identifies theextent of the pressure system and outlines the examinationrequirements.Relevant LegislationInspection requirements for pressure systems are consolidatedwithin the Pressure Systems Safety Regulations 2000 (PSSR).Theregulations apply to users and owners of systems containing‘relevant fluids’.They require the whole system to be inspected in accordancewith its ‘Written Scheme of Examination’.

30 Pressure SystemsA Written Scheme of Examination is drawn up following a riskassessment of the system.It must: Clearly define the extent of, and items of plant included in, thepressure system Detail the inspection frequency of relevant parts ofthe system Be drawn up or certified by a competent person such as RSA.In addition to thorough examination, which involves the systembeing closed down and vessels opened up, a working examinationis also usually required.This involves testing the system underpressure and is sometimes more frequent than the thoroughexamination.Hot water boilers, operating at more than 100ºC, fall within PSSR.However, it is recommended that all hot water boilers should beinspected. Refrigeration and air-conditioning plant with combinedcompressor motors exceeding 25kW fall within the regulations, but itis also prudent to regularly inspect items below this cut-off.

Pressure Systems 31Examination FrequencyThere is some flexibility in establishing the frequency for thoroughexaminations permitted under PSSR.The thorough examinationfrequency indicated in our inspection chart are those specified inthe SAFed publication ‘Pressure Systems - Guidelines onPeriodicity of Examinations’.

32 Pressure SystemsPressure SystemsHorizontal Multitubular Steam BoilerHorizontal Multitubular Steam BoilersHorizontal multitubular steam boilersare sometimes referred to as packageboilers or shell boilers.These items canrange from 1m to 4m in diameter andare typically used for generating steamor high-pressure hot water to be usedin various process / manufacturingprocesses.

Pressure Systems 33Refrigerating PlantHeating BoilerRefrigerating PlantRefrigerating plant is usually used for airconditioning in office blocks, wherechilled water is used to control the air’shumidity. Larger and more complextypes are used in the frozen foodindustry to both freeze and keep alltypes of food frozen.Heating BoilersHeating boilers are in common use forall types of premises and can range froma central heating boiler, as seen in manyhomes, to very large cast iron sectionalheating boilers for heating large officecomplexes.

34 Pressure SystemsAir ReceiverAir ReceiversAir receivers, commonly referred to asair compressors, air vessels and air tanks,are widely used.They are found ingarages, tyre repair depots and anywherethat requires compressed air.Jacketed PanJacketed PansJacketed pans are usually open toppedsemi-circular pans with a heating spacesurrounding the pan, typically steamheated and used for cooking food orwhere heat is necessary to assist in aprocess.

Pressure Systems 35Frequently Asked QuestionsQ. Do all air receivers need to be inspected? What is thecalculation for deciding when an air receiver needs to complywith statutory regulations?Within the PSSR the question is asked: is the pressurex volume of the pressure vessel greater than 250 bar litres?If YES - then a written scheme and inspection certificate will needto be issued to comply with the legislation.This calculation takes the pressure rated in bars and this ismultiplied by the capacity of the tank in litres.This is commonlyfound on a plate on the receiver.e.g. MWP 11 bar50 litres capacityIn this example, the MWP (maximum working pressure) is11 bar multiplied by the 50 litre capacity, which gives a rating of550 bar litres.1 bar is equivalent to approximately 15 psi. As a general rule, airreceivers with a diameter in excess of 12 inches operating at150 psi will need to comply with the legislation.

36 Pressure SystemsThe other components of the air compressor set(i.e. compressor and motor) do not need a statutory inspection. Ifan air compressor has no receiver it does not need an inspection.Hydrovane manufacture compressors have no receivers and areconsequently exempt from the legislation.Q. What is the difference between an air receiver and an aircompressor? Do they both need an inspection?An air compressor has three component parts: Driving motor Compressor - which compresses the air Air receiver - a pressure vessel, which stores the compressed air.The air receiver is the only part of the air compressor unit thatneeds a ‘statutory’ examination.The air compressor and drivingmotor do not need an inspection - but should be regularlyserviced and maintained by the user.Some air compressors only have two components - a drivingmotor and an air compressor.The delivery of compressed air isimmediate and the need to store air in a pressure vessel is notrequired. Because these compressors do not have an air receiverthey do not need examination.The term ‘compressor’ is also used for refrigeration compressorson fridges, cold stores, freezers and air conditioning systems.

Pressure Systems 37Refrigeration compressors only require examination underregulations where the driving motor exceeds 25kW. The majority ofcommercial cold stores operate using motors well below this limit.Q. How often do air receivers need to be examined?An examination usually takes place once every 12 months.However the type and frequency of examination are defined bythe written scheme.For the majority of air receivers the first examination is a full,internal thorough inspection.The next inspection, 12 months later,is a working external examination and the following year itrequires another thorough examination.This means there is athorough examination every two years.With the agreement of the customer, the written scheme can beamended so that both the thorough and external examination arecompleted at the same time and therefore only one examinationtakes place - every two years.Q. The thorough examination highlighted a serious defectwhich has now been repaired, does the item need to beexamined again?The item should be examined during the repair and a finalexamination carried out on completion of the repair.

38 Pressure SystemsPressure Systems 40Pressure Systems Inspection ChartLeisure FacilitiesWarehouses & Storage FacilitiesTimber Merchants, SawmillsTheatres & CinemasSupermarkets, Shops & other Retail OutletsShipyards & Boat BuildersScrapyardsQuarriesPrinting WorksOffice BuildingsHotels, Pubs, Clubs & RestaurantsHospitals, Healthcare and Nursing HomesGarages - Filling StationsGarages - Vehicle WorkshopsFoundries - Non-FerrousFoundries - FerrousFood Manufacturers & ProcessorsFarmsOther Factories & WorkshopsEngineering & Manufacturing WorksSchools, Universities & CollegesPlastics Manufacturers & ProcessorsDry Cleaners & LaundriesDocksConstruction SitesChemical & Petrochemical WorksSteam Boilers & Steam Ovens14 14 1414 14 14 14 14 14 14 14 14 14 14 14 14 14 14 1414 14 14 14 14 14Steam Pressure Plant26 26 2626 26 26 26 26 26 26 26 26 26 26 26 26 26 26 2626 26 26 26 26 26Hot Water Boilers ( 100 C)14 14 1414 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 1414 14 14 14 14 14Air Pressure PlantSee page 11 forexplanatory notesBreweries & Bottling PlantsTYPE OF PLANT, MACHINERYAND EQUIPMENTBakeriesTYPE OF BUSINESS26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26Air Conditioning Plant ( 25kW)48 48 4848 48 48 48 48 48 48 484848 48 48 4848 48 4848 48Refrigerating Plant ( 25kW)48 48 484848 484848 48 4848 48 4848 48Other Pressure Systems48 48 4826 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26

41 Pressure SystemsTurn over forfold-out Inspection Chart

Electrical 43ELECTRICALDefinitionsSystem means an electrical system in which all the electricalequipment is, or may be, electrically connected to a commonsource of electrical energy and includes such source and suchequipment.Danger means risk of ‘injury’ which in turn means death orpersonal injury from any part of the ‘electrical system’.Relevant LegislationThe Electricity at Work Regulations 1989 contain a comprehensivelist of legal requirements designed to prevent the risk of death orpersonal injury from the use of electricity at all places of work,regardless of size or number of employees.The regulations require all systems to be maintained so as toprevent danger. Furthermore HSE guidance states that regularinspection and testing is an essential part of any maintenanceprogramme. Regulation 6 of PUWER also requires that workequipment, which may be subject to deterioration liable to result ina dangerous situation, requires inspection at suitable intervals.

44 ElectricalThe current version of BS7671 ‘Requirements for ElectricalInstallations’ (the Institution of Electrical Engineers (IEE) WiringRegulations) is the accepted general guidance for the design andmaintenance of electrical installations.Various otherdocumentation also exists concerning the use of electricity inmines, quarries, petro-chemical installations and places ofentertainment.Examination FrequencyThe examination frequency is dependent upon the type of businessand the risks presented but is typically once every three or fiveyears. Some trades may require annual examination for licencepurposes (for example, places of entertainment, petrol stations, andnursing homes).The main purpose of our examination is to identify serious defectslikely to create an imminent risk of injury to any person.

Electrical IL S.U.STARTERFIREWALLPLUGBALLASTWiring CircuitWiring CircuitsIt is hard to imagine any location that doesnot incorporate an electrical wiringinstallation of some form. Even a storagewarehouse will have some basic electricalpower requirements such as lighting,heating and a security system. Largerlocations will have a complex distributionnetwork required to deliver the demandsof electrically driven plant and equipment.BATTERY

46 ElectricalMotorAir Handling PlantMotorsMotors can be found in most domesticand industrial locations and have a massivescope of physical size and power.Air Handling PlantAir handling plant is used extensively indomestic and industrial installations tocontrol the flow of temperaturecontrolled air throughout a location. Sizescan range from small units, hidden withinan office’s false ceiling, to very large unitsin plant rooms or rooftops.

Electrical 47TransformerSwitchboardTransformersTransformers are found in mostindustrial locations and can be ‘stepdown’ or ‘step up’ depending on voltagerequirements. Electricity

11 Inspection Frequencies 6 36 * 6 26 6 Inspection is required/implied in law.The number indicates the typical frequency in months. Inspection is required in law.The number indicates likely inspection frequency which is variable according to usage or risk assessment. Inspection is recommended at the indicated initial frequencies by guidance .

Related Documents:

- RSA Archer eGRC Suite: Out-of-the-box GRC solutions for integrated policy, risk, compliance, enterprise, incident, vendor, threat, business continuity and audit management - RSA Policy Workflow Manager: RSA Data Loss Prevention and RSA Archer eGRC Platform - RSA Risk Remediation Manager: RSA Data Loss Prevention and RSA Archer

A broker-dealer that acts as a prime broker must maintain net capital of not less than 1,500,000. A broker-dealer acting as an executing broker in a prime broker relationship who self clears or a broker-dealer clearing prime broker transactions on behalf of an introducing executing broker must have minimum net capital of at least 1,000,000.

Each RSA number is a semiprime. (A nu mber is semiprime if it is the product of tw o primes.) There are two labeling schemes. by the number of decimal digits: RSA-100, . RSA Numbers x x., RSA-500, RSA-617. by the number of bits: RSA-576, 640, 704, 768, 896, , 151024 36, 2048.

Broker must promptly give written notice to MetLife if the Broker's license is canceled, suspended, or revoked, or if Broker or a MetLife‐contracted Broker is otherwise placed under a legal . suitability forms and any legally‐required shoppers' or buyers' guide. Section 2.6. Replacement. Broker shall not engage in the systematic .

RSA SecurID for Windows logon BlackBerry software token Site-to-user authentication SAML 2.0 co-authors 2001 - 2002: SMS authentication Palm Pilot software token Windows Mobile software token 1986: Time-synchronous OTP (RSA SecurID) 1977: RSA Algorithm RSA Identity Assurance Apple Face ID Apple Watch 2015: 1996: RSA SecurID software token 2006 .

Marten van Dijk RSA Laboratories Cambridge MA marten.vandijk@rsa.com Ari Juels RSA Laboratories Cambridge MA ari.juels@rsa.com Alina Oprea RSA Laboratories Cambridge MA alina.oprea@rsa.com Ronald L. Rivest MIT Cambridge MA rivest@mit.edu Emil Stefanov UC Berkeley Berkeley CA emil@berke

maintenance of the trust account to another broker. ARM 24.210.426( 1) states, "A broker is responsible at all times for the proper handling of earnest money, security deposits, or other funds received by a broker, a broker's salesperson, or funds received by a broker as a designated broker pursuant to (3)(c) on behalf of customers or clients.

ASTM C 76 specification for reinforced sewer and storm drain pipes. (Only on special requests) inTernaTional & local approVals ISO 9001 registered firm. M.P.W Approval QualiTy assurance Concrete pipe factory has an independent quality control department with a well equipped laboratory, aided by experienced staff to give the necessary backup for the quality assurance program .