Java程序辅导

C C++ Java Python Processing编程在线培训 程序编写 软件开发 视频讲解

客服在线QQ:2653320439 微信:ittutor Email:itutor@qq.com
wx: cjtutor
QQ: 2653320439
Soldering Safety | Department of Engineering Health & Safety skip to content Study at Cambridge About the University Research at Cambridge Search site Home Study at Cambridge Undergraduate Courses Applying Events and open days Fees and finance Student blogs and videos Postgraduate Why Cambridge Course directory How to apply Fees Funding Frequently asked questions International students Continuing education Executive and professional education Courses in education About the University How the University and Colleges work History Visiting the University Term dates and calendars Map For media Video and audio Find an expert Publications International Cambridge News Events Public engagement Jobs Giving to Cambridge Research at Cambridge For staff For current students For alumni For business Colleges & departments Libraries & facilities Museums & collections Email & phone search Home Safe Working Department of Engineering Health & Safety Home Policy COVID-19 Information COVID-19 Information overview Working from home guidance People People overview Departmental Safety Officers Health and Safety Committee Members (+ Minutes) Health and Safety Committee Members (+ Minutes) overview Health and Safety Committee Meeting Minutes Health and Safety Committee Meeting Minutes overview September 2021 June 2021 March 2021 December 2020 September 2020 June 2020 First Aiders Local Safety Coordinators Mental Health First Aiders Induction and Training Safe Working Safe Working overview Biological Safety Biological Safety overview Bio Safety Training Slides Chemical Safety Chemical Safety overview Incompatible chemicals COSHH Assessment Procedure COSHH Assessment Procedure overview COSHH Assessment - Example Display Screen Equipment/Ergonomic Issues Laser Safety Procedure Lone Working Out of Hours Access Radiation Safety Risk Assessment Procedure Soldering Safety Work Equipment and Machinery Accident Reporting Accident Reporting overview First Aid Old Accident and Incident Report Form Fire Safety Fire Safety overview Full Fire & Emergency Procedures (Trumpington Street) Travel and Working Away Travel and Working Away overview Travel Insurance Use of Unregulated Accommodation Risk Assessment Form for Low Risk Travel Staff Template Medium Risk (Standard) Travel RA Student Template Medium Risk (Standard) Travel RA Staff Template Basic Travel RA Oct 20 Student Template Basic Travel RA Oct 20 Health and Wellbeing Health and Wellbeing overview Mental Health Mental Health overview Resources Sources of Support Wellbeing Wellbeing overview Sources of Support Department Initiatives Events Safety Alerts Safety Alerts overview BOC Safety Shares Departmental Safety Alerts Departmental Safety Alerts overview   Soldering Safety Department of Engineering Health & Safety Safe Working Biological Safety Chemical Safety COSHH Assessment Procedure Display Screen Equipment/Ergonomic Issues Laser Safety Procedure Lone Working Out of Hours Access Radiation Safety Risk Assessment Procedure Soldering Safety Work Equipment and Machinery Policy COVID-19 Information People Induction and Training Accident Reporting Fire Safety Travel and Working Away Health and Wellbeing Safety Alerts Soldering Safety Read risk assessments and chemical safety information before starting work.  These should be readily accessible from the soldering station.   Make sure you know what is in your solder, it is not always apparent on the reel label. If in doubt, ask.   Soldering Iron Never touch the element of the soldering iron....400°C! Hold wires to be heated with tweezers or clamps. Keep the cleaning sponge wet during use. Always return the soldering iron to its stand when not in use. Never put it down on the workbench. Turn unit off and unplug when not in use. Solder, flux and cleaners Wear eye protection.  Solder can “spit”. Use rosin-free and lead-free solders wherever possible. Keep cleaning solvents in dispensing bottles. Always wash your hands with soap and water after soldering. Lead exposure Lead can give rise to serious chronic health effects.  Exposure will primarily be through accidental ingestion from your skin, wear gloves if directly handling solder.  Limited fumes may be generated by soldering.  Rosin exposure Rosin (colophony, ersin) is a resin contained in solder flux.  Flux generates the visible fumes seen during soldering.  Exposure to rosin can cause eye, throat and lung irritation, nose bleeds and headaches.  Repeated exposure can cause respiratory and skin sensitisation, causing and aggravating asthma.  Rosin is a serious occupational health hazard. Control of fumes Soldering using rosin is only permitted in strictly controlled conditions after discussion with the Safety Office where there is no effective alternative.  Fume extraction should be through an enclosed hood (preferred) or tip extraction.  Ideally these should vent to the outside.  Tip extract units that use filter boxes should include both activated carbon and HEPA filters. Bench top filter extract systems may be used for rosin-free soldering in well ventilated areas (i.e. large volume work space or with mechanical air changes.  Placement of these is important to performance, if in doubt ask. All extract systems should be tested at least annually and maintained (i.e. change filters regularly).  Keep a log of filter changes or mark date on filter/system. Do not solder if extract is not working properly and report immediately. Training and supervision Supervisors/line managers should inform users of the risks from soldering. Supervisors/line managers should ensure that controls are in place and working and that they are used correctly. All those soldering should be trained and supervised appropriately. Health Surveillance All those soldering frequently (i.e. more than once a week) and any using rosin containing solders should be referred to the Safety Office for health surveillance. Electrical Safety Do not use soldering irons that have obvious damage to body, cable or plug. All soldering irons should have had electrical safety (PAT) testing within the last twelve months.  If not, contact the on-site BOC representative. Keep the soldering station free of electrical cables to prevent damage from the heated tip. Use a grounded outlet and grounding prong if a short circuit is a possibility. Fire Prevention Work on a fire-proof or fire resistant surface. Wear fire resistant clothing (e.g. 100% cotton) that covers your arms and legs to prevent accidental burns. Know where your nearest fire extinguisher is and how to use it (Safety Office can arrange training). First Aid Immediate place any burns under cold water for 15 minutes. Report to a first aider if deep or extensive otherwise protect with a plaster (band-aid). Waste Collect waste solder in a lidded container.  Replace lid when not in use. Label appropriately and dispose of as hazardous waste (contact Safety Office). Used solder sponges and contaminated rags should be placed in a sealable bag for disposal as hazardous waste. Safety Office Contact Details safety-office@eng.cam.ac.uk   INO-18 Inglis Building Trumpington Street Cambridge CB2 1PZ   Gary Steele Department Safety Officer Tel: 01223 (3)32740   Steve Wickens Department Safety Coordinator Tel: 01223 (7)61455   Matt Greenhalgh Department Fire Officer Tel: 01223 (3)32765 Contact us Information provided by:    safety-office@eng.cam.ac.uk © 2022 University of Cambridge University A-Z Contact the University Accessibility Freedom of information Terms and conditions Study at Cambridge Undergraduate Postgraduate International students Continuing education Executive and professional education Courses in education About the University How the University and Colleges work Visiting the University Map News Events Jobs Giving to Cambridge Research at Cambridge News Features Discussion Spotlight on... About research at Cambridge