Thermo Scientific 1300 Series User Manual Download Page 7

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1300 Series A2

Thermo Scientific

Cleaning / Decontamination . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-1

Wipe/Spray Disinfection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-1

Pre-disinfection  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-2
Cleaning  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-2
Final Disinfection  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-2
UV Disinfection after Wipe/Spray Disinfection  . . . . . . . . . . . . . . .5-3

Disinfection with Formaldehyde  . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-4
Clean Exterior Surfaces  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-4
Clean Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-4
Clean the Drain Pan  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-4
Clean the Paper Catch Grid . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-5

Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-1

Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-2

Sample Chamber Lights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-2
Optional UV Lights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-2

Replacements and Repairs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-3
Unit Disposal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-3

Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7-1

Certification Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8-1

Data Log/Warranty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9-1

Table of Contents

Section 5

Section 6

Section 8

Section 7

Section 9

Summary of Contents for 1300 Series

Page 1: ...lass II Type A2 Biological Safety Cabinet Operating Manual 7001344 Rev 5 User Manual Visit us online to register your warranty www thermoscientific com labwarranty Chinese translation starts on page 70 of this document ...

Page 2: ...ied in accordance to YY 0569 2005 and your four foot 1300 Series A2 biological safety cabinet has been designed in accordance to SFDA standards These cabinets were all designed to protect the user the environment and your research from harmful substances and cross contamination This user manual provides instructions on how to use the 1300 Series A2 most effectively and safely The 1300 Series A2 of...

Page 3: ...ent performance s Caution All internal adjustments and maintenance must be performed by qualified service personnel s Material in this manual is for information purposes only The contents and the product it describes are subject to change without notice Thermo Fisher Scientific makes no representations or warranties with respect to this manual In no event shall Thermo be held liable for any damage...

Page 4: ...l and electronic equipment falling under the Directive 2012 19 EU 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 Electronic Equipment WEEE Directive 2012 19 EU It is marked with the WEEE symbol Thermo Fisher Scientific has contracted with one or more recycling disposal companies in each EU Me...

Page 5: ... after changes to the installation conditions or after modifications to the technical system the alarm system of the device has issued a failure message and the cause for the failure has not been repaired The alarm system must not be tampered with or disabled If alarm system components have been removed or disabled for service or repairs the unit must only be released for operation if all alarm sy...

Page 6: ...tion 2 1 Optional Exhaust Transition 2 2 Exhaust System Accessories 2 2 Moving the Unit 2 4 Service Valve Connections 2 5 Start Up 3 1 Unit w wo Stand 3 1 Unlock Counterweight 3 3 Power Connection 3 4 Installation Tests 3 5 Operation 4 1 Calibration Procedure 4 2 Unit Start Up 4 3 Operating Modes 4 3 Loading the Chamber 4 5 Error Messages 4 5 Working Recommendations 4 6 Procedure Interrupt 4 7 Uni...

Page 7: ...5 3 Disinfection with Formaldehyde 5 4 Clean Exterior Surfaces 5 4 Clean Window 5 4 Clean the Drain Pan 5 4 Clean the Paper Catch Grid 5 5 Maintenance 6 1 Service 6 2 Sample Chamber Lights 6 2 Optional UV Lights 6 2 Replacements and Repairs 6 3 Unit Disposal 6 3 Specifications 7 1 Certification Testing 8 1 Data Log Warranty 9 1 Table of Contents Section 5 Section 6 Section 8 Section 7 Section 9 ...

Page 8: ...s installed in the ceiling at the front of the sample chamber Three service valve access ports are located on each side panel When installing service valves remove the center of the port plugs at the perforations Figure 1 1 Unit Components Plenum Power cord Electrical enclosure Light dome Control panel Handle Front window Service valve access ports Stand optional Service valve Exhaust test hose Wo...

Page 9: ...tem combines with HEPA filters in the supply and exhaust airflow for personal and product protection Personnel protection Inflow air along the entire working opening at a constant high velocity prevents leakage from the work opening of the chamber Exterior air pressure being higher than the internal air pressure creates negative pressure ensuring containment in case of cabinet leakage Product prot...

Page 10: ... window is open to the specified work position closed energy saving or in an unsafe intermediate position Thermo Performance Factor The Thermo Performance Factor PER is a value that indicates the safety status of the cabinet This value is calculated from data determined by HEPA filter loading airflow status and values captured during certification This data is entered into a parameter list of the ...

Page 11: ...t and exhausted as ultra pure air into the room environment or into an external exhaust system via an exhaust transition Sectional paper catch grids are installed beneath the work tray in the air duct between the inner and outer back wall of the unit These grids prevent large items such as paper towels and tissues from entering the plenum where they may impair the function of the blowers or the fi...

Page 12: ...he device downflow and inflow air velocities remaining time of the UV disinfection routine The keys turn functions on or off Status indicators show window work position airflow reduced blower speed Thermo Performance Factor Control Panel Display On Off Hours Air velocities Light On Off Outlets On Off UV Light On Off Silence Reduced blower speed Airflow NOT steady red Airflow steady green Window NO...

Page 13: ...mption and noise emittance without compromising particulate containment inside the work chamber Note The working and loading window positions are indicated on the user interface as controlled by micro switches and displayed by status indicators on the control panel s Use of the Window 1 6 1300 Series A2 Thermo Scientific Section 1 Description Window Window Pillar dress panel Opening height for cle...

Page 14: ...1 7 and watch for the BLUE reduced mode indicator to illuminate Fig 1 8 If the window is not positioned correctly or is moved from the closed position the BLUE indicator will be extinguished When the BLUE reduced mode indicator is not illuminated the unit will not operate in reduced mode and the optional UV light will not function 1300 Series A2 1 7 Thermo Scientific Section 1 Description Use of t...

Page 15: ...ack of the cabinet The accessory outlets max 5A are located on the interior chamber back wall On top of the cabinet are the two fuseholders for the 5A circuit breaker fuses and an RS 232 connection signal source not customer interface Service valve access ports are located on each side of the cabinet To use these ports remove the center perforation Service valves are available as optional accessor...

Page 16: ...rear and side walls resist glare and make it easier for the user to work safely Lighting for the sample chamber includes two fluorescent bulbs The bulbs are installed behind the light canopy Service valve Access ports Power cord RS 232 Fuses N L Accessory outlet 1 of 2 shown Figure 1 9 Interfaces 2 of the 4 access ports on this side are shown Chamber Lighting Unit Interface continued ...

Page 17: ... s The single piece work tray is provided with the cabinet It is placed onto the frame above the sample chamber drain pan It can be removed by lifting up using the large holes in the work tray The working area for optimal product protection extends over the entire width and depth of the work tray The two optional armrests are positioned in the center of the working area 200 mm from each other To a...

Page 18: ...om height For devices that are not connected to an exhaust system the distance between the exhaust air opening at the device and the room ceiling must be at least 21 6 cm Equipped with an appropriate ventilation system Room temperature between 10 C and 40 C Relative humidity must not exceed 80 up to 31 C and decreasing linearly to 50 at 40 C For indoor use only Room ventilation should preferably b...

Page 19: ...n should be nominally set at 50 mm 2 in Installation on a 1 2 m model 1 Turn the unit off and disconnect it from the power source 2 Thoroughly clean the surfaces around the exhaust opening and of the accessory to be installed to ensure that they are free of debris 3 Apply sealant to the contact surfaces 4 Secure the accessory by tightening the supplied retaining screws M5 wrench tight 5 Using the ...

Page 20: ...tight 4 Secure the accessory by tightening the supplied retaining screws M5 wrench tight 5 Using the adjustment nuts on the sliding panel set the gap height to an opening of 2 inches 1 Place the connecting sleeve onto the connecting opening of the accessory and secure it with the screws 2 Fit the connecting pipe 200 mm of the on site exhaust air system to the connecting sleeve and seal with sealan...

Page 21: ...n for a move within a building Caution When moving the unit lift only at points shown in Figure 2 1 Caution Do not allow the weight of the cabinet to rest on the drain pan s Warning The weight of the window is balanced by the counterweight on the back of the cabinet Do not move the unit unless the counterweight has been locked in place with the shipping screws see Figure 3 2 s Figure 2 1 Lift poin...

Page 22: ...the following page slide the gasket and the bezel onto the threaded pipe of the service valve Apply a thin bead of silicon to the inner flange of the service valve 5 From inside the sample chamber slide the service valve through the desired plug 6 From the outside slide the other gasket and the washer onto the service valve threaded pipe and apply a thin bead of silicon to the outer flange of the ...

Page 23: ...her Nut Union nut Service valve Smart Port Figure 2 4 Valve Assembly and Installation Before starting a decontamination procedure install a new SmartPort grommet Two replacements P N 114111 are shipped with each unit or the 1910112 kit containing 4 grommets can be ordered SmartPort locations are indicated above one on each side Replace the SmartPort Before Decontamination ...

Page 24: ...ess points depending on selected installation are available on the top side or bottom of the cabinet Pipe threads are 1 4 FPT Refer to illustration below Universal Piping Connections Figure 2 6 Possible Universal Piping Access Points top access points right side access points bottom of cabinet access points bottom of cabinet access points left side access points ...

Page 25: ...Thermo Scientific Section 2 Installation 2 8 1300 Series A2 ...

Page 26: ...eveler into place 2 Locate the left and right side panels Install the telescoping leg assemblies into the side panels as shown in Figure 3 1 3 The height adjustable stand can be set to a height range of 680 880 mm To set the stand to the desired height pull the legs downward out of the channels to the desired height Lock the height adjustment in place by installing two lockwashers screws per chann...

Page 27: ... Channel Lockwasher Lockwasher Crossmember Retaining tab Screws Side Back Lockwashers Figure 3 1 Stand Assembly Assemble the Stand continued 6 Place the safety cabinet onto the stand so that the Allen screws are routed through the holes of the keyhole tabs 7 Slide the cabinet frame to the keyhole stop Fig 3 1 8 Tighten the four Allen screws 9 Level the cabinet instructions follow in this section D...

Page 28: ...for this purpose Warning One person should hold the counterweight while a second person removes the screws This facilitates screw removal and avoids the possibility of stripping the screws s Note The cabinet should be leveled only after it has been located in the desired working location s For cabinets without a stand place a bubble level onto the work tray surface and adjust the cabinet until the...

Page 29: ...tacle 3 Make sure that the power cord is routed away from the counterweight and cable guide The left side of the cabinet has additional fastening points that can be used for routing the power cord 4 Make sure that the power cord is not stretched or pinched To protect from accidental disconnection the power source outlets should be located out of casual reach and be accessible only to authorized pe...

Page 30: ...test report from the authorized service technician Warning The operational safety of the unit particularly the personal and product protection are guaranteed only if all safety functions of the unit have been tested and approved s Caution Thermo will not warrant operational safety if the unit is operated without the required installation and certification test or if these tests and repeat test are...

Page 31: ...Thermo Scientific Section 3 Start Up 3 6 1300 Series A2 ...

Page 32: ...UV light optional timer on the remaining disinfection time Press the Hours Velocities key to switch between the operating hours and the downflow and exhaust air velocities in safe work mode with window in the open safe operating work position Figure 4 1 Control Panel Functions Display On Off Hours Air velocities Light On Off Outlets On Off UV Light On Off Silence Reduced blower speed Airflow NOT s...

Page 33: ...l UV light is not installed this key has no function This key also activates the UV disinfection procedure During the procedure the display alternates between dIS and the remaining preset time see Section 5 to change this preset Silence key mutes the audible alarm 1 To turn the unit on press and hold the ON key until the blowers start audible blower operation the status indicators LEDs illuminate ...

Page 34: ...on is lighted The sample chamber light is enabled The power supply for the internal outlets is enabled with the blue LED internal power supply on is lighted Working mode is active when the front window is in the working position 250 mm opening and the air system is operating steadily The green LEDs front window is in work position and airflow steady are lighted The markings on the side guide rails...

Page 35: ... full speed 2 Install needed work materials within the sample chamber work area Avoid blocking the front air intake grille 3 Move the front window to the work position the green status indicator Front Window in Work position is illuminated and wait until the airflow has stabilized the green status indicator Airflow Steady is illuminated Warning Personal and product protection is ensured only if th...

Page 36: ...Operation Error Messages The observance of work rules ensures a minimum of operational safety when handling the biological safety cabinet Before starting a procedure take off all jewelry put on required personal protective equipment gloves goggles apron and clean and disinfect the sample chamber surfaces at regular intervals During operation Place samples only within the defined work area of the w...

Page 37: ...e footrest should be 450 x 350 mm The slope should be adjustable to within a range from 5 to 15 The adjustable height should extend to a minimum of 100 mm above the floor After completing a procedure 1 Remove samples from the sample chamber and store them properly 2 Clean and disinfect the sample chamber surfaces including the work tray and the drain pan 3 Clean and disinfect all accessories Worki...

Page 38: ...to be stored for an extended period of time it must be completely decontaminated Warning To shut the device down the sample chamber must be disinfected completely and the plenum including the filters must be decontaminated using the appropriate and authorized procedures s 1 After the device has been decontaminated close the window completely 2 Disconnect the unit from the power source All componen...

Page 39: ...Thermo Scientific Section 4 Operation 4 8 1300 Series A2 ...

Page 40: ... if a sterile sample chamber is required for the work procedure This sterilization procedure is mandatory before filters are replaced or before the unit is discarded Stainless steel is a combination of many different metals including iron and chromium Iron the primary element in stainless steel wants to corrode rust when in its natural state The chromium content in stainless steel prevents corrosi...

Page 41: ...tically charged metal then baking in an oven where the dry powder molecules are melted and fused together This is by far the most durable finish available today and if cared for properly will last for many years The coated surfaces should be cleaned with a neutral detergent and rinsed twice with clean distilled water then dried thoroughly with a clean soft cloth Cleaning or disinfecting coated sur...

Page 42: ...ing hours and slide the window up The UV disinfection time is preset However this setting can be changed if required 1 Turn the unit on and move the window to the work position 2 Press and hold the UV key until the preset time is displayed 3 To increase the time press the internal power supply key Each time the key is pressed the time increases by 30 minutes 4 To reduce the time press the sample c...

Page 43: ...s upper edge ensures that the upper portion of the window can be cleaned and or disinfected Use a commercially available window cleaner to clean the window Clean the drain pan using a solution of tepid water and commercially available mild dishwashing agent 1 Remove the work tray s from the chamber 2 Clean thoroughly to remove residues and deposits 3 Rinse the drain pan using clean water 4 Remove ...

Page 44: ...rst place it on the lip of the back wall then push the retaining tab down and towards the back until the locking tabs are secured behind the inner back wall Caution Do not operate the unit without the paper catch grids installed s 1300 Series A2 5 5 Thermo Scientific Section 5 Cleaning and Decontamination Clean the Paper Catch Grid Retaining tab Grid section Inner back wall Retaining tab Grid sect...

Page 45: ...Thermo Scientific Section 5 Cleaning and Decontamination 5 6 1300 Series A2 ...

Page 46: ...ecking the filter state Verifying device air flows Checking the airflow conditions Repeat test in accordance with YY 0569 2005 In addition to the annual certification Thermo Fisher Scientific offers the following inspection points for your consideration Confirm the unit is within its certification window Check and if necessary clear any debris from under the worktray and paper traps Confirm fluore...

Page 47: ... installed in the light mounting frame in the sample chamber Figure 6 1 1 Switch the unit off and disconnect it from the power source 2 Move the window to the cleaning position below closed position to ensure a sufficient gap between the window s upper edge and the light dome 3 The fluorescent bulbs are installed in rotating sockets To remove rotate the bulb counterclockwise to disengage the latch...

Page 48: ...e performed only by authorized service personnel s Replacements and Repairs UV light Chamber light Figure 6 1 Light Replacement Optional UV Lights Cont 3 Wear protective gloves to prevent skin oils from burning into the bulb The UV bulb is installed in rotating sockets To remove rotate the bulb counterclockwise to disengage the latch and remove it from the sockets 4 To install slide the bulb conta...

Page 49: ... and decontaminated The HEPA filters must be discarded in accordance with the applicable national state and local regulations for special solid waste Warning As this unit can be used for processing and treating infectious substances it may become contaminated Prior to disposal the entire unit with filters must be decontaminated in accordance with acceptable standards and procedures s ...

Page 50: ...1300 1900 Depth mm 798 Height mm 1568 Interior dimensions Width mm 1200 1800 Depth mm 630 Height mm 780 Front window Working position mm 250 Opening max mm 535 Working area height with adjustable height stand Seat position mm 750 Side wall access ports Diameter mm 23 Distance lower edge mm 140 Distance from back panel First access port mm 150 Second access port mm 250 ...

Page 51: ... Room temperature 20 C kJ s 0 20 0 40 Room temperature rise Above room temp with window closed K 2 2 Ergonomics Noise level dB A 67 67 The noise level was determined in accordance with YY 0569 2005 The measurement uncertainty is within a range of 2 dB Volume weights and loads Description 1 2 m Models 1344 and 1374 1 8 m Models 1349 and 1379 Volume Drain pan liters 20 30 Weights Cabinet kg 170 230 ...

Page 52: ...ower consumption maximum A 7 8 Leakage current IEC 61010 1 UL61010 1 mA 3 5 Motherboard fusing A 2 x T 15 A Outlet fusing A 2 x T 5 A On site fusing A Circuit breaker 15 A Fuse T 15 A Power Power input maximum W 1440 2000 Protection Protection class I Protection type IP 20 Overvoltage category IEC 61010 1 UL61010 1 II Contamination degree IEC 61010 1 UL61010 1 2 Connecting lines Mains connection P...

Page 53: ...flow m s 0 50 Downflow m s 0 32 Air volume Overall volume flow m h 1370 2055 Downflow volume flow m h 830 1245 Exhaust air volume flow m h 540 810 Filters Type HEPA Material Fiberglass Separability in MPPS 99 995 Separability at 0 3 µm particle size 99 999 Downflow Width mm 1220 1830 Depth mm 457 Height mm 93 Exhaust air Width mm 610 915 Depth mm 457 457 Height mm 117 117 ...

Page 54: ...working with safety critical materials three to six months Nominal value Default value as specified by Thermo Measured value Value measured at the location of the safety cabinet Tolerance Acceptable deviation from the nominal value Average value The sum of the measuring values divided by the number of tests The average value is compared to the nominal value Setpoint Acceptable operating value for ...

Page 55: ... duct negative pressure and canopy performance As described in the standard in addition to the above the following tests performed at the request of the customer or at the discretion of the certification provider comfort and safety tests lighting intensity noise level vibration electrical leakage ground circuit resistance and polarity tests Note Service with costs Unless certification was expressl...

Page 56: ...e performed by qualified certification bodies The testing would be conducted in accordance with the clauses 5 1 5 2 5 3 5 4 on YY0569 2005 Field Tests Field testing would be performed after installation and cabinet re location The testing would be conducted in accordance with the clauses 5 1 5 4 2 5 4 7 5 4 9 5 4 14 on YY 0569 2005 Maintenance Tests The testing would be conducted in accordance wit...

Page 57: ...lectrical leakage and ground resistance tests GFI Circuit Tester Leviton Manufacturing Little Neck New York 11362 Electrical leakage ground resistance and polarity tests Photometer Air Techniques Owing Mills Maryland 21117 Filter leak test Aerosol Generator Air Techniques Owing Mills Maryland 21117 Generation of aerosol mist Vibration Meter Quest Technologies Oconomowoc Wisconsin 53066 Vibration t...

Page 58: ...he front window to the work position 250 mm 2 Attach the flow hood 1 in the work opening 2 and seal the remaining open areas 3 Operate the system blowers for approximately 20 min 4 Record at least 5 measurements of the inflow air volume 5 Average those readings and calculate the inflow velocity V1 as described below 1300 Series A2 8 5 Thermo Scientific Section 8 Certification Testing Testing Infor...

Page 59: ... can t be adjusted due to clogging of the filters change the exhaust filter If the filter is in order change the exhaust blower Note Check of alarm limits If S1 or S2 are changed the alarm limits S3 and S4 must be checked and saved again s Inflow Velocity Constricted Window Method Secondary Description Inflow velocity measured over several points through a constricted window Equipment Thermal Anem...

Page 60: ...2 m models and 11 readings for 1 8 m models 5 Average those readings and calculate the inflow velocity V1 as described below Calculation Inflow velocity V1 average of actual inflow velocity factor 0 3 Acceptance 0 5 m s 0 025 m s Note The thermoanemometer probe must be positioned at a 10 angle from front vertical and located on the same plane as the inside of the window glass Multiply the K factor...

Page 61: ...robe stand adjusting the height to 100 mm above the exhaust filter 3 Record the readings on a horizontal plane 100 mm above the effective exhaust filter area in a grid pattern not to exceed 100 mm x 100 mm 4 Average the readings and calculate the inflow velocity Grid Pattern 1 2m models 1344 1374 1 8m models 1349 1379 8 8 1300 Series A2 Thermo Scientific Section 8 Certification Testing Testing Inf...

Page 62: ...st volume V3 Work opening area A2 Acceptance 0 5 m s 0 025 m s Downflow Velocity Uniform Cabinet Description Measures the velocity of air flow onto work surface through supply filter Equipment Thermal Anemometer or equivalent hotwire Freestanding Fixture or equivalent Method 1 Operate the unit in the work position for approximately 20 minutes 2 Insert the anemometer probe into the probe stand adju...

Page 63: ...d activate S1 change S1 until the desired velocity is reached and save the new value If the velocity can t be adjusted due to clogging of the filters change the supply filter If the filter is in order change the supply blower Note Check of alarm limits If S1 or S2 are changed the alarm limits S3 and S4 have to be checked and saved again s 8 10 1300 Series A2 Thermo Scientific Section 8 Certificati...

Page 64: ...r sample hose to the appropriate supply or exhaust test hose connection exhaust test hose right side supply test hose left side from under the work tray 5 Using either the appropriate upstream challenge measurement or calculated challenge value set the photometer accordingly 6 Scan the downstream side and perimeter of the filter as prescribed in YY 0569 2005 Acceptance Filters scanned 0 01 of upst...

Page 65: ...e outside work opening approximately 38 mm away from the cabinet Window Seal Test Pass smoke up both sides and across the top of the window opening from inside the work area approximately 50 mm from the edges Acceptance No smoke shall have dead spots reflux or escape the cabinet once drawn in Description Refer to GB 4793 1 1995 Description Verify the unit is integrated properly into the facility 8...

Page 66: ...red Leave the service level without saving this value by pressing the acknowledge alarm key Inflow Enter the service level and activate S04 Verify that the inflow velocity is 20 lower than the rated velocity by following one method described previously Change and save S04 if needed and leave the service level Enter the service level again and set S02 to the value of S04 0 5 The LED Airflow Stable ...

Page 67: ...oke around the air gap to ensure negative pressure exists Acceptance No smoke refluxes back into the room once drawn into the canopy Direct Connections Equipment Manometer or equivalent Method Measure static pressure in the duct between the unit and balancing dampers Acceptance Negative pressure exists Note Standard For additional and detailed information regarding these tests refer to YY 0569 200...

Page 68: ...1300 Series A2 9 1 Thermo Scientific Device type Part number Serial number Service number Location Operator s note Technician Company Notes Date Signature ...

Page 69: ...Thermo Fisher Scientific 401 Millcreek Road Marietta Ohio 45750 United States www thermofisher com ...

Page 70: ...1300 系列 A2 II级 A2型生物安全柜操作手册 5991355 ...

Page 71: ...和您的研究免受有害物质污染以及交叉污染本用户手册提供如何能够最有效和安全地使用 1300 系列 A2 型生物安全柜的指南 1300 系列 A2 生物安全柜提供了一套独特的产品特点其特点能增强您的安全性提高整体操作效率如果您对于使用此产品有任何问题或者对于它的特点您需要进一步的了解请联系我们当地的代销商该手册包括下列型号 1344 1354 1 2m 230V 1349 1359 1 8m 230V 1374 1384 1 2m 230V 1379 1389 1 8m 230V 包括柜体高度可调节的支架 UV灯和扶手 Thermo Scientific 1300 Series A2 i ...

Page 72: ...reface 重要阅读操作没有阅读理解和遵守该手册可能导致损坏机器人员受伤和降低机器性能警告所有内部的调整和维护必须有专业人员完成用户手册只是提供信息为目的产品和内容的更改不另行通知赛默飞世尔不代表或承担用户手册的责任赛默公司不承担与手册有关或无关而引起的任何直接或意外的伤害 2020 賽默飞世尔保留所有权利 ii 1300 Series A2 Thermo Scientific ...

Page 73: ...EEE 指令下的电子电器设备该设备于2005年8月13 日后投放市场该产品符合欧盟2002 96 EC WEEE 电子电器设备废弃指令标识WEEE标志賽默飞世尔在每个欧盟成员国已联系了一个或多个回收和处理的公司改产品应有他们处理或回收更多关于賽默公司符合指令所在国的回收商和产品的信息参见www thermofisher com 始终使用适当的保护设备衣服手套眼镜等始终驱散极冷或极热并穿有保护衣始终遵守好的卫生习惯个人对自身的安全负责 Thermo Scientific 1300 Series A2 iii 安全柜内所使用的试剂和或从事的工作可能会对你或他人的健康造成危害必须正确地使用安全柜使用前必须阅读操作手册 ...

Page 74: ...使用 1 6 机器界面 1 7 工作室照明 1 8 紫外灯 1 9 工作区 1 9 安装 2 1 选配排气连接 2 2 排气系统附件 2 2 移动机器 2 4 维修阀安装 2 5 启动 3 1 有或没有支架 3 1 放开配重 3 3 电源连接 3 4 安装测试 3 5 查找认证人员 3 6 操作 4 1 校准程序 4 2 启动机器 4 3 操作模式 4 3 放置样品进腔体 4 5 故障信息 4 5 操作建议 4 6 操作中断 4 7 关闭机器 4 8 处置机器 4 8 Thermo Scientifi 1300 Series A2 iv ...

Page 75: ... 第九章清洁净化 5 1 喷擦消毒 5 1 消毒准备 5 2 清洁 5 2 最终消毒 5 2 喷擦消毒后的紫外灯消毒 5 3 甲醛消毒 5 4 外表面清洁 5 4 清洁窗口 5 4 清洁集水盆 5 4 清洁纸屑捕获栅格 5 5 保养维修 6 1 维修 6 2 样品室照明 6 2 选配紫外灯 6 2 更换和维修 6 3 机器处置 6 3 技术参数 7 1 认证测试 8 1 数据记录质保 9 1 v 1300 Series A2 Thermo Scientific ...

Page 76: ...RS 232 接口电源线电气外壳集流腔灯罩控制面板手柄前窗进气测试管工作盘维修阀维修阀通路口支架选配图 1 1 仪器零件扶手排气测试管集流腔组件由用于下降气流风机腔体和排气风机腔体组成每个风机配有一个过滤器气经由仪器顶部的开口排出腔体照明有两个荧光灯跑组成选配工厂安装的紫外灯位于样品室前面的顶上各三个维修阀开口位于两个侧面安装维修阀阀时移去穿孔中心的插头 Thermo Scientific 1300 Series A2 1 1 ...

Page 77: ...44 1354 1374 1384 单项右侧 1349 1359 1379 1389 两个单项左右两侧测试管气溶胶验证口位于工作台下进气口在左边排气口在右边注意不要移动两个测试口的封口去检测进出口气流安全系统负压系统负压系统有进气和排气的高效过滤器组成起到保护人员和产品的作用人员保护通过工作窗口的恒定高速进气流阻止腔室开口的泄漏外部气压高于内部气压形成负压防止仪器泄漏产品保护空气系统内的稳定气流确保产生恒定的向下气流使得高效过滤器带走污染物从而使得产品一直处于超纯空气中有害的颗粒不会流经样品室防护交叉感染高效过滤器样品室内的下降空气和排除空气通过高效过滤器清洁 1 2 1300 Series A2 Thermo Scientific ...

Page 78: ...一个可听见和看见的警报实际的下降风速和进风风速被实时监测并显示处理窗口开口报警位置传感器觉测前窗开口的尺寸指示出口是否开到特定的位置关闭节能或位于不安全的中间位置 Thermo 性能指示 Thermo 性能指示 PER 是用于显示仪器安全状态的数值数值的获得是通过计算HEPA过滤器的负载气流状态和认证获得的数值等数据这个数据形成一组控制软件参数相关关联其结果通过LED显示通过专业人员对新的HEPA过滤器的认证 PER指示显示为绿灯随着仪器使用老化灯光颜色随之变化红灯仪器不能接受应该停止使用在使用前应该解决所用有关机器的安全问题 Thermo Scientific 1300 Series A2 1 3 ...

Page 79: ...再循环过滤过的空气再经过下出风和排风的过滤器按比例分配过滤一组过滤后的空气作为超纯的气体送到仪器的样品间另一组超纯气体排到室内或通过排气连接进入外部排气系统房间空气图1 2 含流入和外流气体过滤器的HEPA过滤系统超纯空气排风过滤器排风风机送风风机送风过滤器超纯空气腔内下降气流混合空气纸片捕获网纸屑捕获格栅组合的纸屑捕获栅格安装在工作盘下面的空气管道内插在仪器内外壁之间这些栅格用于阻止大件物品如纸巾和棉纸进入集流腔而削弱风机和过滤器的功能该栅格易于安装清洗 1 4 1300 Series A2 Thermo Scientific ...

Page 80: ...控制面板 Section 1 描述控制面板位于仪器的前部有键盘状态显示和数字显示组成显示键盘图1 3 控制面板状态显示器显示部分有五位面板显示以下信息仪器的工作时间向下流和流入气体速率常规紫外消毒的剩余时间键盘是开关功能状态指示器显示窗口工作位置气流降低的通风机的速度 Thermo性能指示 Thermo Scientific 1300 Series A2 1 5 ...

Page 81: ...室窗口的工作位置是250mm打开进入样品室时窗口完全打开为了清除净化和节约能量在通风机的速度被降低的时候窗口可以紧闭注意窗口工作位置和装载位置通过微动开关控制显示在用户界面控制面板的状态显示器上窗口 1300 SERIES A2 最大开放高度为装载样品室工作位置关闭位置窗口 1300 SERIES A2 开放高度为清洗位置柱板柱板图 1 4 打开窗口 1 6 1300 Series A2 Thermo Scientific ...

Page 82: ...操作的高度 250 mm开放高度如果窗口离开了操作高度窗框高度指示灯会变红将窗口位置放在关闭位置或缩小开口模式位置将它移到地位凹槽区域图1 7 会看到蓝色缩小开口模式状态指示灯会变亮图1 8 如果窗口位置不正确或者离开了关闭位置蓝色的状态指示灯会熄灭当蓝色的缩小开口模式指示灯不变亮仪器不会在该模式下工作可选择的紫外灯也不会工作 dimple 图1 5 250mm 开口工作位置图 6 点亮绿色ＬＥＤ灯 dimple 图1 7 完全关闭位置紫外灯工作图1 8 点亮蓝色LED灯 Thermo Scientific 1300 Series A2 1 7 ...

Page 83: ...系当地技术服务部门不要试图修复这个问题标准的装置包括内部电源输出口阀门和软管的阀门出口一个RS 232连接口和一个连接到外部警告系统连接口用于连接电源的内部电源输出口位于安全柜背后的上面部分这个输出口最大电流5 A 位于样品室的内壁在仪器1 2 m处有两个输出口在仪器61 8 m处有四个输出口位于安全柜的顶部是两个为5A的微型保险丝的保险丝夹和有一个 RS 232连接口维修阀口位于安全柜的每一边这些出口可以用为电缆的路由选择或安装维修阀外部警告系统连接口可以被用作外部排气系统控制或者错误报告系统警告如果在样品室内操作一个煤气灯则必须要安装一个气体供给系统的合适的切断阀请仅在样品室内使用实验室安全灯具 1 8 1300 Series A2 Thermo Scientific ...

Page 84: ...机器界面续 L 保险丝 N Section 1 描述 RS 232 电源线图 1 9 机器界面维修阀通路口电源插座维修阀工作室照明样品室照明有两个荧光灯泡这两个灯泡安装在灯罩里面 Thermo Scientific 1300 Series A2 1 9 ...

Page 85: ...窗开着的时候紫外的常规消毒将立即取消图 1 10 照明紫外灯样品室照明灯罩注意为了防护紫外辐射紫外灯仅在前窗完全关闭的时候方可开启工作区仪器随机配有单块工作盘位于积液盘上方的机架上在需要大孔的工作环境是它可以提起移走理想的产品保护工作区域延伸到整个工作盘的宽度和深度选配的两只扶手位于工作区中间彼此间隔200 mm 通过插进工作盘上穿孔的轨道来安装扶手警告只有扶手安装正确才能保证工作安全工作盘穿孔轨道宽度扶手间隔扶手深度穿孔轨道图1 11 工作盘 1 10 1300 Series A2 Thermo Scientific ...

Page 86: ...并且必须为非易燃材料如果没有购买公司认可的支架支撑装置至少为安全柜重量的两倍以上放置仪器的房间天花板应有足够的高度那些没有连接排气系统的仪器部位仪器排气系统和房间天花板之间的距离必须至少为200 mm 8 in 该位置必须安装合适的通气系统房间内的温度为10 C到40 C之间 50 F到104 F 仪器周围的相对湿度必须在最高31 C时不能超过80 到 40 C时线性地减少到50 本生物安全柜只能在室内使用房间通风应该为一个适宜的通风系统遵从国家应用条例房间的进气或出气口位置应该远离安全柜以防止气流损伤生物安全柜的功能当固定安全柜时确保机器背面的配重可以自由一定移动机器距离墙面或相邻物体不小于7 6厘米 Thermo Scientific 1300 Series A2 2 1 ...

Page 87: ...附件下进行标准配置的安全区进行测试生物安全柜排气系统配有一个套管接头用于连接风机与现场的排气系统排气系统部件安装在安全柜顶部的开口处用于固定螺钉的螺孔预埋在机器内 1 2 m型号的安装 1 关掉机器并切断电源 2 仔细清洁排气口周围和待安装附件的表面确保没有残片 3 在接触表面涂上密封胶 4 通过提供的固定M5螺钉板紧固定附件 5 去掉多余的密封胶套管限位螺钉排气口螺纹孔图2 1 1 2 m 套管 2 2 1300 Series A2 Thermo Scientific ...

Page 88: ...细清洁排气口周围接触表面和适配器上下的接触面确保所有的油脂和灰尘残余清理干净 3 用提供的螺钉固定适配器到机器顶部的预装螺纹孔手动旋紧螺钉接线套筒 4 用板手旋紧提供的 M5螺钉来固定附件 1 将连接套筒放置到附件的连接口并用螺钉固定 2 用连接管 200 mm 连接现场的排气系统和连接套管并用密封胶固定 3 用盖子封住未用的开口盖子上涂上密封胶将它盖到机架的连接口上并用螺钉固定套管限位螺钉排气口螺纹孔接管套管盖套筒开口适配器图2 2 1 8 m 套管和套筒 Thermo Scientific 1300 Series A2 2 3 ...

Page 89: ... 仪器必须当使用四个螺丝见 5 3部分平衡物被锁定时方可搬动警告移动仪器时抬起仪器的抬起点见图2 不允许将安全柜的重量依赖于地板上压碎危险前窗的重量通过平衡物平衡在仪器的后面该仪器必须当使用四个螺丝见 5 3部分平衡物被锁定时方可搬动提示将仪器的重量落到集液盘上警告前窗的重量通过仪器后部的配重来平衡该仪器必须当使用四个螺丝见 3 2 平衡物被固定后方可搬动图2 1 安全柜抬起点 2 4 1300 Series A2 Thermo Scientific ...

Page 90: ... 275 mm A1 S2 100 mm S2 注意只能安装符合国家法规的维修阀插头 S1 图2 3 维修阀位置维修阀可以通过三个维修阀安装口安装在每个侧面 1 将前窗置于完全打开的位置 2 关掉机器并切断电源 3 在内外两面的预定点上刻上圆痕去掉中间部分 4 参见下页图2 4 将垫圈和底座套在维修阀的螺纹管上在法兰上用上细硅胶 5 从样品间内部将维修阀穿进指定的插头 6 从外面在维修阀的螺纹管上套上衬垫和垫圈在阀门的外法兰上用上洗硅胶 7 用螺母将电磁阀固定到侧面板上 8 用接头螺母连接上供气管注意如果维修阀移走维修阀安装口插头应该重新封上 Thermo Scientific 1300 Series A2 2 5 ...

Page 91: ...Section 2 安装维修阀安装续维修阀维修阀插头垫片螺母图2 4 阀门总成和安装 2 6 1300 Series A2 Thermo Scientific 螺纹管底座 ...

Page 92: ...器都完全窝在里面以避免在安装过程中折弯 1 将伸缩腿放到侧板的包装盒上取出工具包中的可调节调平器装到一端内陷的伸缩腿上注意安装前确认调平器安全拧入用榔头将调平器敲到位 2 放好左右侧面板将伸缩腿组装到侧面板上如图3 1所示 3 高度可调节的支架调节范围为680 880 mm 为了将支架设定到想要的高度将腿向下拖出轨道到想要的高度通过安装在每个轨道的两个螺钉锁定调到的高度位置 4 取出包装箱中的两根横棒他们与侧面板分开包装装在侧面板的止块上标签朝外拧紧到位之前用手装上所有附带的螺钉而后在拧紧 5 安装仪器外壳到机架上将四个六角螺钉松落地放入仪器底部的螺丝孔中 6 将安全柜置于机架上那样六角螺丝走在钥匙止块的插孔中 Thermo Scientific 1300 Series A2 3 1 ...

Page 93: ...ion 3 启动安装支架续轨道螺钉侧面板l 横架锁眼腿支架螺钉止块 Side 柜体t 横架螺钉后部伸缩腿调平器 Screws 柜子前部平垫螺钉角锁眼锁眼止口图 3 1 支架总成锁眼止块 7 滑动仪器结构到固定的插孔图3 1 8 拧紧四个六角螺丝 9 安全柜水平放置用法说明见下面部分 3 2 1300 Series A2 Thermo Scientific ...

Page 94: ...动警告压碎风险在松开后手及手指远离平衡物移动的范围之内松开平衡物移开四个固定螺丝位置见图 3 2 箭头所示并保留螺丝图3 2 松开平衡物安全柜水平放置注意安全柜放置在工作地点后应该水平放置 1 对于无机架仪器将气泡水准仪置于工作托盘表面调节结构直至水准仪在所有方向上显示均为绝对的水平位置 2 对于有可选机架的仪器将气泡水准仪置于工作托盘表面使用开口端或可调的扳手调节立台的四个脚直到水准仪显示所有方向均为绝对的水平位置从右到左从前到后进行 Thermo Scientific 1300 Series A2 3 3 ...

Page 95: ...供给系统上 2 将仪器的插头正确连接到接地和保险丝出口上出口必须使用易熔连接 T 15A 或使用断路器 B15 分别融合如果插座的规格不能和电源插头匹配请咨询有资质的电工置换或者安装正确的插头 3 确保电源电缆路线远离平衡物和电缆导线仪器的左侧有附加的固定点可以用于电源电缆的路由选择 4 确保电源供给线没有受到拉长或者压缩力为了保护偶发的断电电源供给插座必须远离偶发事件并且仅由授权专业人员安装理想地电源插座应位于安全柜的上面电源供给电缆是断掉装置和电源的唯一途径如果仪器样品室由服务阀气体水供给该阀必须通过仪器的主要正确接地通过仪器的主要地面接地在电源供给系统连接时将窗口位置放在工作位置上等待所有的指示灯变绿仪器现在可以正常运作控制面板也可以正常使用 3 4 1300 Series A2 Thermo Scientific ...

Page 96: ...能模式被检查或检测结果在特定的YY 0569 2055标准的安全值之内流入速率变化图测试向下流速率变化图测试 HEPA 过滤器泄漏测试气流组织测试场所安装评估测试每年修复仪器后或仪器放置位置更改超过 5cm 必须进行重复的测试操作者应该向授权的服务技术人员索要书面的测试报告警告该仪器的安全操作特别是个人和产品保护仅在该仪器所有安全功能被检测和认可后保证警告如果该仪器的所需要安装性能和认证测试或这些测试和重复测试在没有收到充分训练或授权个人进行赛默飞世尔不担保操作的安全性警告初始操作和紧接的安装测试不包含任何的去污染措施该仪器的样品室和附件必须根据应用程序的卫生指导经过消毒和清洁 1300 Series A2 3 5 ...

Page 97: ...Section 3 启动查找认证公司警告服务和认证必须由有资质的人员进行生物安全柜认证包含一系列的测试证实安全柜在生产商的操作参数内运行为了确保生物安全柜的运行每个安全柜应该在安装时进行实地测试此后每年至少一次安全柜应该在 HEPA 过滤器更换内部维修或更换位置后进行重新认证 3 6 1300 Series A2 Thermo Scientific ...

Page 98: ...关开关 UV灯开关静音 m s 绿黄红工作开口气流绿黄红不在正确位置红不稳红降低风速图4 1 控制面板功能工作开口在正确位置绿气流稳定绿显示部分显示每次操作的以下信息在每次正常操作时仪器的工作时间在安全工作模式时向下流和排气速度紫外灯可选择的照亮的时间剩余的消毒时间按时间速度按键在安全工作模式下切换操作时间和向下流和排气速度窗口在打开状态安全操作位置 Thermo Scientific 1300 Series A2 4 1 ...

Page 99: ...蓝色LED亮指示电力打开紫外灯键用于打开或关闭紫外消毒功能黄色LED亮指示紫外消毒程序运行如没有选择安装紫外灯装置则该键没有任何功能当可选择的紫外灯打开显示部分会交替显示dIS和预先设置的剩余时间静音键用于报警声的静音启动机器 1 打开机器按住ON键直到风机启动可听见风机运作的声音状态指示灯 LED 会变亮注意打开开关从按键动作到设备响应可能会存在几秒钟的延迟 2 将前工作窗打开到工作位置 250 mm 打开当到达正确位置时前工作窗位置绿色指示灯亮起侧边导轨上设置了用来标定前工作窗下边缘位置的记号这些记号帮组确定前工作窗的正确位置 3 等待直到气流稳定绿色指示灯亮起说明气流已稳定 4 设备已准备好可以使用 4 2 1300 Series A2 Thermo Scientific ...

Page 100: ...用气流系统送风设备打开红色指示灯气流稳定亮起前工作窗不在工作位置前工作窗红色指示灯亮起样品室照明打开样品室内的电源供应打开如果内部电源供应打开则柜内电源插座指示灯亮起蓝色工作模式是当前工作窗置于工作位置同时气流系统稳定运行时设备会进入工作模式前工作窗气流稳定绿色指示灯亮起侧边导轨和前工作窗下沿处于同一高度无报警声样品室照明打开样品室内的电源供应打开如果内部电源供应打开则样品室内电源插座黄色指示灯亮起 RS 232接口打开开关处于监视接触状态显示单元会显示运行时间流出和流入气流速度待机模式前工作窗可以降下将样品室关闭气流系统的输出减少也会随之减少到相应程度前工作窗不在工作位置红色指示灯亮起气流减少蓝色指示灯亮起样品室照明打开样品室内的电源供应打开气流不稳定红色指示灯亮起如果内部电源供应打开则柜内电源插座蓝色指...

Page 101: ...设定的时间结束然后紫外灯会自动关闭指示灯也会熄灭样品室照明关闭样品室内的电源供应也打开放置样品进腔体 1 将前工作窗打开到最大位置自动打开风机全速送风 2 将实验辅助物品放入工作盘的操作区域为了防止阻塞了前面的进风口 3 将前工作窗移动到工作位置前工作窗绿色指示灯亮起然后等待气流稳定气流稳定绿色指示灯亮起警告只有在气流系统适当地工作时操作者和物品才能确保受到防护如果前工作窗处于工作位置时警报系统发出故障信息则应立即停止使用否则可能会导致有害物从安全柜中泄露 4 将样品放入工作面 5 在工作间隙或在长时间实验的不需要进行动手操作的时段将设备转换到待机模式 4 4 1300 Series A2 Thermo Scientific ...

Page 102: ...闭实验室的门窗以防止扰动气流关闭安全柜附近的可能造成气流扰动或辐射过多热量的仪器设备在样品室内使用明火可能干扰安全柜的正常气流条件操作建议在安全柜中进行操作时遵守工作规则能尽可能的保证安全在开始工作之前摘下佩戴的珠宝等饰品佩戴好实验需要的个人防护品如保护手套面部或身体的防护物定期对昂品柜表面进行消毒工作期间把样品放在工作盘的规定工作区域内不要把无关的物品放在样品室内使用经过清洁和消毒的辅助用品不要在样品室内或在打开的工作窗前快速的移动手胳膊或身体以免形成空气湍流不要在样品室内放置会引起空气湍流和过分辐射热量的辅助物品不要阻碍气流通过工作盘上的通风槽进行循环 Thermo Scientific 1300 Series A2 4 5 ...

Page 103: ...使大腿水平放置时小腿和大腿之间的角度不超过90度应使用脚垫 DIN 4556 来补偿地板和座椅之间的高度脚垫的有效面积不应小于45X35厘米 18X14英寸斜面的角度应调整到5 15度应将到地板的高度调整到不低于11厘米 4英寸前臂水平放置在扶手大腿水平大腿小腿之间成 90 倾角 5 to 15 至少离地4英寸 15 图 4 2 坐姿工作完成后 1 将样品从样品室内取出适当保存 2 对样品室表面进行清洁和消毒包括工作盘和底板 3 对所有辅助物品进行清洁和消毒 4 6 1300 Series A2 Thermo Scientific ...

Page 104: ... 熄灭显示单元的右侧指示部分显示一个圆点说明仍然处于通电状态注意出于安全考虑在前工作窗关闭后才能关闭风机关闭机器处理机器如果安全柜不再使用或需要长期存放必须进行彻底净化警告需要彻底关闭设备时必须对样品室进行彻底的高压和消毒处理包括过滤器必须通过适当且被认可的措施和程序进行彻底净化 1 在设备被净化后完全关闭前工作窗 2 切断设备电源除HEPA过滤器外所有的零部件经过清洁消毒后都可以丢弃 HEPA过滤器的处置必须符合相关的国家州和地方有关固体废弃物的法规警告由于该仪器可用于加工处理传染物质在处置前必须要进行消毒符合相关可接受的标准和程序 Thermo Scientific 1300 Series A2 4 7 ...

Page 105: ...消毒程序蒸汽灭菌可用于可移动的不锈钢器件的消毒例如工作盘休息扶手和纸屑捕获网格参见章节 9 6 9 7 甲醛灭菌如果工作程序中需要在无菌的样品室中进行则可采用甲醛消毒程序在以下情况时必须进行这一消毒程序在更换过滤器之前和在丢弃安全柜之前喷擦消毒喷擦消毒有三种应用消毒准备再清洁最后消毒警告含氯的消毒剂可能会腐蚀某些表面因此只能使用无氯消毒剂过度使用含醇量超过70 的消毒剂可能会导致塑料器件变脆必须使用低含醇量的消毒剂如果使用超过70 醇含量的消毒剂则用量必须限制在200克 7盎司并且不超过2小时基于季胺类化合物的消毒剂能同时满足对以上条件 Thermo Scientific 1300 Series A2 5 1 ...

Page 106: ...可以从样品室中取出分别消毒 4 进行预消毒可以对样品室的表面喷洒或抹擦消毒剂 5 不要从插槽中取下紫外灯利用湿布彻底擦拭即可同时注意不能浸泡 6 打开设备使其进入工作模式经前工作窗移到工作位置 7 让消毒剂作用到厂家推荐时间然后让安全柜在工作模式下运行 15到20分钟以便气溶胶被滤器吸收 1 用温水和商品化的中性洗涤剂可以彻底清除污渍和沉积物 2 用干净的布和大量清水擦净表面 3 将底板上的清洁液去掉用软布擦干样品室表面 1 再次对样品室的表面喷洒或抹擦消毒剂 2 让消毒剂作用到厂家推荐时间 5 2 1300 Series A2 Thermo Scientific ...

Page 107: ...指示灯亮起 2 按下操作面板的紫外键开始紫外消毒程序按住紫外键直到出现切换显示dIS和剩余消毒时间中断取消紫外消毒程序可以通过按下紫外键会显示运行时间和抬起工作窗紫外消毒时间是预先设定的如有需要可以变更设置 1 打开安全柜开关将前工作窗移到工作位置 2 按下紫外键直到显示预设时间 3 增加时间按INTERNAL POWER SUPPLY键每按一下增加30分钟 4 减少时间按INTEGRAL SAMPLE CHAMBER ILLUMINATION键每按一下减少 30分钟 5 储存设定按下紫外键面板再次显示运行时间注意紫外消毒时间可调节范围从0 00 关闭到24 00小时 1300 Series A2 5 3 ...

Page 108: ...训练并被授权的技术服务人员进行用温水混合商品化的中性洗涤剂擦拭设备的外表面然后用干净的染布擦干进行清洁以及喷擦消毒时可将前工作窗降到关闭位置之下参见第一部分窗口使用照明室和前工作窗之间留有间隙以便对工作窗上部进行清洁和消毒对前工作窗的清洁可采用商品化的窗户清洁剂清洁底板应使用温水混合的中性洗涤剂 1 从样品室中取出工作盘 2 彻底去除污渍和沉积物 3 用干净的布和足量的水擦洗底板 4 除去清洁用的液体让水分充分干燥注意清洁工作完成后应确保清洁用物品没有遗留在底板上 5 重新安装工作盘 5 4 1300 Series A2 Thermo Scientific ...

Page 109: ...清洁与消毒保护性纸屑捕获网格靠自身张力固定在空气管道中 1 取下阻拦网时向下按固定卡直到阻拦网能从内部后壁下方取出 2 安装阻拦网时首先将它放在底部管壁的唇边上然后向下按固定卡再向管内推直到固定卡牢固的固定在内部后壁 3 上警告不得在没有安装纸屑阻拦网的情况下运行安全柜限位止块格栅部分格栅部分里面后墙限位止块图5 1 保护用纸屑捕获格栅 Thermo Scientific 1300 Series A2 5 5 ...

Page 110: ...查气流条件根据YY 0569 2005标准重复测试除了手动认证赛默飞世尔科技还提供了以下检查点来供您参考在装置认证窗口中对其进行确认进行检查必要时清理工作托盘和存纸器下的碎屑确认荧光和紫外光如存在灯泡清洁且正常工作确保所有检修阀如适用处于正常工作状态确保平衡物通道通畅不受阻挡带子在整个行程中可以自由移动 1 特此提醒 Thermo Fisher 进行了专门设计如果玻璃附着点出现故障则带子将会堵塞因此如果带子堵塞或看起来移动迟缓则请勿施加力量请立即联系当地经销商定期检查这些项目可帮助确保机柜始终处于安全状态并按照预期方式运行警告样品室顶部的扩散板的作用是保护向下气流的滤器以及防止向下气流回流当对滤器表面进行防泄露检查时应将多孔板取下 Thermo Scientific 1300 Series A2 6 1 ...

Page 111: ...室的固定框上图6 1 1 将设备关闭将电源线从插座上切断防止意外接通 2 将前工作窗移到清洁位置确保工作窗上沿和灯室之间有足够的缝隙 3 将日光灯安装在旋转卡槽内取下时反时针转动灯管打开锁扣然后取下 4 安装时将灯管的针脚插入旋转卡槽然后顺时针转动固定可选件设备整合的紫外灯 1 按装在样品室顶部紧靠工作窗的位置紫外灯应每运行1500小时进行更换见图6 1 1 将设备关闭将电源线从插座上切断防止意外接通 2 将前工作窗打开到最大位置 3 戴上防护手套以防止皮肤脂屑灼伤灯管紫外灯管按钻杆在旋转卡槽内取下时反时针转动以松开锁扣然后取下s 4 安装时将灯管的针脚插入旋转卡槽然后顺时针转动固定 6 2 1300 Series A2 Thermo Scientific ...

Page 112: ...系统例如故障报告系统翻新整合到设备控制中去特别要注意的是是对过滤系统的修正以及造成气流变动的维修可能与人身和物品防护要求不符因此这些工作必须有经授权的维修人员完成丢弃的安全柜或设备组件包含有可重复利用材料除了HEPA过滤器外所有组件均可在彻底清洁和净化后丢弃 HEPA过滤器的丢弃则必须根据国家和地方对特殊固体废弃物相关规定进行警告由于设备用于处理感染性物质所以可能存在污染在丢弃之前应按认可的程序和标准对设备进行彻底净化 Thermo Scientific 1300 Series A2 6 3 ...

Page 113: ... m 尺型 1349 1359 和1379 1389 外尺寸宽 mm 进深 mm 高 mm 1300 1900 802 802 802 802 1520 内尺寸宽 mm 进深 mm 高 mm 1200 1800 630 780 前工作窗工作位置 mm 最大打开位置 mm 250 500 固定高度架子的工作区域高度座位位置 mm 750 侧面接口直径 mm 距边缘距离 mm 23 23 23 23 150 130 130 130 到后边缘的位置第一接口 mm 第二接口 mm Thermo Scientific 1300 Series A2 7 1 ...

Page 114: ...承重 kg lb 重量 Section 7 Specifications 25 50 75 环境条件描述 1 2m 尺型 1344 1354 和1374 1384 1 8m 尺型 1349 1359 和 1379 1389 温度最高运行环境温度 C 最低运行环境温度 C 40 10 湿度最大湿度运行 r H 最大湿度保存 r H 90 无凝结 95 对环境的热散逸室温20 C kJ s 0 15 0 26 室内温升指数窗户关闭条件下室温之上 K 2 2 工效学噪声级别 dB A 63 2 65 2 噪声级别的认定根据 NSF ANSI 49 2004 测量误差范围在 2 dB 之内 7 2 1300 Series A2 Thermo Scientific ...

Page 115: ... 风机电压 V 1 N PE AC 230 V 50 60 Hz 51 5 VDC 电流最大功耗 A 漏电电流IEC 61010 1 UL61010 1 mA 主板熔断 A 插座熔断 A 当场熔断 A 7 8 3 5 2 x T 15 A 2 x T 5 A 开关15 A 保险丝T 15 A 功率最大输入 W 1440 2000 保护电路保护级别保护类型过电压类别 IEC 61010 1 UL61010 1 污染程度 IEC 61010 1 UL61010 1 I IP 20 II 2 线路主连接电缆 3 7 m Thermo Scientific 1300 Series A2 7 3 ...

Page 116: ... 1389 气流气流速度进入气流 m s 下降气流速度 m s 0 50 0 32 风量整体流量 m h 下降气流流量 m h 废气流量 m h 1370 2055 830 1245 540 810 过滤类型材料 MPPS分离能力对0 3微米直径颗粒的分离能力 HEPA 玻璃纤维绒毛 99 995 99 999 下降气流宽度 mm 进深 mm 高度 mm 1220 1830 457 93 废气宽度 mm 进深 mm 高度 mm 610 915 457 457 117 117 7 4 1300 Series A2 Thermo Scientific ...

Page 117: ...次检测无论改变了过滤器内部维修还是仪器重新定位都需要对仪器再次进行标准验证当应用关键性安全材料时需要考虑更加频繁的验证 3 6个月正常值 Thermo公司描述的缺省值测量值在安全柜所在地的实测值误差可接受的与正常值的偏差平均值实测值的总和除以次数平均值用于比较名义值设置点可接受的进风和下降风速的工作值进风速 m s 空气进入样品间开口的速度下降风速 m s 移动气体在工作室内循环的速度排气速度 m s 通过排气过滤器排风口排出气体的速度排风量 m3 h 在排气过滤排出的气体的总量 Thermo Scientific Model 1300 Series A2 8 1 ...

Page 118: ...场进行测试频率最少为一年一次下行风速截面测试进风速度测试气流烟雾测试 HEPA过滤器泄漏测试场地安装评估测试报警功能排气系统性能合适排气管道负压和屏蔽性能排气系统性能合适排气管道负压和屏蔽性能除上述标准测试外下列测试将根据客户要求或认证人员需要来进行舒适性和安全测试灯光强度灯光强度噪音值振动振动漏电接地电阻和电极绝缘注意付费服务 Unless 现场测试的费用由用户承担除非规格书报价和合同中特别注明 8 2 Model 1300 Series A2 Thermo Scientific ...

Page 119: ...117 过滤器泄漏测试气溶胶发生器 Air Techniques Owing Mills Maryland 21117 产生气雾胶振动计 Quest Technologies Oconomowoc Wisconsin 53066 振动测试万用风罩气流测速表 Shortridge Instruments Inc Scottsdale Arizona 85260 下行风速测试备选的收紧窗口的进风风速测试测试设备测试信息 Thermo Scientific Section 8 认证测试我们推荐如下工厂的测试设备用于这些测试进风风速 DIM法主要的描述直接进风测试法测试进风风速 DIM 仪器 Shortridge ADM 870 or equivalent Flow hood Series 8400 or equivalent 方法 1 将前窗开到工作位置 250mm 2 工...

Page 120: ...V1 进风量 V2 实际进风面积 A2 允许值 0 5 m s 0 025 m s 修正测量值进入维修界面按 S2 调节 S2到设定值保存设置如果由于过滤器堵塞不能调节速度那么就调节排气过滤器过滤器调好后调节排气风机注意检查报警限值如果S1或S2改变报警限值S3和S4 必须检查后保存进风速度缩小窗口方法备选法描述进风速度通过缩小窗口上的几个穿口点测试仪器温差式风速机或类似仪器灼热丝风速计探头固定架 8 4 Model 1300 Series A2 Thermo Scientific ...

Page 121: ...空气从窗口中心流经它 37 5 mm 4 从左侧面150 mm开始间隔150mm连续记录读数3 1 2 mm规格记录7个点 1 8 mm规格记录11个点 5 算出均值按下列算式计算出进风速度 V1 算式进风速 V1 进风速均值因子 0 3 可接收范围 0 5m s 0 025 m s 注意温差测速仪探头必须位于前面垂直面10度角处并内部的玻璃窗位于同一平面平均值V1乘以k值 0 9929 用于 1 2 m 0 9918 用于 1 8m 参考仪器右下角的数据表进风速度算式图 8 1 收窄窗口测试方法 Thermo Scientific Model 1300 Series A2 8 5 ...

Page 122: ...测速计或类似灼热丝自由站夹具或类似方法 1 仪器在工作位置预热20分钟左右 2 将测速计探头放到探头支架调整高度位于排气过滤器的上方 100 mm 3 记录有效排气过滤面上方100mm处水平面读数格栅的面积不超过100mm x 100mm 4 算出平均值计算出进风速度栅格图样 1 2 m 型号 1344 1354 1374 1384 24 点 1 8 m 型号 1349 1359 1379 1389 36 点有效排气过滤面积 1 2 m 型号 1344 1354 1374 1384 0 427m x 0 580m 0 248m 1 8 m 型号 1349 1359 1379 1389 0 427m x 0 885m 0 378m 8 6 Model 1300 Series A2 Thermo Scientific ...

Page 123: ...气量 V3 平均速度 V2 有效过滤面积 A3 进风速度 V1 排气量 V3 工作口面积 A2 可接收范围 0 5m s 0 025m s 下行速度均匀安全柜描述测量从送风过滤器到工作面的气流速率仪器温差式测试计或类似灼热丝自由站夹具或类似方法 1 仪器在工作位置预热10分钟左右 2 将测速计探头插入探头支架调节到位于窗口底边沿上方100mm 处 3 记录在工作位置窗口底部上方100mm水平面的读书格栅图样不超过150mm x 150mm Thermo Scientific Model 1300 Series A2 8 7 ...

Page 124: ...ection 8 认证测试测试信息续格栅图样 1 2m 型号 1344 1354 1374 1384 21 点 1 8m 型号 1349 1359 1379 1389 33 点算式平均下行速度总测量值总和读书个数校正测试量进入维修界面激活 S1 调整数字到期望值保存新数值由于过滤器堵塞而不能调节速度则要改变供风过滤器如果过滤器调节好调节送风风机注意检查报警限值如果S1或S2改变报警限值S3和S4 必须检查后保存 8 8 Model 1300 Series A2 Thermo Scientific ...

Page 125: ...1 仪器预热20分钟左右 2 正确地移走工作盘和保护盖 3 用T形导管将气溶胶从工作区中后部均匀的释放出来 4 依据需要如果仪器有效净化后没有使用危险性的材料可以测量上游浓度依据需要将连接光度计采样管连接到位于工作盘下面的合适供气和排气的测试连接处右侧排气测试管左侧供气测试管 5 使用合适的上游限值测量或计算限值来设定光度计 6 如标准YY0569 2005所述扫描下降气流侧和过滤器外周可接受度扫描过滤器 0 01 任何一点上游浓度方法 1 如上从1到5设置 2 按照标准YY0569 2005 在管道内采样过滤器的下降气流可接受度不可扫描过滤器 0 005 的上游浓度 Model 1300 Series A2 8 9 ...

Page 126: ...流烟雾从工作窗上方 100 mm 工作面中线发出观察屏蔽保持性烟雾从窗口后面 25 mm 工作开口上方 150 mm 发出工作开口边缘保持性从约距离仪器约 38 mm 工作开口处发出烟雾窗口密封测试从仪器工作区内从开窗两侧和顶部距离边沿 50 mm 处发出烟雾可接受度一旦注入烟雾则没有烟雾死点没有逆流和泄漏描述参考标准GB 4793 1 1995 描述确认仪器合适地整体进入工厂 8 10 Model 1300 Series A2 Thermo Scientific ...

Page 127: ...方法如前所述如下如果需要调整和保存S03值退出维修界面再次进入维修界面设置 S01到S03 0 5 LED灯 AIRFLOW STABLE 必须从绿变红点击按键 acknowledge alarm 无需保存退出维修界面进气进入维修界面点击S04 确认平均下行风速低于额定的20 方法如前所述如下如果需要调整和保存S04值退出维修界面再次进入维修界面设置 S02到S03 0 5 LED灯 AIRFLOW STABLE 必须从绿变红点击按键 acknowledge alarm 无需保存退出维修界面可接受度当下行风速和进风风速设定到正确的值仪器的报警在 15内触发而且 LED Airflow STABLE 有绿变红如上所述 Model 1300 Series A2 8 11 ...

Page 128: ...位置 25mm 可接受度窗口报警触发描述确定排气系统功能正常舱盖连接仪器冷烟四氯化钛方法在空气缝隙处放烟却认负压系统存在可接受度一旦抽进舱盖则没有烟雾回流到房间内直接连接仪器压力计或类似方法在平衡节气阀和仪器的导管之间测试静压可接受度有负压存在注意标准有关测试的另外的详细信息参见YY0569 2005 8 12 Model 1300 Series A2 Thermo Scientific ...

Page 129: ...仪器类型部件号序列号维修号地点操作者标注技术员公司记录日期签名 Thermo Scientific 1300 Series A2 9 1 ...

Page 130: ...Thermo Scientific Controlled Environment Equipment 401 Millcreek Road Marietta Ohio 45750 United States www thermofisher com ...

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