Cryogenic Transfer Vessels User Manual
Contents
1. Should questions arise please contact Technical Services Thermo Scientific Cryogenic Transfer Vessels 3 5 Section 3 Operation Low Pressure LN2 Supply 3 6 Funnel Filling Method Filling Method Cryogenic Transfer Vessels The 8127 cylinders can be filled by removing the brass plug on the top center of the tank and inserting a funnel through the hole Liquid nitrogen can then be poured directly into the cylinder through this hole Be sure to stand clear of the vent during filling and always wear proper safety attire while handling liquid nitrogen 1 Open vent valve completely releasing any pressure built up inside the cylinder 2 Remove brass plug located on the top center of the cylinder 3 Insert funnel into hole 4 Pour liquid nitrogen into cylinder until level gauge reads 7 8 full or until liquid nitrogen begins spitting from the vent valve 5 Reinsert and tighten the brass plug 6 Close vent valve completely The 8127 liquid nitrogen cylinders can be filled from a pressurized source of liquid nitrogen by attaching a transfer hose to the liquid withdrawal valve on the Thermo cylinders The liquid nitrogen source pressure must not exceed 45 PSI Please read all instructions carefully before filling 1 Attach transfer hose from liquid nitrogen source to the liquid withdrawal valve on the Thermo cylinder 2 Open withdrawal valve on Thermo cylinder completely 3 Open withdrawal valve on liquid nitrogen s2. 1 740 373 4763 Direct 1 800 438 4851 Toll Free U S and Canada 1 740 373 4189 FAX http www thermo com Internet Worldwide Web Home Page service led marietta thermofisher com Service E Mail Address Our Sales Support staff can provide information on pricing and give you quotations We can take your order and provide delivery information on major equipment items or make arrangements to have your local sales representative contact you Our products are listed on the Internet and we can be contacted through our Internet home page Our Service Support staff can supply technical information about proper setup operation or troubleshooting of your equipment We can fill your needs for spare or replacement parts or provide you with on site service We can also provide you with a quotation on our Extended Warranty for your Thermo Scientific products Whatever Thermo Scientific products you need or use we will be happy to discuss your applications If you are experiencing technical problems working together we will help you locate the problem and chances are correct it yourself over the telephone without a service call When more extensive service is necessary we will assist you with direct factory trained technicians or a qualified service organization for on the spot repair If your service need is covered by the warranty we will arrange for the unit to be repaired at our expense and to your satisfaction Regardless of your needs our profe
3. As the discharge device is lowered the nitrogen in the vessel will boil until the diptube has cooled down The boiling action is normal Continue lowering until the rubber stopper fits snugly Thermo Scientific Installation continued Thermo Scientific Section 3 Operation 7 Tighten the wingnut until it contacts the washer Tighten wingnut another 1 to 2 turns EXT RBR versions 4 5 turns Caution Tighten the wingnut finger tight only do not use any tools Tightening the wingnut expands the rubber stopper against the necktube of the vessel Excessive tightening may damage the necktube A 8 Clip the safety cable to the vessel handle 9 Close the vent valve and the discharge valve Pressurewill slowly begin to build Several hours will be required to achieve sufficient pressure to operate the liquid discharge device Pressure buildup can be accelerated by gently tipping the vessel at 45 angle Caution Excessive pressure can rupture the vessel A DISCHARGE VALVE VENT 0D VALVE i PRESSURE GAUGE RUBBER STOPPER 22 only on EXT RBR versions Figure 3 1 Components Cryogenic Transfer Vessels 3 3 Section 3 Operation Operation Removal of Liquid Discharge Device 34 Cryogenic Transfer Vessels Perform the following steps to withdraw liquid from the vessel using the liquid discharge device 1 Turn the discharge valve fully open and then turn back the valve a half turn Do not leave the valve in t
4. s oxygen concentration necessary to support life Exposure to this diluted atmosphere can cause asphyxiation or even death To avoid personal injury or death DO NOT store or use liquid container in areas that have poor ventilation Use in a well ventilated area Place liquid containers outdoors or in a well ventilated area Failure to comply with this warning may cause serious personal injury or even death A Warning Extreme temperature and pressure are associated with the Thermo 8127 To avoid serious personal injury observe caution when removing parts or fittings Wear eye protection and insulated loose fittings gloves when removing parts or fittings Failure to comply with this warning may result in serious personal injury A Caution DO NOT use regulators valves gauges hoses etc that have been used in compressed air service Failure to observe this warning could cause serious damage to your container and possible personal injury A Thermo Scientific Thermo Scientific Section2 General Description Mechanical failure is the major cause of problems associated with liquid nitrogen storage vessels The vessel necktube supports the full weight of the inner vessel and the liquid nitrogen it contains A side or corner blow to the vessel causes the inner vessel to swing in a pendulum motion damaging the neck Any storage vessel which has been exposed to an accident dropped or lowered to hit on one corner is more susceptible to failu
5. will vaporize at first until the transfer line or withdrawal valve cools down If using a transfer hose to extract liquid from the 8127 into an open dewar a phase separator is recommended on the end of the transfer line Transfer pressure should be kept to a minimum The normal evaporation of the liquid will usually maintain enough pressure for transferring Caution If the liquid or vent valves are not closed the container can become contaminated after being emptied A Cryogenic Transfer Vessels 3 7 Section 4 Specifications Vessel Specs for Thermo Dewars and Cylinders er FEEF EE To fe e e fe pe Thermo Scientific Cryogenic Transfer Vessels 4 1 Ordering Procedures Thermo Scientific Section5 Valve Maintenance and Repair When a defective valve is suspected follow this procedure to repair it 1 Void the tank of liquid product and release any pressure that is in the container 2 Ifthe vent valve must be repaired allow it to warm up before disassembling 3 Remove the valve handle screw washer retainer cap and spring assembly 4 Remove the valve handle and teflon thrust washer 5 Unscrew the bonnet to remove the stem and stem seal 6 Pull out the body insert and plug assembly 7 Clean the seat 8 Replace parts as needed and reassemble in reverse order Please refer to the Specification Plate for the complete model number serial number and series number when requesting service replacemen
6. ER DE 60 2 V 9Wd L006 OSI uoneoijdde jeioeds pue s s eoueuojureui uoe 1edo Aju amp ueM jueuudinbe uo suonsenb noA JeMsue oj peaJ 1 M uoneuojul AjueJJe JO Jognqujsip e90 Jno yOR UOD eoueuojureui eAnueAeJd pue uoneJedo uonejejsur 3jueuudinbo rejep Aale sjenuew uononujsur pejulud SeAUJe jueuudinbe noA e40Jjeq uoneuuojui uoneJedeud ous SAISUBYSIdWOD YUM dau oj Apeds si eoo sejes ouueu e20 INOA Sjonpoud Jo sso 10 s youd SO 0 8BunejoJ sebewep uonejuu jnoyyM Buipnjoui sebewep jJenuenbesuoo Jo apu Aue JO ejqei eq jou eys oway L AlddV TIVHS 3SOd4Nd AVINIILYVd v YOH SSINLIA YO ALNIGVLNVHOYSW 40 SSILNVYYVM ON CSI Idi YO 1V3O NSLLIYM YSHLAHM SSILNVYYVM YSHLO TIV 40 NAN NI ANY 3AISQTT9X3 SI ALNVYYVM SIHL uoneunsep GO4 peddius eje sued juawisse das pue pied eDejsod oway 0 peuJnjeJ eq 1snuJ sued furiuuojuoo uou je uondo s ouueu 1v uawdinba Jo sjuauodwoo Aug jo uunjeJ JO jeaosdde Joud af jsnuu jueumjedeq solo eoiuuo9 eu Doud AjueJiew jeuiBuo oun puo eq ed jueuoduuoo y 0 10 Juawdinba y JOYS 0 ueem y pueixe jou eEus AjueJJe siy Jepun juawdinba Jo sued sjueuoduuoo jo JredaJ Jo jueujeoe des JUeJJeM siy WO papnjoxa ale sjexseb pue Buign sjueDeoi eo sse 6 sway ejqepuedx3 suede Aue jo eoueuuojed oj soud uonoeJip pue uorneuruuaejep AUeJJeA JO pejoejuoo eq jsnuJ jueunjedeq seoiwues jediuyos eu 1ueujeoJDe Auesem siy Aq paJeAoo jou sue uoneJqijeo pue uonej ejsu
7. SSILNVYYVM ON aaridii YO 1V3O NalLIHM H3HI3HM SSILNVYYVM YSHLO T1V 30 NAN NI ANY FAISNTOXA SI ALNVYYVM SIHL uogeunsep gO4 peddius eje sued 1ueujeoe doJ pue pied eDejsod ouueu L 0 peuJnjeJ eq jsnuJ sued Buruuojuoo uou je uodo s ouueu jw 3ueuudinbe so sjueuodujoo Aue Jo uunjeJ JO eAoJdde Joud af ysnw jueuriedeq searuesg eoiuuoe eu poled Auesem jeuiBuo eu puo eq Wed jueuoduuoo y 0 10 juawdinba y JOYE 0 AjueJie eu puejxe jou eys AjUBJJeA siy Japun juawdinba Jo sued sjueuoduioo Jo Ida Jo jueuieoe does AjUE LEM siy WO papnjoxa ale sjexseb pue sey ssej6 sway ejqepuedxa suredeJ Aue jo eoueuuoged oj sod uomnoeJip pue uoneuruJ9jep AjUeJJeM JO pojoejuoo eq jsnuu jueurede sadas eoiuuoe eu uawsssbe Auesem siy Aq peJeAoo jou ale uoneJqijeo pue uonejejsu suee OM JOJ paJeAoo SI juDeju uinnoeA N 1 papnjoui Joqe esuedxe s ouuJeu 1e peoe daiJ Jo peJiedai eq Wan diusueunjo JO sjea ew ui BuruJojuoo uou eq oj ue oud sued jueuoduuoo ESA 3814 ay Buung poued Aug Up sea 1sJij ay Buunp aumo juenbesqns Aue 0 spuejxe uon 29 0Jd AJUCLIEM OU peJeAr op si jueuudinbe noA oun wes au Ajejeuurxoudde je p y cui OB JIM AjueJeM y os eun Buiddius 104 swoJ e siu AuIDEL sno wos peddius si juawdinba noA opp out Wo Syee OM SUEIS pollad AJUeJIeA eu UNNIEN NI ALNVYYVM LONGOYd qe VaNvis IIHILNII9S HS ONWYSHL 6 1 Cryogenic Transfer Vessels Thermo Scientific Section 6 Warranty Information EM
8. Thermo Dewars Cryogenic Transfer Vessels Operation Manual and Parts List 700XXXX Rev 0 2010 All rights reserved Printed in U S A Preface Catalog numbers TY509x1 TY509X2 TY509X3 TY509X4 MANUAL NUMBER 700xxxx 0 1 13 10 Original was It509x34 CCS REV ECR ECN DATE DESCRIPTION By Thermo Scientific Cryogenic Transfer Vessels i Preface CAUTION Contains Parts and Assemblies Susceptible to Damage by Electrostatic Discharge ESD Important Read this instruction manual Failure to read understand and follow the instructions in this manual may result in damage to the unit injury to operating personnel and poor equipment performance 4 Caution All internal adjustments and maintenance must be performed by qualified service personnel A Material in this manual is for information purposes only The contents and the product it describes are subject to change without notice Thermo Scientific makes no representations or warranties with respect to this manual In no event shall Thermo be held liable for any damages direct or incidental arising out of or related to the use of this manual 2010 Thermo Scientific All rights reserved Cryogenic Transfer Vessels Thermo Scientific gt din EA pm libe Preface Important operating and or maintenance instructions Read the accompanying text carefully Potential electrical hazards Only qualified persons should perform procedures ass
9. g a hermetic seal The pressurized vessel can then decant product through the liquid discharge device Figure 1 shows a drawing of the liquid discharge device The primary components of the liquid discharge device are listed below Rubber Stopper Provides a seal against the walls of the necktube Tightening the wingnut expands the rubber stopper Pressure Gauge Indicates the pressure inside the container Relief Valve Relieves pressure inside the container automatically when excessive pressure is reached The relief valve is a safety device and cannot be adjusted Vent Valve Provides means to vent product The vent valve can be closed to pressurize the vessel or opened to depressurize the vessel Discharge Valve Allows product to flow out of the vessel through the dis charge device spout Safety Cable Prevents discharge device from accidently exiting completely from vessel Perform the following steps to install the liquid discharge device on a vessel 1 Attach the discharge device spout to the liquid discharge device refer to Figure 1 for location A transfer line can be used in place of the discharge device spout 2 Verify that the rubber stopper is dry and free from grease and other contaminants Check for nicks and gouges that may impair normal operation 3 Verify that the cable is in good working condition 4 Verify that the vent anddischargevalves turnfreely 5 Loosen wingnut 6 Lower discharge device into vessel
10. he fully open position 2 Close the discharge valve to end liquid withdrawal Warning Cryogenic liquids are extremely cold and can cause sever burns similar to frostbite See CGA Bulletin No P 12 Safe Handling of Cryogenic Liquids This bulletin may be ordered from Compressed Gas Assn 4221 Walney Road 5th floor Chantilly VA 20151 A Warning Nitrogen vapors in air may dilute the concentration of oxygen necessary to support or sustain life Exposure to such oxygen deficient atmosphere can lead to unconsciousness and serious injury including death A Warning Modifying safety valves on discharge devices causes potentially hazardous conditions A Perform the following steps to remove the liquid discharge device from the vessel 1 Open the vent valve to remove all pressure 2 Verify that the pressure gauge reads 0 Warnings Vessel must be completely vented before removing the discharge device Any attempt to remove the discharge device before the vessel is completely vented may result in serious personal injury 3 Release wingnut 4 Rock discharge device from side to side to free stopper 5 Pull discharge device from vessel 6 When stopper has passed rim of vessel unclip safety cable 7 Store liquid discharge device in a clean and dry area 8 Cover vessel Thermo Scientific Section 3 Operation Measuring Liquid Use a wooden dipstick Never use a hollow tube or plastic dipstick to Nitrogen Quantity measu
11. ociated with this symbol Equipment being maintained or serviced must be turned off and locked off to prevent possible injury Hot surface s present which may cause burns to unprotected skin or to materials which may be damaged by elevated temperatures Marking of electrical and electronic equipment which applies to electrical and electronic equipment falling under the Directive 2002 96 EC WEEE and the equipment that has been put on the market after 13 August 2005 This product is required to comply with the European Union s Waste Electrical amp Electronic Equipment WEEE Directive 2002 96 EC It is marked with the WEEE symbol Thermo Fisher Scientific has contracted with one or more recycling disposal companies in each EU Member State European Country and this product should be disposed of or recycled through them Further information on Thermo compliance with this directive the recyclers in your country and information on Thermo products will be available at www thermo com v Always use the proper protective equipment clothing gloves goggles etc v Always dissipate extreme cold or heat and wear protective clothing v Always follow good hygiene practices v Each individual is responsible for his or her own safety Thermo Scientific Cryogenic Transfer Vessels iii Preface Do You Need Information or Assistance on Thermo Scientific Products If you do please contact us 8 00 a m to 6 00 p m Eastern Time at
12. ource Liquid nitrogen source pressure must not exceed 45 PSI since damage to Thermo cylinder gauges will occur Optimum feed pressure is 35 PSI 4 Open vent valve on Thermo cylinder until the pressure gauge on Thermo cylinder reads 22 PSI 5 Continue to fill until Thermo cylinder weight is 180 pounds for the 8127 If the scale method is not possible fill until liquid nitrogen begins spurting from vent valve 6 Shut liquid nitrogen source valve completely 7 Shut liquid nitrogen withdral valve on Thermo cylinder completely 8 Carefully remove transfer hose from the Thermo cylinder Some liquid nitrogen will remain in the hose under pressure after filling 9 Close vent valve completely Thermo Scientific Liquid Withdrawal Thermo Scientific Section 3 Operation Caution Overfilling cylinders may result in damage to the level and pressure gauges If overfilling should occur remove excess liquid nitrogen by opening the liquid nitrogen withdrawal valve immediately A The 8127 are to be used only for low pressure liquid withdrawal The primary relief valve is factory set at 22 PSI The secondary safety relief is set at approximately 35 PSI Transferring liquid at higher pressures increases the flash off rate of the liquid and adds to the risk of sparking To transfer liquid attach the transfer hose or withdrawal spout to the liquid connections see accessory sheet Slowly open the liquid valve to flow the liquid The liquid
13. pepnjoxe Joqe esuedxe s ouueu je pasejda Jo paneda eq Wan diusueunjo JO sjenayew ui GuiuJojuoo uou aq 0 UBAOJd sued 3ueuoduJoo pak 3814 ay Buung jueunjedeq searuegs E9IUYDS y 0 peuunjeJ pue pejejduuoo si puedo AUS UEA y pepi oJd uonejejsul pue Alan JO SYJUOW xis jeuonippe ue pamolle aie jueuudinboe Jno vos oym sJe eeq poled AjueJeM Jeef 3841 au Buunp saumo 1uenbesqns Aue o spuejxe uon 29 0Jd Aju amp JJe y passnijap s jueuudinbe noA sw wes y A ejeuurxoudde je y cui 06 jim uenem y os euin Buiddius 104 SwojJ e siu Ayioe uno wo peddius si juawdinba JnoA ayep ay UO sujuoul OM SUEIS pouegd AueJJeM eu ALNVSSVVM H3 1V3G IVNOILVNYALNI OISILNAIDS YIHSIA ONYIHI Thermo Scientific Cryogenic Transfer Vessels 6 2 Thermo Scientific Controlled Environment Equipment 401 Millcreek Road Marietta Ohio 45750 United States www thermofisher com
14. re The Thermo 8127 have a support top and bottom but mishandling the vessel may still cause problems Carefully inspect your new Thermo vessel prior to use Check for signs of damage which may have occurred during shipment It is advisable to fill all new units with liquid nitrogen and watch the liquid nitrogen loss rate for a few days If there are any problems call Thermo as soon as possible Cryogenic Transfer Vessels 2 1 Filling Instructions Thermo Scientific Section 3 Operation Warning Liquid nitrogen is extremely cold it boils at 196 C Extreme caution should be exercised when handling cryogenic liquids Always wear proper safety attire when transferring liquid ni trogen into or out of Thermo cylinders Contact with a cryogenic liquid or cold gas may cause frostbite to unprotected areas of the body Protect eyes and skin when transferring liquid Stand clear of vent during filling Loose fitting insulated gloves and long sleeves are recommended for arm protection Cuffless pants should be worn outside boots or overshoes to shed spilling liquid Goggles or face shields shouldbe worn if the possibility of splashing liquid exists Failure to observe this warning may lead to severe burns or eye injuries A Caution Never overfill your Thermo dewar with liquid nitrogen Filling the tank up to or above the bottom of the necktube may cause immediate or premature vacuum failure A To avoid damage to your Thermo cryogenic vessel The
15. re liquid nitrogen 2 The liquid level will be indicated by a frostline which develops when the dipstick is removed Liquid Withdrawal Liquid withdrawal for Thermo 5 through Thermo 30 is always performed by pouring or utilizing a withdrawal device for withdrawal devices see Parts List The withdrawal device pressurizes to approximately 4 PSI the pressure forces liquid up the withdrawal tube and out the valve 2 Always wear proper safety attire Warning Liquid nitrogen is extremely cold it boils at 196 C Extreme caution should be exercised when handling cryogenic liquids Always wear proper safety attire when transferring liquid nitrogen into or out of Thermo cylinders Contact with a cryogenic liquid or cold gasmay cause frostbite to unprotected areas of the body Protect eyes and skin when transferring liquid Stand clear of vent during filling Loose fitting insulated gloves and long sleeves are recommended for arm protection Cuffless pants should be worn outside boots or overshoes to shed spilling liquid Goggles or face shields should be worn if the possibility of splashing liquid exists Failure to observe this warning may lead to severe burns or eye injuries A Filling Instructions To avoid damage to your dewar it is important that only the two 81 27 following methods be used to fill your 8127 Failure to follow each step may result in damage which is not covered under the warranty Read all instructions carefully
16. rmo 5 10 20 and 30 which may result in premature vacuum loss it is important that the following procedure be used during the addition of liquid nitrogen to a warm vessel and on subsequent additions 1 Add only a small amount of liquid nitrogen 5 10 liters to new or warm vessels 2 Allow this small amount of liquid nitrogen to sit in the covered vessel for a minimum of 2 hours This will limit stress caused by the sudden temperature change associated with adding liquid nitrogen to a warm vessel 3 Fill your vessel to the desired level 4 If you are filling your Thermo dewar from a pressurized source make sure that the source tank is at a low pressure 22 PSI or below 5 If the transfer hose is used for extracting liquid nitrogen from a pressurized liquid source always use a phase separator at the end of the hose see Parts List for transfer hoses and phase separators 6 Remember to always wear proper safety attire over clothing including face shield cryogenic gloves and apron Cryogenic Transfer Vessels 3 1 Section 3 Operation 3 2 Withdrawal Device Installation Cryogenic Transfer Vessels The liquid discharge device provides liquid nitrogen for filling cold traps and smaller dewars without having to scoop out or pour liquid nitrogen from the vessel The liquid discharge device utilizes the normal evaporation of the cryogenic liquid to pressurize a container by plugging the neck of the vessel and formin
17. signed with function reliability and safety in mind It is the users responsibility to install it in conformance with local electrical codes For safe operation please pay attention to the warnings and cautions throughout the manual Warning Liquid nitrogen is extremely cold it boils at 196 C To avoid injury caused by frostbite l 10 11 12 13 Use extreme care whenever handling liquid nitrogen liquid nitrogen storage or transfer vessels or any objects which have come in contact with liquid nitrogen Leave no areas of skin exposed Use in a well ventilated area Always wear proper safety attire over clothing face shield cryogenic gloves and apron Do not wear pants with cuffs Never overfill liquid nitrogen vessels Always keep liquid nitrogen vessel in an upright position Do not tightly seal liquid nitrogen containers or prevent nitrogen gas from escaping Use extreme care to prevent spilling and splashing of liquid nitrogen during transfer Immediately remove any clothing or safety attire on which liquid nitrogen has been spilled Read all filling instructions carefully Release pressure and remove liquid nitrogen before working on a vessel Get immediate medical attention for any frostbite injuries caused by liquid nitrogen Cryogenic Transfer Vessels 1 1 Section 1 Section title 1 2 Cryogenic Transfer Vessels Warning The venting of nitrogen vapors will create a dilution of the air
18. ssional telephone technicians are available to assist you Monday through Friday from 8 00 a m to 6 00 p m Eastern Time Please contact us by telephone or fax If you wish to write our mailing address is Thermo Scientific Controlled Environment Equipment 401 Millcreek Road Box 649 Marietta OH 45750 International customers please contact your local Thermo Scientific distributor iv Cryogenic Transfer Vessels Thermo Scientific Section 1 Section 2 Section 3 Section 4 Section 5 Section 6 Thermo Scientific Table of Contents Safety Information Li 1 1 General Description 2 1 Operaio reed 3 1 Talling TIristructlolis tatoo ee ei LULA 3 1 Installation EE 3 2 Withdrawal Devils 3 2 Operatii MR nitrati 3 4 Removal of Liquid Discharge Device ratti atrata dene 3 4 Filling Instructions 8127 settare LR Ace ta ee 3 5 Eigt d Withdrawal 50 xd ed oed re uma e rat Pee Rr en 3 5 Measuring Liquid Nitrogen Quantity LL 3 5 Low Pressure LN2 Supply Filling Method 3 6 Funnel Filling Method reza issu ver er od EDO VE ae 3 6 Liquid Wathdiibwal geen phe od cC a Et obras 3 7 Specifications 00 5 Dt 4 1 Valve Maintenance and Repair 5 1 Ordering Proc dures sate oc us ends nd dele ahead Ste para ariani 5 1 Warranty Information 6 1 Cryogenic Transfer Vessels V Thermo Scientific Section 1 Safety Information Your Thema Dewar has been de
19. tparts or in any correspondence concerning this unit All parts listed herein may be ordered from the Thermo Scientific dealer from whom you purchased this unit or can be obtained promptly from the factory When service or replacement parts are needed we ask that you check first with your dealer If the dealer cannot handle your request then contact our Technical Services Department Prior to returning any materials please contact Technical Services for a Return Materials Authorization number RMA Material returned without an RMA number will be refused AYX49 Rubber gasket for Thermo 30 Cryogenic Transfer Vessels 5 1 Section 6 Warranty Information ECETES DEt 60 7 V 9M L006 OSI uoneuuojul AJUCIIEM JO Jojnqujsip e20 Jno guoa YSN eu apisino uoneordde jeloads pue s s eoueuegjuieu uonejedo AueJuew jueuudinbe uo suonsenb noA Jomsue oj Apeal 9J4 9M 9 t 0t4 L Jo epeue pue VSN LG9r 8 v 009 1e jueuniedeq sadas eoiuuoe INOA jeo eseejd pasinba s eoi ues 1ueuudinbe 4 eoueuejureuJ eAngueAeud pue uonejedo uonejejsur jueuudinboe Iejep AjinjaJeo sjenueuJ uononujsui paud SeAuJe jueuudinbe noA eJojeq uonewojui uonesedald ous eAisueueJdujoo uj djay oj Apes si au sejes OWS B90 INOX SjonpoJd Jo sso 40 s youd SO 0 Dune sabewep uoneyuu noyum Buipnjoui sebewiep jenuenbesuoo Jo 1998Jipur Aue JO ejqei eq 1ou jeus oway L AlddV TIVHS 3sodsfd YVINIILYVd V YOS SSINLIA YO ALNIGVLNVHOYSW JO
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