乐泰使用说明
5699乐泰胶说明书
汉高乐泰美国 +860.571.5100
汉高乐泰欧洲 +49.89.9268.0
需当地销售与技术支持可以访问下列网址:
汉高乐泰亚太 +852.2233.0000
商标使用 乐泰是汉高乐泰的商标
参考 0.1
技术参数 产品 5699 , 2003 年 8 月
汉高乐泰美国 +860.571.5100
技术参数
产品 5699
2003 年 8 月
产品说明
乐泰®5699 高性能室温固化硅胶的产品特性如下:
技术
硅酮胶
化学类型
脱肟硅酮胶
外观(未固化) 灰色膏体 LMS
成份
单组分-无需混合
触变形
降低施胶后液体流动性
固化
室温硫化(RTV)
应用
衬垫
自流平
均一的பைடு நூலகம்穴填充性
强度
高
操作温度
-54oC 至 150oC
产品 5699 主要设计用于有良好耐油性刚性法兰的密封
单位换算 (0C × 1.8)+32 = 0F kV/mm × 25.4= V/mil mm × 0.039 = inches mPas = cP N/mm2 × 145 = psi N × 0.225 = lbs
说明 本文中所含的各种数据仅供参考,并被认为是可靠的。 对于任何人采用我们无法控制的方法得到的结果,我们 恕不负责。自行决定把本产品用在本文中提及的生产方 法上,及采取本文中提及的措施来防止产品在贮存和使 用过程中可能发生的损失和人身伤害都是用户自己的责 任。鉴于此,乐泰公司明确声明对所有因销售乐泰产 品或特定场合下使用乐泰产品而出现的所有问题,包 括针对某一特殊用途的可商品化和适用性的问题,不 承担责任。乐泰公司明确声明对任何必然的或意外损 失包括利润方面的损失都不承担责任。 本文中所论述 的各种生产工艺或化学成分都不能被理解为这些专利可 以被其他人随便使用和拥有或被理解为得到了包括这些 生产工艺和化学成分的乐泰公司的专利许可证。建议用 户每次在正式使用前都要根据本文提供的数据先做实 验。本产品受美国、外国专利或专利应用的保护。
乐泰406使用说明
树脂胶的分类:丙烯酸酯胶 完全固化时间:24(h )典型黏度:40(cps ) 粘合材料类型:电子元件,皮革,塑料类,橡胶类,纤维类,金属类,其他材质,其他 工作温度:82(℃)型号:406 有效物质≥:99.5(%)活性使用期:1(min ) 品牌:锐固/RUIGU 剪切强度:16(MPa ) 保质期:6(个月) 执行标准:GB/T7124-86 该产品为单一组分,无需混合,直接使用,固化快,操作方便,耐久性好,粘接部位一般可以使用6-8年。
该产品是我公司自主研制,专门针对成型硅橡胶/TPR/TPE/软性PVC 等表面不敏感材料的粘结,无需使用表面处理剂,拉力测试达到软性材料本体破坏。
可用于硅胶与金属/不锈钢,硅胶与ABS ,硅胶与PC ,TPE/TPR 与金属/塑料等材质的粘结。
使用效率高,环保无毒,耐久性良好。
目前广泛用于电子电器配件中的硅胶按键,高档玩具工艺品、模型制作、汽车配件中硅胶及TPR 等材料的粘接 。
一、产品在不同材料上的固化速度锐固406在温度为25℃,空气相对湿度为60%±10%的环境下,在不同材料上的固化时间:锐固通过大量的实验发现,产品在不同的环境下,空气相对湿度对其固化时间有一定的影响,湿度越大,产品达到初始粘结效果的时间越短,但这并不影响产品的最终固化强度。
二、产品对部分材料的粘结强度在正常情况下,该产品利用材质表面微量的水分快速固化,达到初始强度;粘结效果和强度需要在2小时后达到最大值。
强度测试按照国家标准:GB/T7124-86三、使用建议1.粘结前将材料表面的灰尘、油脂等除去,效果更佳。
2.涂胶量不易过多,过多易产生白化,且粘结强度下降。
3.请在通风的条件下操作,这样可以减轻白化现象。
4.请放置在干燥、低温、避光的环境下保存。
5.儿童不可接触,如不慎溅到皮肤上,立即用大量水冲洗。
四、包装规格20g/只288只/箱1000g/瓶12瓶/箱。
乐泰jiaos使用说明
Industrial GearboxesService ManualFor further technical details refer to selection chart on page XX.1For further technical details refer to selection chart on page XX.32IntroductionGEARBOX SERVICE MANUAL SOLVES REAL PROBLEMSThe applications described in the Gearbox Service Manual are based on a bevel helical gearbox configuration.They apply equally for helical gearboxes,worm gear units and geared motors.Applications on planetary gearboxes,due to their different construction,are shown in a separate illustration.The Gearbox Service Manual is designed as a practical guide to provide essential information in a logical and systematic manner.It is structured in major sections covering key gearbox assembly groups,coupling and mounting,as well as general maintenance aids.The manual is based on the real world,and on solving real problems:you’re bound to find service and repair solutions you can use every day – quickly and conveniently.FEASIBILITY CONFIRMEDThe recommendations given in this Gearbox Service Manual are based on collaboration withcustomers,institutes and universities to establish their validity and confirm that these methods are operable,practicable and indeed the best solutions for servicing and repairing gearbox assemblies.PROFIT FROM RELIABILITYAt Henkel,we understand the problems you face in ensuring reliability,safety and durability.We provide products for cost-efficient,easy and effective gearbox maintenance and repair.Gears and gearboxes are generally robust and reliable devices.However,problems do occur,and need to be corrected.When gearboxes and ancillary equipment fails,the greatest concern is getting it running again,but spare parts may not always be readily available.Loctite ®products notonly provide reliable on-site repair capability,but emergency repair and service solutions that last or even extend the life time of equipment.Contact your local Henkel representative for help to meet your specific product application needs.This guide has been designed to provide quick and easy assistance to the professionals who service industrial gearboxes and look for reliability,longevity and cost reduction.With the help of this guide,you can:•Easily select the right Loctite ®products to help you service the wide variety of gearbox assemblies•Prevent wear proactively•Pinpoint the most suitable solution for servicing worn parts,or•Determine the best product for your particular service or repair problemIndustrial gearboxes play an important role in processing and manufacturing facilities.Performance must be tailored to an endless diversity of demands,and reliable operation over a long service life with minimum maintenance is a key requirement.For plant professionals,the ultimate goal is to maximise machinery output,reliability and efficiency.That’s why a gearbox failure can be a costly setback to overall plant operations.Proactive maintenance will minimise expensive downtime,enhance reliability and dramatically cut costs.Loctite ®products are used in gearbox manufacturing worldwide to enhance quality and extend end-product life.The same high quality Loctite ®technologies and products are also available to the people who maintain,repair and service gearboxes.There is a comprehensive range of Loctite ®products to •Repair and prevent gearbox failures – on site,to minimise downtime•Reclaim worn or damaged assemblies to avoid scrap and replacement costs •Assist in assembly,installation and disassembly•Ensure reliability and smooth running by restoring performance to ”as new“ conditionFor further technical details refer to selection chart on page XX.54Table of Contents• Prevent bearing spin,corrosion and housing damage 10• Repair and rebuild worn bearing housing12• Prevent gasket failure between the upper and lower housing of a split gearbox 16• Prevent loosening and corrosion of the cover fasteners 18• Prevent leaks between the gearbox covers and housing20• Removal of cured chemical gaskets from dismantled flange surfaces24• Lubrication Fittings:Oil drain plug,oil inlet,housing ventilation,gauge glass• Cooling Fittings:Flange pump,coarse filter,pressuremonitor,temperature control valve,air cooling unit ,pipework• Repair of axial score marks on cylindrical shaft at the position of a bearing34• Prevent and repair keyway wear40GEARBOX COUPLING AND MOUNTING44COUPLINGS44• Protect the spline assembly to prevent unnecessary fretting 45• Repair spline backlash46• Prevent couplings moving due to loose set screws 48• Increase the load capacity for flange couplings50MOUNTING GEARBOX TO MOTOR52GENERAL MAINTENANCE AIDS54MAINTENANCE – LUBRICATION54assembling and dismantling54• Free rusted and seized parts during dismantling 55• Assembly aid for all assembly jobs56• Long term protection for fasteners and alignment pins57MAINTENANCE CLEANERS58• Cleaning and degreasing of machined parts58• Cleaning and degreasing of surfaces prior to bonding58SURFACE PROTECTION60• Corrosion Protection:Long term protection of ferrous 61metals against rustingPRODUCT INDEX 62SELECTION CHART6776Gearbox Service and Proactive MaintenancePrevent corrosion and seizure of dowel pins with Loctite ®8009Heavy Duty Anti-seize See page 14Repair housing cracks,porosities and defects with Loctite ®Hysol 3471 Metal filled Epoxy See page 8Rebuild and repair the bearing housing seat with Loctite ®Hysol 3478 Superior Metal See page 12Prevent bearing spin and fretting with Loctite ®603 or Loctite ®641 Retaining Compound See page 30Prevent the mounting bolts loosening with Loctite ®2701 High Strength Threadlocker See page 52Seal and lock fittings atany angle with Loctite ®577 or Loctite ®572 Thread Sealants.See page 26Make any size or shape gasket:Forflexible covers and covers with large bolt spacing use Loctite ®5910 Flange Sealant; For rigid assemblies use Loctite ®518 Flange Sealant See page 20Prevent pinion and all other gear movement with Loctite ®648 Retaining Compound See page 36Prevent keyway wear with Loctite ®243Threadlocker or repair keyway wear with Loctite ®660 Retaining Compound See page 44Increase the torque capacity of flange coupling with Loctite ®638See page 50Seal rigid parts without gasket shimming using Loctite ®518 or Loctite ®128068See page 16Prevent corrosion,seizure and boltloosening with Loctite ®243 or Loctite ®248 Medium Strength ThreadlockerSee page 14 and 18Secure and prevent leakage between oil seal and housing with Loctite ®248Threadlocker,Loctite ®480 or Loctite ®435 Instant Adhesive See page 28Removal of cured chemical gaskets from dismantled flange surface with Loctite ®7200 Gasket RemoverCleaning and degreasing of surfaces prior to bonding with Loctite ®7063Cleaner and Degreaser See page 58For further technical details refer to selection chart on page XX.98SOLUTION #1Sealing porosity (up to 0.05 mm) using wicking grade adhesive Loctite ®290Steps1.Thoroughly clean and dry the components with Loctite ®7063 Cleaner & Degreaser,insuring the porosity is oil free2.Brush Loctite ®290 into the porosities3.Allow to cure,typically for 3 hours4.Clean of excess productSOLUTION #2Filling damaged areas with Loctite ®Hysol 3471 Metal filled EpoxySteps1.Thoroughly clean and dry the components with Loctite ®7063 Cleaner & Degreaser,insuring the repair area is oil free2.Mix and apply Loctite ®Hysol 3471 onto the area to be repaired3.Allow to cure,typically for 12 hours to achieve functional strength4.Machine to original size if requiredCHALLENGE Repair housing and cover defects Seal oil leaks due to damaged housingCause•Gearbox housings may be porous•Service or repair work may cause damage to gearbox housings and coversYOUR ADVANTAGE•Quick return to service•Reduce scrap by salvaging and extending the life of gearbox housing and coverFor further technical details refer to selection chart on page 69.For further technical details refer to selection chart on page XX.1110SOLUTION•Apply a film of Loctite ®641 Retaining Compound to the outside diameter of the bearing •Loctite ®641 Retaining Compound is a medium strength,allowing for easy disassembly during future overhauls•Alternatively use Loctite ®603 for a high strength joint or Loctite ®640 for longer assembly timeSteps1.Clean the mating surfaces with Loctite ®7063 Cleaner & Degreaser Note:Loctite ®603 is oil tolerant and cleaning is less critical2.Apply a film of Loctite ®Retaining Compound to the outside diameter of the bearing3.Assemble using normal techniques4.Functional cure in 6 hours at room temperatureCHALLENGE Prevent bearing spin,corrosion and housing damageCause•Bearing outer races are prone to spinning within their housings,resulting in damage to the housing (regardless of whether or not they have been pressed or shrink fitted in place)•The air space between a bearing and housing is an area susceptible to rust and fretting corrosion,thus causing damage to the partsYOUR ADVANTAGE•Bearing movement is eliminated•Bearing can be easily removed with standard tools•Corrosion is eliminated because the air space between the bearing and the housing is sealedFor further technical details refer to selection chart on page 68.CHALLENGERepair and rebuild worn bearinghousingCause•Worn components lead to micro movement andadditional wear•Load produces axial forces that are higher than originalcalculations•Spun bearing caused by seizure or inappropriate loads12SOLUTIONYOUR ADVANTAGE•Rebuilding of the worn surface of the housing with Loctite®Hysol 3478 Superior MetalStepsing a machining centre,undercut the housing bore by 1.5 mmin the worn area,leaving the surface rough2.Clean parts with Loctite®7063 Cleaner and Degreaser3.Mix and apply a layer of Loctite®Hysol 3478 Superior Metal and force it into the rough surface finish.Build thesurface above the final desired level4.Allow the adhesive to cure for 12 hours at room temperature5.Machine the repair to the required dimensions (in general press fit) using diamond cutting inserts6.Clean the rebuilt surface and the outer bearing ring with Loctite®70637.Retain the joint between the housing and the outer bearing race with Loctite®2701• Assembly is restored,unitised,and ready for service without a major overhaul• Easy and fast repair method,compared to alternative repair methods• Joint between housing and bearing outer race is strengthened by using Loctite®Anaerobic Adhesive13For further technical details refer to selection chart on page 68 and 69.SOLUTIONYOUR ADVANTAGE•Apply Loctite ®243 or 248 Medium Strength Threadlocker to the housing fastener •Use Loctite ®2701 for high strength or on stainless steel and plated fasteners•Before assembly,apply a thin film of Loctite ®8009 Heavy Duty Anti Seize to the dowel pinsSteps1.Clean the threads and pins with Loctite ®7063 Cleaner and Degreaser2.Apply Loctite ®8009 Heavy Duty Anti Seize onto the dowel pinNote:If a liquid gasket is in use,ensure only a very thin layer of Anti Seize is applied 3.Apply Loctite ®243 Medium Strength Threadlocker into lower third of the blind hole Apply Loctite ®2701 High Strength Threadlocker if stainless steel fasteners are in use 4.Assemble and tighten•Prevention of rust and seizure of these close fitting parts •Easy and consistent disassembly •Prevents fasteners from loosening15For further technical details refer to selection chart on page 67.CHALLENGE Prevent loosening and corrosion of split gearbox housing fasteners to ensure reliability of the gasket between the upper housing and the base Prevent corrosion and seizure of split gearbox alignment pinsCause• Fasteners can work loose when subjected to torque,vibration,thermal expansion and shock loads• Once the fasteners become loose,the preload for the gasketwill be lost and the gasket will fail• Dowel pins can rust and seize into component,makingdisassembly very difficult14SOLUTIONYOUR ADVANTAGE•Use Loctite ®518 Flange Sealant for standard gearbox size or Loctite ®128068 Flange Sealant for large gearboxes•Optimum stiffness between mating parts means movement is minimizedSteps1.Remove old gasketing material and other heavy contaminants with Loctite ®7200 Gasket Remover2.Clean both flange surfaces with Loctite ®7063 Cleaner and Degreaser3.Apply a continuous bead of Loctite ®518 Flange Sealant.Circle bolt holes with sealant if appropriateNote:Use Loctite ®128068 Flange Sealant for large gearbox flanges.Loctite ®128068 is designed to cure slowly to allow extra time for assembly 4.Assemble parts and tighten as required 5.Allow to cure•High shear strength transmits forces from one part to the other •Reliable seal17For further technical details refer to selection chart on page 68.CHALLENGE 16Prevent gasket failure between the upper and lower housing of a split gearboxEnsure close tolerance control of the assemblySealing of damaged surfacesCause•Leaks occur because liquids migrate out of the joint •Damaged flanges can result in a leak path•Incomplete sealing of T-joints,where three parts come together (upper and lower housing and cover)SOLUTIONYOUR ADVANTAGE•Apply Loctite ®243 or 248 Medium Strength Threadlocker to the housing fasteners •Use Loctite ®2701 for high strength or on stainless steel and plated fasteners •If locking of the fasteners is not required use Loctite ®8009 Anti-SeizeSteps1.Clean the threads and pins with Loctite ®7063 Cleaner and Degreaser2.Apply Loctite ®243 or 248 Medium Strength Threadlocker to the housing fastenersApply Loctite ®2701 High Strength Threadlocker if stainless steel or plated fasteners are in use 3.Assemble and tighten•Correct clamp load is maintained •Elimination of rust and seizure•Easy disassembly with normal hand tools19For further technical details refer to selection chart on page 67.CHALLENGE Prevent loosening and corrosion of the cover fasteners to ensure the reliability of the gasket between the housing and coversTypical applications are fasteners for inspection cover,bearing cover and input/output flangesCause•Cover fasteners that are rusted and seized make gearbox maintenance difficult and create additional labour associated with drilling and tapping the fastener hole•Fasteners can work loose when subjected to torque,vibration,thermal expansion and shock loads18Prevent leaks between the inspection cover / bearing cover / input – output flange and housing Eliminate cut gasketsOptimize sealing performance of cut gasketsCause•The use of cut gaskets is associated with several inherent problems,such as gasket relaxation,shrinkage,extrusion,and breakage which can lead to leaksSOLUTION #121CHALLENGE20Replacing cut gaskets •Sealing of rigid flangesReplace the cut gasket and apply Loctite ®518 Flange Sealant to the flange surface of the housing •Sealing of flexible flangesReplace the cut gasket and apply Loctite ®5910 Flange Sealant to the flange surface of the housing Rigid flanges are designed:•To achieve optimum stiffness between •To minimize movement between two parts •To transmit forces from one part or another Flexible flanges are normally used:•To cover an opening in a housing two mating parts •To cover moving parts•To encapsulate components to reduce noiseSteps1.Remove old gasket material with Loctite ®7200 Gasket Remover2.Clean both flanges with Loctite ®7063 Cleaner & Degreaser3.Apply a continuous bead of Loctite ®Flange Sealant onto the housing,circle holes if appropriate4.Assemble and tighten as requiredNote:If you are using Loctite ®5910,assemble parts within the skin over time (10 min)5.Allow to cureFor further technical details refer to selection chart on page 68.SOLUTION #2YOUR ADVANTAGE2322When the existing gasket needs to be used as a shim:For increasing the sealing reliability and accurate positioning of the pre-cut gasket,use one of following products:•Loctite ®5922 Flange Sealant,non hardening pre-cut gasket dressing •Loctite ®534,hardening pre-cut Gasket PositionerSteps1.Remove old gasket material with Loctite ®7200 Gasket Remover2.Clean both flanges with Loctite ®7063 Cleaner & Degreaser3.Coat flange face on both sides (cover and housing) with Loctite ®5922 non hardening Flange Sealant or Loctite ®534 hardening Flange Sealant.Note:Although Loctite ®534 is a hardening Flange Sealant,the product allows a pre-cut gasket to be positioned on a gasket surface.It holds aggressively yet still allows for repositioning of the pre-cut gasket4.Position the pre-cut gasket5.Assemble and tighten as requiredNote:Accurate re-positioning,component assembly and tightening should be handled in a continuous workflow without interruptions6.Assembly is operational after 6 hours•Eliminate gasket leaks•Eliminate corrosion and damage on the flange surfaceFor further technical details refer to selection chart on page 68.SOLUTIONYOUR ADVANTAGEUse Loctite ®7200 Gasket Remover to soften the gasket material on the flanges,reducing need for scraping and avoiding possible damage to the machine surfacesSteps1.Protect painted surfaces thoroughly from over-spray,as Loctite ®7200 will attack the paint2.For best results,spray a heavy coat onto the flange or surfaceNote:Remove any surface oil using Loctite ®7063 prior applying Loctite ®72003.Allow 10 to 15 minutes to soften the gasket4.Remove gasket with soft scraper and wipe flange or surface clean5.Repeat procedure if necessary6.Before application of new gasketing material,it is essential to clean the flange or surface with Loctite ®7063 Cleaner & Degreaser•Components are well prepared for assembly and flange sealing •Ideal surface preparation for chemical gaskets is ensured25CHALLENGE Removal of cured chemical gaskets from dismantled flange surfacesCause•After dismantling the gearbox components the flanges must be cleaned before reassembly24SOLUTIONYOUR ADVANTAGELubrication and Cooling System•Seal threaded assemblies with Loctite ®577,572 or 561 Thread Sealants•When cured,Loctite ®Thread Sealants are resistant to oil and water/glycol and ensure zero leakage•Thread sealants prevent fittings from loosening,yet allow easy disassembly with normal hand toolsSteps1.Clean parts with Loctite ®7063 Cleaner & Degreaser2.Apply a bead of Loctite ®Thread Sealant to the leading threads of the male fitting3.Assemble parts and allow to cure•Elimination of all leaks•No hazards and clean up associated with oil leaks •No loss of coolant27For further technical details refer to selection chart on page 67.CHALLENGEPrevent leaks from threaded fittings of lubrication and cooling systemsLubrication System•Prevent oil leaks on oil drain plug,oil inlet,housing ventilation,oil pump,oil filter and gauge glassCooling System•Prevent leakage on the coolant pump,pressure and temperature control unit and all pipe workCause•Traditional thread sealants a susceptible to weeping•Constant pressure and temperature changes within a gearbox system can aggravate any leakage •Vibration between the gearbox and lubrication/cooling system leads to stress on the pipe work26SOLUTION #1SOLUTION #2YOUR ADVANTAGEShaft Seals• A sealed assembly eliminates leaks,contamination and corrosion •Movement of oil seal during running is eliminated•The oil seal can still be easily removed with a screwdriver during the next overhaul29For further technical details refer to selection chart on page 69.CHALLENGE Prevent leaks between the gearbox housing and oil sealPrevent movement of oil seal in housingCause•As with any press fit,there are small air spaces between the housing and the oil seal.This air space can create a leak path•In the case of a split gearbox housing,T-joints are potential leakage points28For oil seals with elastomer press fit•Fill the air spaces by applying Loctite ®435Instant Adhesive to the outside diameter of the oil seal•For longer positioning time and oil sealdiameter larger than 60 mm use Loctite ®480•In the case of a cassette seal,also bond the inside diameter to the shaft using Loctite ®435Instant AdhesiveSteps1.Clean the bonding surfaces of the oil seal and the gearbox with Loctite ®7063 Cleaner & Degreaser2.Apply the adhesive recommended for the different kinds of oil seals to the outside diameter of the oil seal Note:In the case of a cassette seal apply adhesive onto the cleaned shaft as well3.Press the oil seal into position using normal techniques and wipe off any excessFor oil seal with metallic clamping part•Fill the air spaces by applying Loctite ®243 or 248Medium Strength Threadlocker to the outside diameter of the oil sealSOLUTION #131For further technical details refer to selection chart on page 68.CHALLENGEPrevent bearing spin Repair worn cylindrical shafts Prevent downtime and scrap costsCause•Bearings are prone to spinning on their shaft,this results in damage •Load produces axial forces that are higher than original calculations •Spun bearing caused by insufficient interference or inappropriate loads Depending on the extent of wear,the following adhesives are recommended:30For gaps up to 0.05 mm:•Retain joint using Loctite ®603 (oil tolerant,high strength) or Loctite ®641 (medium strength,easy to dismantle) Retaining CompoundSteps1.Clean parts with Loctite ®7063 Cleaner and Degreaser2.Apply a bead of Loctite ®603 or Loctite ®641 to the circumference of the shaft3.Mount the bearing onto the shaft using normal techniques4.Wipe off excess material5.Allow adhesive to cure for 6 hoursSOLUTION #3YOUR ADVANTAGEFor gaps which exceed 0.25 mm:•Rebuild with Metal filled Epoxy Loctite ®Hysol 3478 Superior Metal to the original diameter + bond the bearing onto the rebuilt shaft with Loctite ®2701Stepsing a lathe,undercut the shaft in the worn area 1.5 mm deep2.Dovetail the ends of the worn area to lock the application into place and leave a rough surface3.Clean parts with Loctite ®7063 Cleaner and Degreaser4.Apply a layer of Loctite ®Hysol 3478 Superior Metal,build the surface above the final desired level5.Allow the adhesive to cure for 12 hours at room temperature6.Machine the repair with a diamond tipped tool to the required dimensions7.Apply Loctite ®7649 Activator to the rebuilt area of the shaft8.Apply Loctite ®2701 to the inner bearing raceNote:In the case of a shrink fit between the shaft and the bearing,apply Loctite ®638 Retaining Compound•Cylindrical joint is strengthened by using a Loctite ®Retaining Compound •Shaft is repaired to provide full surface contact33For further technical details refer to selection chart on page 68 and 69.SOLUTION #232For gaps up to 0.25 mm:•Bond using Loctite ®660 + Loctite ®7649 ActivatorSteps1.Clean parts with Loctite ®7063 Cleaner and Degreaser2.Apply Loctite ®7649 Activator to the inner bearing race3.Apply a bead of Loctite ®660 to the circumference of the shaft4.Assemble the components5.Wipe off excess6.Allow adhesive to cure for 12 hours before putting the equipment back into serviceFor further technical details refer to selection chart on page 68.SOLUTION #1SOLUTION #2YOUR ADVANTAGE•Cylindrical joint is strengthened by using a Loctite ®Retaining Compound •Shaft is repaired to provide full surface contactFor further technical details refer to selection chart on page 68 and 69.CHALLENGE Repair of axial score marks on cylindrical shafts Strengthen the retaining joint on worn shaftsCause•Disassembly of bearings and gear wheels frequently causes damage to shafts by scoring•Bearings and gear wheels are mounted with a shrink fit.If they are dismantled without application of heat,friction results in axial score marks34Moderate scoring• Strengthen the joint between the damaged shaft and the bearing with Retaining Compound Loctite ®603Steps1.Remove any raised burs2.Clean the parts with Loctite ®7063 Cleaner and Degreaser3.Apply a bead of Loctite ®603 Retaining Compound to the circumference of the shaft4.Press the bearing onto the shaft using normal techniques5.Wipe off excess materialHeavy scoring• Fill the grooves with Loctite ®Hysol 3478 Superior Metal to rebuild a uniform surface and ensure that the bearing will be mounted on a smooth shaft surfaceSteps1.Remove any raised burs2.Clean parts with Loctite ®7063 Cleaner and Degreaser3.Apply Loctite ®Hysol 3478 Superior Metal into the groove.Build the surface slightly above the desired diameter4.Allow the adhesive to cure for 12 hours at room temperature.5.Grind the excess material with abrasive paper6.Apply Loctite ®7649 Activator to the rebuild area of the shaft7.Apply Loctite ®603 to the inner bearing race and assemble35SOLUTION #1Bonding of gear wheels directly onto the shaft with high strength Retaining Compound Loctite ®Steps1.Clean parts with Loctite ®7063 Cleaner and Degreaser2.Apply a bead of Loctite ®648 to the circumference of the shaft3.Press the gear onto the shaft using normal techniques4.Wipe off excess material5.Allow adhesive to cure for 6 hours37CHALLENGE Increase reliability and strength of a gear mounted on a shaft Repair worn taper jointsCause•Incorrect reassembly during maintenance leading to micro movements•Overload conditions and elevated operating temperatures36SOLUTION #3YOUR ADVANTAGERebuilding the worn shaft with ceramic filled epoxy Loctite ®Hysol 3478 Superior Metal and bonding the gear wheel onto the shaft with Loctite ®638 Retaining CompoundStepsing a lathe,undercut the shaft in the worn area 1.5 mm deep and leave a rough surface over the entire machined surface2.Dovetail the ends of the worn area to lock the application into place3.Clean parts with Loctite ®7063 Cleaner and Degreaser4.Apply a layer of Loctite ®Hysol 3478 Superior Metal,building the surface above the final desired level5.Allow the adhesive to cure for 12 hours at room temperature6.Machine the repair with a diamond tipped tool to the original dimensions7.Apply Loctite ®638 Retaining Compound to the components8.Assemble using normal procedures•Taper joint is strengthened by using a Retaining Compound•Assembly is restored and ready for service without a major overhaul39For further technical details refer to selection chart on page 68 and 69.SOLUTION #238Bonding a sleeve on the worn shaft with Loctite ®648Steps•Determine an appropriate size of sleeve and machine the shaft to match•Clean parts with Loctite ®7063 Cleaner & Degreaser•Apply a bead of Loctite ®648 to the circumference of the shaft •Assemble sleeve on to the shaft •Wipe off excess•Allow adhesive to cure for 6 hours•Apply the same product between the sleeve and the gear wheel。
(完整)乐泰胶的选型及使用
螺纹锁固与密封通孔(螺栓,螺母)1.用乐泰清洗剂755清洗螺栓及螺母螺纹表面,晾干。
2.将乐泰促进剂7649喷到螺纹表面,晾干3.选择合适强度的乐泰锁固胶(见7—10)4.将零件组装,螺栓穿过螺孔.5.将几滴琐固胶至螺栓与螺母齿合处。
6.拧上螺母,上紧至规定力矩.盲孔(螺钉)1.用乐泰清洗剂755清洗螺钉及螺孔的螺纹,晾干。
2.将乐泰促进剂7469喷到螺纹表面,晾干30秒。
3.选择合适强度的乐泰胶(见7—10)4.滴几滴锁固胶到内螺纹孔底。
5.再滴几滴锁固胶到螺钉的螺纹上.6.拧入,上紧至规定力矩.注:锁固胶可避免铝或镁质零件的螺孔由于电化学腐蚀而产生的螺纹剥离问题。
盲孔(双头螺栓)1。
将乐泰清洗剂755清洗螺柱及螺孔螺纹表面,晾干2. 将乐泰促进剂7649喷到螺纹表面,晾干3。
滴几滴乐泰锁固胶262至螺孔中。
注:可以用乐泰271,M25以上用乐泰2774. 滴几滴乐泰锁固胶262至螺柱的螺纹处。
5. 将螺柱拧入,上紧至规定力矩6。
将上其他零件7. 滴几滴乐泰锁固胶243至螺纹处8. 拧上螺母,上紧规定力矩用胶后难以拆开的处理方法11一般情况下,用普通方法可拆开当选用胶的强度过高时,用普通方法(如扳手,螺丝刀)不能拆时,可采用局部加热,将螺纹齿合处局部加热,即局部加热螺母或螺钉至232摄氏度5分钟,趁热拆卸。
预先装配好的螺纹紧固件1。
用乐泰清洗剂755清洗螺栓及螺母,晾干2. 装配好零件3。
拧紧螺母至规定力矩4. 将乐泰锁固290滴入螺栓,螺母齿合处5. 不要让胶瓶的嘴碰到金属,以免污染瓶中胶液。
注:检修时,先复紧螺母,再将乐泰锁固胶290滴在螺栓-—螺母赤合处可调螺钉1。
将可调螺钉调整到合适位置2. 滴几滴乐泰290螺纹琐固剂到螺钉--—-螺孔结合处3。
不要让胶瓶的嘴碰到金属,以免污染瓶中的胶液.注:涂胶后重新调整困难时用焊枪局部加热螺钉到232摄氏度.乐泰锁固胶222也可用于可调螺钉,它的强度比290要低些破损螺纹的修复A。
乐泰X p24快速定量试剂盒使用手册说明书
Takara Bio USA, Inc.Lenti-X™ p24 RapidTiter Kit User ManualCat. No. 632200(111616)Takara Bio USA, Inc.1290 Terra Bella Avenue, Mountain View, CA 94043, USAU.S. Technical Support: ********************United States/Canada Asia Pacific Europe Japan Page 1 of 10Table of ContentsI. Introduction (3)II. List of Components (4)A. Lenti-X p24 Rapid Titer Kit (Cat. No. 632200) (4)III. Storage and Stability (4)IV. Safety Guidelines for Working with Lentiviruses (4)A. Advisory (4)B. Biosafety Level 2 (5)V. Additional Materials Required (5)VI. Assay Techniques & Microtiter Plate Washing (6)A. Automatic Plate Washing (6)B. Manual Plate Washing (6)VII. Protocols: Lenti-X p24 Assay Procedures (6)A. Protocol: Specimen Collection and Storage (7)B. Protocol: Wash Buffer Preparation (7)C. Protocol: Preparing Dilutions for the p24 Standard Curve (0.5 hr) (7)D. Protocol: Assaying Your Lentiviral Supernatants (~4 hr) (7)VIII. Interpretation of Results (9)A. Assay Validation (9)B. Determining Your Virus Titer (9)Appendix A: Troubleshooting Guide (9)Table of FiguresFigure 1. Lentiviral p24 is a virus core/capsid protein (3)Figure 2. The Lenti-X p24 Rapid Titer Kit (3)Figure 3. Lenti-X p24 Rapid Titer Kit standard curve (8)Table of TablesTable 1. Sample data for standard curve (8)I. IntroductionPrinciple of the Lenti-X p24 Rapid Titer AssayThe Lenti-X p24 Rapid Titer Kit allows you to quickly determine the titer of any HIV-1-based lentiviralsupernatant using standard ELISA methods. The wells of the included microtiter plate (12 x 8-well strips) arecoated with an anti-HIV-1 p24 capture antibody, which quantitatively binds the HIV-1 p24 in your test samples (p24 is an abundant HIV-1 virus core/capsid protein [Figure 1]). Specifically-bound p24 is detected in a typical “sandwich” ELISA format using a biotinylated anti-p24 secondary antibody, a streptavidin-HRP conjugate, and a color producing substrate (Figure 2). Color intensity is measured spectrophotometrically to indicate the level of p24 in the samples, which can then be precisely quantified against a p24 standard curve. p24 values can then be correlated to virus titer of packaging cell supernatants.Figure 1. Lentiviral p24 is a virus core/capsid protein. The HIV-1 gag gene encodes p24, which is the major lentiviral capsid protein.The lysis of viral particles is necessary to generate soluble p24 which can then be measured by the Lenti-X p24 Rapid Titer Kit.Figure 2. The Lenti-X p24 Rapid Titer Kit. Lentiviral (HIV-1) p24 core protein in packaging cell supernatants is bound to wells of a microtiter plate coated with HIV-1 p24 capture antibody. The presence of bound p24 in the wells is detected using a biotinylated secondary anti-p24 antibody, a streptavidin-horseradish peroxidase conjugate, and a color-producing substrate. Quantitation is performed bycomparing test samples to a p24 standard curve.II. List of ComponentsA. Lenti-X p24 Rapid Titer Kit (Cat. No. 632200)• 1 each Anti-p24 Coated Plate (96 wells)•100 μl p24 Control (10 ng/ml)• 6 ml Lysis Buffer•12 ml Anti-p24 (Biotin Conjugate)•12 ml Streptavidin HRP•120 ml Wash Buffer (20X)•12 ml TMB Substrate•12 ml Stop SolutionOther•Lenti-X p24 Rapid Titer Kit User Manual (PT5002-1)•Lenti-X p24 Rapid Titer Kit Protocol-at-a-Glance (PT5002-2)III. Storage and Stability•All reagents should be stored at 2–8°C. Do not use reagents beyond the expiration date on the label.•Microtiter Strips. Once opened, microtiter strips may be stored at 2–8°C until the expiration date on the label.Strips must be stored under desiccated conditions. Return unused strips to their original foil pouch along with the sachet of desiccant, and securely reseal the pouch by folding over the open end and securing it with adhesive tape.•Wash Buffer.The working concentration (1X) of wash buffer should not be stored for longer than 3 weeks at 2–8°C. We recommend that fresh wash buffer be prepared before each assay. If the diluted buffer becomesvisibly cloudy or develops a precipitate during storage, discard it and prepared fresh buffer.NOTE: The 20X Wash Buffer normally develops a crystalline precipitate during storage at 2–8°C. This willdissolve upon warming at 37°C.IV. Safety Guidelines for Working with LentivirusesA. AdvisoryFor your safety, and the safety of others around you, it is imperative to fully understand the potentialhazards of working with recombinant lentiviruses and the necessary precautions for their use in thelaboratory.The National Institute of Health and Center for Disease Control have designated recombinant lentivirusesas Level 2 organisms. This requires the maintenance of a Biosafety Level 2 facility for work involvingthis virus and others like it. The VSV-G pseudotyped lentiviruses packaged from the HIV-1-based vectorsdescribed here are capable of infecting human cells. The viral supernatants produced by these lentiviralsystems could, depending on your insert, contain potentially hazardous recombinant virus. Similar vectorshave been approved for human gene therapy trials, attesting to their potential ability to express genes invivo.For these reasons, due caution must be exercised in the production and handling of any recombinantlentivirus. The user is strongly advised not to create VSV-G pseudotyped lentiviruses capable ofexpressing known oncogenes.For more information on Biosafety Level 2 agents and practices, download the following reference:Biosafety in Microbiological and Biomedical Laboratories (BMBL), Fifth Edition (February 2007) HHSPub. No. (CDC) 93-8395. U.S. Department of Health and Human Services Centers for Disease Controland Prevention and NIH. Available on the web at/od/ohs/biosfty/bmbl5/bmbl5toc.htmB. Biosafety Level 2The following is a brief description of Biosafety Level 2. It is neither detailed nor complete. Details of thepractices, safety equipment, and facilities that combine to produce a Biosafety Level 2 are available in theabove publication. If possible, observe and learn the practices described below from someone who hasexperience working with lentiviruses.Important Features of Biosafety Level 2:Practices:•Standard microbiological practices•Limited access to work area•Biohazard warning signs posted•Minimize production of aerosols•Decontaminate potentially infectious wastes before disposal•Use precautions with sharps (e.g., syringes, blades)•Biosafety manual defining any needed waste decontamination or medical surveillance policiesSafety equipment:•Biological Safety Cabinet, preferably a Class II BSC/laminar flow hood (with a HEPAmicrofilter) used for all manipulations of agents that cause splashes or aerosols of infectiousmaterials; exhaust air is unrecirculated•PPE: protective laboratory coats, gloves, face protection as needed postedFacilities:•Autoclave for waste decontamination•Chemical disinfectants for spillsV. Additional Materials RequiredThe following materials, or their equivalents, are required to perform the Lenti-X p24 Rapid Titer Kit assay: •Micropipettes for delivering volumes of 5 µl, 10 µl, 25 µl, 100 µl, and 200 µl. A multichannel pipette is preferred for dispensing reagents into microtiter plates.•Distilled or deionized water• A 37°C ± 1°C incubator•Disposable plastic or glass test tubes; 5 ml and 10 ml capacities•Laboratory glassware: 15 ml and 100 ml beakers; 1 L graduated cylinder; 1 ml, 5 ml, and 10 ml glass pipettes•Absorbent paper towels•Automatic microtiter plate washer or laboratory wash bottle•Microtiter plate reader with 450 nm filter•Latex gloves, safety glasses, and other appropriate protective garments•Biohazard infectious waste containers•Safety pipeting devices for 1 ml or larger pipettes•TimerVI. Assay Techniques & Microtiter Plate WashingEfficient washing of the microtiter wells is a fundamental requirement of ELISA procedures, as thorough rinsing removes uncomplexed assay components and minimizes assay background. Using an automatic plate washer is recommended to enhance speed, efficiency, and well-to-well consistency. Manual plate washing can yieldequivalent results if performed carefully. Each Lenti-X p24 assay requires performing three, six-rinse cycles.IMPORTANT:•The Lenti-X p24 Assay contains reagent systems which are optimized and balanced for each kit lot. Do not interchange reagents from kits with different lot numbers. Do not interchange vial caps or stoppers eitherwithin or between kits.•Allow foil bags to warm to room temperature before opening. This avoids condensation on the inner surface of the bag, which may contribute to a deterioration of coated strips intended for future use.•Reagents should be dispensed with the tip of the micropipettes touching the side of the well at a point about mid-section. Follow manufacturer’s recommendations for automatic processors.•Always keep the upper surface of the microtiter strips free from excess fluid droplets. Reagents and buffer over-spill should be blotted dry on completion of the manipulation.•Do not allow the wells to completely dry during an assay.A. Automatic Plate WashingEach rinse cycle must consist of six consecutive washes. On completion of a rinse cycle, invert the plateor strips onto absorbent paper towels and tap firmly. Check for any residual wash buffer in the wells andblot the upper surface of the wells with a dry paper towel. In addition, automatic plate washers shouldmeet the following criteria:•All wells are completely aspirated.•All wells are completely filled (350 µl) during each rinse cycle.•Wash buffer is dispensed at a good flow rate.•The apparatus must be well maintained to prevent contamination from previous use. Perform cleaning procedures regularly, according to the manufacturer’s instructions.B. Manual Plate WashingFor manual plate washing, perform the following steps for each rinse cycle:1.Aspirate well contents using a vacuum line fitted with a trap to collect liquid.2.Fill all wells to the brim with wash buffer dispensed from either a multichannel pipettor or a squeeze-type laboratory wash bottle.3.Aspirate all wells.4.Repeat steps 2 and 3, five times.5.Invert the microtiter plate and tap firmly on absorbent paper towels.VII. Protocols: Lenti-X p24 Assay ProceduresIMPORTANT: Please read the entire protocol before starting. Detailed instructions are provided for thequantitative assay of p24.A. Protocol: Specimen Collection and StorageThe Lenti-X p24 Assay is intended for use with tissue culture supernatants. Specimens should be tested as soon as possible, but can also be stored frozen at –80°C, if necessary. Thoroughly mix thawed samplesbefore testing.B. Protocol: Wash Buffer PreparationPrepare 1X wash buffer by diluting 1 part Wash Buffer (20X) with 19 parts distilled or deionized water. If the kit will be utilized over a period greater than 4 weeks, then prepare only enough working strengthwash buffer for immediate needs. Each strip of 8-wells can be adequately washed with ~60 ml of working strength wash buffer.C. Protocol: Preparing Dilutions for the p24 Standard Curve (0.5 hr)NOTE: This note pertains to samples with High to Very High Levels of p24 (e.g., lentiviral supernatants generated using Lenti-X Packaging Single Shots). Samples containing high levels of p24 (i.e. >200pg/ml) must be diluted prior to assay in order to obtain accurate p24 values. Such samples may includelentiviral supernatants produced using Lenti-X Packaging Single Shots, which often require diluting 10–10,000-fold. We recommend making several serial 10-fold dilutions to generate at least one dilution in the range of the standard curve. Mix dilutions thoroughly before assaying or diluting them further, assay each sample in duplicate, and be sure to multiply each result by its dilution factor to determine the correct p24 value in the original sample.To test samples quantitatively and determine accurate virus titers, you will need to prepare a p24 standard curve (0–200 pg/ml). Examples of data collected for a typical standard curve and for test samples areshown in Table 1 and Figure 3. To prepare dilutions for the standard curve:1.Prepare a working strength p24 positive control stock solution by diluting 20 µl of the p24 Control(10 ng/ml) into 980 µl of fresh complete tissue culture medium (e.g., DMEM containing 10% FBS),for a 1:50 dilution. This will produce a 200 pg/ml stock solution.ing the 200 pg/ml stock and complete tissue culture medium as the diluent, make a series of fouradditional standard dilutions of 100, 50, 25, and 12.5 pg/ml. Dispense 500 µl of media into each offour labeled tubes. Add 500 µl of the 200 pg/ml stock into the 100 pg/ml tube, mix, and using a freshpipet tip, transfer 500 µl of this 100 pg/ml solution into the 50 pg/ml tube and mix. Repeat similartransfers for the 25 and 12.5 pg/ml tubes.D. Protocol: Assaying Your Lentiviral Supernatants (~4 hr)1.Allow all reagents to reach room temperature (18–25°C).2.Select a sufficient number of 8-well strips to accommodate all standards, test specimens, controls, andcomplete culture medium blanks (negative controls) in duplicate. Fit the strips into the holding frame.Label wells according to specimen identity using the letter/number cross reference system moldedinto the plastic frame.3.Dispense 20 µl of lysis buffer into each well.4.Dispense 200 µl of each standard curve dilution, supernatant sample, and culture medium intoappropriately labeled duplicate wells.5.Incubate at 37°C ± 1°C for 60 ± 5 min.6.Aspirate the contents of the wells, and wash the microtiter plate as described in Section VI.7.Dispense 100 µl of Anti-p24 (Biotin conjugate) detector antibody into each well.8.Incubate at 37°C ± 1°C for 60 ± 5 min.9.Aspirate the detector antibody from the wells, and wash the microtiter plate as described in Section VI.10.Dispense 100 µl of Streptavidin-HRP conjugate into each well.11.Incubate at room temperature (18–25°C) for 30 ± 5 min.12.Aspirate the conjugate from the wells, and wash the microtiter plate as described in Section VI.13.Without delay, dispense 100 µl of Substrate Solution into each well. A multichannel pipet should beused for best results.14.Protect the plate from direct light/sunlight, and incubate at room temperature (18–25°C) for 30 ± 2 min.15.Stop the reaction by adding 100 µl of Stop Solution to each well including the culture medium blanks.The blue solution should change to a uniform yellow color. Ensure that the undersides of the wells aredry and that there are no air bubbles in the well contents.16.Immediately after adding the Stop Solution, read the absorbance values at 450 nm using a microtiterplate reader blanked on the negative control well.Table 1. Sample data for standard curve.Absorbance (450 nm)Standard (pg/ml) A B Mean Sample (pg/ml)0 0.030 0.034 0.032 –12.5 0.145 0.155 0.150 –25 0.259 0.283 0.271 –50 0.501 0.531 0.516 –100 0.981 1.031 1.006 –200 1.800 1.820 1.810 –Test Sample 1 0.260 0.274 0.267 24.6Test Sample 2 0.611 0.637 0.624 61.0Figure 3. Lenti-X p24 Rapid Titer Kit standard curve. The curve was constructed using the p24 standards and results listed in Table 1. Samples were prepared and assayed as described.VIII. Interpretation of ResultsA. Assay ValidationThe following criteria are required for a valid assay:• A value of ≤0.10 for the negative control• A value of ≥0.60 for the 100 pg/ml standardB. Determining Your Virus TiterYour p24 values can be used to determine the relative virus titers of your packaging cell supernatants. Tocalibrate your virus production system and determine a relationship between p24 levels and infectivity, itmay be useful to determine the p24 levels of supernatants for which you have already measured the virustiter using an alternative method (i.e. determining infectious units based on expression of a fluorescentprotein or drug-selective marker).The following values and calculations may also be used to determine approximate titers, and are based onthe observation that each lentiviral particle (LP) contains approximately 2,000 molecules of p24: • 1 LP contains 8 x 10-5 pg of p24 (derived from (2000) x (24 x 103Da)/(6 x 1023)• 1 ng p24 is equivalent to ~1.25 x 107 LPs•For a typical lentivirus vector, there is 1 IFU for every 100–1,000 LPs•Therefore, a supernatant titer of 107IFU/ml ≈ 109–1010 LP/ml or 80–800 ng p24/ml Appendix A: Troubleshooting Guide1.p24 values determined using assays from different manufacturers or different methods may not be usedinterchangeably.2.The assay cannot be used to quantitate samples having p24 values greater than the highest value on the p24standard curve, unless the samples are diluted sufficiently. See Section VII for more information.3.The performance characteristics have not been established for any matrices other than tissue culture media.4.Signs of reagent deterioration are as follows:•The kit fails to meet the required criteria for a valid test (see Section VIII.A).•Reagents become visibly cloudy or contain a precipitate.NOTE: The 20X Wash Buffer normally develops a crystalline precipitate during storage at 2–8°C. Thiswill dissolve upon warming at 37°C.•The TMB Substrate solution becomes dark blue in color. This is likely caused by chemical contamination of the substrate solution.Contact UsCustomer Service/Ordering Technical Supporttel: 800.662.2566 (toll-free) tel: 800.662.2566 (toll-free)fax: 800.424.1350 (toll-free) fax: 800.424.1350 (toll-free)web: web: e-mail: **********************e-mail: ********************Notice to PurchaserOur products are to be used for research purposes only. They may not be used for any other purpose, including, but not limited to, use in drugs, in vitro diagnostic purposes, therapeutics, or in humans. Our products may not be transferred to third parties, resold, modified for resale, or used to manufacture commercial products or to provide a service to third parties without prior written approval of Takara Bio USA, Inc.Your use of this product is also subject to compliance with any applicable licensing requirements described on the product’s web page at . It is your responsibility to review, understand and adhere to any restrictions imposed by such statements.©2016 Takara Bio Inc. All Rights Reserved.All trademarks are the property of Takara Bio Inc. or its affiliate(s) in the U.S. and/or other countries or their respective owners. Certain trademarks may not be registered in all jurisdictions. Additional product, intellectual property, and restricted use information is available at .This document has been reviewed and approved by the Quality Department.。
乐泰542管螺纹密封胶
乐泰542管螺纹密封胶是气动系统密封,不污染液压系统,在轻微油渍表面上也可使用,它不含填料不会阻塞阀门或过滤系统,能够快速固化,低强度。
下面由乐泰胶水产品销售中心曼伦自动化为大家介绍一下这款产品的相关知识,帮助大家购买到正确的产品。
乐泰542管螺纹密封胶用于密封及锁固(带锥形螺纹接头的)高压液压动力系统,M36以下锥螺纹(NPT)。
以下是它的使用指南:一、装配环节1.为了获得优秀效果,使用乐泰清洗剂清洗材料内外表面,并干燥。
2.如果材质为非活泼金属或未知材料,在配合面喷洒促进剂7649,并晾干30秒钟。
3.使用前充分摇匀。
3.为纺织胶水阻塞施胶嘴,应避免姣嘴接触金属物质。
5.对于通孔,在螺栓和螺母配合部位点胶。
4.对于盲孔,在盲孔地步滴胶,当装配时,内部空气会排出5.对于密封应用,将产品涂在外螺纹上(360°) 第-个螺纹不涂,将胶粘剂填满整个的螺纹间隙,对于更大的螺纹和间隙,可以调整涂胶量并且将产品应用在内螺纹上。
8.按正常操作装配螺栓,当需要.上紧到所需力矩时,力矩补偿并不需要。
二、拆卸环节1.用标准拆卸工具拆卸,2.在极少情况下,由于配合长度很长导致常温下无法拆卸,可以局部加热螺栓和螺母到232"C,趁热进行拆卸清洗3.对于固化的胶水,可将其浸泡在溶剂中或使用钢刷等工具进行机械打磨。
安徽曼伦自动化设备有限公司是一家专业代理经销品牌工业电气自动化产品服务商,集科工贸于一体的系统集成商,公司代理汉高旗下经营汉高旗下乐泰Loctite、泰罗松teroson等厌氧胶、快干胶、聚氨酯、硅橡胶等粘合剂。
同时,该公司广泛服务于汽车、电力、电子、冶金、化工、太阳能、水泥、造纸、船舶、卷烟、纺织、机床、包装机械、印刷机械、橡胶机械、物流设备等行业,以货期快,服务好,价格优惠等优势赢得了广大客户的支持与信任。
如果您想进一步了解,可以直接点击官网曼伦自动化进行在线咨询。
汉高乐泰厌氧胶使用步骤说明
4、朝螺纹内注射数滴乐泰螺纹锁固剂
乐泰厌氧胶原理
3、选择具有适当强度的乐泰螺纹锁固剂
5、然后再螺栓上注射数滴,像往常一样 拧紧,20秒后就能固化了。
01 厌氧胶
乐泰瞬干胶系列
问:是否推荐在分塑料步上阅使读用厌氧胶? 在乐泰厌氧胶中,243是一款 通用型中等强度螺纹锁固胶, 可固定和密封螺栓、螺母和 螺柱,从而防止因泵、电机 装配螺栓、齿轮箱或压机等 组件振动而引起的松动。 乐 泰 厌 氧 胶 在 20 秒 内 快 速 可 靠地粘合螺栓、螺母和螺柱 等材料,并保证高性能。
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工具/原料 螺栓、螺母和螺柱 乐泰厌氧胶
方法/步骤 1、选择具有适当强度的螺纹锁固胶
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2、使用不含臭氧层破坏物质 (ODC)的清洗剂和脱脂剂对 螺纹零件进行清洁。
3、选择具有适当强度的乐泰螺纹锁固剂
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4、朝螺纹内注射数滴乐泰螺 纹锁固剂
5、后再螺栓上注射数滴,像往常一 样拧紧,20秒后就能固化了。
Thanks
汉高乐泰厌氧胶使用步骤说明
Shanghai,
工具/原料
螺栓、螺母和螺柱 乐泰厌氧胶
方法/步骤 1、选择具有适当强度的螺纹锁固胶
分步阅读 在乐泰厌氧胶中,243是一款通用型中等强度螺纹锁 固胶,可固定和密封螺栓、螺母和螺柱,从而防止因 泵、电机装配螺栓、齿轮箱或压机等组件振动而引起 的松动。 乐泰厌氧胶在20秒内快速可靠地粘合螺栓、螺母和螺 柱等材料,并保证高性能。
乐泰300d点胶机说明书
乐泰300d点胶机说明书标题:乐泰300D点胶机说明书正文:乐泰300D点胶机是一种高精度的点胶机器,适用于自动化生产线、电子、汽车、航空航天等领域。
以下是乐泰300D点胶机的使用说明书,帮助用户更好地使用机器。
1. 安装与连接在安装乐泰300D点胶机之前,请确保已正确连接所有必需的电缆和组件。
例如,电源电缆、传感器电缆、机器电缆等。
安装时,要保持机器平稳,避免振动和压力,以确保电缆和组件的良好连接。
2. 操作手册在机器安装完成后,可以阅读乐泰300D点胶机的操作手册,了解如何使用机器的各功能区域。
手册中还包括有关机器维护和保养的更多信息。
3. 设备设置在开始使用乐泰300D点胶机之前,需要进行一些设备设置。
在机器的控制面板上,可以找到相应的设置选项,包括机器模式、胶量控制、传感器设置等。
根据使用需求进行相应的设置,以确保机器运行稳定、准确。
4. 胶量控制乐泰300D点胶机有多种胶量控制方式,包括手动、气动、电动等。
用户可以根据自己的需求选择相应的控制方式。
在使用电动控制方式时,需要将传感器连接至机器上,并调整相应的参数,以实现最佳的胶量控制。
5. 机器维护为了保持乐泰300D点胶机的正常运行,需要进行定期的维护和保养。
如果发现机器运行不正常或出现故障,请立即联系乐泰授权服务中心进行维修或更换。
乐泰300D点胶机维护和保养周期为一年。
6. 紧急情况在紧急情况下,如机器出现故障或出现故障信号,请按下机器上的紧急停止按钮,以停止机器运行。
此外,用户还可以阅读乐泰300D 点胶机的用户手册,以获取更多有关紧急情况下应对的信息。
乐泰胶使用指南范文
乐泰胶使用指南范文乐泰胶是一种多功能的胶水,具有广泛的应用领域。
它可以用于各种不同类型的材料粘接,如木材、金属、陶瓷、玻璃、塑料等。
本文将介绍乐泰胶的使用指南,帮助您正确地使用和存放乐泰胶。
乐泰胶的使用步骤如下:第一步:准备工作在使用乐泰胶之前,您需要确保工作面干净、平整,无灰尘、油脂和杂质。
您可以使用清洁剂或酒精将工作面清洁干净,并用干净的布擦拭干燥。
第二步:涂敷胶水将乐泰胶均匀地涂敷在待粘接的两个物体的表面上。
可以使用刮板或专用的胶棒将胶水均匀地涂敷在整个接触面上。
注意不要在使用完之前将胶水涂抹在多余的区域上,以免产生不必要的浪费和清洁困难。
第三步:等待和调整涂敷完胶水后,需要等待一段时间,让胶水变得微黏。
这个等待时间取决于您所粘接的材料和环境条件。
通常情况下,等待时间在5-30分钟之间。
在这段时间内,如果需要对物体进行调整,可以进行微调,直到达到所需的位置和效果。
第四步:加压固定完成微调后,将两个物体加压固定。
可以使用夹具、胶水适用的重物等方式施加适当的压力,以确保物体在固化过程中始终保持接触。
压力大小也取决于您所粘接的材料和尺寸。
第五步:固化等待适当的固化时间,以确保乐泰胶完全干燥和固化。
固化时间也取决于您所粘接的材料和环境条件。
通常情况下,固化时间为24小时。
在此期间,请避免移动或扰动粘接的物体,以免影响胶水的固化效果。
使用乐泰胶时需要注意以下几点:1.温度和湿度乐泰胶的粘接效果受到温度和湿度的影响。
一般情况下,较高的温度和湿度有助于加快固化速度,而较低的温度和湿度会延长固化时间。
在使用乐泰胶之前,您可以参考产品包装上的温度和湿度标准,选择适当的环境条件。
2.预先测试在将乐泰胶应用于重要的工程或实验中之前,建议先进行一次小型试验以确保胶水的粘接效果符合您的需求。
3.储存和保管乐泰胶应储存在干燥、阴凉和通风良好的地方,远离火源和高温。
同时,请确保盖子紧闭,避免胶水的挥发和固化。
4.使用时的安全措施在使用乐泰胶时,请遵循相关的安全措施。
乐泰使用说明
LOCTITE 577管螺纹密封剂粗螺纹触变性,高粘度,快速固化,高强度。
用于M80以下不锈钢高压锥/直螺纹。
允许用于饮用水系统.loctite416 乐泰胶416,用于间隙填充,适用于塑料粘接,高粘度,适合于在塑料,弹性体和金属间隙填充应用。
粘接粗糙或不规则的表面。
Loctite®444—中粘度瞬干胶中粘度,用于电器元件跳线固定。
超强快干跳线胶。
高粘度,耐高温,用于跳线固定,大部件应力释放,IC粘接。
正品乐泰603容油性一种具有容油性及其他污染物的通用型高强度固持胶。
密封并固持圆柱形零件总成,其最大填充径向间隙为0.13mm在30分钟内初固化,它能防止微振磨损及金属配合件的腐蚀乐泰620--耐高温◎高粘度,高强度,不流淌。
固持气门套管、注塑机芯套、阀套、缸套、键槽等。
◎可耐高温到200℃,对钢提供mm2以上的剪切强度。
锁固及固持圆柱形配合件至直径间隙。
能防止金属微振磨损及腐蚀。
密封防止泄漏。
loctite7452乐泰胶7452粘附性能促进剂。
用于聚烯烃或其它低能表面材料的表面上,与乐泰瞬干胶配合使用。
其特点是干燥时间短,及在零件寿命长正宗乐泰270厌氧密封胶Loctite270螺纹锁固剂高强度,是一种永久锁固的螺纹锁固剂,在极端的化学/环境条件下有优良的防锈及耐腐蚀性能乐泰518:厌氧型平面密封剂通用型,柔韧性好,耐流体性能优良,无腐蚀性。
特别适用于铝表面。
它能形成一个柔性,耐溶剂的密封层,不会撕裂或老化。
可以用于柔性金属装配包括铝的表面。
方便折卸及清除243耐机油,中强度,快速固化,可用于惰性表面,容油性好。
易拆卸,可在轻微油质污染的工作表面上使用。
用于乐泰预涂剂Dri-Loc螺栓拆装后重装时锁固。
用于M20以下螺纹的锁固与密封。
乐泰262螺纹锁固剂中高强度●适用于大多数金属表面。
触变性粘度,耐化学性好。
●用于M20以下螺纹的永久性锁固与密封。
●是一种永久锁固的螺纹锁固剂,在极端的化学/环境条件下有优异的防锈及耐腐蚀性能。
乐泰胶使用指南
乐泰胶使用指南乐泰胶使用指南1.简介乐泰胶是一种多功能胶水,广泛应用于日常生活和工业领域。
本文档将为您提供乐泰胶的使用指南,包括使用方法、注意事项和常见问题解答。
2.使用方法2.1 准备工作在使用乐泰胶之前,请确保以下准备工作已完成:- 清洁:将需要粘合的表面清洁干净,去除污垢和油脂等物质。
- 干燥:确保表面完全干燥,以获得最佳的粘合效果。
- 整理材料:准备好需要粘合的材料,并确保它们放置在易于操作的位置。
2.2 应用乐泰胶以下是使用乐泰胶的步骤:1.打开乐泰胶的盖子。
2.将胶水适量挤压到需要粘合的表面上。
3.使用乐泰胶的刷子或其他适当的工具将胶水均匀地涂在整个粘合区域上。
4.将需要粘合的材料贴合在一起,并用适当的压力保持一段时间,以确保胶水充分粘合。
2.3 使用注意事项使用乐泰胶时,请注意以下事项:- 避免直接接触皮肤和眼睛,如不慎接触,请立即用清水冲洗。
- 使用乐泰胶时,请保持通风良好的环境,避免吸入胶水挥发物。
- 使用乐泰胶时,请避免火源附近,以防止发生火灾。
3.常见问题解答3.1 乐泰胶可以粘合哪些材料?乐泰胶适用于各种材料,例如塑料、木材、金属、玻璃等。
3.2 乐泰胶需要多长时间才能完全干燥?乐泰胶的干燥时间取决于温度和湿度等环境因素。
通常情况下,它需要大约24小时才能完全干燥。
3.3 乐泰胶可以在水中使用吗?乐泰胶不适用于水中使用。
它是一种水溶性胶水,在水中容易溶解。
4.附件本文档附带以下附件,以供参考和进一步了解:- 乐泰胶产品说明书- 乐泰胶安全数据表5.法律名词及注释- 乐泰胶:商标注册,指乐泰公司生产的胶水产品。
- 粘合:将两个或多个材料通过胶水粘接在一起的过程。
乐泰使用范围方法及规则(修订版)
特灵空调系统(江苏)有限公司方针 文件号 12P5006-CTV 核心 修订号 A操作文件 工作 日 期 2005-11-4编制: 王凤超审核: 批准:乐泰(Loctite )使用范围、使用方法以及规则1.0 目的本操作文件叙述了乐泰的特性以及使用范围、使用方法、使用规则等以及使用技巧等。
2.0 范围本操作文件适用于特灵空调系统(江苏)有限公司主机产品以及其他所有使用乐泰的地方。
本文件只是通用的规定,如果与工位的OMS 等工艺文件中规定有不同,按OMS 等文件的规定。
3.0 乐泰的种类以及其特性和使用范围3.1 液体螺纹锁固剂3.1.1 乐泰242 螺纹锁固剂 中强度通用型,触变性粘度。
用于M6-M20螺纹的锁固与密封。
是一种可用普通工具拆卸的螺纹锁固剂,具有一定的润滑性以达到精确的夹持负荷。
适用温度:-54℃ – 149℃ ,固化速度:10分钟-24小时。
3.1.2 乐泰243 螺纹锁固剂 耐机油/中强度快速固化,可用于惰性表面,油溶性好。
易拆卸,可在轻微油质污染的工作表面上使用。
用于乐泰预涂剂Dri-Loc 螺栓拆装后重装时锁固。
特灵空调系统(江苏)有限公司方针文件号12P05006-CTV核心修订号 A操作文件工作日期2005-11-4 可以用于M20以下螺纹的锁固与密封。
适用温度:-54℃– 149℃,固化速度:10分钟-24小时。
3.1.3 乐泰271 螺纹锁固剂高强度中低粘度;用于M36以下螺纹的永久锁固与密封。
适用温度:-54℃–149℃,固化速度:10分钟-24小时。
3.1.4 乐泰277 螺纹锁固剂高强度高粘度。
耐化学性优良。
用于M36以下螺纹的永久性锁固与密封。
可防止螺纹生锈及腐蚀,用加热及工具拆开。
3.1.5 乐泰290 螺纹锁固剂渗透级中强度,低粘度,快速固化。
用于已装配好的M2-M12螺纹的锁固与密封。
也可用于密封焊缝,铸件砂眼等(¢0.10mm以下)微孔。
防止螺纹生锈及腐蚀,拆开时需局部加热及工具。
乐泰 SF 7649 产品技术数据说明书
技术数据说明书LOCTITE ®SF 7649™又称为LOCTITE ®7649™2014产品描述:®LOCTITE ®SF 7649™产品适用于对乐泰®厌氧型产品有提高固化速度要求的应用作业.该产品尤其适用于存在较大粘接间隙的惰态金属或者惰性作业面的应用作业.LOCTITE ®SF 7649™产品尤其适用于主要应用温度较低(<15°C)的应用作业.NSF 认证符合ANSI/NSF 51要求,可以用在使用温度不超过204摄氏度的食品加工设备 注意:认证为国家认证,请联系当地的技术服务工程师获得更多信息UL 认证通过Underwriters Laboratories Inc.®E257711-Plastics &Components 认证,.可浏览UL 网站获得更多信息注意:认证为国家认证,请联系当地的技术服务工程师获得更多信息典型特性比重@ 25°C0,79粘度@20°C,mPa·s (cP)2闪点 -见MSDS干燥时间@20°C,秒30至70在件寿命,天≤30典型性能使用LOCTITE ®SF 7649™产品后,能够提高固定时间与固化速度,具体提高值取决于所使用的胶粘剂与所粘接的基材片。
初固时间,ISO 4587,秒:PVC,330粘接,单面活化≤30(固定时间定义为,剪切强度达到0.1N/mm²所需要的时间)操作预防措施活化剂 必须按照高度可燃材料标准要求进行操作,并且必须遵守当地相关法规规定该溶剂会对某些塑料与涂层产生影响。
在使用前,建议对所有作业面进行兼容性测试。
注意事项本产品不宜在纯氧与(或富)富氧氧环境中使用,不能做为氯气或其它强氧化性物质的密封材料使用.有关本产品的安全注意事项,请查阅乐泰的材料安全数据资料(MSDS).所有情况下,均不得将催化剂与胶粘剂像液体一样直接混合.产品只能在通风良好的区域中使用.使用前用水性清洗剂清洗材料表面时,应检查该清洗剂与本产品的兼容性。
乐泰603保形剂 安全技术说明书
安全技术说明书 根据GB/T 16483-2008第 1 页 共 13 页LOCTITE 603 RETAINING COMPOUND 又名 603 Retaining Compd 50ML E/C/J安全技术说明书编号 : 153475V 001.10修订: 06.06.2019 发布日期: 12.02.2020化学品中文名称: LOCTITE 603 RETAINING COMPOUND 又名 603 Retaining Compd 50ML E/C/J推荐用途:厌氧企业信息:汉高(中国)投资有限公司 江湾城路99号6幢5、6、7层 200438 中国上海市杨浦区中国电话: +86-21-2891 8000 传真: +86-21-2891 5137电子邮件:***************************生效日期: 06.06.2019应急信息: 应急电话:+86 21 2891 8311 (24小时)。
物质或混合物的分类根据GB 13690-2009 (化学品分类和危险性公示通则):危险分类危险类别 靶器官 皮肤腐蚀/刺激类别 1A 严重眼损伤/眼刺激 类别 1 皮肤敏化作用类别 1特异性靶器官系统毒性 一次性接触类别 3 呼吸道刺激 急性危害水生环境 类别 2对水生环境有慢性危害类别 3标签要素根据GB 15258-2009 (化学品安全标签编写规定):象形图信号词:危险危险性说明:H314造成严重皮肤灼伤和眼损伤。
H317可能导致皮肤过敏反应H335可能引起呼吸道刺激。
H401对水生生物有毒。
H412对水生生物有害并具有长期持续影响。
预防措施:P261避免吸入粉尘/烟/气体/烟雾/蒸气/喷雾。
P264处理后要彻底洗手P271只能在室外或通风良好之处使用。
P272受沾染的工作服不得带出工作场地。
P273避免释放到环境中。
P280戴防护手套/穿防护服/戴防护眼罩/戴防护面具。
事故响应:P301+P330+P331如误吞咽:漱口。
Loctite 乐泰胶使用方法
Loctite 乐泰胶使用方法Loctite 乐泰胶乐泰工业胶黏剂螺纹锁固乐泰螺纹锁固剂是螺纹锁固及密封的一次革命,从精巧的电子零件到重型的结构设备,乐泰液态螺纹锁固胶和乐泰厌氧密封胶的用途十分广泛。
乐泰预涂螺纹锁固剂是一种触摸干燥的胶膜,由紧固件生产厂涂到螺纹紧固件上。
特别适用于工业生产,因为它们省去了在生产线上涂胶过程,提高了装配的速度,并确保了质量。
Loctite 220 螺纹锁固剂中强度,触变性粘度适合于防止震动而引起的松动和泄漏。
特别适合于应用于固定螺丝,小直径或长度紧固件,拆装方便,需要在不破坏螺丝。
符合军标Mil-S-46163A。
Loctite 221 螺纹锁固剂低强度,触变性粘度适合于防止震动而引起的松动和泄漏。
特别适合于应用于固定螺丝,小直径或长度紧固件,拆装方便,需要在不破坏螺丝。
Loctite 222 螺纹锁固剂低强度,触变性粘度适用于大多数金属表面,可用普通工具拆卸。
用于M2-M12 螺纹的锁固与密封。
应用于紧固件直径为1/4quot(6mm)或更小比较理想,具有一定的润滑性以达到精确的夹持负荷。
Loctite 225 螺纹锁固剂低强度,触变性粘度适用于大多数金属表面,可用普通工具拆卸。
用于M2-M12 螺纹的锁固与密封。
应用于紧固件直径为 1/4quot(6mm)或更小比较理想,具有一定的润滑性以达到精确的夹持负荷。
Loctite 241 螺纹锁固剂中强度特别适合于应用程序不太活跃基体如不锈钢,镀面,其中手工工具拆卸,需要进行维修。
符合军标 Mil-S-46163A。
Loctite 242 螺纹锁固剂中强度通用型,触变性粘度。
用于M6-M20 螺纹的锁固于密封。
是一种可用普通工具拆卸的螺纹锁固剂。
具有一定的润滑性以达到精确的夹持负荷Loctite 243 螺纹锁固剂耐机油/中强度快速固化,可用于惰性表面,容油性好。
易拆卸,可在轻微油质污染的工作表面上使用。
用于乐泰预涂剂Dri-Loc螺栓拆装后重新时锁固。
乐泰使用说明范文
乐泰使用说明范文乐泰是一款智能家居产品,它可以将家庭中的各种电器设备连接到智能手机上,实现远程控制和自动化操作。
使用乐泰,你可以通过手机App来控制家庭中的灯光、空调、电视、音响等设备,方便快捷。
以下是乐泰使用说明的详细介绍。
一、乐泰安装和配置步骤2.启动乐泰主机。
使用乐泰提供的电源适配器将主机连接到电源插座,并按下主机上的开关按钮,等待主机启动完成。
3. 连接主机与Wi-Fi网络。
在App中按照提示,将主机与家庭中的Wi-Fi网络连接起来,确保主机和手机在同一个局域网内。
4. 添加设备。
按照App中的引导,依次点击“添加设备”,选择你要连接的设备类型,并按照提示完成添加操作。
二、使用乐泰控制设备1. 打开乐泰App。
确保手机和主机连接到同一个Wi-Fi网络,打开乐泰App,并登录你的账号。
2. 设备列表。
在App的首页,你可以看到已连接的设备列表,包括灯光、空调、电视等。
点击相应设备图标,进入对应设备的控制界面。
3. 远程控制。
在设备控制界面,你可以通过App来控制设备的开关、亮度、温度等参数,通过滑动、点击按钮等操作来实现远程控制。
4. 创建场景。
在App中,你可以创建自定义场景,将多个设备的控制动作组合在一起。
例如,你可以创建一个“回家模式”的场景,在懒人沙发、卧室音响和卧室灯光上设置自动开启。
这样,当你回家后,只需点击一下App上的“回家”按钮,即可实现自动打开设备。
5. 定时任务。
乐泰还支持设置定时任务,例如定时开启/关闭灯光、空调等设备,可以根据个人需求来设置各种定时任务。
在App的“定时任务”界面,点击“添加任务”按钮,选择设备和时间,并设置对应的操作。
三、常见问题解答1. 如何添加设备:在App中点击“添加设备”,选择要添加的设备类型,按照提示操作即可。
2.如何删除设备:在设备列表中,长按要删除的设备,在弹出的菜单中选择“删除设备”即可。
3.如何修改设备名称:在设备列表中,长按设备,选择“修改名称”,在弹出的界面中输入新的设备名称即可。
乐泰577胶水中文TDS说明书
Technical Data SheetLOCTITE®577™12月2013产品描述:®LOCTITE®577™是用于锁固和密封塑料及金属管螺纹接头.特别适用于不经过表面活化的不锈钢作业.该产品在两个紧密配合的金属表面间,与空气隔绝时固化,并且可防止由于受到冲击和震动而导致的松动和泄露。
.LOCTITE®5182®的触变特性降低了液态产品在施胶到基材上后,未固化前的流淌性.乐泰4013已被认证符合商品分类描述:A-A-3097乐泰4013已被认证符合商品分类描述:A-A-3097.备注:该认证属于区域性法规.如需要更多的信息和澄清,请联系您当地的技术服务中心.固化前的材料特性比重@ 25°C1,09粘度, Brookfield -RVT, 25°C,:转子 6, 转速2,5rpm 70000 - 130000LMS转子 6, 转速20rpm16000 - 33000LMS闪点 -见MSDS典型固化特性固化速度与基材的关系固化速度取决于所用的基材.下图显示在不同材质的M10的螺栓和螺母上,破坏扭矩与时间的关系。
测试标准为ISO10964标准.钢材上的强度%固化时间1007550251min5min10min30min1h3h6h24h72h钢黄铜镀锌不锈钢固化速度与粘接间隙的关系固化速度取决于间隙的大小.螺纹紧固件的间隙与螺纹的类型、质量和尺寸有关.下图显示的是在钢制轴和套上,不同螺纹间隙的钢制轴和套,压剪切强度和固化时间的关系。
测试标准为ISO10123方法测试.钢材上的强度%固化时间1007550251min5min10min30min1h3h6h24h72h.5mm.15mm0.2 mm固化速度与温度的关系固化速度取决于温度.下图显示在M10的螺栓和螺母上,在不同温度下破坏扭矩与时间的关系。
测试标准为ISO10964标准.钢材上的强度 %固化时间10075502501min5min 10min 30min 1h3h 6h 24h 72h40 °C22 °C 5 °C固化速度与促进剂的关系当固化速度很慢或者间隙较大时,可在表面使用促进剂加快固化速度.下图显示在M10重铬酸锌钢制螺栓和螺母上,使用促进剂7471™ 和7649™,其破坏扭矩和时间的关系。
乐泰LetraTag标签机使用说明书
LetraTag User GuideFigure 1 DYMO LetraTag Label MakerAbout Your New Label MakerWith your new DYMO LetraTag® label maker, you can create a wide variety of high-quality, self-adhesive labels. You can choose to print your labels in many different sizes and styles. The label maker uses DYMO LetraTag (LT) 12mm label cassettes. LT cassettes are available in multiple colors of plastic tape and in white iron-on tape.Visit for information on obtaining labels and accessories for your label maker.Warranty RegistrationPlease complete the warranty registration card and return it to the appropriate Customer Support address within seven days. Visit /registration for details or to register online. Getting StartedFollow the instructions in this section to print your first label. Connecting the PowerThe label maker is powered by standard batteries. To save power, the label maker will automatically turn off after two minutes of inactivity.Inserting the BatteriesThe label maker uses four high-capacity AA alkaline batteries.To insert the batteries1.Remove the battery compartmentcover. See Figure 2.2.Insert the batteries following thepolarity markings (+ and –).3.Replace the cover.period of time.Inserting the Label CassetteYour label maker comes with one label cassette. Visit for information about purchasing additional label cassettes.To insert the label cassette 1.Press and release the label compartment. See Figure 3.2.Insert the cassette with thelabel positioned between theprint head and pinch roller. SeeFigure 4.3.Press firmly until cassette clicksinto place.4.power.Selecting a LanguageThe first time you turn on the power, you are asked to select your desired language. By default, the language is set to English. The language option you choose determines the character set and date format that are available.1. 2.Language and3.Setting the Date and TimeYou need to set the current date and time so that the date is correct if you choose to automatically insert a date on your label.The default date and time format depends upon the language you select for the label maker. US English uses the date format MMM DD, YY and the 12-hour time format; all other languages use the date format DD MMM YY and the 24-hour time format.1.2.Set DateThe default date is displayed.e the left or right arrow key to move the cursor over each setting (month, day, and year) and use the up or down arrow keys to increase or decrease the value.4.e the left or right arrow key to move the cursor over each setting (hours and minutes) and use the up or down arrow keysto increase or decrease the value and pressPrinting Your First LabelYou are now ready to print your first label.To print a label1.Enter text to create a simple label.2.Press PRINT.3.Press the cutter button to cut the label. Congratulations!You printed your first label. Continue reading to learn more about the options available for creating labels. Getting to Know the Label MakerBecome familiar with the location of the feature and function keys on your label maker. Refer to Figure1 on the inside front cover. The following sections describe each feature in detail.Powercreated is remembered and displayed when the power is turnedLCD DisplayYou can enter up to 100 characters and spaces on a label; however, the display will only show a small portion of the characters. And, with DYMO’s exclusive graphical display, any formatting you add isvisible instantly. For example, theitalics and rounded border added tothe text in Figure 5 are clearlydisplayed.Feature indicators appear along thetop of the display to let you knowwhen a feature is selected. CAPS Modeletters that you enter will be capitalized. The default setting is CAPS mode on. When CAPS mode is off, all letters appear in lower case.Font size # lines CAPs Num Lock Figure 5Lock indicator is shown on the display and the numbers 1 through 0 appear when you press the corresponding letter keys. Num Lock is turned off by default.BackspaceClearNavigation KeysYou can review and edit your label using the left and right arrow keys on the Navigation key.You can navigate through menuto make a selection.FormatInsertSettingsUser Guide.Formatting Your LabelYou can choose from a number of formatting options to enhance the appearance of your labels.Changing the Font SizeFive font sizes are available for your labels: Extra Small, Small, Medium, Large, and Extra Large.When you select a size, that size applies to all characters on a label.1.e the up or down arrow keys to select Size3.You can choose from six different font styles: Array When you select a style, that style applies to all characters. Stylescan be used with alphanumeric characters and some symbols.1.2.Style3.Creating Two-Line LabelsYou can print a maximum of two lines on labels.To create a two-line label1.e the arrow keys to selectnot print on the label.3.Type the text for the second line.Adding the DateYou can insert the date on your label. The date format is MMM DD, YY (US) or DD MMM YY (Europe) depending upon the version of your label maker.1.2.Adding Box and Underline StylesYou can highlight your text by choosing a box or underline style.A label can be underlined or enclosed in a box, but not both together.1.2.3.the lines are enclosed in one box style.Underline EdgedSquare TrainPointed Sweet HeartsRounded FlowersCrocodileUsing Symbols and Special Characters Symbols and other special characters can be added to your labels. Adding SymbolsThe label maker supports the extended symbol set shown below.1.select Symbols2.Use the arrow keys to move to the desired symbol. The left and right arrows move horizontally along a row of symbols. The up and down arrow keys scroll vertically through the rows of symbols.3.your label.Adding International CharactersThe label maker supports the extended Latin character set using RACE technology. Similar to using a mobile phone keypad, when you hold down a letter key for longer than one second, you will scroll through variations on that letter. To insert the character, release the key when the desired character appears.For example, if French is selected as the language and you hold down the letter a , you will see and so on through all the variations available. The character variations and the order in which the variations appear depend on the language you have selected to use.a à â æPrinting OptionsYou can preview your label and adjust the printing contrast. Previewing Your LabelYou can preview the text or format of your label prior to printing. A two-line label is previewed as a single-line label with a line break character between the two lines.1.2.Adjusting the Print ContrastYou can adjust the print contrast to fine tune the print quality of your label.1.2.3.Using Label Maker MemoryThe label maker has a powerful memory feature that allows you to store the text of up to nine labels you use frequently. Storing Label TextYou can store up to nine specific labels you use frequently.1.2.3.Recalling Stored LabelsYou can easily recall labels stored in memory to use at a later time.1.Press2.Caring for Your Label MakerYour label maker is designed to give you long and trouble-free service, while requiring very little maintenance. Clean your label maker from time to time to keep it working properly. Clean the cutter blade each time you replace the label cassette.To clean the cutter blade Array1.Remove the label cassette.2.Place the tip of a ball-pointpen or pencil on the black postas shown in Figure 6, and pressthe post down.3.While holding the post down,press and hold the cutter leverto expose the cutter blade.e a cotton ball and alcohol to clean both sides of the blade.5.Release the cutter lever.To clean the print head1.Remove the label cassette.2.Remove the cleaning tool from inside the label compartment cover.If you do not have a cleaning tool, contact DYMO Customer Care ()3.Gently wipe the padded side of the tool across the print head. See Figure 6.TroubleshootingReview the following possible solutions if you encounter a problem while using your label maker.If you still need assistance, contact DYMO Customer Support ().Problem/Error Message Solution No display•Ensure the label maker is turned on.•Replace discharged batteries.Poor Print Quality •Replace batteries.•Ensure label cassette is installed properly.•Clean the print head.•Replace the label cassette.Poor Cutter PerformanceClean the cutter blade. See Caring for Your Label Maker .Printing No action required.Message disappears when printing is finished.Too many charactersExceeded maximum number of characters in buffer.Delete some or all of the buffer text.Battery lowBatteries almost discharged.Replace batteries.Tape Jam Motor is stalled due to label jam.•Remove jammed label; replace label cassette. •Clean cutter blade.Documentation FeedbackWe are constantly working to produce the highest quality documentation for our products. We welcome your feedback. Send us your comments or suggestions about our user guides. Please include the following information with your feedback:•Product name, model number, and User Guide page number •Brief description of instructions that are inaccurate or unclear, areas where more detail is needed, and so onWe also welcome your suggestions about additional topics you would like to see covered in the documentation.Send email messages to: ********************** Please keep in mind that this email address is only for documentation feedback. If you have a technical question, please contact Customer Support.This product is CE marked in accordance with the EMC directive and the low voltage directive and is designed to conform with the following international standards:US FCC Class B CompatibilitySafety - EN 60950, IEC 950, UL 1950EMC Compatibility EN 61000 3-2/3; EN 61000 4-2/3/4/5/6/8/11; ENV 50204;EU Immunity - EN 55024 & addendum A1, A2 Electromagnetic Compatibility (EMC) - Information Technology equipment, Immunity CharacteristicsEmissions – EN 61000-6-3: Electromagnetic Compatibility (EMC) - Part 6: Generic Standards - Section 3: Emission standard for residential, commercial and light industrial environments. RoHS 2002/95/EC。
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LOCTITE 577管螺纹密封剂粗螺纹
触变性,高粘度,快速固化,高强度。
用于M80以下不锈钢高压锥/直螺纹。
允许用于饮用水系统.
loctite416 乐泰胶416,用于间隙填充,适用于塑料粘接,高粘度,适合于在塑料,弹性体和金属间隙填充应用。
粘接粗糙或不规则的表面。
Loctite® 444—中粘度瞬干胶
中粘度,用于电器元件跳线固定。
超强快干跳线胶。
高粘度,耐高温,用于跳线固定,大部件应力释放,IC粘接。
正品乐泰603容油性
一种具有容油性及其他污染物的通用型高强度固持胶。
密封并固持圆柱形零件总成,其最大填充径向间隙为0.13mm
在30分钟内初固化,它能防止微振磨损及金属配合件的腐蚀
乐泰620--耐高温
◎高粘度,高强度,不流淌。
固持气门套管、注塑机芯套、阀套、缸套、键槽等。
◎可耐高温到200℃,对钢提供19.0N/mm2以上的剪切强度。
锁固及固持圆柱形配合件至0.4mm直径间隙。
能防止金属微振磨损及腐蚀。
密封防止泄漏。
loctite7452乐泰胶7452
粘附性能促进剂。
用于聚烯烃或其它低能表面材料的表面上,与乐泰瞬干胶配合使用。
其特点是干燥时间短,及在零件寿命长
正宗乐泰270厌氧密封胶Loctite270螺纹锁固剂高强度,是一种永久锁固的螺纹锁固剂,在极端的化学/环境条件下有优良的防锈及耐腐蚀性能
乐泰518:厌氧型平面密封剂
通用型,柔韧性好,耐流体性能优良,无腐蚀性。
特别适用于铝表面。
它能形成一个柔性,耐溶剂的密封层,不会撕裂或老化。
可以用于柔性金属装配包括铝的表面。
方便折卸及清除
243耐机油,中强度,快速固化,可用于惰性表面,容油性好。
易拆卸,可在轻微油质污染的工作表面上使用。
用于乐泰预涂剂Dri-Loc螺栓拆装后重装时锁固。
用于M20以下螺纹的锁固与密封。
乐泰262螺纹锁固剂中高强度
●适用于大多数金属表面。
触变性粘度,耐化学性好。
●用于M20以下螺纹的永久性锁固与密封。
●是一种永久锁固的螺纹锁固剂,在极端的化学/环境条件下有优异的防锈及耐腐蚀性能。
loctite424 乐泰胶424,粘接乙丙三元橡胶
橡胶粘接型。
中低粘度,用于粘接乙丙三元橡胶
LOCTITE424*乐泰424胶高粘度,耐高温,用于跳线固定,大部件应力释放,IC 粘接
277高强度,高粘度.耐化学性能优异.用于M36以下螺纹的永久性锁固密封.防止螺纹生锈及腐蚀.
●中强度,低粘度,快速固化。
●用于已配好的M2~M12螺纹的锁固与密封。
也可用于密封焊缝,铸件砂眼等(0.254mm以下)微孔。
●防止螺纹生锈及腐蚀,拆开时需局部加热及使用工具。
loctite403,乐泰胶水403胶水,低气味,低白化型
耐湿性好,用于非精确配合的零件的粘接,低气味,低白化(不需要复杂通风系统)
乐泰414瞬间胶:Loctite414-塑料粘接型瞬干胶
塑料粘接型、耐湿性、耐候性好。
用于粘接塑料、抗冲击性能好、抗脱离强度高、能填充间隙。
塑料粘接剂
乐泰454瞬间胶:表面不敏感型
●通用型,高粘度。
●用于粘接多孔、酸性及吸收性的材料。
乐泰® 660 Quick Metal固持胶,压入配合维修
高强度型
乳脂状,不流动,高强度粘合剂/密封剂,适合压入配合维修
典型应用:
磨损零件
Loctite® 680—高强度固持胶
中粘度,适用于间隙配合或过盈配合。
固持套管,皮带轮,齿轮,转子。
修复孔,轴配合件,超差零件。
在10分钟内初固化。
对钢在24小时后提供大于2.7N/mm2剪切强度。
最大径向填充间隙为0.25mm
Applications
用于粘接圆柱形配合件。
乐泰770表面处理剂:底剂
◐提高粘接性能。
用于聚烯烃或其它低能表面材料的表面。
与乐泰®瞬干胶配合使用。
乐泰384--乐泰Loctite及Hysol导热胶适用于对工艺的简便性要求较高的应用.此类胶水具有传导热量,固定及绝缘作用,并且简单易用.
使用乐泰Loctite及Hysol导热胶,则不再需要机械紧固件和夹子,在发热电子元
件及其散热片之间提供有效的热传递.
BL-352:通用型光固化胶
单组分,高粘度的结构胶粘剂。
固化后,变得坚韧易弯曲,使它具有极好的耐振动和抗冲击性能。
Applications
粘接电子设备,仪表和装饰元件。
Applications
用于锁固和密封液压和气动设备管螺纹接点,建议密封带螺纹的金属接头。
271高强度,中低粘度.用于M36以下螺纹的永久性锁固与密封
乐泰3609(LOCTITE3609)高速针筒式点胶
设计用于高速点胶,湿强度高,红色胶点,用于浅色基板上。
产品应用:设计用于高速点胶。
乐泰3611(LOCTITE3611)网板印刷/移针式贴片胶
移针式印胶和丝网,孔版印胶
产品应用:特殊配方,用于移针式和丝网印刷涂胶。
吸潮率吸低,设计用于开方式储胶罐。
乐泰7360(LOCTITE7360)贴片胶专用清洗剂
贴片胶专用清洗剂
产品应用:清洗,清除未固化的贴片胶
乐泰3627(LOCTITE3627)网板印刷、移针式贴片胶
移针式印胶和丝网,孔版印胶
产品应用:特殊配方,用于移针式和丝网印刷涂胶。
吸潮率吸低,设计用于开方式储胶罐。
乐泰3629(LOCTITE3269)高速针筒式点胶
设计用于高速点胶,湿强度高,红色胶点,用于浅色基板上。
产品应用:设计用于高速点胶
Loctite®3609贴片胶
单组分,快速固化的环氧胶粘剂,触变性能和无空气状态
Applications
非常适用于高速SMT贴片机点胶,具有良好的胶点形状控制
产品用途:
380增强型
橡胶增强型,可粘接金属,橡胶及塑胶,优良的抗剥离,冲击及剪切强度。
401表面不敏感型
通用型,中粘度。
用于粘度接多孔,酸性及吸收性的材料。
对表面不敏感。
403低气味,低白化型
耐湿性好,低气味,低白化(不需要复杂的通风系统)。
406表面不敏感型
通用型,低粘度。
用于粘度接多孔,酸性及吸收性的材料。
411增强型
抗冲击性能好,抗剥离强度高,能填充问题。
414塑胶粘接型
耐湿性,耐候性好。
用于粘接塑胶。
415金属粘接型
高粘度,抗冲击性好。
用于粘接金属。
4210耐热型
橡胶增强型,中等粘度,耐冲击,耐高温(120度)
454表面不敏感型
通用型,高粘度。
用于粘接多孔、酸性及吸收性的材料。
460低气味,低白化型
低白化,低粘度,低气味。
480增强型
橡胶增强型,中等粘度,耐冲击,耐震动,耐剥离及耐热性能优良。
4850
低粘度,快速固化柔性快干胶。
4860
中粘度,适用于粘接多孔及柔性材料(皮革,纤维)。
495塑料粘接型
通用型,中低粘度,用于粘接橡胶,金属和塑料件。
能填充0.10mm的间隙。
496金属粘接型
中粘度,初固迅速。
用于粘接金属。
498耐热循环
中粘度,耐高温产品,适用于所有金属,大部分的塑料和橡胶。
耐连续106度高温和121度间歇试同温。
15578O型圈维修盒
用来现场制作O形圈,方便,快捷。
配有1组胶圈,2瓶乐泰瞬干胶,1支O形切割尺和一把切割小刀。
正品乐泰515厌氧型平面密封剂
厌氧型,通用型,柔性胶层,耐流体性能优良,无腐蚀性
能形成柔性垫片,用于机加工,其填充间隙小于0.25mm刚性法兰。
它的柔性允许法兰在工作时有小的移动
Loctite® 496—导线固定型瞬干胶
主要用金属粘接
中粘度,初固迅速。
用于粘接金属。
乐泰545管螺纹密封剂液压/气动密封剂
特征:
●不污染液压系统,快速固化,低强度。
●用于密封及锁固(带锥形螺纹接头的)高液压动力系统M36以下锥螺纹(NPT)。
●不含填料不会阻塞阀门或过滤系统。
Loctite480—增强型瞬干胶
耐冲击、增强型。
橡胶增强型,中等粘度,耐冲击,耐振动,耐剥离及耐热性能优良。