MaxQ High Performance Orbital Shakers
Contents
1. Connecting the An internal remote alarm SPDT relay is provided to monitor alarms and Remote Alarm connected by an RJ 11 telephone style jack located on the rear of the orqanla cabinet The relay provides NO normally open and NC normally closed output and may be wired to a central remote alarm location or to an independent alarm system IMPORTANT USER INFORMATION CAUTION Stored product should be protected by a redundant 24 hour day monitoring system with alarm capability An interconnect jack and thermocouple are installed for centralized monitoring should on board system fail A modular to modular cable Stock No 190388 and an RJ 11 telephone style terminal converter Stock No 190392 or equivalent may be used to convert the remote alarm output to a screw terminal connection Refer to Figures 1 14 and 1 15 TAN NO NC green wire red wire COM yellow wire not connected 1 black wire l o Y Aa Alarm Contacts Junction Box T Stock 190392 RJ 11 to screw All outputs shown terminal converter in alarm state Figure 1 14 Outputs Stock 190388 Modular to Modular Cable 12 ft Standard Telephone 4 Cond Line Cord Note Crossed Pinning 2 2 YEL 3 3 GRN 4 4 RED 5 5 BLK Common YEL 5 4 3 2 not 7 BLK Stock 190392 RJ 11 to Screw Terminal Converter Figure 1 15 Pin Contacts Thermo Scientific Orbital2. Drive Mechanism Counter Weight Figure 4 3 Behind Cover Plate 3 Clean the mechanism area with a 70 solution of alcohol Everything must be cleaned with special attention given to the area around the motor 4 Allow the unit to air dry about one hour before reassembling 5 The shaker is ready to be returned to service Thermo Scientific Thermo Scientific Section 5 Specifications Shaking Ranges A o 25 525 RPM Accuracy nedeo vanea iu o ea 1 RPM Motion it One inch orbital Indicator LCD in 1 RPM increments Timer Periods cl cta den Programmable from 5 minutes to 200 hours or continuous operation Indicator LCD in 5 minute increments Run Time Display counts down for a timed run or counts up when in a hold function Alarms LME a 00 Run Termination RPM S b r Tracking high lovv RPM Power Fail Message displayed on LCD screen Safety Independent platform motion LCD Display Run Time RPM Alarm Conditions and Power Failure indicated by messages Drive Triple counterbalanced quiet belt drive Accommodates unbalanced platform loads or uneven flask placement Drive Motor 1 3 HP brushless DC permanently lubricated ball bearing Orbital Shakers 5 1 Section 5 Specifications Automatic Restart Microprocessor retains all programming in non volatile memory In the event of a power outage the shaker restarts automatically Di
3. MaxQ High Performance Orbital Shakers Model SHKE416HP and SHKE430HP Series Operating and Maintenance Manual 7020416 Rev 2 Visit us online to register your warranty www thermoscientific com labwarranty Thermo Preface Triple counter balanced single eccentric drive mechanism U S Patent 45 558 437 Test tube rack U S Patent 45 632 388 Warning Use the MaxQ High Performance Orbital Shakers to process non flammable materials only A Caution Grounding circuit continuity is vital for the safe operation of this shaker Never operate the unit with the grounding conductor disconnected A MANUAL NUMBER 7020416 2 40314 7 1 15 Added models SHKE416 1CE SHKE430 1CE 230V units ces 1 40139 4 15 15 Updated warranty information CCS 0 28036 05 751 9 8 14 Release 7 CCS REV ECR ECN DATE DESCRIPTION By Thermo Scientific Orbital Shakers i Preface A CAUTION Contains Parts and Assemblies 4 iz aA 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 A 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 Fisher Scientif
4. 31 Microplates Microplates can be stacked for greater capacity Orbital Shakers 1 7 Section 1 Installation and Start Up 1 8 Installing the Test Tubes Holders Orbital Shakers The Accessory Test Tube Racks and Test Tube Rack Holders are available in four sizes and are listed in Table 1 4 All of the Test Tube Rack Holders are adjustable in seven positions swinging and locking at 15 30 and 45 in either direction Figure 1 11 illustrates the Test Tube Rack Holder vvith the rack in place To remove the rack spread the metal tabs on either end of the holder and lift out the plastic Test Tube Rack To install the Test Tube Rack Holder onto the shaker platform remove the rack and rotate the swing bed of the holder 90 by pulling the knobs of the locking pins on either end of the holder outward The pins are locked outward by turning the knob 1 4 turn Figure 1 12 Align any of the holes in the bottom of the rack holder with the threaded holes in the platform Secure the holder with the screws provided Spread metal tabs outward to remove test tube rack Locking Pin to swing tilt test tube rack 15 30 45 Figure 1 11 Test Tube Rack w swing tilt mechanism Figure 1 12 Test Tube Rack Holder w rack removed and bed rotated 90 Thermo Scientific RS 232 Interface Thermo Scientific Connector Section 1 Installation and Start Up Table 1 4 Test Tube Racks and Ad
5. Clean up the spill following regular laboratory procedures Replace the platform following the procedures in Section 1 Caution If the spill has entered the shaker cabinet through the operating mechanism opening beneath the platform follow the Major Spill Cleaning Procedure in Section 4 of this manual A Thermo Scientific Orbital Shakers 3 1 Section 4 Service Warning The procedures outlined in this section must be performed by persons experienced in servicing and maintaining laboratory equipment Lockout and tagout electrical power connections whenever removing cabinet panels or working on electrical or motor control components A With the exception of replacing the drive v belt and six electrical fuses the MaxQ Orbital Shakers contain no user serviceable components The following is a list of display messages which may help diagnose abnormal conditions Alarms and Alarm ifthe microprocessor control system senses a fault malfunction or Conditions abnormal operating condition alarm messages will appear on the liquid crystal display These messages will be helpful should service or repair assistance be necessary Alarm Message Fault Condition RPM High RPM tracking has sensed shaker speed higher than setting RPM Low RPM tracking has sensed shaker speed lower than setting Power Failure Power has failed during shaker operation Cycle Complete Notifies operator that the end of a countdown cycle has been reached Check Be
6. Universal Platform Orbital Shakers 6 1 Gry E a GO SST 10 1 A Cy CR dr sO Jer aS AN i fla WJ U W UJ MNI NI DN NVM NM NN UT UDS cs O EOS AO G l OA OS POWER CONNECTION 115V IPHASE 50 60HZ 1A OR 230V 1 PHASE 50 60 HZ 5A o oo POWER INLET FILTER 270123 3 a weet MR 2 POWER SWITCH e 4 CIRCUIT BREAKER 1 5 AMP 230174 es 115 20 5 LI r k VOLTAGE SELECTOR SWITCH 350214 FINES 15 AP 7 20142 FUSES 8 ANP 1 197 n 5 AZN CONTROL MOTOR DRIVER _ TRANSFORMER TRANSFORMER H d 4 420085 21 aX a 7420064 els 13 els 17 9 16 18 19 _s y REMOTE ALARM CONTACTS DISPLAY BOARD 190816 COM o 415 vojo St yey 2 1 OFF 5 iz 3 2 Ae INTERCONNECT 194021 2 y 23 e 7 NPL BOARD oy A 22 3 RIVER BOARD E 192058 2 191535 Tex At aS ys 1 4 5 E Ve 2 pee R zil 3 yel J a t MOTOR SENSOR CABLE RC patos 184002 A x 15608
7. kit must also be installed by qualified service personnel A All shaker platforms are attached to their orbital mechanisms with six 1 4 20 hex socket flat head screws These screws are hardened and should not be exchanged with any other screw type The 5 32 hex socket wrench included with the shaker must be used when attaching the platform Refer to Figure 1 4 Caution Do not attempt to use a Phillips head screwdriver A Figure 1 4 T Handle Wrench and Hex Socket Head Screw Platform mounting stud locations insert alignment pins ee o Platform mountin holes on the drive mechanism iw AD o odie Figure 1 5 Platform Mounting Holes and Alignment Pin Orbital Shakers 1 3 Section 1 Installation and Start Up 1 4 Installing the Platform Orbital Shakers continued y Alignment Pins e O Platform Mounting Holes Figure 1 6 Platform Mounting Hole Locations Insert the two 1 4 20 alignment pins into the two mounting holes identified in Figures 1 5 and 1 6 Rotate the drive mechanism until the four mounting holes generally match the holes in the platform Place the platform onto the shaker and over the alignment pins Move the platform in an orbital motion until one or more of the center mounting holes are located Insert the hex socket head screws as the four holes are located Do not tighten the screws Remove the 1 4 20 alignment pins and r
8. knee well Install the Platform note r your platform is already installed skip this section and continue to next section A Caution Remove the shipping bracket and install the shaker platform before plugging in or attempting to operate the unit A IMPORTANT USER INFORMATION After removing the orbital mechanism shipping bracket and installing the WARNING DO NOT START SHAKER W O FIRST REMOVING platform remove this protective decal from THE PLATFORM HOLD DOWN h 1 BRACKET AND INSTALLING the contro pane to egin snaker operation THE PLATFORM o o Figure 1 3 Orbital Mechanism Shipping Bracket Removing Shipping To protect the shaker s orbital mechanism during shipment a sheet metal Bracket shipping bracket is installed and must be removed before the unit can be operated Using a 7 16 and 9 16 hex wrench remove the three 1 4 and the single 3 8 screws Retain this hardware for future shipping 1 2 Orbital Shakers Thermo Scientific Installing the Platform Thermo Scientific Section 1 Installation and Start Up The Model 416 shaker accommodates either a 5 16 heavy duty 18 x 18 platform or an 18 x 24 platform The Model 430 in addition to these platforms also accommodates the 24 x 36 platform Note If installing the 18 x 24 platform on the Model 416 RPM is limited to 400 If installing the 24 x 36 platform on the Model 430 the 194012 counterweight
9. operating parameters Parameter tac os Alarm Message Cycle Status Asa dal Cycle Complete Loss of Input Power Power Failure RPM versus Setpoint RPM Tracking Drive Belt Integrity Check Belt Platform Movement Status Platform Stalled Motor Fuse Integrity Check Fuse These alarms can alert a remote alarm monitoring system through an internal SPDT relay connected to an RJ 11 jack on the rear of the shaker cabinet Refer also to Connecting the Remote Alarm in this manual Each of these alarms except Platform Stalled and Check Fuse may be independently turned on and off to suit operator or laboratory needs To set the remote alarms to ON or OFF open the Remote Alarm va 4 v vv Configuration menu by pressing A gt 4 4 4 the down arrow up arrow and Press Silence buttons in that sequence Then press the down arrow three times until the screen below is showing Actual for more A Setpoints RunHrs Rmte 5 Press Rmte remote The alarms will be shown in the following sequence Note If no buttons are pressed the display will automatically return to the Operating Screen after about fifteen seconds saving the selection to memory A Toggle the Cycle Complete alarm with either the up ON arrow or the down OFF arrow Pressing the Next temperature button advances the display to the next alarm saving the shown Cycle Complete setting to me
10. top of the clip leg as shown in Figures 1 8 and 1 9 Figure 1 8 250 300ml flask w cushion pad Figure 1 9 One screw flask clip assy Thermo Scientific Orbital Shakers 1 5 Section 1 Installation and Start Up Assembling the Flask The2L 28L 4 liter 5 L and 6 L Flask Clips use two metal springs and H H rubber spring tubes On these larger clips the springs are installed by Clips continued hooking their ends together as illustrated in Figure 1 10 The upper spring and spring tubes should be installed prior to mounting the clip to the platform The lower spring and spring tubes however are placed around the bottom of the clip legs after the flask clip is fastened to the platform Note that the rubber spring tubes are placed between the clip legs Upper Spring and Spring SS Lower Spring d Spring Tubes Figure 1 10 Clips for Flasks 2 Liter or Larger The 2L 2 8L 4L 5L and 6L clips are supplied with two sets of springs and rubber tubes Installing the Flask The SHKE416HP Shaker will accommodate glassware in numbers and Clips sizes from forty nine 25 ml flasks to two 6 liter flasks The SHKE430HP Shaker will hold numbers and sizes from ninety one 25 ml flasks to four 6 liter flasks Refer to Tables 1 1 1 2 and 1 3 for sizes and quantities All platforms have mounting holes for flask clips and test tube racks made by other manufacturers Flask clips can be attached anywhere on the shaker platform T
11. 250 v Time Speed Temp C Pressing the Start button will start the shaker and begin the countdown sequence When 00 00 is reached the shaker will automatically shut off and the Cycle Complete alarm will sound As shown in the illustration below the shaker is up to speed 250 RPM and the countdown is underway If not interrupted the shaker will stop in 5 hours 35 minutes and the Cycle Complete alarm will sound Refer to this alarm on the following page Actual 05 35 250 23 7 A Setpoints 06 30 250 v Time Speed Temp C Thermo Scientific Orbital Shakers 2 5 Section 2 Operation Shaker Alarms The SHKE416HP and SHKE430HP Orbital Shaker control system monitors and provides alarms for six operating parameters Alarm Message Cycle Stats Li dks a YA I Cycle Complete Loss of Input Power secas Power Failure RPM versus Setpoint RPM Tracking Drive Belt Integrity 2 sheeiseeeeer es Check Belt Platform Movement Status Platform Stalled Motor Fuse Integrity sota dei Check Fuse Both audible and visual alarm warnings for these six parameters are provided by the Orbital Shaker Visual flashing of the three diagonal indicator lights on the control panel a progression of text messages on the display and an audible tone alerts the operator that an alarm condition has occurred or currently exists For convenience the audible tone is silenced by pressing the Sile
12. 9 1 z l BELT SENSOR uu 200144 HS4 es 232 R 485 PIN RX DATA XCV 2 Eu XCV 3 TX DATA 4 5 Electrical Schenatic Mode 416 430 Tabletop Shaker 416 70 0 D REV Page of 2 Thermo Scientific Orbital Shakers 7 1 Electrical Schenatic Mode 416 430 Tabletop Shoker 416 70 0 0 REV 39 40 41 WTOC D N NCE CHA 42 43 WIRE GAUGE COLOR WIRE GAUGE COLOR 4 1 20 BROWN 18 24 GREE 2 20 BLUE 19 24 1 RED 45 3 l6 wE 20 4 BAL 46 4 20 BLACK 21 24 RED 7 5 20 WHITE 22 24 BLACI E 6 20 RED 23 24 GREE 48 7 20 BLUE 24 24 BROW 40 8 20 PURPLE 25 24 WHITE g 20 RED 26 24 RED 50 10 20 ORANGE 27 24 BLACI 51 l 20 YELLOW 28 24 GREE 12 20 BROW 29 24 WHITE 52 2 b R 13 20 BROW 30 24 RED 93 14 20 BLUE 31 24 BLACI 54 15 20 RED 2 24 GREE 16 20 ORANGE 3 18 RED 99 17 20 RED A 18 WHITE 56 35 18 BLAC 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 1 08 751 02 24 14 GLS GLS CCS MICRO BOARD UP DATE 0 145 278 102 11 04 BOB pdk LON RELEASED FOR PRODUCT ION REV ECN NO DATE BY CAD DESCRIPTION OF REVISION THIS DOCUMENT CONTAINS PROPRIETARY MODEL PART NAME 416 430 TABLE TOP SHAKER BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR ONG TIT
13. Buiddiys smoye siy npoej ino wo paddiys 51 juaudinba no ay WO SYJUOW OM S HE S pole g AULEM ey AINVd4VM 43 VHS TVLISIC TVNOILLVN43LNI 21411N4195 d44HS14 Thermo Scientific Orbital Shakers 8 2 thermoscientific com O 2014 Thermo Fisher Scientific Inc All rights reserved All trademarks are the property of Thermo Fisher Scientific and its subsidiaries Specifications terms and pricing are subject to change Not all products are available in all countries Please consult your local sales representative for details Thermo Fisher Scientific 401 Millcreek Road Marietta Ohio 45750 1 Thermo SCIENTIFIC A Thermo Fisher Scientific Brand
14. LE ELECTRICAL SCHEMATIC ATTENTION lu ce OSES Y o Juro UN ONT pios SE oz OBSERVE PRECAUTIONS METER Ac ELECTROSTATIC ThermoFisher INSERT Wi SENSITIVE DEVICES SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE BOX 640 MARIETTA OHIO 45750 ANGLES DECIMAL oy 416 70 0 0 Page 2 of 2 7 2 Orbital Shakers Thermo Scientific 0343156193 GLOZ 9 Z M 1006 051 AULEM JO JOIMQUIISIP e90 1081402 YSN 34 apismo suoneodde 210945 pue esueuajureu AjueJem juaudinba uo suonsenb Aue JaMSUe peal L M 69 6 6 0 1 JO epeuey pue YSN 158p 8 py 008 1 18 juauedag sadas EO UU L peo eseajd si aoies juaeudinba y aoueuajureu AUAA pue uoneado 2181 juauwdinba rejep Ajjnjoseo sjenueu UONONIISU palud jueuwdinba noA aJojeq uonpudlolul 15 aaisuayalduoso YIM Ajay 0 Apea s 2 S ES 890 INOA Sionpold JO SSO JO SY 0 150 o sobewep uonelluli novlu Sulpnyioul soBewep penuenbasuos Jo 0 Aue JO a1qe1 aq 104 eys oway AlddV TIVHS 3SOdgNd YVINOILYVd V SSANLIS HO ALITIGVLNVHOYSAW JO SSILNVYYVM ON G4T1diN HO 1VHO NSLLIYM YIHLIHM SSILNVYYVM Y3HLO TIY 40 NAN NI ANY 3AISN19X3 SI ALNVYYVM SIHL juaudinba Jo sju uodwoo Aue jo Feaoudde Jou
15. Shakers 1 11 Section 1 Installation and Start Up Connecting the Voltage Selector Shaker Remote Alarm cont Switch p Platform Rubber oH M ee dam RS 232 Line Cord Interface Receptacle Alarm Contacts Ean Fuse 8 amp 30V max 1A max Figure 1 16 Remote Alarm Connector on Rear Panel 1 12 Orbital Shakers Thermo Scientific Section 2 Operation The SHKE416HP and SHKE430HP are microprocessor controlled tabletop orbital shakers designed to accommodate a wide variety of flasks test tubes and other glassware The control system common for each is easily programmed and stores the user defined time and speed settings which remain in memory even when the shaker is turned off and unplugged The computer based speed controller continuously adjusts for line voltage fluctuations and provides smooth start ups and consistent RPM control The circuitry is designed to slowly bring the platform up to speed and down to a stop to prevent liquid splashing from flasks or test tubes Warning The microprocessor speed control system may take up to one minute to bring the platform up to speed Never leave the shaker unattended when starting it Make sure all flasks and test tube racks are firmly seated in the clips and check the security of the flask clip and platform attachment screws weekly A Thermo Scientific Orbital Shakers 2 1 Section 2 Operatio
16. Version RPM Tracking goo XXXXX Next Check Belt ON N Note Numerical values and alarm settings shown here are for reference only and may not match any specific shaker Also map is shown with optional temperature probe installed 2 14 Orbital Shakers Thermo Scientific Section 2 Operation s en An in pue si ploq 5081 aqn 1591 10 smaJos peay puno puepue s no juO asf 9012 ASE 101 SMAJOS peay Je 1 puepuejs ino juO asn SI9MBys 2 10 sd1 pauinbas Aseuno9e pue suo Ipuoy jezuawuosaua asn uodn juapuadap ale sjenajul zuawysnfpe uo e qies pue Buluea o S89NJAS 801 29 1983002 asea d S RUBL EAA papualx3 10 aoueuajuIe A M U3A Jd UO UOTPULMONU BJOW 104 seaJe Auew Ul QE EPAR sua tunas ul ajqeases SIN Buisn sueisiuyoe adidas palenb aney am siel p l vun JO enuew Bunesado y jo uoNIas p nl ds ay 9349 sueu zuiew annueraid jo 151 pasuapuos e s B lMoll0 ay UPI21UU29 asias p lillenb e Aq A peoiponed payeigijeo pue payoaya aq yun y s 11 A2U T LH pue wnwxew Joy siseq Je nba e uo agueuajulet pue Hurueaja unnol wioyed pinoys Jojelado ay Ajuadold Buluonouny yun Ino d 0 jueyoduu s ueuazuiew anpuenald Jejnbay jueuudiys 3104 q p piqile pue pajsa AjyGnosou ussq sey juawdinba Jno JINVNILNIVIA 4AIIN4A44d 2 15 Orbital Shake
17. Y Always dissipate extreme cold or heat and wear protective clothing Y Always follow good hygiene practices Y Each individual is responsible for his or her own safety Thermo Scientific Orbital Shakers ili 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 1 740 373 4763 Direct 1 800 438 4851 Toll Free U S and Canada 1 877 213 8051 FAX http www thermoscientific com Internet Worldwide Web Home Page service led marietta thermofisher com Tech Support Email Address www unitylabservices com Certified Service Web Page 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
18. a 6 1 Section 7 Electrical Schematics 7 1 Section 8 Warranty s a a a ao heute tema te ou 8 1 vi Orbital Shakers Thermo Scientific Removing Pallet Shipping Brackets Thermo Scientific Section 1 Installation and Start Up The MaxQ High Performance Orbital Shakers are supplied with the following materials T handle 5 32 hex socket wrench Platform alignment studs 1 4 20 Grade 8 5 32 hex socket flat head screws provided w platform Screwdriver for flask clip installation and removal Rh OC N e 1 Line cord set Warning This shaker is heavy The weight of this shaker is 138 lbs 62 7kg Place this unit on a support surface which will accommodate the weight and operating motion of this shaker Have assistance available when moving it A Figure 1 1 Front View The Orbital Shaker is secured to its shipping pallet with two brackets one on each side of the frame Remove these brackets when the unit is unpacked by unhooking them from the shaker frame 2 497 is Pallet Shipping Bracket ORB TAL SHAKER ro Figure 1 2 Pallet Shipping Bracket Orbital Shakers 1 1 Section 1 Installation and Start Up Location Install the shaker on a sturdy table or bench The support structure must be able to accommodate both the weight and operating motion of the shaker The shaker can also be placed under a bench or in a
19. alarm will not occur if the power failure is less than 15 seconds in duration A If power is interrupted for two hours or more while the Shaker is turned on but not shaking a Power Fail alarm will occur The purpose of the alarm in this case is to alert the user that an extended duration power failure occurred during the Hold interval after a timed shaking operation or during a period of incubation only This alarm will also occur any time the Shaker is turned on after an extended off period greater than 2 hours such as when the unit is shipped from the factory or when it is returned to use after a period of storage RPM Tracking alerts the operator by Actual 08 41 255 37 0 either alarm message shown at the right Setpoints REM is High ied that the platform speed has varied 5 atua oan aE aT REM Setpoints RPM is Low Note A two minute alarm delay is built into software A In the alarm state the audible alarm is silenced by pressing the Silence button but will ring back in about 15 minutes The screen message and warning lights however will continue until the fault is corrected Then the alarm message is cleared by pressing the Silence button Check Belt alerts the operator that the Actual 08 41 00 370 drive belt may have broken or something Setpoints Check Belt is slowing or preventing platform movement In the alarm state the audible alarm is silenced by pressing the Silence button but will ring back in about 30 min
20. asqns Aue o uonoa oJd A1UEATEA ay 51 juaudinba no au owes ay jeyeuwixo1dde ye 199118 olul O JIM au OS aun Buiddiys SAO E 514 npioe uno WO paddiys 51 juauidinba ino ayep au uo S499M OM S HE S pollag VSN AINVGEHVAM HJAVHS TVLIDIO OIAILLNIOS 3 4 8 1 Orbital Shakers Thermo Scientific ELENCIELR 1006 eE GLOZ 9 2 suoleol dde einads pue sones eoueuajureu uonelado 14 uo suons nb Jamsue o peal L NA 99140 ONNUSIDS JSysIY owy eso peo sp ld p nb s eoinlas juauwdinbe y aoueuajureu ennejuanad pue uonelado uonejesu juawdinbe ilny re sjenueu uonon sul paud juaudinba ino aJojeq uonyeuojul vonesedald Sys aaisuayalduoo YM Ajay 0 Apes s SO Sajes euolyeuajuy si9npoJd jo ssoj JO 5100 150 o Buneje sobewep inoyym Hulpnjoul pjenuanbasuos j9apul Aue JO a quI eq 104 2 5 AlddV TIVHS 35044 4 YVINDILYVd V SSANLIS YO ALMISVINVHI43N JO SAILNVYYVM ON d3NdINI YO TVHO NSLLIYM Y3HLIHM SSILNVYYVM 11V NA NI ANY 3AISN19X3 51 ALNVYYVM SIHL juaudinba Jo sjuguoduwoo Aue jo JO enoldde solid A ISNW SOHO DINNUIIDS J8ySIJ OWS 200 ay poned uenem fEU LO a
21. configuration section of this manual Thermo Scientific Section 2 Operation Quick Sta rt Up The MaxQ Orbital Shaker may be operated as soon as the platform is installed and the unit is plugged in and turned on Note At power up the screen at the right will Software Version appear briefly A XXXXXXX Pressing Start and Stop will operate the shaker at the factory settings shown in Figure 3 1 When starting the Actual numbers along the top of the liquid crystal display will differ from the Setpoint values shown along the bottom These numbers will change as the unit begins to operate Time With the time set at Hold the time display in the upper left portion of the screen will begin to count upward showing the total operating hours and minutes The system will reset to 00 00 whenever the unit is stopped and restarted using the Stop and Start buttons The unit will not reset if the unit is turned off and on using the power switch Speed The Actual speed will display zero RPM s and will gradually rise as the platform begins its motion Temperature If the optional temperature monitoring kit is installed the temperature will be displayed in the upper right portion of the liquid crystal display The values shown in Figure 2 1 are set at the factory and are considered default values Other factory settings are shown in the table following Factory Default Function Default Settings Audible Alarm ON RPM Tracking Limit f
22. d A snw juswedeq sexies EO UU L sy poled juelem fEU LO v puo q ped JUsUOdWIOD y 0 Jo juau d nb au Jayuya AJUBEM ay D X JOU eys uenem siy apun juauudinba Jo syed siv vodulo jo eda Jo juaua9e day s enueu pue uonelado y ul paje s se paurejurew Bulag syun ay uo juapuadap senueJem 511 WOJ p pnyox sue sjayseb pi pue sq nq 161 sayy 556 sway aiqepuadx3 sined i Aue jo O JOU UOIDaJIp pue jue JJem JO paj9e uo9 aq snw sanas peoiuyos 149 4 jueJem siy AQ palanoo JOU SI UO e1qieo pue uolleleisul OWSY 2 uayum noy im paa ye 51 juaudinba y 1 PIOA aq im jueJem aul salquuesse Bunesq ay se pauyap s uisiueyoau ay 010 g O Y Auo syed siea OL JO SI LUISIUBYOOW 2144 uomppe JO0qe 5 0 ye pase das Jo aq diysueuwyJOm JO sjenayew ul SuluLO Uo9 UuOU q syed juaeuoduuoo sies g jeuonippe ue 104 Papnjoul JOqe esuadxa sowy je paveda JO paredes aq jim diysueuwyJom JO sjenazew u eq 0 Sed JUsUOdWOD syjuow pz 1814 ayy Buung poued v saumo juanb
23. djacent to the shaker drive motor Refer to Figure 4 1 5 Loosen but do not remove the 7 16 screw adjacent to the drive motor which is not in a slotted hole The drive motor pivots around this screw Loosening all three screws allows internal springs to apply proper tension to the v belt 6 Tighten both screws in the slotted holes Thermo Scientific Adjusting Drive V Belt Tension continued Installing a New Thermo Scientific Drive V Belt Section 4 Service 7 Tighten the remaining drive motor pivot screw The v belt is now under proper operating tension 1 4 20 Hex Head Bolts 3 slotted holes Rubber Foot 4 1 4 20 bolts in recessed hole 2 do not loosen these bolts Figure 4 1 Underside of shaker cabinet with bottom cover removed Caution Tighten all screws Do not allow the shaker to operate against the spring tension A Refer to Adjusting Drive V Belt Tension to loosen the three 7 16 drive motor retaining screws Caution The drive motor is under spring tension and may suddenly move when the pivot screw is loosened When the new belt is installed tighten all screws Do not allow the shaker to operate against the spring tension A l Place the new v belt around the bottom of both the motor and the large drive wheel Force the drive motor inward toward the drive wheel and rotate the drive wheel counterclockwise forcing the v belt into the wheel gro
24. eplace them with the remaining two hex socket screws Tighten all screws using the T handle wrench Caution Use only the hex socket flat screws to fasten the platform and only the T handle wrench to tighten the screws Torque these screws to 10 A Thermo Scientific Section 1 Installation and Start Up Electrical The electrical power requirements of the shakers are Requirements 115 VAC 50 60 Hz 1 PH 1 25 FLA 230 VAC 50 60 Hz 1PH 65 FLA Because these Orbital Shakers operate at a wide range of voltages the electrical line cord is not permanently wired to the unit Instead a line cord receptacle is provided which accepts power cords for 115 or 230 volts A voltage selector switch is located on the rear panel of the shaker adjacent to the line cord receptacle Set the switch for the voltage in use at the laboratory site using a small flatblade screwdriver Refer to the illustration below and to Figure 1 16 115V Figure 1 7 Voltage Selector Switch Caution Before plugging in the shaker verify that the voltage select switch is set for the electrical service available A The electric power switch mains disconnect is located on the lower front corner of the left side panel Assembling the Flask Each Flask Clip up to 6 0 liters in size comes with a metal spring which Clips must be installed onto the clip For flask clips through 500 ml insert the end of each spring into the holes on the
25. he counter balanced design of these shakers accommodates even an unbalanced load The flask clips are supplied with the proper screws and are attached to the platform with a standard Phillips screwdriver or with the screwdriver provided with the unit Note that 1 2 2 8 4 5 and 6 liter flask clips use five screws The 250 300 flask clip has an adhesive backed flask cushion pad which is installed on the flat base of the clip body A hole is provided in the pad for the mounting screw Refer to Figure 1 8 1 6 Orbital Shakers Thermo Scientific Installing the Flask Clips continued Thermo Scientific Section 1 Installation and Start Up Table 1 1 SHKE416HP Dedicated Shaker Platform Flask Clip Capacity nE ER No of Clips Flask Size Springs per Clip Screws per Clip 238010 49 25ml 238011 49 50ml 238012 25 125ml 238013 18 250 300m 1 w lg pad 238014 16 500ml 238015 8 11 1 5 238016 5 21 2 w 10 tubes 5 Table 1 2 SHKE430HP Dedicated Shaker Platform Flask Clip Capacity roca No of Clips Flask Size Springs per Clip Screws per Clip 238017 91 25ml 238018 91 50ml 238019 40 125ml 238020 40 250 300ml 1 w lg pad 238021 24 500ml 1 238022 15 11 5 238023 12 2 5 238024 6 4l 2 w 10 tubes 5 238025 4 6l 2 w 12 tubes 5 238026 6 2 8l 2 w 10 tubes 5 Table 1 3 SHKE430HP Universal Platform Quantity Flask Size 150 25ml 150 50ml 75 125ml 70 250 300ml 30 500ml 24 1l 15 2 11 4l 8 bl 8 6l 11 2 8l
26. ic 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 2014 Thermo Fisher Scientific All rights reserved Orbital Shakers Thermo Scientific Preface Important operating and or maintenance instructions Read the accompanying text carefully Potential electrical hazards Only qualified persons should perform procedures associated with this symbol gt gt Equipment being maintained or serviced must be turned off and locked off to prevent possible injury 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 82 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 s compliance with this directive the recyclers in your country and information on Thermo Scientific products will be available at www thermoscientific com Eb Y Always use the proper protective equipment clothing gloves goggles etc
27. ital Shakers 1 9 Section 1 Installation and Start Up RS 232 Interface ALARM CONTACTS RS 232 30V MAX 1 A MAX INT RFACE Connector cont 2 CO 2 RXD 4 TXD 3 N O 4 N C 3 SIG GRD Figure 1 13 RS 232 and Remote Alarm Connectors The data transfer sequence is transmitted in the following format X refers to the numerical temperature if the temperature option is installed or RPM NUL XX XX H SP SP XXXRPM SP SP XX XC SP LF CR EOT PU c l Null character 0 SP nr Space E Line feed CR Carriage return EOT o id a End of text 4 Eka al Hold Mode The MaxQ Shaker transmits time temperature and RPM data one minute after povver is first applied then every 60 minutes The shaker s microprocessor responds to two ASCII commands from the remote lt CNTL gt lt Q gt XON and lt CNTL gt lt S gt XOFF lt CNTL gt Q The shaker will transmit time temperature if the temperature option is installed and RPM data upon receiving lt CNTL gt lt Q gt XON and will restart 60 minute interval transmissions if they had been inhibited by a lt CNTL gt lt S gt XOFF lt CNTL gt S Receiving a lt CNTL gt lt S gt XOFE from the remote inhibits the shaker from sending serial data indefinitely until a lt CNTL gt lt Q gt XON is received 1 10 Orbital Shakers Thermo Scientific Section 1 Installation and Start Up
28. ixed 5 All Remote Alarms ON To get the most from the shaker s microprocessor based technology the Models 416 430 can be easily programmed to meet the most demanding laboratory requirements The following sections outline the procedures for changing the settings and for programming the shaker control system Thermo Scientific Orbital Shakers 2 3 Section 2 Operation Change Shaker Speed 2 4 8 Time Settings Changing the RPM Changing Time Orbital Shakers When first turned on or when the shaker is operating Time RPM and Temperature if the monitoring kit is installed values are displayed on the LCD A typical screen is illustrated in Figure 2 1 For convenience this is called the Operating Screen throughout this operating manual All programming or setting changes start from this screen The instructions to program the SHKE416HP and SHKE430HP are written in a step by step format These instructions begin and end at the Operating Screen Caution At any time during programming or changing settings if no control panel buttons are pressed for about fifteen seconds the display automatically returns to the Operating Screen storing any settings made New settings are also stored immediately when an arrow key is pressed A Press the button beneath the Speed setpoint The RPM value will begin to flash 2 Press the up or down arrows to set the new speed in 1 RPM increments Hold either button to scroll 3 Press
29. justable Angle Test Tube Rack Holders Part Number Description 950040 Test tube rack 10 13mm size 950060 Test tube rack 16 20mm size 600074 Test tube rack 21 25mm size 600075 Test tube rack 26 33mm size 600076 Adjustable angle test tube rack holder w rack 10 13mm 600077 Adjustable angle test tube holder w rack 16 20mm 600078 Adjustable angle test tube holder w rack 21 25mm 600079 Adjustable angle test tube holder w rack 26 30mm 600089 2 tier microplate rack 600090 3 tier microplate rack 10 24 Pan head Phillips screws for mounting test tube holders to Thermo 194024 orbital shaker platforms Pan head Phillips screws washers and nuts for mounting test tube holders nu to Thermo 2568 and 2569 shaker baths The MaxQ High Performance Orbital Shaker is equipped with an RS 232 Serial Communication Interface for the remote transmission of data An RJ 11 telephone style connector is located on the rear of the shaker Refer to Figure 1 14 The data is dumb terminal formatted which permits connecting to a computer or a serial printer Three wires are used for the RS 232 interface 1 Transmit data TXD pin 2 DB 25 connections 2 Receive data RXD pin 3 k 3 Signal ground GND pin 7 The data format is band n 1200 9600 baud w jumper at J2 on Main Control Board Data bits 8 7 bit ASCII with leading zero 1 St B bie aaa 1 TT d R ala none Orb
30. llution Degree 22 Class of Equipment 1 Installation category overvoltage category defines the level of transient overvoltage which the instrument is designed to withstand safely It depends on the nature of the electricity supply and its overvoltage protection means For example in CAT II which is the category used for instruments in installations supplied from a supply comparable to public mains such as hospital and research laboratories and most industrial laboratories the expected transient overvoltage is 1500V for a 230V supply and 1500V for a 120V supply Pollution Degree describes the amount of conductive pollution present in the operating environment Pollution degree 2 assumes that normally only non conductive pollution such as dust occurs with the exception of occasional conductivity caused by condensation Thermo Scientific Orbital Shakers 5 3 Section 6 Parts Part No 156089 191535 190816 192058 230141 230142 230174 270123 360214 420064 420085 800040 435051 443020 194046 238060 Thermo Scientific Description Motor Brushless 24V Motor Drive Board LCD Display Panel Shaker Micro Board Fuse 800MA T D 5 x 20 mm Fuse 150MA T D 5 x 20 mm Switch Circuit Breaker 1 5 Amp RFI Power Inlet Filter Switch Voltage Select Transformer 130VA Transformer 25VA V Belt 1 2 x 45 Screwdriver Phillips 8 3 4 Wrench Hex with T handle Spare Part Screw Bag for platform and clips
31. 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 professional 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 Fisher Scientific 401 Millcreek Road Box 649 Marietta OH 45750 International customers please contact your local Thermo Scientific distributor V Orbital Shakers Thermo Scientific Thermo Scientific Section 1 Section 2 Table of Contents Installation and Start Up 1 1 Removing Pallet Shipping Brackets ise 1 1 Location r A baa 1 2 Install the Platform parida old Did 1 2 Removing Shipping Bracket unicas xas u 1 2 Installing the Platform ono eses raid 1 3 Electrical Requirements 5243 5 ll A is A 1 5 Assembling the Flask Clips usd ccoo italia 1 5 Installing the Flask Clips ica ci a 1 6 Installing the Test Tubes Holders 1 8 RS 232 interface Connector Donu kre 1 9 Connecting the Re
32. lt Motor V belt has broken or is slipping Audible is Disabled Continuous operator notification that audible alarm has been disabled Platform Stalled Free movement of the platform has been obstructed Check Fuse Primary drive motor fuse has blown Thermo Scientific Orbital Shakers 4 1 Section 4 Service Adjusting Drive V Belt 4 2 General Fault Orbital Shakers Conditions Tension Symptom What to Check and Where to Look Display is dark shaker will not operate Power at the wall outlet Fuses on the back of the unit are blown Power switch not turned on Display is lit motor will not operate Voltage selector switch at wrong position Drive motor fuses inside cabinet are blown No time value entered into the system Section 2 Time countdown has been reached Section 2 Display on unit will not operate Time Countdown time reached reset the TIME Section 2 reads zero Tools needed Phillips screwdriver 3 8 drive socket wrench with 7 16 socket 1 Remove all connectors and the line cord from the back of the shaker 2 Lift the front of the shaker and rest it on its back Remember that the weight of the shaker is 138 pounds 62 7kg Caution The shaker is not stable when lying on its back A second person may be necessary to support the shaker while in this position A 3 Remove the bottom cabinet cover 2 Phillips screws 4 Loosen but do not remove the two 7 16 screws located in the slotted holes a
33. mensions Exterior 30 5 VV x 7 8 H x 25 5 F B 77 5cm x 19 8cm x 64 8cm Electrical SHKE416 SHKE490 115VAC 50 60Hz 1 PH 1 25 FLA SHKE416 1CE SHKE430 1CE 230VAC 50 60Hz 1 PH 0 65 FLA Data Oui puts 2 arse eaten eas RS 232 standard Remote Alarm Time RPM and Power Alarms Contacts Certification WL z a Stead et ada UL61010 A 1 Declaration of Conformity available on request Capacity With 29 5 x 18 0 Platform Maximum 91 25ml up to 4 6L or 6 2800 ml Fernbach With 36 0 x 24 0 Platform Maximum 75 125ml up to 8 6L or 12 2800 ml Fernbach Maximum RPM when the 36 x 24 platform is installed is 400 RPM Weight Net usa xa 138 lbs 62 7 kg Shipping 176 lbs 79 9 kg Ambient Operating Conditions Temperature 4 C 39 F to 40 C 104 F Humidity 20 to 90 non condensing Sound Level Not to exceed 85 dB 5 2 Orbital Shakers Thermo Scientific Section 5 Specifications Intended Use Orbital shakers are designed to provide increased aeration in a stable temperature environment Unintended Use 1 Not intended for use in Class 1 or II applications as defined in 21 CFR 2 Not intended for mixtures of flammable materials Safety Specifications Indoor use only Altitude 2 000 meters Temperature 4C to 40 C Humidity 20 to 90 non condensing Mains Supply Fluctuations 10 Installation Category II Po
34. mory Actual Cycle Complete On A Setpoints Next Orbital Shakers 2 11 Section 2 Operation Power Failure RPM Tracking Check Belt Viewing Total Operating Hours 2 12 Orbital Shakers Toggle the Power Failure alarm with either the up ON arrow or the down OFF arrow Pressing the Next temperature button advances the display to the next alarm saving the Power Failure setting to memory Actual Power Failure On A Setpoints Next y Toggle the RPM Tracking alarm with either the up ON arrow or the down OFF arrow Pressing the Next temperature button advances the display to the next alarm saving the RPM Tracking setting to memory Actual RPM Tracking On A Setpoints Next y Toggle the Check Belt alarm with either the up ON or the down OFF arrow Pressing the Next temperature button advances the display to the next alarm saving the Check Belt setting to memory Actual Check Belt On A Setpoints Next y Whether the shaker has been operated in the hold or countdown modes and or has been turned off and unplugged many times the microprocessor control system maintains a running total operating hours To view this information access the Configuration menu by pressing the down and up arrows and the Silence button in sequence and ressing the down arrow three vato yyy 222222 Thermo Scientific Viewing Total Operating Hours cont Software Version Thermo Scientific Section 2 Ope
35. mote Alarm oo s b tratas 1 11 Uhud xa RE 2 1 Control Panel Operation a A E A 2 2 Factory Default Settings s la 2 3 Change Shaker Speed 82 Time Settings vid 2 4 Changing the RPM ae as e al 2 4 Changing Det AO 2 4 Changing from Hold to Countdown 2 5 Shaker Alarms qora s p Misr 2 6 Er Comp ana Re oa D ab 2 6 Power tata cus tte cee OS Ia 2 7 RPM oe 2 leh Bacon esas b at 2 7 Check Belt NS SAS A 2 7 Platform Stalled a e ae e el 2 8 Check Fusers r aTa A 2 8 Turning Audible Alarm Off and On sp a NA 2 8 Calibrating the Shaker Speed aia 2 10 Setting the Remote Alarms 2 11 Cycle Complete cita O 2 11 A AS aaa 2 12 A A 77 7 2 12 Check Belte xo os xe c n ohh 2 12 Viewing Total Operating Hours aa 2 12 SOLAS aoe ye 2 13 Orbital Shakers V Table of Contents Section 3 Maintenance 3 1 Cleanings Spill y edad a Aa kiddie thea wee E 3 1 Section 4 SAVIA ALL uba 4 1 Alarms and Alarm Conditions aaa yas attained 4 1 General Fault Conditions ori ida da ewe te aa 1 4 2 Adjusting Drive V Belt Tension LA pula 4 2 Installing a New Drive V Belt surtir diia 4 3 Spare MUSES la da A 4 4 Cleaning Inside the Cabinet Major Spill 4 4 Section5 Specifications 5 1 Section Pianist
36. n Control Panel Operation alarm indicator 7 alarm silence The shaker control panel has a liquid crystal display and eight operating keys or buttons which are identified by word and symbol During programming activities the up and down arrows increase and decrease the numerical values of time or platform speed Pressing and holding either arrow will cause the values to scroll in that direction Pressing and holding for about five seconds will increase the scrolling speed When programming the system configuration the UP arrow returns the display to the system s Operating Screen showing the Time RPM and Temperature while the DOWN arrow advances the display to the next programming screen liquid crystal display up arrow A v 00 00 Hold Time Speed Temp C 250 250 37 0 37 0 Actual Setpoints START O Silence information entry down arrow buttons Figure 2 1 Control Panel Components 2 2 Orbital Shakers The alarm indicator and alarm silence button complete the shaker control panel When in alarm the unit sounds an audible warning and flashes the three red indicators Pressing the Silence button turns off the audible portion of the alarm However the three flashing indicators continue to flash until the alarm condition is corrected The audible warning will sound again in about fifteen minutes if the condition continues The alarm features are discussed in detail in the
37. n cont Calibrating the Shaker Speed 2 10 Orbital Shakers When the audible alarm is disabled a Actual 08 41 250 37 0 warning message is placed in the Setpoint Setpoints ___Audible is disabled portion of the Operating Screen display as illustrated at the right From the Operating screen press the down arrow up v A arrovv and Silence button in that sequence shovvn at A the right to open the configuration menu From the 222 screen below press the down arrow twice to bring the following screen Actual Y for system configuration A Setpoints A to return v Press the Speed button beneath RPM Actual W for more A Setpoints Calibrate RPM Temp The value shown on the screen following is the present speed setpoint Using the up and down arrows increase or decrease the platform speed until the reading on an independent accurate speed measuring device matches the shaker speed setpoint Actual Calibrate RPM A Setpoints 250 When finished press the Speed button to save the setting The display will return to the Calibrate RPM Temp screen Or if nothing is pressed for about fifteen seconds the display will revert to the Operating Screen and the setting will be automatically saved to memory Thermo Scientific Section 2 Operation Setting the Remote The SHKE416HP and SHKE430HP Orbital Shaker control system Thermo Scientific Alarms Cycle Complete monitors and provides alarms for six
38. nce button but will ring back in about 15 minutes However the alarm warning indicator lights and alarm messages continue until the alarm condition is corrected by the operator Then pressing the Silence button clears the message from the display The Check Belt and Check Fuse alarm messages clear when power to the unit is cycled OFF then ON As discussed in the Configuration Section of this manual the audible alarm feature may be turned off to suit operator or laboratory needs Refer also to the alarms and corrective actions chart in the Service section of this manual Cycle Complete Cycle Complete alerts the operator that the end of the countdown running time has been reached The Cycle Complete message shown will 42 7 5555 o0 370 be displayed and the shaker will stop Setpoints Cycle Complete Pressing the Silence button clears the message from the display screen 2 6 Orbital Shakers Thermo Scientific Thermo Scientific Power Failure RPM Tracking Check Belt Section 2 Operation Power Failure alerts the operator that Actual 00 00 00 37 0 electrical power to the shaker has been Setpoints Power Falure interrupted then restored while it was shaking While the system will return to normal operation when power is restored the alarm message will remain and the audible tone will continue to sound to alert the operator Both the display message and the audible tone are cleared by pressing the Silence button Note The
39. nfiguration A Setpoints A to return v Thermo Scientific Turning Audible Alarm Off and On cont Thermo Scientific Section 2 Operation Pressing the down arrow continues with system configuration Pressing the up arrow returns to the Operating Screen Actual W for system configuration A Setpoints A to return lt Press to advance to y System Configuration OR A a Press to return to the Setpoints Ato return v Caution During the following configuration if no selection is made by pressing a button or arrow the display will revert to the Operating Screen in about fifteen seconds A Begin by pressing the down arrow the up arrow and vat the Silence button The screen shown below will 2 2 2 appear on display Press Actual for system configuration A Setpoints A to return v VVhen this screen opens press the dovvn arrovv once At this screen belovv press the Time button beneath Audible The following screen will appear and the current setting will flash Actual YY for more A Setpoints Audible Alarms Press the up or down arrow to turn the audible alarm function on or off Pressing any of the three buttons Time Speed or Temp will return the display to the previous screen Not pressing anything for about fifteen seconds returns the display to the Operating Screen Actual Audible Alarm ON A Setpoints v Orbital Shakers 2 9 Section 2 Operation Turning Audible Alarm Off and O
40. ration Actual Y for more A Setpoints RunHrs Rmte Pressing RunHrs shows the total accumulated run hours as displayed in the illustration below In about fifteen seconds the display will return to the Operating Screen Actual Total Run Time XX A Setpoints Next Software Version is for factory use only and will be important if troubleshooting the microprocessor programming is ever necessary To access this screen press the down arrow the up Va 4 vY VY VY arrow the Silence button and then the down arrow 2 ADA A dd button four more times 7 The screen belovv vvill appear on the display Actual Y Return A Setpoints SwVers O Temp v Press the Time button beneath SwVers and the screen at right will appear showing the software Software Version XXXXXXX version in the control system memory To return to the previous screen press the Time button To return to the Operating Screen wait about fifteen seconds Orbital Shakers 2 13 Section 2 Operation Operating screen Menu Map Actual 02 15 250 23 7 Setpoints Hold 250 Y for system config A to return V for more Audible Audible Alarm ON 7 N W for more Calibrate RPM Temp Calibrate RPM Calibrate Temp 250 37 0 W for more RunHrs Rmte Total Run Time XX Hours Cycle Complete K JON Next P Failure ON VW to Return ower Failure ZON SwVers Next Software
41. rs Thermo Scientific JUO SUBI9 UYIO BIIAIAS PAIEND ajgeaijdde se awi pue pasds swieje A aunjesadwa 40 101181189 zuawnaop pue 4994 E sugap 1010 JO 558 uayO1g JO 0 ay Japun 4094 p p su A se up adim pue juahiajap pju yl yun ey p l uon s Keay Amuoy uoy enue 0 Jajay SI9EYS S H dH CP3 HS dH91P3 HS 40 S9UBUAJUIE A aAnuanaig Thermo Scientific Orbital Shakers 2 16 Section 3 Maintenance MaxQ Orbital Shakers use a brushless DC motor and oversized permanently lubricated bearings that require no maintenance The anodized brushed aluminum platform and powder coated steel cabinet surfaces can be cleaned by wiping with a mild detergent and water However liquids should not be allowed to enter the shaker cabinet from under the platform All spills should be cleaned up immediately If necessary remove the platform Follow the cleaning procedures below Refer to Section 1 Installing the Platform of this manual when reinstalling the platform The microprocessor control panel uses sealed pushbuttons and a liquid crystal display and may be cleaned by wiping with laboratory detergents and drying with a soft cloth Cleaning a Spill If an accidental spill places liquids or other materials under the platform immediately turn the unit off unplug it and remove the platform with the T handle wrench supplied with the unit
42. the Speed button again to return to the Operating Screen The MaxQ SHKE416HP and SHKE430HP manage operating time in two ways Hold When Time is set to Hold the value shown in the Actual portion of the display represents total operating time and may be reset at the operator s convenience The shaker will continue to count upwards even if it has been repeatedly turned off and on with the power switch The Time will however reset to 00 00 when the Stop button is pressed then the unit restarted by pressing the Start button Countdown When in the countdown mode the shaker will operate for the set period and automatically shut down The display will show the total time in the Setpoint segment and the operating time remaining in the Actual part of the display as the microprocessor counts down to zero Thermo Scientific Section 2 Operation Changing from Hold to 1 Press the button beneath the Time setpoint Hold will begin to flash Countdown Actual 00 00 Setpoints Hold Time Speed Temp 2 Press either arrovv to access the Countdovvn Time setpoint The preset time setpoint vvill begin to flash 3 Press the up or down arrows to set the desired operating time in five minute increments Hold either arrow to scroll in that direction 4 When the desired elapsed time is set 6 hours 30 minutes in this example press the Time button to return to the Operating Screen Actual 00 00 000 23 7 A Setpoints 06 30
43. utes The screen message and warning lights however will continue until the fault is corrected Then the alarm message is cleared by cycling power to the unit OFF then ON Orbital Shakers 2 7 Section 2 Operation Platform Stalled Check Fuse Turning Audible Alarm Off and On 2 8 Orbital Shakers Platform Stalled alerts the operator that Actual 08 41 23 7 something is preventing free platform Setpoints Fiatom Saled movement The motor automatically shuts off and the audible alarm screen message and warning lights are initiated The motor will attempt restart after approximately 15 20 seconds The motor will continue to cycle On and Off until the obstruction is removed or the unit is turned off On motor restart the audible alarm and warning lights are automatically cleared The screen message remains until cleared by the operator Check Fuse alerts the operator that the Actual 08 41 23 7 primary drive motor fuse has blown The Setpoints Check Fuse audible alarm screen message and warning lights are initiated When the unit is turned on after fuse replacement all alarm indicators are cleared To access the system Configuration menu press the down arrow the up arrow and the Silence button in that sequence A Press IP Actual 00 00 250 37 0 START Setpoints Hold 250 37 0 Press Silence Time Speed Temp 2 This screen vvill appear on the display Actual Y for system co
44. ve It may be necessary to use a lever large screwdriver or pry bar to move the drive motor inward against the spring tension The large rubber foot can be used to pry against Once the belt is properly seated in the motor and drive wheel the internal springs apply proper tension Tighten the two screws in the slotted holes then tighten the drive motor pivot screw Replace the bottom cover and return the shaker to service Orbital Shakers 4 3 Section 4 Service Cabinet Major Spill 4 4 Spare Fuses Cleaning Inside the Orbital Shakers Four spare fuses are provided with this shaker and are taped to the underside of the control panel plastic frame The plastic frame is attached to the cabinet by Velcro strips The panel can be removed by grasping the corners and pulling it off There are also small indents located along the edges of the panel which accommodate a flat screwdriver blade The locations of the fuses are identified in Figure 1 16 m m EZ i r r 1 r 1 E Figure 4 2 Underside of Frame Make sure the unit is turned off unplugged and the line cord removed from the side of the cabinet The platform should already be removed 2 Remove the screws and lift off the cover plate The mechanism will be accessible as shown in Figure 4 3 Shaker Motor Driver Circuit Board
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