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2. COLOR GALIGE WIRE COLOR GAUGE BLK 14 2 HT 8 RED 14 26 BLK 8 GRN YEL 14 27 BLK 18 RED 14 28 BLK 14 2g BLK 18 30 BLK 18 3l GRN YEL 4 BLK 18 32 BLK 14 BLK 18 33 BLU 14 BLK 18 34 BLK 14 BLK 18 35 BLU 4 BLK 18 36 BLK 14 BLK 18 37 BLU 14 GRN YEL 18 38 BLK 14 GRN YEL 18 38 BLU 4 GRN YEL 18 40 BLK 4 GRN YEL 14 41 BLU 14 GRN YEL 14 42 BLK 14 BLK 14 43 BLLI 4 BLK 14 44 BLK 4 BLK 18 45 BLU 14 RED 18 46 BLK 14 BLK 18 47 BLU 14 RED 18 48 BLK 4 48 BLLI 4 50 BLK 14 51 BLU 14 Uprights Chests SIZE THERMO THERMO VWR SIZE THERMO VWR 13 8602 8691 5602 12 7 8612 5612 17 8605 8694 5605 17 8619 5619 3 8606 8695 5606 20 8620 5820 28 8607 20 8628 13 8627 RS 232 SPECIFICATION 1200 REMOTE CONTACTS ANALOG OUTPUT PARITY Analog Output BITS 8 PIN 2 Analog Output STOP BITS 2 3 Not Connected PIN 4 Not Connected RS 232 PORT PIN 5 Normally Closed PINA 2 TXD PIN 6 Connon PIN 3 RXD PIN 7 Normally Open PIN 5 GNO CUNTACT RATING e 30V CONTACTS IN ALARM STATE SWI Settings for Analog Output SW2 Settings for Communication Output 610203 el Output RS 485 ee Output RS 232 Output 1 Schemotic represents single amp double door upright models and chest models All heaters are on uprights only Expa
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5. SPEED i e pu THERMO WHITE HOLE PLUG nena fuente w uu eno THERMO CONTROL CENTER BLANK PANEL CONTROL CENTER BEL 180306 THERMO BACK UP SYSTEM BLANK PANEL THIS DOCUMENT CONTAINS PROPRIETARY MODEL PART NAME ULT UP RIGHT SERIES FREEZER INFORMATION AND SUCH INFORMATION IS NOT TO Upright Freezer BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR DWG TITLE 8600 DOUBLE DOOR BOM ASSEMBLY Ua TIER PERMISSION FAOL THERMO ELECTRON DWN PDK MAH DATE 11 05 02 SCALE 0 094 Bori WRITTEN PERMISSION FROM THERMO ELECTRON 0 Assembly MATERIAL N A Double Door PAINT N A ELECTRON CORPORATION TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER 511 8602 202 1 Rev 3 ntirolled Environment vipment fe Bor 649 Moriello Oh 45750 ANGLES DECIMAL 8602 202 1 Page 2 of 2 Thermo Scientific Model 8600 Series 8 9 neus 55 OA g z 55 3 Qo cc 5 5 a 55 aoo gt gt a o Q o Daa Lo os gt Xi lt og x m E eO Vo o N ss 9 o aoo UL lt _ 2 cub oo SS aw eo usu
6. eese eei 4 3 Section5 Maintenance 5 1 Clean Cabinet Exterior 5 1 Clean Air Filter denies 5 1 Clear the Condenser Set e STER Ned 5 1 Clean the Water cooled Condenser 5 2 Defrost the Chamber 5 3 Clean the Door Gasket 5 3 Vacuuni Relief Port anie e rains Te DR RM a 5 4 Replace the mas Do rela iani 5 4 Prepare the Unit for 5 6 Preventive Maintenance 5 7 Section6 Factory Installed 6 1 BUS Back Up System 6 1 Install Injection Assembly Vent Stack and Solenoid 6 1 Install the Temperature Probe 6 3 Connect the Probe Solenoid 6 4 BUS Control Panel sauce eeu a nh RI 6 5 Set the Optional BUS Set Point 6 6 Regu the BUS cd oe eq ober atte Pie aa doa 6 6 Clean the Vent Stack arcs EEUU CREE E d 6 6 Disconnect the Fitting Assembly amp Transfer Hose 6 7 Chart Recorder
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10. CHG 211039 41 HEAT EXCHG TO 211050 CHANGED 209016 DRYER 208017 Exploded Drawing for Upright Freezer Heot Exchonger 55 REV ECN DATE BY 0 N A 12 04 02 LON 1 FR 1843 06 13 07 CRM LON BI F MATERIALS 2 FR 2055 07 29 08 NWM KOG CCS PART ND PART DESCRIPTION 209017 DRYER 2 211050 HEAT EXCHANGER 3 227827 HICH STAGE TUBE 4 221928 LOW STAGE CAP TUBE 2 5 iac S mam 3 CJ NU 2 THIS DOCUMENT CONTAINS PROPRIETARY MOQEL PART NAME 8600 LIP RIGHT FREEZER INFORMATION AND SUCH INFORMATION IS NOT TD BE DISCLOSED OTHERS FOR ANY PURPOSE NUR DWG TITLE HEAT EXCHANGER ASSEMBLY USED FOR MANUFACTURING PURPOSES WITHOUT WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC OWN APPD LON DATE 12 04 02 SCALE NTS MATERIAL N A a ThermoFisher PAINT COLOR WA SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE M BDX 640 MARIETTA DHID 45750 DECIMAL vy 8602 205 1 8602 205 1 D REV Page of 1 Thermo Scientific Model 8
11. SUC 119207 21411 3125 i 7 A 3 c C A OEZ 5437334 1d TD LI 5095 SOLS 7698 5098 L66 768 G06 DL NOWNOD A OEZ 54573384 LHOLAdN 14 21 3 98 21111 Sor ANON 31V2S Oddy 50 OVI Hyw 20 71 60 31v NBISIA38 JU 4 2530 2 3170 ON 229 ADS 33HSI4 OWJIHL WO NOTSSTHYSd NILLI M IRDRLIA lt 35 ONISRIOYJINYA 304 0357 60E0cc c 0900 655022 Z S0 SZ 40 L981 34 S DN 3sDdarld ANY 303 SS3HID OL 035072510 38 SW 125122 10192 826120 5 5 5 20 90 90 2961 23 9 BEOTIZ SYM 050112 07 9 5 82 10 1 90 76 89 4 166 UL NOWWOD 08007 1901903 80 S2 20 002 84 8 0 022 gay OZosoZ SvM 910502 NO 1 DVS 60 90 70 2 84 6 2 0 02 70 91 01 SI 210602 SvM 1060 522 90 1 60 2 0 10802 4 01 51 800 02 60022 929022 J 90 NA 900712 JEZ LY SI N3ISAS N3HM SINJWGNISVSW 9154 TW 600702 C 50 022 11006 ZO 51 30LVavd3s 110 20 72 AOSSSYdNOI 3 11100 72 LOS 70882 10 39715 MOT 9154 t DISd 1 OL 9154 LY ZU 1 70 01 8806 8 9159 OL WA xvW 892 ZU 6 0 08
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14. The automatic battery test runs 12 hours after initial start up then every 12 hours thereafter A user initiated battery test can be performed from the Configuration menu See Section 3 Thermo Scientific Model 8600 Series 4 1 Section 4 Alarms 4 2 Wrong Power Alarm High Stage System Failure Alarm Voltage Compensation Alarm Multiple Alarms Micro Board Failure Alarm Model 8600 Series If a 230V freezer is connected to a 120V power source or a 120V freezer is connected to a 230V power source the electronics will detect that an incorrect power source has been connected to the freezer Under this condition the fans and compressors will not turn on and an audible and visual alarm will occur along with the WRONG POWER message in the LED message center The WRONG POWER alarm may also occur if the battery switch is turned to Standby mode prior to applying power to the freezer The audible and visual alarms will remain until the freezer is connected to the correct power source This condition is created when the high stage compressor and fans run for 30 minutes and are not capable of cooling the interstage heat exchanger to the proper temperature Under this condition the high stage compressor and fans will turn off after 30 minutes and an audible and visual alarm will occur along with the HS SYST FAIL message in the LED message center If the freezer is compensating for high or low line voltag
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16. 2 NDISIAJS 0114142530 Odd 092 ag 31 0 UN N23 Aza 06 796561 ONTAVAC Thermo Scientific Model 8600 Series 9 8 WER 0 N 30V 10 2W 50 650HZ 12 0 FLA PERATING RANGE 208 240 191858 High Voltage Boord Power Inlet 460169 Circuit Breaker Switch 230184 Transformer 420090 Transformer 420090 High Pressure Cutout 207010 HS Compressor 203031 Contains Start Relay 300319 Run Capacitor 170145 20uF 440V Start Capacitor 170191 108 130uF 250V High Pressure Cutout 207008 LS Compressor 203032 Contains Start Relay 300319 Run Capacitor 170149 440V Start Capacitor 170192 43 S2uF 250V HS Fan 200113 LS Fan 900113 Double Door Heoter 132116 lt 13717 132117 23 Exponsion Solenoid 220628 Fuse 2 285626 Models 5602 5605 5606 5612 9619 5620 8602 8605 8606 8607 8612 8619 8620 8627 8628 8691 8694 8695 8602 70 1 D Rev 8 Page of 3 Thermo Scientific Model 8600 Series 10 1 H 1 igh Voltage Board 81658 3 Pos Ribbon 430329 20 Pos Ribbon 430219 Switching Power
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19. Press and hold for five seconds either button 1 or button 2 Release the button and the green LED Fram will begin to flash Count the number of flashes to determine the present program setting To change the program setting press the 5 0 10090 left or right arrows to increase or decrease ___ 100 20 When the desired program number is pup flashing press button 3 to bring the pen arm back onto the chart Recording will begin in the new program The recorder must be in service for 24 hours before performing the following calibration procedure 1 Place an accurate thermometer in the chamber next to the recorder probe Temperature probes for the recorder are located in the left front corner of the freezer chamber Figure 1 4 After about three minutes compare the thermometer reading with the chart recorder reading If an adjustment is necessary press the 1 button to move the to the left or the 2 to move the pen to the right The button must be held about five seconds before the pen begins to move Release the button when the pen position matches the thermometer Note The felt tip pen on the recorder requires periodic replacement Usually the ink will appear to fade before replacement becomes necessary Additional pen tips may be purchased Refer to exploded parts drawings A Thermo Scientific Section 6 Factory Options Datalogger Dataloggers and ELPRO evaluation software provid
20. to 86 C 123 F in 18C to 32C 64 4F to 89 6F ambient Exterior 33 3 W x 77 8 H x 31 0 33 3 x 77 8 H x 31 0 33 3 W x 77 8 H x 37 0 33 3 W x 77 8 H x 37 0 40 8 W x 77 8 H x 37 0 Dimensions 84 6 197 6 78 7 cm 846x197 6x78 7cm 84 6 x 197 6 x 94 0 cm 84 6 x 197 6 x 94 0 cm 103 6 x 197 6 x 94 0 cm Interior 23 0 W x 51 5 H 19 3 23 0 W x 51 5 H x 19 3 23 0 W x 51 5 H x 25 3 23 0 W x 51 5 H x 25 3 30 6 W x 51 5 H x 25 3 Dimensions 58 4 x 130 8 x 49 0 58 4x 130 8 x 49 0 58 4 x 130 8 x 64 3 cm 58 4x130 8x64 3cm 77 7 x 130 8 x 64 3 Capacity 13 0 cu ft 13 0 cu ft 17 3 cu ft 17 3 cu ft 23 0 cu ft p 368 1 liters 368 1 liters 489 9 liters 489 9 liters 651 3 liters Refrigeration Two 1 HP 2545 BTUH each Non CFC foamed in place urethane 5 0 12 7 cm cabinet 4 5 11 4 cm door 230V 50 60Hz 12 0 FLA 120V 60 Hz 16 0 FLA 120V 60 Hz 16 0 FLA 230V 50 60Hz 12 0 FLA 230V 50 60Hz 12 0 FLA Operating Range Operating Range Operating Range Operating Range Operating Range 208VAC 240VAC 108 130V 108 130V 208VAC 240VAC 208VAC 240VAC 15 amp 230V 20 amp 120V 20 amp 120V 15 amp 230V 15 amp 230V Breaker Dedicated Circuit Dedicated Circuit Dedicated Circuit Dedicated Circuit Dedicated Circuit Requirements 15 Amp 20 amp 20 amp 15 Amp 15 Amp Time Delay Breaker Time Delay Breaker Time Delay Breaker Time Delay Breaker Time Delay Breaker Shipping W
21. Battery mounting bracket Freezer battery 749 and optional BUS battery Figure 1 5 Battery s Location and Switch Thermo Scientific Control Panel Keys Displays amp Indicators Thermo Scientific Section 1 Installation and Start Up Silence Temp Display Visual Alarm Low Battery is Indicator Indicator Temperature 407 Silence Low Battery amp Hot Condenser lt gt Hot Condenser Indicator gt Mode O Run Settings Calibrate Configuration SYSTEM OK Enter Scrol for parameters f XV Si Envio Scan i Enter Message Scroll uen Conter Arrows Figure 1 6 Control Panel Mode Select Switch Used to select Run Settings Calibrate and System Configuration Modes Mode Select Indicators Run Run Menu Settings Set Points Menu Calibrate Calibrate Menu Configuration Configuration Menu Temperature Display Displays temperature in degrees Celsius Alarm Indicator Light pulses on off during a cabinet alarm condition Silence Silences the audible alarm Low Battery indicates a low battery condition of the freezer battery Hot Condenser indicates a hot condenser condition Message Center displays system
22. Interior Left Side Wall Figure 6 4 Mounted Interior Rear Wall Model 8600 Series 6 3 Section 6 Factory Options Connect the 1 Remove the four screws Probe Solenoid Harness on the freezer back panel and use them to mount Tie wrap anchor the tie wrap anchors as shown in Figure 6 5 Secure the probe wire with tie wraps Probe wire 2 Plug the solenoid probe connector into the BUS connection and secure with a screw on the right and left side The BUS connection Spade lug connector is keyed BONG RIS to solenoid 3 Loosen the terminal screws on the solenoid ires or RS 485 Slide the spade lug it pi ower sw connectors under the ETE tres Remote alarm contacts and Power Inlet secure analog output screws and tighten to Figure 6 5 Routing 4 Connect power to the freezer Turn the freezer On with battery switch Off a The Solenoid Engaged light on the BUS control panel will illuminate no injection occurs This light stays on until the unit is below BUS setpoint b The Low Battery indicator may also illuminate 5 Turn the battery switch to Standby mode to charge both batteries 6 4 Model 8600 Series Thermo Scientific Section 6 Factory Options BUS Control Panel Backup System amp lt gt Power Low Battery Solenoid Engaged Press to test Figure 6 6 BUS Control Panel Warning When activated t
23. 323383 531035 0098 006 2131143195 31813 OWYSHL Thermo Scientific Model 8600 Series 11 2 Appendix A Handling Liquid Nitrogen Warning Contact of liquid nitrogen or cold gas with the skin or eyes may cause serious freezing frostbite injury A Handle liquid nitrogen carefully The extremely low temperature can freeze human flesh very rapidly When spilled on a surface the liquid tends to cover it completely and intimately cooling a large area The gas issuing from the liquid is also extremely cold Delicate tissue such as that of the eyes can be damaged by an exposure to the cold gas which would be too brief to affect the skin of the hands or face Never allow any unprotected part of your body to touch objects cooled by liquid nitrogen Such objects may stick fast to the skin and tear the flesh when you attempt to free yourself Use tongs to withdraw objects immersed in the liquid and handle the object carefully Wear protective clothing Protect your eyes with a face shield or safety goggles safety glasses without side shields do not give adequate protection Always wear gloves when handling anything that is or may have been in immediate contact with liquid nitrogen Insulated gloves are recommended but heavy leather gloves may also be used The gloves should fit loosely so that they can be thrown off quickly if liquid should splash into them When handling liquid in open containers it is advisable to we
24. 5 23020 6 SS FLAT WASHER 6 23021 8 SS FLAT WASHER 1 23023 14 SS WASHER 8 23043 NYLON FLAT WASHER 9 23044 14 NYLON SHOULDER WASHER 0 23062 14 SS EXT TOOTH LOCKWASHER 23080 8 SS SPRING LOCKWASHER 2 24032 8 32 X 3 8 SS PHP SCREW F POINT 3 24042 8 32 X 1 2 SS PHP SCREW POINT 4 59008 8 32 X 1 8 SS PHP SCREW 5 14020 5 8 X 1 2 ID GROMMET 6 16011 FRONT PANEL HINGE 1 16092 EXTERIOR FREEZER DOOR HINGE 8 21069 FREEZER CAM LATCH STRIKE 9 8992 EXTERIOR BACK 13 8 17 20 95169 LATCH TAB 21 95110 13 11 CU FT INNER DOOR 22 95866 PROBE GUARD 23 95861 PROBE MOUNT 24 95814 CABINET CABLE COVER PLATE 25 95819 CABINET CABLE BLANK COVER PLATE 26 95900 SINGLE DOOR SWITCH ASSY 21 285658 BLACK PLASTIC KNOB 28 330010 12 SPLIT SNAP BUSHING 29 420308 3 8 17 CU FT SINGLE DOOR FRAME GASKET 30 500111 PILSATER STRIPS 31 515083 14 DIA X 1 4L SS SPACER 32 22115 6 32 X 1 4 SS PHP SCREW 33 23009 6 32 SS HEX NUT 34 23020 6 SS FLAT WASHER 35 23021 8 SS FLAT WASHER 36 23043 NYLON FLAT WASHER 31 23044 14 NYLON SHOULDER WASHER 38 23080 8 SS SPRING LOCKWASHER 39 59008 8 32 X 1 8 SS PHP SCREW 40 120400 BLACK PLASTIC KNOB 4 195169 LATCH TAB 42 515083 14 DIA X 1 4L SPACER 43 950211 28 CU FT INNER DOOR 44 950218 28 CU FT INNER DOOR LATCH GUIDE 45 116090 FRONT PANEL HINGE THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND SUCH INFORMATION IS NOT TO BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR SED FOR MANUFACTURING PURPOSE WITHOUT Thermo Sci
25. Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8603 2002 Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directive s EMC LVD 89 336 EEC 73 23 This product conforms to the following Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 Richard L Miller COE Regulatory Compliance Manager ThermoFisher SCIENTIFIC 25 June 2007 Declaration of anfurmity Manufacturer s Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietia Ohio 45750 U S A Manufacturer s Address Product Description Laboratory Freezer Product Designations 8605 Year of Initial Marking 2002 Affected Serial Numbers Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directive s EMC 89 336 EEC LVD 73 23 EEC This product conforms to the following Harmonized International and National Standards EMC LVD EN 61326 1 1997 EN 61010 1 EN 50081 1 92 Amendments 1 and 2 EN 50082 1 97 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 L Miller 27 Regulatory Compliance Manager ThermoFish
26. Luo oo uu DDD 8 13 8 17 CF REAR ACCESS GRILLE 195803 23 CF REAR ACCESS GRILLE 195804 28 CF REAR ACCESS GRILLE 87 195802 ME 1 23 4 28 CF SIDE PANEL VR L FORMA 18 180301 CONTROL CENTER BLANK PANE 180316 CONTROL CENTER BLANK PANEL 991 998 BLU 13 CF SIDE PANEL 195194 195199 8600 CF FRT PANEL 900 8600 RONT PANEL FRT PANEL 996 BLU PANEL 8600 RONT PANEL 95818 8 CF FRT PANEL 5600 95819 23 CF FRONT PANEL RONT PANEL 95859 28 CF FRONT PANEL CF FRT RONT PANEL 1341 134 17 CF SQ 950113 23 CF 50 FRT PANEL 28 CF 950153 23 CF 950150 13 8 950151 95148 950152 950166 28 CF 950112 Model 8600 Series Thermo Scientific 8 11 02 7098 Tun OIHO VlL3IUVN 679 XOG 7
27. 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 i UL 471 applicable sections UL 61010A 1 pep hl Richard L Miller CQE Regulatory Compliance Manager ThermoFisher scl ENTIFIC 25 June 2007 i Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers EMC LVD EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 22 Beclavation of Conformity Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8693 2002 Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directive s 89 336 EEC 73 23 EEC This product conforms to the following Harmonized International and National Standards LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 Richard L Miller i Regulatory Compliance Manager ThermoFisher SCIE NTIFIC 25 June 2007 Declaration of Conform Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8694 2002 Release 4 Re
28. Laboratory Freezer 8656 2004 Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directive s EMC LVD 89 336 EEC 73 23 This product conforms to the following Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 Pos LVD EN 61010 1 Amendments 1 and 2 CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010 1 Richard L Miller COE Regulatory Compliance Manager ThermoFisher SCIENTIFIC 14 June 2007 Declaration of Conformity Manufacturer s Manufacturer s Address Product Description Product Designations Year of initial Marking Affected Serial Numbers Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8690 2004 Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directive s EMC LVD 89 336 EEC 73 23 This product conforms to the foliowing Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN 61010 1 Amendments 1 and 2 CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010 1 Richard L Miller Regulatory Compliance Manager ThermoFisher SCIE NTIFIC 14 June 2007 of Conform Manufacturer s Name Ma
29. SS PHP Screw ral ssembly AB 2 TRANSFER Attached to 4 vent stack CUSTOMER TO ORIENT B TO SUIT APPLICATION A BRASS NIPPLE P o E d 5 00 LONG gt 4 lt 2 Figure 6 2 Vent Stack Thermo Scientific Install the Temperature Probe Thermo Scientific 3 1 Locate the 0 500 pre punched hole in the upper left hand back corner of the chamber ceiling Remove the tie wrap securing the coiled probe solenoid harness Uncoil the probe lead and run the probe tip approximately 12 down through 0 500 porthole Figure 6 4 2 shown in Figure 6 3 thread the small tie wrap through the openings in the front of the bracket Secure the probe on the back of the bracket with the tie wrap Section 6 Factory Options 195419 Probe Mounting Bracket 30037 Small Tie Wrap 290167 Back Up Probe Figure 6 3 Secure Probe Tap 8 32 the two pre punched holes located on the interior left wall of the freezer Mount the bracket Figure 6 4 shows the back up probe mounted on the interior left side wall of the freezer Interior Top 500 Diameter Hole in the Interior Top Rear Left Hand Corner Optional BUS probe bracket 590020 8 32 UNC x 3 8 Long Stainless Steel PHP Screw 2 There are 2 prepunched 140 diameter holes in the upper rear corner of the left interior side 111022 Probe clip
30. Section 3 Configuration Configuration mode is used for testing and custom setup of the freezer The configuration functions described below may not be necessary in all applications but are available if needed See Chart 3 1 for more detail High Alarm Test The high alarm test is used to verify that the high alarm activates if the freezer temperature equals or exceeds the high alarm set point 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until HI ALRM TEST is displayed in the message center 3 Press Enter to initiate the test The temperature on the display begins to increase until the high alarm set point has been reached The audible alarm sounds and the alarm indicator flashes Press the Silence key to silence the alarm Low Alarm Test The low alarm test is used to verify that the low alarm activates if the freezer temperature equals or decreased to less than the low alarm set point 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until LO ALRM TEST is displayed in the message center 3 Press Enter to initiate the test The temperature on the display begins to decrease until the low alarm set point has been reached The audible alarm sounds and the alarm indicator flashes Press the Silence key to silence the alarm Thermo Scientific Model 8600 Series 3 1 Section 3 Configuration System Battery Test test the freezer battery char
31. Su 400165 ree Ribbon 6 Pos Ribbon 430309 12VDC Fan 900 1 34 Backup Battery 400159 Bockup 20 Pos Ribbon ac So d 5 Renote Alarn 191685 _ OY ockup Solenoi RS Aa leg 2l LN2 280128 RS 485 JI Y CD2 290131 Bockup Probe 290038 Heat Exchanger Probe B 290177 JA 5 Condenser Probe Micro Board F 290178 191804 JB 5 Control Probe 280176 s 2 Sonple Probe 290177 zt Cobex Probe Ig 4 290180 12 J13 J16 J19 J18 Double Door Heater 132114 Lid Switch 360256 Door Switch 360230 Door Switch Double Door gt 360230 25 Pos Serial Cable 430338 upright 195442 chest A Battery mmm 5 dIGNO 181751 Chest NE STANDARD 8827 amp 8628 I Models Single Door Heater 5600 5605 5606 5612 dao Heater 5619 5620 8602 8605 132114 8606 8607 8612 8619 E Heoser Ass 8620 8627 8528 8691 SEH serre 8694 8695 9602 70 1 0 Rev 8 Page 2 of 3 10 2 Model 8600 Series Thermo Scientific WIRE m 4 20 0 1V 0 5V
32. TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE p Sg 3 carey cere comer ANGLES DECIMAL XC 8603 70 1 0 998 220 Model 8600 Series Thermo Scientific E SERES EHI 60 7 v L006 08 220 Jno YSN eui episino ero 4 pue s s uoneJedo jueuudinbe uo suornsenb noA Apea 9 t 0t4 L Jo epeue pue YSN 169 8 lt 008 1e jueuniedeq samas INOA p nb 195 jueuudinbo y pue uonej ejsur jnjeJeo pejuud SeAuJe jueuudinbe uoneuuojui YIM djay Apes si sejes INOA Sjonpoud sso Jo 5 1501 0 jenuenbesuoo Aue 104 eq jou eys 94 AlddV TIVHS YVINOILYVd 559315 JO SSILNVYYVM Iartall WHO N3 LLIHM S3ILNVSHSHVM H3HLO TY NI ANY SAISN1OXS SI ALNVHHVM SIHL sjueuoduJoo Aue Jo
33. VACUUM RELIEF PORT 3 FR 1789 06 02 05 DHG DHG REMOVED VRP IN OF CABINET DMHVRP 4 SI 8595 05 15 06 DHG KDG CCS CHG COMMON SWITCH ASSY 195900 BILL MATERIALS PART DESCRIPTIUN NI E 20003 1 4 20 X 3 4 SS HH SCREW 2 22053 48 32 X 1 2 SS SCREW 3 22115 46 32 X 1 4 SS PHP SCREW 4 23008 36 32 SS HEX NUT 5 23020 46 SS FLAT WASHER 6 23021 48 SS FLAT WASHER 7 23023 1 4 SS FLAT WASHER 8 23043 NYLON FLAT WASHER 9 23044 1 4 NYLON SHOULDER WASHER 0 23062 1 4 SS EXT TOOTH LOCKWASHER 23080 8 SS SPRING LOCKWASHER 2 24032 48 32 X 3 8 SS PHP SCREW POINT 3 24041 46 32 X 1 2 SS SCREW POINT 4 24042 48 32 X 1 2 SS SCREW POINT 5 59008 8 32 X 7 8 SS SCREW 03063 DOUBLE DOOR FRAME GASKET 7 14020 5 8 X 172 ID GROMMET 8 16069 FRONT PANEL HINGE 9 16077 FRONT PANEL HINGE 20 16092 EXTERIOR FREEZER DOOR HINGE 21 16093 EXTERIOR FREEZER DOOR HINGE 22 21068 FREEZER CAM LATCH STRIKE 3 80312 CAM LATCH STRIKE COVER 24 89921 EXTERIDR BACK 13 amp 17 25 85168 ATCH TAB 26 95172 13 17 CU FT INNER DOOR TOP 27 95173 23 CU FT INNER DOOR TOP 28 95866 PROBE GUARD 29 95867 PROBE MOUNT 30 95874 CABINET CABLE COVER PLATE 3l 95878 CABINET CABLE BLANK COVER PLATE 32 95900 SWITCH ASSY 3 285658 BLACK PLASTIC KNOB 34 330010 1 2 SPLIT SNAP BUSHING 35 500177 PILSATER STRIPS 36 515083 1 4 DIA X 174 SS SPACER TO RUSSI
34. causing damage Do not pour the liquid on pavement Model 8600 Series A 3 Appendix B Handling Liquid C02 Warning High concentrations of CO2 gas can cause asphyxiation OSHA Standards specify that employee exposure to carbon dioxide in any eight hour shift of a 40 hour work week shall not exceed the eight hour time weighted average of 5000 PPM 0 596 CO The short term exposure limit for 15 minutes or less is 30 000 PPM 396 CO2 Carbon dioxide monitors are recommended for confined areas where concentrations of carbon dioxide gas can accumulate A Store and use liquid CO2 only in a well ventilated place As the liquid evaporates the resulting gas tends to displace the normal air from the area In closed areas excessive amounts of CO2 gas reduce the concentration of oxygen and can result in asphyxiation Because CO2 gas is colorless odorless and tasteless it cannot be detected by the human senses and will be breathed as if it were air Breathing an atmosphere that contains less than 1896 oxygen can cause dizziness and quickly result in unconsciousness and death Note The cloudy vapor that appears when liquid CO2 is exposed to the air is condensed moisture not the gas itself The issuing gas is invisible Never dispose of liquid CO2 in confined areas or places where others may enter Disposal of liquid CO2 should be done outdoors in a safe place Pour the liquid slowly on gravel or bare earth where it can evaporate without
35. operation A With the freezer properly installed and Table 1 1 Default Settings connected to power system set points can be entered The following set points can be entered in Settings mode Control temperature high temperature alarm set point low temperature alarm set point and optional BUS set point Default Optional BUS Set Point settings are shown in Table 1 Caution If the set point is changed and the low temperature and high temperature alarms are set 10 from the set point the alarm set points will adjust automatically to maintain a distance of at least 10 from set point A Thermo Scientific Set Operating Temperature Set the High Temperature Thermo Scientific Alarm Section 1 Installation and Start Up Model 8600 Series freezers have an operating temperature range of 50 C to 86 depending on ambient temperature The freezer is shipped rom the factory with a temperature set point of 80 change the operating temperature set point 1 Press the Mode key until the Settings indicator lights 2 Press the right arrow until SET PT XX is displayed in the message center 3 Press the up down arrow key until the desired temperature set point is displayed 4 Press Enter to save the set point 5 Press the Mode key until the Run indicator lights for Run mode or press the right left arrow keys to go to next previous parameter If no control keys are pressed the free
36. reii dd 6 7 Install the Chart Paper 6 7 Change Recorder Temperature Range 6 8 Calibrate the Chart Recorder 6 8 Datalogger E E E teme 6 9 Water cooled Condenser 6 9 Five Inner Door 6 9 Section Specifications 7 1 Section8 Exploded Parts Drawings 8 1 Section9 Refrigeration Schematics 9 1 Section10 Electrical Schematics 10 1 Appendix vi Model 8600 Series Thermo Scientific Thermo Scientific Section 1 Installation and Start Up 1 4 N Control Panel Optional Back Up System Controls Temperature Recorder Optional E Documentation Compartment Figure 1 1 Front View Control Panel keypad displays and indicators BUS Optional Back Up System Optional temperature recorder 7 day one pen or datalogger Documentation compartment storage of users manual and other docu mentation Wall Bumper pre tapped holes Optional Back up aw4 System Connections 9 232 or RS 485 Interface __ Power Switch mains disconnect Remote Alarm C
37. selected in the SETTINGS CALIBRATE and CONFIGURATION Modes Enter Must press Enter key to save to memory all changed values Down Arrow Decreases or toggles the parameter values that have been selected in the SETTINGS CALIBRATE and CONFIGURATION Modes Silence Key Press to silence the audible alarm See Section 4 for alarm ringback times 1 4 Model 8600 Series Thermo Scientific Section 1 Installation and Start Up Displays Message Center Displays the system status Mode at all times Displays SYSTEM OK during normal operation or alarm messages if the system detects an alarm condition See Section 4 Alarms Install the Freezer caution tipped more than 45 allow the unit to set upright for 24 hours before start up A To remove the freezer from the pallet use the 7 16 wrench to remove all the bolts securing the shipping bracket to the pallet Remove the shipping bracket Remove the ramp boards from the pallet and place the slotted end over the ramp brackets on the pallet The support blocks on the ramps will be facing down Before moving the freezer make sure the casters are unlocked and moving freely Align the caster with the ramp boards Use adequate personnel to roll the freezer off the pallet The freezer can be easily pushed to the desired approved location described in the following section If necessary the doors and lower front panel may be opened to move the unit through tight openings When the f
38. 041230 ESIINNY PE YIGWNN 9NIMVUG 031112145 ISIMYIHLO 5521 0 32NVU3101 3514 1 1 91 G 1 602 2098 ouueu 5 Y N N seg 131925 20 06 01 31va 044 yda 2092 NOISSINYAA NALLIAN S 1929914 Lp E Se m 9 CMM ONIYMLIVINNYN 0351 amp Ajquiessy ATQWASSY 373383 1 914 4 5098 31111 ONG YON 1504004 ANY 04 SHJHIO Ol 035019810 38 gt 7 01 LON 51 NOIIVNUOJNI HONS ONY 1 LYWYOINI D 373384 1 918 4 0098 3AVN 1YYd 1300W Auv13IHdONd SNIVINOO LINIWNDOQ SIHL 3 YNVL NOISNYdX3 VIO 000 6 X 4 000 01 81012 30193433 110 900712 I 1804 9320V 38 1 10011 020602 of 835830802 NO 1V43918134 600702 62 40553448402 19715 MOT ADEZ 250602 92 3OVIS HOTH A0t2 15050 Lz 439NvH 01918 2 921002 92 LOVES 1804405 INIT 011 43919333 20966 G2 TITRE TERT eoe 1909915 14 NO LISET 57956 y EET NYJ 23 UN 77356 HLOOL 1X3 219 180081 Y 3405 ONIddVL 3135 7 6 1 X 02 7 1 800089 v e 99988 1 INN 3201 183541 NOTAN 91 878 60019 27 13 82 11 3015 66156
39. 05 4 SIMA OEZ SLINI 14 TO LTR El 260112 9154 E GL vA 692 70 6 0 082 8 1409 Z1 105266 9154 F 0154 Z 5 Ly 70 40807 20 byl 8805 8 SITUA 021 a FINI 9154 Z 01 46625 70 8 0 087 8 1202 Z1 JISd E 9159 Ly OL 02 2014 6 20 3 70 9805 4 A 4 Doo e OZ OL JVA 205 0 06 4 5 Jm UE 3991 validi MDT 910502 uz 99 CI901 Z0 HOSS3HdWOD 5 120172 83158 WAM 2222 211289 WI 311800 110 3OVIS JSMLYAIdWSL vA J6p1 20 271 46089 70 2 YrOr Y 1300 82 ae 70 2 15 48089 70 EZ SMe 55 20 2 1 46089 7 72 vyOy a 1403 LI S 828 22 70 2 15 26089 70 v2 amp IJNVadDIBAdB 30715 1 HOIH NUIIVad9laddda d vJSV 308 SHI AVI NI 210602 SYM 210602 522 90 WNN 560 42 40 0802 34 9 SLINI 713 ID 8C ONY EZ LT 05011 G0E022 1 020602 SYM 910602 NOT OVS WAN 70 02 94 5 GavVONVLS 050112 30VW 1 O S N32 10 1 90 761 24 v SYM 26 227110172 SYM B2BL22 OVS NCS 20 1 90 C861 dd 19715 60022 2 0900 655022 Z 1 508 60 82 40
40. 098 2870408 ONG E 2 191804 USE ON RELAY ENCL 195754 195155 191810 USE ON RELAY ENCL 19575 191811 USE ON RELAY ENCL 195756 191812 USE ON RELAY ENCL 195158 191813 USE ON RELAY ENCL 195942 191814 USE ON RELAY 230178 8A DPDT RKR CB SWITCH USE ON RELAY ENCL 195756 4 195758 Exploded View COMMON TO 195151 195154 195155 195156 195158 195940 8 195942 Drawing Part Number 230V Relay Enclosure Assembly Quantity 5 8 12 Model 8600 Series Thermo Scientific ECN NO DATE BY CAD APPD DESCRIPTION OF REVISION FR 1613 03 06 03 DHG LDN MADE COMMON 195940 8 195942 FR 1789 07 28 04 ADT KDG LON CHG MICRO BOARD FOR VACUUM RELIEF PIP III 08 02 04 TJ KDG LDN REMOVED 114031 GROMMET EDGING FR 1806 08 23 04 JDL SPECIFIED AMPERAGE OF CB SWITCHES FR 2008 02 02 09 RTB 5 6 CCS REFLECTS CHANGES MADE TO METALWORK BILL OF MATERIALS PART NO PART DESCRIPTION 22143 48 32 x 1 1 4 PHP SCREW 2 30017 1 1 2 SNAP BUSHING 3 91658 HIGH VOLTAGE BOARD 230V 4 91804 MICRO BOARD 86 HIGH END 5 400165 SWITCHER BOARD 6 420090 115 TRANSFORMER 460169 POWER INLET 16 20A 8 190009 46 32 X 3 8 SS FHP UC SCREW 9 590020 48 32 X 3 8 SS PH
41. 2 8 1409 L 7j L 126122 110602 Nva39IB4dd 3091 MUT lane soeoze 120172 1002 gt 1 01 7 SUSSHBdAO2 mu WO 49159 ATUd 2222 21128N 311800 TIO 39 15 3enlveddW3l d 01002 SH em 2 21 15 6089 770170 8 511 1409 L 826 22 4 3991 3enlvedeu3l 606022 ZA NUILVd3SIdJds JUVISYJ 59715 Thermo Scientific Model 8600 Series 94 0 05 9098 05 5 SOP 01 21411 3125 t C CARO 000 JIAGHOS NOLLVSIOISISS STL ONG JOYSIj OULIOULL A DEZ 58373394 14 0 EZ 9095 8 90 5 5698 9098 866 S66 906 SOL 01 A OEZ 58373384 1H9IBd 14 Z 5 98 3111 807 B3ADLISTIJ 3795 903 CVI HYN 20 71 50 31V NDISIA3 30 NUILdISJS3Q 8 TIN SIS Adel 2IJLINSD
42. 24417 51 9962 updated exploded parts drawings 203 to current production color chg 24191 software updated Test BUS Operation and Micro Board Failure Error 8627 red cell deleted _ ccs 0 23831 FR 1943 6 15 07 Release 4 heat exchanger CCS REV ECR ECN DATE DESCRIPTION By Thermo Scientific Model 8600 Series Preface CAUTION Contains Parts and Assemblies Susceptible to Damage by Electrostatic Discharge ESD Important Read this instruction manual Failure to read understand and follow the instructions in this manual may result in damage to the unit injury to operating personnel and poor equipment performance A Caution internal adjustments and maintenance must be performed by qualified service personnel Material in this manual is for information purposes only The contents and the product it describes are subject to change without notice Scientific makes no representations or warranties with respect to this manual In no event shall Thermo be held liable for any damages direct or incidental arising out of or related to the use of this manual 2007 Thermo Scientific All rights reserved Model 8600 Series Thermo Scientific 24 Eje 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 Equipment being maintained
43. 401 Millcreek Road Marietta Ohio 45750 United States www thermofisher com
44. 5 3 Section 5 Maintenance Vacuum Relief Port 5 4 8600 Vacuum Relief Port The exterior door gasket provides an excellent seal that protects product provides an energy efficient thermal barrier to keep cold air in and room temperature air out and reduces frost buildup on the inner doors Because the door gasket seals so well a vacuum can be created after a door opening Warm air enters the cabinet cools and contracts creating a vacuum that pulls the door in tightly against the seal To equalize the pressure inside the cabinet after a door opening requires 1 5 3 0 cu ft of ambient air to be drawn into the cabinet The amount of air required to equalize the pressure varies depending Figure 5 4 Location on the cabinet size cabinet temperature duration of door opening inventory volume and the temperature humidity of the ambient air The unit is designed with a vacuum relief port that allows the pressure to be equalized The time required to draw 1 5 3 0 cu ft of air into the cabinet depends on two factors a the size and number of paths available for air to enter the cabinet and b pressure difference between the internal cabinet and room ambient Cabinets with the vacuum relief port operating normally i e vacuum relief port not iced over requires a minimum of 30 seconds up to a maximim of 120 seconds for the cabinet to equalize This is also a good indication that the ext
45. 600 Series 8 1 420308 13 amp 17 CF DOOR GASKET MS 420309 23 CF DOOR GASKET 103104 28 CF DOOR GASKET 116077 US ER DOOR 195170 116069 USE ON INNER DOOR 195233 195170 13 amp 17 CF INNER DOOR 4 DOOR 195171 23 CF INNER DOOR 4 DOOR 195233 13 amp 11 CF INNER DOOR 5 DOOR 195234 23 CF INNER DOOR 5 DOOR Assembly Drawing Model 8600 Series Cabinet Assembly 8602 200 1 B Rev 4 28 FT INNER DOOR Page 1 of 2 SCALE 0 094 8 2 Model 8600 Series Thermo Scientific ECN NO DATE CAD DESCRIPTION OF REVISION 1698 09 19 o3 ADDED SCREW TO VACUUM RELIEF PORT 1189 06 02 05 0 6 puc REMOVED VRP IN TOP OF CABINET DMHVRP 6J6 MODEL PART NAME 8600 UP RIGHT FREEZER DWG TITLE 8602 UP RIGHT FREEZER ASSEMBLY BILL OF MATERIALS Nee PART NO PART DESCRIPTION 20003 14 20 X 3 4 SS HH CAP SCREW 2 22053 8 32 X 1 2 SS PHP SCREW 3 22115 6 32 X 1 4 SS PHP SCREW 4 23009 6 32 SS HEX NUT
46. 740 373 4189 FAX http www thermo com Internet Worldwide Web Home Page service led marietta thermofisher com Service E Mail Address Our Sales Support staff can provide information on pricing and give you quotations We can take your order and provide delivery information on major equipment items or make arrangements to have your local sales representative contact you Our products are listed on the Internet and we can be contacted through our Internet home page Our Service Support staff can supply technical information about proper setup operation or troubleshooting of your equipment We can fill your needs for spare or replacement parts or provide you with on site service We can also provide you with a quotation on our Extended Warranty for your Thermo Scientific products Whatever Thermo Scientific products you need or use we will be happy to discuss your applications If you are experiencing technical problems working together we will help you locate the problem and chances are correct it yourself over the telephone without a service call When more extensive service is necessary we will assist you with direct factory trained technicians or a qualified service organization for on the spot repair If your service need is covered by the warranty we will arrange for the unit to be repaired at our expense and to your satisfaction Regardless of your needs our professional telephone technicians are available to assist you Monday
47. 8 NUILdIS2S30 8 3190 UN SIS 21 01125 DNJIH WO3J NOISSTWSSd NALLISM 535 4 9NISHLOYJINVA X04 0350 60 022 2 03007 ESSOZZ Z O3AUA3S 02 50 92 101 981 84 7 SON ANY 03 SH3HIU OL 035077510 38 SYM 284227110192 SYM 826422 5 5 20 90 90 2961 29 95 04 54 POTIS ONY 6 0112 SYA 060112 995 32 20 1 00 761 24 9 j9viS 966 DL 0300Y 07 804 902 B0 S2 0 7002 89 1 BOEOZ2 1 GOW OZOGOZ SYM 910602 NOT 0 5 0 90 70 602 35 8 etotoe 70 S EI 01 210602 SYM L10502 S3 60 2 0 10802 84 5 800 02 60 022 4 c 900712 _ 2 62 LY SI NBISAS 9154 TW 500702 20112 NADA 7 60 0 11006 CIUvyp 2051 aDivavd3s 110 14014 ZU vC BUSSS8dNOS 3ALIIQOV 2 LOS 70932 ID 30 15 3af ve3dW3l MOT 11006 5 JISd 9159 LYI OL OZ 64 ZU v 1 5286 ZU S EL 8805 4 OZ OL JVA 77150 0650 4 11 EI m 1 126122 41060 18438 3915 danivaddA31 MOT 310602 E 60602 m Le lve 14014 70 72 ISSIS E vr c a 4 9153 WAWd 2222 21128 371804 TID 39vIS FANLVAIdWSL HTH 3010 02 SH c 6 6 2 p D 70 e 1 5089 70 ve 1302 EI I1NVeGDISJ38 39715
48. 839 195939 4 19594 8602 204 2 D Rev 5 Page 1 of 2 8 14 Model 8600 Series Thermo Scientific Thermo Scientific REV DATE BY CAD DESCRIPTION OF REVISION FR 1673 03 06 03 086 06 KDG MADE COMMON TO 195939 4 195941 2 1189 01 28 04 ADT MICRO BOARD FOR VACUUM RELIEF 3 PIP 111 08 02 04 TJ LON REMOVED 114031 GROMMET EDGING 4 FR 1806 08 23 04 JDL KG LON SPECIFIED AMPERAGE OF CB SWITCHES 5 FR 2008 02 02 09 SAG REFLECTS CHANGES MADE TO METAL WORK BILL OF MATERIALS ITEM PART NO PART DESCRIPTION NO 22143 8 32 x 1 1 4 SS PHP SCREW 2 30077 1 1 2 SNAP BUSHING 3 191680 HIGH VOLTAGE BOARD 120V 4 191810 MICRO BOARD 86 LOW END 5 230183 20A DPDT SWITCH CIRCUIT BKR 6 400165 SWITCHER BOARD 1 420065 15V TRANSFORMER 8 460169 POWER INLET 16 204 9 490009 6 32 X 3 8 SS FHP UC SCREW 0 590020 8 32 X 3 8 SS PHP EXT SEMS SCREW 590021 6 32 X 1 4 SS PHP EXT SEMS SCREW 2 900134 UBEAXIAL FAN 30 CFM 12 3 195631 16 I RELAY ENCLOSURE SPOTWELD SUB ASSEMBLY 4 1195631 16 4 RELAY ENCLOSURE COVER 191656 SUPPORT 5 1195631 31 3 TRANSFORMER HOLD DOWN 6 1195631 31 5 RELAY ENCLOSURE COVER MAIN 7 1 195130 16 1 191658 SUPPORT BRACKET SUB ASSEMBLY THIS DOCUME
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50. A ae save the setting Scroll for Parameters Code e Numbers decrease Press Mode to exit Press right or left arrow to move to next digit Scroll through the various options Scroll for Parameters Press Enter to Press lt to return lt to previous mem save the setting A Type CO2 Optional BUS TYPE CO2 Enter Press Enter to Scroll for Parameters save the setting Back Up Press to return PEEN System Type to previous parameter ype Thermo Scientific Model 8600 Series 3 7 Section 4 Alarms Model 8600 Series freezer alarm system is shown in the table below When an alarm is active the message appears in the LED message center Press the Silence key to disable the audible alarm for the ringback period The visual alarm will continue until the freezer returns to a normal condition The alarms are momentary alarms only When an alarm condition occurs and then returns to normal the freezer automatically clears the alarm condition and the message center Table 4 1 Alarms Perte inf No Control Probe Failure PROBE 1 FAIL 1 min 15 mi Heat Exchanger Probe Failure PROBE 2 FAIL 1 min 15 mi Condenser Probe PROBE 3 FAIL 1 min 15 min Probe Failure PROBE 4 FAIL min 15 mi in In In In Esas mi ore All alarm delays and ringback times are 30 seconds
51. AS 1 9ISd 71 7715 1901 7 BUSS38dNUJ SATLIOOV 1051 10932 39 15 3danivadawal MUT 9159 F 9ISd Lvl 01 LY ZU 5286 70 S EI 8806 3 02 OL DVA 771570 062 8 5 1302 18014 ZU 72 05598909 agis3 105104 2266 JILJ8V WA 3711804 110 5991 dar bvaddW3l HJIH 021 54923985 14 095 0 5 39915 0 0 02 a 51 2598 098 266 E06 800 02 Cd d 60 022 LIA Ne a lvavd3s 110 11006 1 1006 lNVad9IaBHdB 30 15 dJellvadaNdl MUT 910502 1060 vA 010206 BcOEOC 0501 12 EOL OL NOWWOI 420172 INVa9IsJ38 39715 danivaaddN3l HJIH 94919 d LJ cA 39715 HOTH 1 Thermo Scientific Model 8600 Series 92
52. C in a 32C ambient Interior Dimensions 7 2 Model 8600 Series Thermo Scientific Section 7 Specifications Certifications Declaration of Conformity is available from the factory Safety Specifications Indoor Use Only Altitude up to 2 000 meters Temperature 5 C to 43 Humidity maximum RH 80 for temperatures up to 31 decreasing linearly to 5096 RH at 40 C Mains Supply Fluctuations Mains supply voltage fluctuations not to exceed 10 of the nominal voltage Installation Category Pollution Degree 2 Class of Equipment I l 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 2500V for a 230V supply and 1500V for a 120V supply 2 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 Model 8600 Series 7 3 DESCRIPTION OF REVISION RELEASED FOR PRODUCTION
53. CTRON CORPORATION Conirolled Environment Equipment 649 Marietta Oh 45150 REV ECN NO DATE BY CAD APPD DESCRIPTION OF REVISION o NA 10 30 02 MAH RELEASED FOR PRODUCTION 1 FR 1673 06 06 03 LON REVISED CONTROL PANEL FASTENERS 2 FR 1776 03 08 04 LON CORRECTED CONTROL PANEL STK NUMBER 3 FR 1789 11 18 04 RSB KDG ADDED VACUUM RELIEF PORT Upright Freezer Door Assembly Single Door 8602 201 1 B Rev 3 Page 2 of 2 Thermo Scientific Model 8600 Series 8 7 8 8 195187 23 CU FT TOP DOUBLE DOOR 8600 900 29 195788 23 CU FT BOTTOM DOUBLE DOOR 8600 Part Upright Freezer Door Assembly Double Door Quantity 8602 202 1 B Rev 3 Page 1 of 2 Model 8600 Series Thermo Scientific REV ECN NO DATE DESCRIPTION OF REVISION wA 11 05 02 MAH RELEASED FOR PRODUCTION 1 1613 06 06 03 0 REVISED CONTROL PANEL FASTENERS 2 FR 1776 03 09 04 LON CORRECTED CONTROL PANEL STK NUMBER 3 FR 1789 11 19 04 RSB AKS ADDED VACUUM RELIEF PORT BILL OF MATERIALS Lr mue quieran ss v4 56 INTERNAL TOOTH LOCK WASHER m x 1 2 SS SCREW AB PONT e 2500 ae u seeen mor Co 30033 uer ANGLE
54. Calibrate _ Configuration indicator MW s Hy c Low Battery lt gt Hot Condenser Temperature SYSTEM Scroll for parameters To Configure High Alarm Test Low Alarm Test System Battery Test Optional BUS Battery Test 3 6 Model 8600 Series Press MODE to move to RUN mod HI ALRM TEST Scroll for Parameters P toret Press Enter to initiate test 2 Center Press Enter to initiate test Scroll for Parameters Press lt to return to previous parameter Press Enter to initiate test Gui Scroll for Parameters P to ret Press Enter to initiate test Scroll for Parameters Press lt to return to previous paramete Thermo Scientific Section 3 Caonfiguration Configuration Mode Chart 3 1 Page 2 of 2 refer to previous page To Configure CONTROL probe i Press Enter to Display DISP CONTROL emer save the setting Tem pe ratu re Scroll for Parameters Press to return Y SAMPLE probe to previous parameter Press Enter to Clear High ALARM EE clear the alarm Stage Alarm condition Press lt to return to previous Coral A Numbers increase nece SET ACC CODE XXX CG
55. E BE DISCLOSED DTFERS FOR ANY PURPOSE NOR MG TITLE 9591 LP RIGHT FREEZER ASSENRLY Upright Freezer DIN CAD PK APPD MAH DATE 10 30 02 SCALE 0 094 inet WRITTEN PERMISSION FROM THERM ELECTRON Assenbly MATERIAL N A Double Door Thermo Ep INES DECIMAL NUMBER 8602 200 2 D 4 8602 200 2 B Page 2 of 2 Thermo Scientific Model 8600 Series 8 5 195771 23 CU FT UPRIGHT FREEZER DOOR 8600 195772 28 CU FT UPRIGHT FREEZER DOOR 8600 Part Number Upright Freezer D Door Assembly Single Door Quantity 8602 201 1 B Rev 3 Page 1 of 2 8 6 Model 8600 Series Thermo Scientific BILL OF MATERIALS MI PART NO PART DESCRIPTION 13 amp 17 CU FT UPRIGHT FREEZER DOOR 8600 8 om N o ROT ROT gt sry THIS DOCUMENT CONTAINS PROPRIETARY MODEL PART NAME ULT UP RIGHT SERIES FREEZER INFORMATION AND SUCH INFORMATION IS NOT TO BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR DWG TITLE 8600 SINGLE DOOR BOM ASSEMBLY USED FOR MANUFACTURING PURPOSE WITHOUT CAD APPD DATE 10 30 02 WRITTEN PERMISSION FROM THERMO ELECTRON MATERIAL N A PAINT TOLERANCE UNLESS OTHERWISE ANGLES DECIMAL SCALE 0 094 DRAWING NUMBER 8602 201 1 SPECIFIED ELE
56. IS 338814 AOA NBISSIWSdd NILLI N rr S3SUdafld AOS 03SM 60E0ZZ c 0300 ESSOZZ Z O3ADA3S NOT 9HO S08 50 92 40 981 34 S XN 3sUdefld ANY SB3H1U 01 035077510 38 GEO SV 12622 LIOWe SYA NOT vs 5 20 90 90 206 24 9 SI NEVADAN Hos ONY NOIRE GEOIIZ SYA 050112 9 0 1 90 1 89 JOVIS MET 866 OL 0300Y 07 905903 0 72 10 7002 84 8 12 00Y OZO60Z SYM 910602 OVS NMN B0 90 70 670C 3d 8l OL 41 210802 SYM 210602 522 0 0 2 0 10802 44 01 0 022 800 02 7 A 929022 N3dD ATIWWADN S 810712 KS 900712 00 02 EX EEOIZ 0 022 JEZ LV SI WALSAS SINIWSSMSVIN 9158 TIV H 111006 2051 S01vBvd3s TID 19014 ZO 30552 2 111006 3 11100 72 HLIM LOS 70882 IU 39915 3anivaddWal MOT d B 55 9159 9159 251 01 9159 5 20 z gt 110602 2 82 20 6815 70 amp 81 8808 8 61 i 9154 S OL BVA 682 770 0 I 062 8 1 93919338 39715 120172 2 19012 ZU 72 8055 3 UN 0501121 TIO 84153 2202 2IL2BV 710 3OVIS 3anivaddA3l 010 02 SH Sy 20 e 1 6089 70 ve wrOv d 1NVS3DISHd8 3DVIS 1 HOIH 826 22 022 ZA NULLv J9l JJA 30 25 2 ADVIS T 9 5 Model 8600 Series Thermo S
57. M XX is displayed in the message center 3 Press the up or down arrow key until the desired low temperature alarm set point is displayed 4 Press Enter to save the setting 5 Press the Mode key until the Run indicator lights or press the right or left arrow to go to the next or previous parameter If no control keys are pressed the freezer will automatically return to RUN mode after 5 minutes Note The low alarm set point must be set at least 5 from the control set point A An access code of 000 is required to access the Settings Calibrate or Configuration modes If the access code is not at the default 000 a code must be entered to leave RUN mode See Section 3 to modify the access code Run mode is the default mode for the freezer Run mode will display the cabinet temperature on the temperature display and SYSTEM the message center under normal operating conditions In addition Run mode allows display of the following information LINE VOLTAGE COMPENSATED VOLTAGE HSHX TEMPERATURE heat exchanger temperature This information is scrolled individually by pressing the right arrow key In each case the message center returns to SYSTEM OK in 10 seconds if no keys are pressed Thermo Scientific Section 1 Installation and Start Up Chart 1 1 settings Mode Temperature C Silence Press MODE to light SETTINGS S EIE indicator Mode O Run 6 Settings Calibrate Configurati
58. Model 8600 Series 86C Ultra Low Temperature Freezer Operating and Maintenance Manual 7038602 Rev 5 pec E 1 K EJ Preface Important installer and user information A redundant temperature sensing device has been included in this ULT freezer This device is a type thermocouple For convenient access the thermocouple Figure 1 3 terminates in an interconnect jack Figure 1 5 behind the base front cover May be located differently in chests See Section 1 It is strongly recommended that this thermocouple be attached to a redundant 24 hour 7 day monitoring system with alarm capabilities Connecting the sensor to a monitoring and alarm system separate from the freezer provides the utmost in product safety should the integral system fail A Gestern wwe m h e C m mw ms ow m m m m m m ow p ms m eee m qm m qm 8694 8695 MANUAL NUMBER 7038602 5 25693 FR 2080 7 29 09 Chg d drier from 209016 to 209017 refrig schematics 205 drawing CCS 4 25283 IN 10127 5 27 09 Updated 8602 200 1 B exploded parts drawing 28 cu ft door change CCS 3 2541 1 FR 2040 4 30 09 Changed drier from 209020 to 209016 refrigeration schematics CCS 2 25018 FR 2016 10 29 08 Removed reference to VRP tool CCS 1 24567 FR 2000 24605 5 22 08 Clarified chamber probe and thermocouple callouts Important info above CCS FR 2000
59. NECTION 120V 1 2W OPERATING RANGE 108 eS 13 C 8 TFSR 20 TES f 1 High Voltage Boord High Pressure Cutout 207008 i2 Dicit gt P 55 25 B 9 13 e E J29 8 D 29 3 0 1 e H n 4 13 e 36 8 38 10 4 Model 8600 Series Thermo Scientific 1 Board tching Power Supply 400165 US Over lay e c Door Heater Relief Heater Assy Ribbon Ribbon Ribbon Ribbon Exchanger Probe 290177 Condenser Probe 290178 Control Probe 290176 nple Probe 0177 Cobex Probe 290180 Double Door Heate 321 14 Lid Switch 360256 Serial Coble Uprights Chests Thermo Scientific Model 8600 Se
60. NT CONTAINS PROPRIETARY MODEL PART RELAY ENCLOSURE ASSEMBLY DISCLOSED TO OTHERS FOR ANY PURPOSE NOR DWG TITLE 120 VOLT RELAY ENCLOSURE ASSY LOW END Exploded View USED FOR MANUFACTURING PURPOSE WITHOUT Drawing WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC DWN DHG CAD DHG DATE 07 26 01 SCALE 0 250 120V Relay Enclosure MATERIAL Assembly ThermoFisher PRINT NVA SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE 5 GLES DECIMAL BOX 649 MARIETTA OHIO 45750 ME ME Pon 9502 204 2 B Model 8600 Series 8 15 d 0 06 2098 05 57 1 679 X08 ONIMYaO S38NIIN SUC NOILVI01 DIaILNIAIDS 7 i 2 3 2 3 2 JIVABHOS NULIYBSOIS EES 37111 ONG Joysij OULIOY A OEZ 54973389 14 2095 4 20 5 71698 4298 2098 966 166 206 ZOL OL NOWWOI 1 A OEZ 58373384 1 14 El 2 98 3111 807 SAWOLSNI 31 25 HWW 903 OVI Hyw NMG 20 71 50 NUISIA3
61. P EXT SEMS SCREW 0 590027 6 32 X 1 4 SS PHP EXT SEMS SCREW 900134 TUBEAXIAL FAN 30 CFM 12V 2 195631 16 1 RELAY ENCLOSURE SPOTWELD SUB ASSEMBLY 195631 16 4 RELAY ENCLOSURE COVER 191656 SUPPORT 4 195631 31 3 TRANSFORMER HOLD DOWN 5 195631 31 5 RELAY ENCLOSURE COVER MAIN 6 195130 16 1 191658 SUPPORT BRACKET SUB ASSEMBLY 1 230184 15A DPDT SWITCH CIRCUIT BKR Thermo Scientific o ONDE FR TUN AS NAME RELAY ENCLOSURE ASSEMBLY BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR DWG TITLE 230 VOLT RELAY ENCLOSURE ASSY HIGH END Exploded View USED FOR MANUFACTURING PURPOSE WITHOUT unn T Drawing WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC DWN E 07 26 01 SCALE 0 25 230V Relay Enclosure 2 MATERIAL Assembly ThermoFisher PAINT N A SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE 5 ANGLES DECIMAL XX age20 BOX 649 MARIETTA OHIO 45750 XXX x 8602 2 4 B 9 Model 8600 Series 8 13 191810 USE ON RELAY ENCL 195750 191804 USE ON RELAY ENCL 195752 191811 USE ON RELAY ENCL 195757 191812 USE ON RELAY ENCL 195839 191813 USE ON RELAY ENCL 195941 191814 USE ON RELAY ENCL 195939 230184 15 DPDT RKR CB SWITCH USE ON RELAY ENCL 195757 4 195839 Exploded View Drawing 120V Relay Enclosure Assembly COMMON TO 195150 195152 195757 195
62. Run indicator lights A 3 digit Access Code can be entered to avoid unauthorized personnel from changing the set points calibration or configuration A setting of 000 bypasses the access code The factory setting is 000 RS485 Address If the freezer is configured for RS485 communications it must have a unique identification address This address is set through Configuration mode 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until RS485ADDR is displayed in the message center 3 Press Enter The message center will display 485 ADDR XX 4 Press up down arrow to select the appropriate address for the freezer 1 24 5 Press Enter to save 3 4 Model 8600 Series Thermo Scientific Back Up System Type Thermo Scientific Section 3 Caonfiguration This function only available on freezers with the optional BUS back up system allows the user to select which type of gas is injected into the freezer chamber The options are and LN 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until BUS TYPE CO2 or BUS TYPE LN2 is displayed in the message center 3 Press up down arrow to toggle between the two display selections Press Enter to save Model 8600 Series 3 5 Section 3 Configuration Chart 3 1 Configuration Mode Press MODE to light C G U RATI Run Settings
63. SIMAS 681 lt 0 Xtjo p 06 1 17 888 pue VSA 9Zv 0v4 VSN OSLSY OYO ENNEN 659 Suruedo 19229 241 Knuo e1 APPT pue 1501 JO 1 1104 IYI UIID sKeM V e durexo s8nf doy 3onpoud e eum Suoj e ur TI woor 24024 ou oprs IY ae Suns Aq 15992 TH e SaA ous aurod 15 01 1240221 1272911 MO V Jys sxpe1 ppe pue aui uronoq ou aggridn 8411 pormbos pue suonrpuoo sn uodn 4 1uounsn pe pue Surueo MO 9q 1equinu at sn 1283402 oseo d 10 NOW IO seare ur 2 qeooen Sursn as IEN jut 4 919 LSIN 991 wuy Peg BEN 1oqng enueur uononasur jo uonoos porreds 296 5
64. STOU yensnun JOJOUL uey 2940 se aovydar JO utar Tom 2940 6 dn yoeq wepe JPD T MOUS pue 221 1ouur pue sodurq 5123528 4108 JII put IPAD uoneoo 24024 Joy p onn pepeeu se durqoieg Joop asn py 1 06 uonoy 03 5 9799 591195 0098 10 BUS Back Up System P N 195875 amp 195877 Install Injection Assembly Vent Stack and Solenoid Thermo Scientific Section 6 Factory Installed Options Details for the factory installed options available or already installed are listed below Caution Before installation of BUS components make sure the power to the freezer is disconnected the battery switch is turned off O and the freezer has warmed to ambient temperature A The built in BUS back up system will keep the freezer chamber temperature below the critical level in the event of a power or equipment failure If power to the freezer fails or temperature increases to the back up alarm set point the BUS injects liquefied gas into the chamber to keep the chamber temperature within the specified range The BUS operates on an internal 12 volt rechargeable battery which is kept charged during normal operation by th
65. The wiring identification for the interface is shown in Figure 1 7 One nine pin sub D style connector is located on the back of the freezer See Figure 1 2 for the location of the connector on the freezer Figure 1 7 Wiring The freezer transmits temperature information every 60 minutes A standard DB9 serial extension cable can be used to connect the freezer to serial device Some serial devices may require a null modem adapter Data format Bald 6 1200 Data bits 8 7 bit ASCII with leading zero Start Bits CE 1 Stop DIS a d ates RUE piis 2 PARU re Quei Quoad ete none Thermo Scientific RS 232 Communications continued Remote Alarm Contacts and Analog Output Thermo Scientific Section 1 Installation and Start Up The data transfer sequence is transmitted in the following format X refers to numerical temperature data NUL 5 XXX SP C SP OVERTEMD SP LF CR SP UNDER TEMP The words OVER TEMP or UNDER TEMP are transmitted when an alarm condition exists along with the temperature If no alarm condition exists spaces will be sent A total of 20 characters will be sent SP Space LF Line feed CR Carriage return EOT End of text 4 NUL Null character 00 Note The RS 232 is not compatible with Model 1535 Monitor Alarm System A Model 8600 Series freezer has remote alarm conta
66. aking any calibration or adjustments to the unit it is imperative that all reference instruments be properly calibrated A Calibrate the Control Plug a type T thermocouple reader into the receptacle located inside the b lower door see Figure 1 5 Compare the control temperature set point to the temperature of the measuring device See Chart 2 1 at the end of this section for more detail 1 Press the Mode key until the Calibrate indicator lights 2 Press the right arrow until CONT T appears in the message center 3 Press up down arrow to match the display to calibrated instrument 4 Press Enter to store calibration 5 Press the Mode key to return to Run or the right left arrow to go to next previous parameter Thermo Scientific Model 8600 Series 2 1 Section 2 Calibrate Calibrate the Optional Sample Probe 22 Model 8600 Series For freezers with the optional sample probe place the calibrated instrument in the center of the sample bottle The bottle should contain an appropriate medium and the measuring instrument should be centered in the botte 1 Press the Mode key until the Calibrate indicator lights 2 Press the right arrow until SAMP T XX X appears in the message center 3 Press up down arrow to match display to calibrated instrument 4 Press Enter to store calibration 5 Press the Mode key to return to Run or the right left arrow to go to next previous parame
67. amp 120V Breaker Dedicated Circuit Dedicated Circuit Dedicated Circuit Dedicated Circuit Dedicated Circuit Requirements 15 Amp 20 amp 20 amp 15 Amp 20 amp Time Delay Breaker Time Delay Breaker Time Delay Breaker Time Delay Breaker Time Delay Breaker Shipping Weight Motor 980 165 444 5 kg 900 Ibs 408 2 kg 900 Ibs 408 2 kg 712 Ibs 323 0 kg 712 Ibs 323 0 kg Temperature Range 50 C 58 F to 86 C 123 F in an 18C to 32C 64 4F to 89 6F ambient 33 3 W x 77 8 H x 37 0 33 3 W x 77 8 H x 37 0 40 8 W x 77 8 H x 37 0 84 6 x 197 6 x 94 0 84 6 x 197 6 x 04 0 103 6 x 197 6 x 94 0 cm 23 0 W x 51 5 H x 25 3 23 0 W x 51 5 H x 25 3 30 6 W x 51 5 H x 25 3 58 4 x 130 8 x 64 3 cm 58 4 x 130 8 x 64 3 cm 77 7 x 130 8 x 64 3 cm 17 3 cu ft 489 9 liters 17 3 cu ft 489 9 liters 23 0 cu ft 651 3 liters Two 1 HP 2545 BTUH each Non CFC foamed in place urethane 5 0 12 7 cm cabinet 4 5 11 4 cm door 120V 60 Hz 16 0 FLA 230V 50 60Hz 12 0FLA 230V 50 60Hz 12 0FLA Operating Range 108 130VAC Operating Range 208VAC 240VAC Operating Range 208VAC 240VAC 20 amp 120V 15 amp 230V 15 amp 230V Breaker Requirements Dedicated Circuit Dedicated Circuit Dedicated Circuit 20 amp Time Delay Breaker 15 Amp Time Delay Breaker 15 Amp Time Delay Breaker Shipping Weight Motor 795 Ibs 360 6 kg 795 Ibs 360 6 kg 900 Ibs 408 2 kg Compressors may not cycle off with cabinet running at 86
68. ar high top shoes Trousers which should be cuffless if possible should be worn outside the shoes Thermo Scientific Model 8600 Series 1 Introduction The safe handling and use of liquid nitrogen in cryogenic refrigerators and dewar flasks is largely a matter of knowing the potential hazards and using common sense procedures based that knowledge There are two important properties of liquid nitrogen that present potential hazards 1 It is extremely cold At atmospheric pressure liquid nitrogen boils at 320 196 2 Very small amounts of liquid vaporize into large amounts of gas One liter of liquid nitrogen becomes 24 6 cu ft 7001 of gas The safety precautions in this booklet must be followed to avoid potential injury or damage which could result from these two characteristics Do not attempt to handle liquid nitrogen until you read and fully understand the potential hazards their consequences and the related safety precautions Keep this booklet handy for ready reference and review Note Because argon is an inert gas whose physical properties are very similar to those of nitrogen the precautions and safe practices for the handling and use of liquid argon are the same as those for liquid nitrogen A Use only containers designed for low temperature liquids Cryogenic containers are specifically designed and made of materials that can withstand the rapid changes and extreme temperature differences enco
69. ational Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 MDD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 20 Me Richard L Miller CQE Regulatory Compliance Manager ThermoFisher SCIENTIFIC 25 June 2007 Declaration of Contormi Manufacturer s Name Thermo Fisher Scientific Asheville LLC Manufacturer s Address 401 Millcreek Road Marietta Ohio 45750 U S A Product Description Laboratory Freezer Product Designations 8607 Year of Initial C Marking 2002 Affected Serial Numbers Release 4 Release level REL shown on Tag This product conforms to the following European Union Directive s EMC 89 336 EEC LVD 73 23 EEC This product conforms to the following Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C222 No 1010 1 UL 471 applicable sections UL 61010A 1 Richard L Miller CQE Regulatory Compliance Manager ThermoFisher sc Declaration Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers IENTIFIC 14 June 2007 of Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A
70. ay window The options are CONTROL or SAMPLE 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until DISP CONTROL or DISP SAMPLE is displayed in the message center 3 Press up down arrow to toggle between the two display selections 4 Press Enter to save If control probe is selected the temperature display will be on continuously If sample probe is selected the temperature display will be preceded with a letter S Clear High Stage Should a high stage alarm occur it may be necessary to clear the alarm Alarm condition after the condition has been corrected 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until CLR HS ALARM is displayed in the message center 3 Press Enter to clear the alarm Thermo Scientific Model 8600 Series 3 3 Section 3 Configuration Set an Access Code set the Access Code 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until SET ACC CODE is displayed in the message center 3 Press Enter 4 message center displays ACC CODE 000 Press the up down arrow until the desired access code is displayed 000 999 Press the left right arrow to select digit 1 2 3 Note The left and right arrow keys are used to move from the first through the third digits within the access code A 5 Press Enter to save the setting 6 Press the Mode key until the
71. causing damage Do not pour the liquid on pavement B 1 Model 8600 Series Thermo Scientific Thermo Scientific Appendix C First Aid If a person seems to become dizzy or loses consciousness while working with liquid nitrogen or carbon dioxide move to a well ventilated area immediately If breathing has stopped apply artificial respiration If breathing is difficult give oxygen Call a physician Keep warm and at rest If exposed to liquid or cold gas restore tissue to normal body temperature 98 6 as rapidly as possible followed by protection of the injured tissue from further damage and infection Remove or loosen clothing that may constrict blood circulation to the frozen area Call a physician Rapid warming of the affected part is best achieved by using water at 108 F Under no circumstance should the water be over 112 E nor should the frozen part be rubbed either before or after rewarming The patient should neither smoke nor drink alcohol Model 8600 Series C 1 Declaration of Conformity Manufacturer s Name Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 USA Manufacturer s Address Product Description Laboratory Freezer Product Designations 8602 Year of Initial Marking 2002 Affected Serial Numbers Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directives 89 336 EEC LVD 73 23 This pr
72. cientific 9 0 06 098 DNIMVSO JAWIN 807 JILVASHOS 1179918595 57111 IMO A 082 54973945 1H9I d 14 TD 8 3 98 111 807 ASWOLSTI 31 25 HWW Oddy 204 CVI Hv Md 20 71 50 1 0 05 5 VlL3ISVA 679 X08 21411 34125 Jeusijounuoeu 1 NDISIA3N 30 119199 30 31VO 923 Ada 21309125 33H81 DNS3HI HOSS NDISSIWASd N3lLIaM 60 022 c 004 655022 Z O3AUW38 S03 50 9c 0 79881 8d 90172 SYM 26 20 Ll01vc SYN DYSINCS 40 11 90 c961 84 AMOHLIM S3SUdalld SNISFIOVJINVN 204 05 AON 3S dafld ANY 03 58 01 135012510 LON SI NOILVABUANI HONS ONY NUILVWaDANI SNIVINUJ 1 SIHL 170112 SYM 050112 0 1 90 Ev61 34 9 L 1095 01 NDAWUJ 0300 07 902 902 80 10 0 7006 83 8 1 OUv Oc0B02 SYM 910502 7 0 90 0 6702 44 6 70481 OL 441 910602 SYM 10602 77 DODI WAN 60 2 0 10806 93 01 JEZ LY SI W31SAS SINGWISVJA 9154 20 SI anivavdds 19014 ZU 72 aDSS3adNUJ 3 11100 HLIM 1051 10332 7110 391 J NLYAJdWIL DISd E 9159 pY 01 9159 Y LY ZU v 1 5625 70 1 8809 8 9ISd OL BVA 682 200 1 062 4 1 13 2
73. ctions supplied with those units and their accessories Do not overfill containers Filling above the bottom of the necktube or specified maximum level can result in overflow and spillage of liquid when the necktube core or cover is placed in the opening Never use hollow rods or tubes as dipsticks When a warm tube is inserted into liquid nitrogen liquid will spout from the top of the tube due to gasification and rapid expansion of liquid inside the tube Warning Nitrogen Gas Can Cause Suffocation Without Warning A Store and use liquid nitrogen only in a well ventilated place As the liquid evaporates the resulting gas tends to displace the normal air from the area In closed areas excessive amounts of nitrogen gas reduce the concentration of oxygen and can result in asphyxiation Because nitrogen gas is colorless odorless and tasteless it cannot be detected by the human senses and will be breathed as if it were air Breathing an atmosphere that contains less than 1896 oxygen can cause dizziness and quickly result in unconsciousness and death Note The cloudy vapor that appears when liquid nitrogen is exposed to the air is condensed moisture not the gas itself The issuing gas is invisible A Never dispose of liquid nitrogen in confined areas or places where others may enter Disposal of liquid nitrogen should be done outdoors in a safe place Pour the liquid slowly on gravel or bare earth where it can evaporate without
74. cts and analog output See Figure 1 2 for the location of the remote alarm contacts The remote alarm connector is shipped in the parts bag provided with the manual It must be installed if connecting the freezer to an alarm system After installing the wiring from the alarm system to the connector install the connector to the freezer microboard and secure with the two screws provided The remote alarm provides a NO normally open output a NC normally closed output and COM common The contacts will trip on a power outage high temperature alarm or low aa 5 D TEN temperature alarm Figure 1 8 shows the remote O contacts in alarm state REMOTE CONTACTSZANALOG OUTPUT PIN Analog Qutput PIN 2 Analog Qutput 5 PIN 3 Not Connected The analog output function allows the freezer to PINE 4 Not Connected PIN 5 Nornolly Closed output signals representing the temperature of the EE NE 1 1 1 RATING e 30 freezer cabinet The factory default setting is 4 20 EE ERR mA Refer to Figure 1 9 for output specifications Figure 1 8 Remote Contacts in Alarm _____ 100 to 50 100 to 50 100 to 50 Figure 1 9 Output Specifications 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 installe
75. d for centralized monitoring should on board system fail Model 8600 Series 1 7 Section 1 Installation and Start Up 1 8 Attach the Power Cord Connect the Unit to Electrical Power Freezer Start Up Model 8600 Series Insert the power cord into the power inlet inlet module Place the retaining bracket P N 195763 over the bracket S connector Tighten retaining screws SOS Screws to secure Figure 1 10 Secure Power Cord Caution See the serial tag on the side of the unit for electrical specifications or refer to the electrical schematics in this manual A The freezer should be operated on a dedicated grounded service Check the voltage rating on the serial tag of the unit and compare it with the outlet voltage Then with the power switch turned off plug the line cord into the wall outlet First turn on the freezer power switch Then open the lower front door by grasping the bottom left corner Locate the battery switch Figure 1 5 and turn it to Standby mode During initial freezer start up the system battery may require charging and the Low Battery indicator may illuminate Caution Ensure the battery switch is turned to Standby mode The rechargeable batteries require 36 hours to charge at initial start up A Low Battery alarm may occur until the batteries are fully charged Should a power failure occur during the initial start up period the electronics will have limited
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77. e the system will measure the compensated AC voltage If the voltage is incorrect the unit will stop attempting to compensate and the compressors will run on direct line voltage Under this condition the message center will display VCOMPEN FAIL When multiple alarm conditions occur active messages are displayed in the message center one at a time updating at 5 second intervals Pressing Silence during multiple alarms causes all active alarms to be silenced and to ringback in 15 minutes An internal communications failure has occurred with the micro board During this alarm the compressor s attempt to run continuously However with this type of failure freezer operation becomes undependable Thermo Scientific Lost Communication Probe Failure Alarms Thermo Scientific Section 4 Alarms Communication between the micro board and the display board has been lost Under this condition the visual alarm LED flashes along with dashes in the temperature display In addition LOST COMM flashes in the message center Contact Technical Services The microprocessor in Model 8600 Series freezers continually scans all probes including the control probe heat exchanger probe condenser probe and optional sample probe to ensure that they are operating properly Should an error be detected the PROBE FAIL alarm will occur as described in Table 4 1 If error is detected with the control probe PROBE 1 FAIL t
78. e integral battery charger 1 Install the injection assembly through the 1 2 pre punched hole directly behind the 2 vent stack hole in the center of the chamber ceiling Note Cover the open end of injection assembly with tape to keep insulation from entering the nipple 2 Slide 3 8 flatwasher over open end of nipple 3 Insert the covered end of the injection assembly through the exterior hole 4 Remove the tape covering from the end of the nipple and install the 1 8 NPT brass tee on the open end of the nipple Place permagum sealant between the brass tee and the interior top 5 Remove the two Phillips head screws securing the metal bracket on the vent stack assembly Model 8600 Series 6 1 Section 6 Factory Options Injection Assembly Vent Stack and Solenoid cont INJECTION ASSEMBLY 380185 BRASS TEE 1 8 FPT Figure 6 1 Injection Assembly 6 2 Model 8600 Series 6 Install the vent stack through the opening and secure it to the top of the freezer using screws 7 Go to the interior and seal around the end of the vent stack with Permagum 8 Install the transfer hose connecting one end to the injection assembly the other end to the solenoid valve Install the solenoid valve to the supply source The solenoid mounting bracket is not required and may be discarded Caution When selecting a CO supply cylinder it must be equipped with a siphon tube A _ 1 45 x 750 long 2 Sd
79. e monitoring and documentation of temperature and alarm conditions The dataloggers have a memory capacity of 64 000 measured values or data points Temperature is measured stored and displayed Alarm conditions are recorded Optional evaluation software permits data to be downloaded to a PC A variety of statistical information is provided through calculations analysis graphs and printed reports Refer to the ELPRO documentation for operating instructions for the datalogger Water cooled The water cooled condenser P N 195964 13cf 195965 17 23 28 cf 195967 12 17 20 cf chests is a factory installed option and requires a Condenser qualified technician at freezer installation The installation should include proper adjustment of the regulating valve which controls the discharge pressure Specifications for this option are displayed in Table 6 1 Table 6 1 Specifications m Flow Rate Required 3 0 gallons 11 4 liters per minute 1 0 gallon 3 8 liters per minute Drain Required return line is required Yes Five Inner Door The five inner door option P N 189405 13cf 189406 17cf 189407 Option 23cf amp 195652 28cf is factory installed The freezer is converted to accommodate four adjustable specimen shelves with the fifth shelf as the bottom of the freezer chamber Thermo Scientific Model 8600 Series 6 9 Section 7 Specifications 8602 8603 8604 8605 8606 ue s 50 C 58
80. easible 7 Drain the cleaning solution 8 Add and circulate a passivating liquid for corrosion inhibition of plate surfaces 9 Drain this liquid 10 Rinse with fresh water and drain 11 Reconnect the water supply and fill the unit 12 Return to service 5 2 Model 8600 Series Thermo Scientific Defrost the Chamber Clean the Door Gasket minimum monthly Thermo Scientific 8 9 Section 5 Maintenance Remove all product and place it in another freezer Turn the unit off and disconnect it from the power source Turn off the battery switch O See Figure 5 8 Open all of the doors and place towels on the chamber floor Allow the frost to melt and become loose Remove the frost with a soft cloth After defrosting is complete clean the interior with a non chloride detergent Rinse thoroughly with clean water and dry with a soft cloth Plug unit in and turn power switch on Turn the battery power switch to Standby mode C 10 Allow the freezer to operate empty overnight before reloading product Using a soft cloth remove any frost build up from the gasket and door s The Clean Gasket alarm occurs every three months as a reminder to remove frost build up from the gasket and door s Press the Silence key to disable the audible alarm door gasket may need to be cleaned more frequently if dirt or excessive frost build up prevents door from closing properly Model 8600 Series
81. eight Motor 712 Ibs 323 0 kg 712 Ibs 323 0 kg 795 Ibs 360 6 kg 795 Ibs 360 6 kg 900 Ibs 408 2 kg Compressors may not cycle off with cabinet running at 86C in a 32C ambient Thermo Scientific Model 8600 Series 7 1 Section 7 Specifications 50 C 58 to 86 C 123 F 18C to 32C 64 4F to 89 68 ambient Exterior 46 8 W x 77 8 H x 37 0 40 8 W x 77 8 x 37 0 40 8 W x 77 8 H x 37 0 33 3 W x 77 8 H x 31 0 33 3 W x 77 8 H x 31 0 Dimensions 118 9x197 6x94 0cm 103 6x197 6x94 0cm 103 6 x 197 6 x 94 0 cm 84 6 x 197 6 x 78 7 cm 84 6 x 197 6 x 78 7 cm Interior 36 6 W x 5b1 5 H x 27 0 30 6 W x 51 5 H x 25 3 30 6 W x 51 5 H x 25 3 23 0 W x 51 5 x 19 3 23 0 W x 51 5 H x 19 3 Dimensions 93 0x130 8x68 6cm 77 7 130 8 64 3 777 130 8 64 3 58 4 x 130 8 x 49 0 58 4 x 130 8 49 0 Capacit 28 0 cu ft 23 0 cu ft 23 0 cu ft 13 0 cu ft 13 0 cu ft pacity 792 8 liters 651 3 liters 651 3 liters 368 1 liters 368 1 liters Two 1 HP 2545 BTUH each Non CFC foamed in place urethane 5 0 12 7 cm cabinet 4 5 11 4 cm door 230V 50 60Hz 12 0FLA 120V 60 Hz 16 0 FLA 120V 60 Hz 16 0 FLA 230V 50 60Hz 12 0FLA 120V 60 Hz 16 0 Operating Range Operating Range Operating Range Operating Range Operating Range 208VAC 240VAC 108 130V 108 130V 208VAC 240VAC 108 130V 15 amp 230V 20 amp 120V 20 amp 120V 15 amp 230V 20
82. entific WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC ThermoFisher SCIENTIFIC BOX 649 MARIETTA OHIO 45750 MATERIAL N A PAINT N A DWN PDK 10 30 02 SCALE 0 094 TOLERANCE UNLESS OTHERWISE SPECIFIED ANGLES DECIMAL XX DRAWING NUMBER SIZE 8602 200 Assembly Drawing Model 8600 Series Cabinet Assembly 8602 200 1 B Rev 4 Page 2 of 2 Model 8600 Series 8 3 28 195172 13 amp 17 CF INNER V2 7 195174 23 CF INNER DOOR 103063 13 amp 17 CF DOOR GASKET 103064 23 CU 0008 GASKET 195173 13 amp 195175 23 AN ST 2 oM 55 55 17 CF INNER CF INNER Upright Freezer Cabinet Assenbly Double Door 8502 200 2 D REV 4 Page of 2 Model 8600 Series Thermo Scientific DATE CAD APPD DESCRIPTIUN REVISIUN 2 FR 1698 08 18 03 JDL LON ADDED SCREW
83. er SCIENTIFIC 25 June 2007 eclaration of Conformity Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers Release level REL This product conforms to the foll EMC LVD Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 USA Laboratory Freezer 8606 2002 Release 4 shown on Serial Tag lowing European Union Directive s 89 336 EEC 73 23 This product conforms to the following Harmonized International and Nationa EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 Standards LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 T Y Richard L Miller Regulatory Compliance Manager ThermoFisher SCIE NTIFIC 14 June 2007 of Contormity Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Blood Bank Freezer 8627 2002 Release 4 Release levei REL shown on Serial Tag This product conforms to the following European Union Directive s EMC MDD 89 336 EEC 93 42 EEC This product conforms to the following Harmonized International and N
84. erior door is well sealed The vacuum relief port requires routine maintenance It will ice over unless preventive measures are taken If the vacuum relief port becomes iced over the freezer will take several hours to equalize pressure Caution Do not leave the freezer unattended with door unlatched The vacuum could release resulting in a door opening and product loss Thermo Scientific Vacuum Relief Port Thermo Scientific continued Replace the Battery s Section 5 Maintenance Observe the inner side of port periodically for frost and ice build up Remove any frost with a soft dry cloth If the tube should become clogged with ice it must be cleaned Clear the vacuum relief tube completely free of ice to prevent rapid ice formation Factors that can affect the performance of the vacuum relief port include high ambient temperature high humidity conditions and frequent door openings Perform maintenance weekly or as needed Note Failure to maintain the vacuum relief port may result in excessive ice build up inside the tube clogging the port and inability to open the door The vacuum relief port may need to be cleaned more often with frequent door openings and high humidity environments A gain access to the battery open the lower door by grasping the bottom left corner The battery is rectangular in shape located on the front left corner of the compressor compartment and is secured in place by a
85. ery soft and may be easily removed with a bristle brush or soft cloth If ice build up has occurred a complete defrost may occasionally be required See Section 5 for freezer defrost instructions Thermo Scientific Section 6 Factory Options Disconnect the Fitting disconnect the freezer back up from the gas supply Assembly amp Transfer Hose 1 Close the supply valve 2 Depress the test button on the back up system control box to remove the gas from the line 3 Slowly disconnect the fitting assembly from the supply in the event that any gas remains in the line Program selection and calibration buttons Chart Recorder Green LED gt Figure 6 7 Recorder Buttons Location Install the Chart Paper 1 Open the glass door of the recorder and press button 3 until the pen begins to move outward 2 Unscrew the knob at the center of the chart and remove the paper 3 Install the new chart paper position the paper to the correct time line and replace the knob A 4 Remove the cap from the felt pen and press button 3 Figure 6 8 Buttons Thermo Scientific Model 8600 Series 6 7 Section 6 Factory Options 6 8 Change Recorder Temperature Range Calibrate the Chart Model 8600 Series Recorder The chart recorder contains eight temperature ranges and is factory programmed for the freezer 1 Press and hold button 3 for one second then let the pen move off the chart paper
86. ge 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until SYS BAT TEST is displayed in the message center 3 Press Enter to initiate the test TESTING BATT displays during the testing period Upon completion of the test the message center displays GOOD or BATT FAIL If a test fails the audible alarm sounds the alarm indicator and Low Battery indicator light Press the Silence key and the alarm indicator will go off The Low Battery light stays on until a future battery test is performed and passed BUS Battery Test test the charge of the back up system BUS battery 1 Press the Mode key until the Configuration indicator lights 2 Press the right arrow until BUS BAT TEST is displayed in the message center 3 Press Enter to initiate the test TESTING BATT displays during the testing period Upon completion of the test the message center displays BBAT GOOD or BBAT FAIL If a test is failed the audible alarm sounds the alarm indicator and the Low Battery indicator light Press the Silence key The audible alarm and alarm indicator will go off The Low Battery light stays on If this test fails battery replacement is recommended 3 2 Model 8600 Series Thermo Scientific Section 3 Caonfiguration Display Tempe rature This function only available on freezers with the optional sample probe allows the user to select which temperature is displayed in the temperature displ
87. he Mode key until the Settings indicator lights 2 Press the right arrow until BACKUP XX is displayed in the message center 3 Press the up or down arrow key until the desired BUS set point is displayed 4 Press Enter to save the setting 5 Press the Mode key until the Run indicator lights or press the right or left arrow to go to the next or previous parameter If no control keys are pressed the freezer will automatically return to RUN mode after 5 minutes Caution Changing the operating temperature set point can affect the BUS set point The BUS set point will self adjust to maintain a temperature of at least 10 above the operating temperature set point Caution The BUS set point cannot be set colder than the high temperature alarm set point See Section 1 If the back up system is installed with then 65 is coldest BUS set point that can be used if cabinet set point is 75 or colder After the freezer has stabilized and both batteries are fully charged the BUS can be tested to verify proper operation 1 Disconnect the AC power tot he freezer by turning power switch off 2 the freezer warms up verify the BUS injects at the desired temperature Displayed temperature may vary by a few degrees from inject temperature due to the differences in probe locations Routinely check the vent stack for frost or ice build up The type of frost that forms in the vent stack is generally v
88. he high and low stage compressors will run continuously As a result the cabinet temperature will decrease until it reaches the lowest temperature that the refrigeration system can maintain If an error is detected with the heat exchanger probe PROBE 2 FAIL the freezer will cycle properly at its temperature set point using a 5 minute step start between the high and low stage compressors If an error is detected with the condenser probe PROBE 3 FAIL or optional sample probe PROBE 4 FAIL there is no impact on the performance of the freezer However the hot condenser alarm may also occur when the condenser probe fails Contact the Technical Services Department 1 888 213 1790 or your local distributor Model 8600 Series 4 3 Clean Cabinet Exterior Clean Air Filter minimum 4 x year Clean the Condenser minimum yearly Thermo Scientific Section5 Maintenance Caution If the unit has been in service turn it off and disconnect the power cord connector before proceeding with any maintenance A Avoid the excessive use of water around the control area due to the risk of electrical shock Damage to the controls may also result Wipe down the freezer exterior using soap and water and a general use laboratory disinfectant Rinse thoroughly with clean water and dry with a soft cloth 1 Open the front lower door by grasping the bottom left corner 2 Locate the grille on the door See Figure 1 5 Grasp the middle of the gril
89. his unit injects liquid nitrogen or carbon dioxide Liquid nitrogen can cause serious freezing frostbite if it comes in contact with unprotected skin or eyes Nitrogen suppresses oxygen levels and may cause suffocation if area is not well ventilated Refer to Appendix for the proper handling of liquid LN2 Caution Make sure the pressure relief valve any LN tank is adjusted to 30 PSI maximum blow off Warning Carbon dioxide gas suppresses oxygen levels and may cause suffocation if area is not well ventilated Refer to Appendix B for the proper handling of liquid Power indicates the unit has AC power Low Battery battery charge is low The battery needs replaced or recharged Solenoid Engaged BUS has opened the solenoid so it can inject gas CO2 LN2 Press To Test Activates the solenoid and injects LN2 or CO2 into the freezer chamber as long as the button is depressed The solenoid engaged indicator should light If the Low Battery indicator lights during the test replace the BUS battery Note Solenoid will not engage if door is open Thermo Scientific Model 8600 Series 6 5 Section 6 Factory Options 6 6 Set the Optional BUS Set Point Test the BUS Clean the Vent Stack Model 8600 Series The optional back up system is designed to inject CO or LN into the freezer compartment if the temperature rises above back up system set point To set the BUS set point 1 Press t
90. late Mee Bb BE efi En i d 1 10 R n Mod se oce d Ac toast ro 2 Rl A To o RO Re e 1 10 Calibrate RP 2 1 Calibrate the Control 2 1 Calibrate the Optional Sample 2 2 Configuration 3 1 3 1 Sey e aren bie opal bend 3 1 System Battery vss te ee bet es d ER ARS 3 2 DUIS Battery est dan aad den 5 3 2 Display Temperatur uu tara dime e hee nutri s re Y 3 3 Clear High Stage Alarm e Cons La eate actae ruta dto a wand 3 3 Set an Access Coden e oA cui B SI EX A e RE ES SACS 3 4 RS485 Pod test bem 3 4 Back Up System quis octets eb nO 3 5 Model 8600 Series V Table of Contents Section 4 Alarms 4 1 Wrong Power Alarm 129224222 eu LERERT E US heed 4 2 High Stage System Failure 1 4 2 Voltage Compensation 4 2 Multiple Alarms 4 2 Micro Board Failure Alarm 4 2 Communication Loss abend E Qc Ed E RR Ads 4 3 Probe Alarms
91. le material and gently pull out to remove 3 Wash the filter material using water and a mild detergent 4 Dry by pressing between two towels 5 Install the filter back into the grille and attach the grille The clean filter alarm occurs every three months as a reminder to clean the air filter Depending upon environmental conditions the filter may need to be cleaned or replaced more frequently If the filter becomes torn or excessively dirty a replacement can be purchased Order part number 760203 1 Open the front lower door by grasping the bottom left corner See Figure 1 5 2 Using a vacuum cleaner exercising care to not damage the condenser fins clean the condenser Depending upon environmental conditions the condenser may need to be cleaned more frequently Model 8600 Series 5 1 Section 5 Maintenance Clean the Water cooled water cooled condenser can be cleaned in place by using the CIP Condenser Procedure Cleaning solutions can be used depending on type of deposits or build up to be removed Caution Do not use liquids that are corrosive to stainless steel or the brazing material copper or nickel A CIP Clean In Place Procedure 1 Disconnect the unit from the water supply 2 Drain the unit 3 Rinse with fresh water and drain the unit again 4 Fil with fresh water 5 Add cleaning agent solution and concentration dependent on deposits or build up 6 Circulate cleaning solution if f
92. lease level REL shown on Seriai Tag This product conforms to the following European Union Directive s EMC LVD 89 336 EEC 73 23 This product conforms to the following Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 Richard L Miller Regulatory Compliance Manager ThermoFisher SCIENTIFIC 25 June 2007 eclaration of Conform Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8695 2002 Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directive s EMC LVD 89 336 EEC 73 23 This product conforms to the following Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 Richard L Miller Regulatory Compliance Manager ThermoFisher SCIENTIFIC 14 June 2007 Thermo Scientific Controlled Environment Equipment
93. mounting bracket with three bolts See Figure 5 2 2 Directly above the battery s is the battery power switch Turn the battery power switch to the Off position 3 Disconnect the battery connections 4 Remove the tape securing the battery 5 Remove the old battery and install the new battery 6 Reconnect the battery red to positive and black to negative 7 Turn the battery power switch to Standby mode 8 Close lower panel door Caution The 96 of charge can vary depending on the age usage and condition of the battery For a consistent and dependable charge replace the battery every 2 years Replacement batteries must be rechargeable and are available from Thermo Refer to the parts list for stock number and description of the replacement batteries Dispose of the used batteries in a safe manner and in accordance with good environmental practices A Model 8600 Series 5 5 Section 5 Maintenance Battery power switch Thermocouple interconnect jack Battery mounting bracket reezer battery and optional BUS battery Figure 5 2 Battery Location Pre pare the Unit Defrost the unit as described previously This will prepare the unit for for Sto rage storage Turn off the battery power switch Turn off the freezer power switch Disconnect power to the battery s and to the freezer 5 6 Model 8600 Series Thermo Scientific 002
94. nsion solenoid on 1 5 23 amp 28 uprights only 2 Door switches shown in open position 3 Battery switch shown in the position 4 Circuit breaker switch shown in position 5 Options and acessories shown in dashed lines FR 1854106 13 05 HCE CLS AKS RE ATTERY CIRCUIT WIRIN 7 FR 1789 06 13 05 RTB LON 00 VACUUM RELIEF HEATER amp CHG DISPLAY BD 6 1766 11 09 04 ADT KDG LON CHANGED DISPLAY BD 191751 FROM 191715 5 FR 1789108 14 04 ADT KDG LON CHANGED MICRO BOARD 191656 TO 191804 REV ECN DATE BY CAD APPD DESCRIPTIDN REVISIUN THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION SUCH INFORMATION IS NOT 85 ATTENTIUN OBSERVE PRECAUTIONS ELECTROSTATIC SENSITIVE DEVICES DISCLOSED OTHERS FOR ANY PURPOSE NOR MODEL PART NAME 8600 SERIES 230V FREEZERS OWG TITLE UNIT SCHEMATIC Models 5602 5605 5606 5612 9619 5620 8602 8605 8606 8607 8612 8619 8620 8627 8628 8691 MEN TIN OWN ADT CAD ADT DATE 3 22 02 SCALE NONE 9694 8685 MATERIAL Thermo PAINT COLOR 8502 70 1 0 Rev 8 TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE ELECTRON CORPORATION ra P age 3 0 j ER ES LE E ANGLES DECIMAL 8602 70 1 D g Thermo Scientific Model 8600 Series 10 3 POWER CON
95. nufacturer s Address Product Description Product Designations Year of Initial Marking Affected Serial Numbers Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8692 2002 Release 4 Release level REL shown on Serial Tag This product conforms to the following European Union Directive s EMC LVD 89 336 EEC 73 23 EEC This product conforms to the following Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 752 205 Richard L Miller Regulatory Compliance Manager ThermoFisher sc ENTIFIC 25 June 2007 Declaration of Contarmity Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers Release level REL shown on Serial Tag This product conforms to the following European Union Directive s EMC LVD Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8691 2002 Release 4 89 336 EEC 73 23 EEC This product conforms to the following Harmonized International and National Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN
96. oduct conforms to the following Harmonized International and National Standards EMC LVD EN 61326 1 1997 EN 61010 1 EN 50081 1 92 Amendments 1 and 2 EN 50082 1 97 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 20 Mene Richard L Miller COE Regulatory Compliance Manager ThermoFisher SCIENTIFIC 25 June 2007 Declaration of Conform Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers Thermo Fisher Scientific Asheville LLC 401 Millcreek Road Marietta Ohio 45750 U S A Laboratory Freezer 8604 2002 Release 4 Release level shown on Serial Tag This product conforms to the following European Union Directive s LVD 89 336 EEC 73 23 This product conforms to the following Harmonized International and Nationat Standards EMC EN 61326 1 1997 EN 50081 1 92 EN 50082 1 97 LVD EN 61010 1 Amendments 1 and 2 EN 60335 2 24 applicable sections CSA C22 2 No 1010 1 UL 471 applicable sections UL 61010A 1 Richard L Miller Regulatory Compliance Manager ThermoFisher SCIENTIFIC 25 June 2007 Declaration af Conform Manufacturer s Name Manufacturer s Address Product Description Product Designations Year of Initial C Marking Affected Serial Numbers Thermo Fisher Scientific
97. ommunication Output ole e elec 4 20mA llutput RS 485 eee v EI elo e2 0 1V Output 5 RS 232 eee 0 5V llutput eee 1 Schenotic represents single amp double door upright nodels and chest models All heater are for uprights only Expansion solenoid on 17 amp 23 cuft uprights only 2 Door switches shown in open position 3 Battery switch shown in the OFF position 4 Circuit breaker switch shown in OFF position 5 Options and acessories shown in dashed lines 9 Fe 9 07 27 06 S N NSE CCS CHG D START CAPACITORS HIGH LOW COMPRESSORS 1854 06 13 05 GLS LUN BATTERY CIRCUIT WIRING Electrical Schematic 7 1789 06 13 05 RTB KDG LUN ADD VACUUM RELIEF HEATER amp CHG DISPLAY Models 5 F amp 1766 11 09 04 ADT KDG LUN CHANGED DISPLAY ED 191751 FROM 191715 E 5 F amp 1789 08 14 04 ADT KDG LUN CHANGED MICRO BOARD 191656 191804 5603 5604 5615 5618 REV DATE BY DESCRIPTION REVISION B THIS DOCUMENT CONTAINS PROPRIETARY MODEL PART NAME 8600 SERIES 120V ULT FREEZERS 5621 2020 8001 0504 A BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR DWG TITLE UNIT SCHEMATIC 8615 8618 8621 8556 ATTENTION ee Ee DATE 3 22 02 SCALE NONE 8590 8692 0593 OBSERVE PRECAUTIONS MATERTAL a ELECTROSTATIC Thermo 0603 70 1 D REV 8 SENSITIVE DEVICES eise oe
98. on SYSTEM CERE Scroll for parameters Cox AEN KS 2 To Set Numbers increase C Press MODE to ontro to CALIBRATE SETPT XX Press Enter to save setting mode Scroll for Parameters Set Point Press to return lt 5 Numbers decrease to previous parameter Numbers increase High Alarm 2 HI ALM Press Enter Set Point Scroll for Parameters to save setting Press lt to return to previous parameter Numbers decrease Numbers increase Press Enter LO ALM XX Enter to save setting Low Alarm Set Point Scroll for Parameters Press lt to return lt Numbers decrease to previous parameter Numbers increase Press Enter Optional BACKUP XX E to save setting Back Up System Set Point Press to return to previous parameter Model 8600 Series 1 11 Thermo Scientific Section 2 Calibrate After the freezer has stabilized the control or sample probe may require calibration Calibration frequency is dependent on use ambient conditions and accuracy required A good laboratory practice would require at least an annual calibration check On new installations all parameters should be checked after the stabilization period Caution Before m
99. ontacts Power Inlet and Analog Output 0000000000000000 Figure 1 2 Rear View Remote alarm contacts and selectable analog output connection 0 1V 4 20mA default 0 5V Power inlet for power cord connection Optional BUS connections for probe and solenoid RS 232 default or RS 485 interface Power Switch mains disconnect Model 8600 Series 1 1 Section 1 Installation and Start Up 1 2 Model 8600 Series Optional Miscellaneous Accessories Probe Optional Recorder Probe Datalogger Probe Control RTD Redundant Type T Thermocouple Probe Sealant 7 Caution This is a critical seal Seal must be maintained Figure 1 3 Chamber Probe Figures 1 3 amp 1 4 Vacuum relief port pressure equalization port Probe cover houses control optional recorder Vacuum Relief datalogger or 1535 alarm C probes e Chamber Probe Cover 2000000090000 0000600090000 0000000000009 2000000909009 v So Figure 1 4 Vacuum Relief and Probe Cover Location Figure 1 5 e Battery mounting bracket s e Battery power switch freezer and BUS Freezer battery Optional BUS battery Freezer filter location Battery power switch To remove filter Thermocouple interconnect jack
100. or serviced must be turned off and locked off to prevent possible injury Hot surface s present which may cause burns to unprotected skin or to materials which may be damaged by elevated temperatures Marking of electrical and electronic equipment which applies to electrical and electronic equipment falling under the Directive 2002 96 EC WEEE and the equipment that has been put on the market after 13 August 2005 This product is required to comply with the European Union s Waste Electrical amp Electronic Equipment WEEE Directive 2002 96 EC It is marked with the WEEE symbol Thermo 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 products will be available at www thermo com Always use the proper protective equipment clothing gloves goggles etc VY Always dissipate extreme cold or heat and wear protective clothing v Always follow good hygiene practices v Each individual is responsible for his or her own safety Thermo Scientific Model 8600 Series iii Preface Do You Need Information or Assistance on Thermo Scientific Products If you do please contact us 8 00 a m to 6 00 p m Eastern Time at 1 740 373 4763 Direct 1 866 984 3766 Toll Free U S and Canada 1
101. reezer is in position set the front caster brakes Caution The freezer must not be moved with the product load inside A Choose the Location Locate the freezer on firm level surface in an area with an ambient temperature between 18 and 32 Provide ample room to reach the mains disconnect switch power switch located on the rear of the freezer Caution For proper ventilation and airflow a minimum clearance of 5 at the rear and top and a clearance of 8 on the side of the freezer is required Allow adequate space in the front of the freezer for door opening A Thermo Scientific Model 8600 Series 1 5 Section 1 Installation and Start Up 1 6 Install the Wall Bumpers Install the Shelves RS 232 Communications Model 8600 Series The parts bag located inside the cabinet contains the following parts 7 1 4 20 x 5 1 2 Bolt Wall Bumper Install the bolts into the pre tapped holes on the back of the compressor section Install a neoprene cap on each bolt Refer to Figure 1 2 for the locations of the pre tapped holes Install the shelf clips into the shelf pilasters front and back at the desired shelf level Install the shelves in the cabinet onto the clips Note On units having the optional 5 inner door option refer to the instructions accompanying the inner door kit A The Model 8600 Series freezer has a data communications interface The factory default setting is RS 232
102. ries 10 5 10 6 77 78 cO Ep fp 402 C 07 WIRE COLOR GAUGE WIRE d COLOR GAUGE BL 4 25 8 2 RED 4 26 BL 8 3 GRN YEL 4 27 BL 8 4 RED 4 28 RED 8 5 BL 4 29 BL 8 30 7 BL 8 3l GRN YEL 4 8 BL 8 32 BL 4 8 BL 8 33 BLU 4 0 BL 8 34 BL 4 BL 8 35 BLU 4 2 BL 8 36 BL 4 3 BL 8 37 BLU 4 4 GRN YEL 8 38 B 4 5 GRN YEL 8 39 BLU 4 GRN YEL 8 40 BL 4 7 GRN YEL 4 41 BLU 4 8 GRN YEL 4 42 BL 4 8 BLK 4 43 BLU 4 20 BLK 4 21 BLK 8 22 RED 8 23 BLK 8 24 RED 8 Uprights Chests SIZE THERMO THERMO 512 VWR 13 8603 8692 5603 12 7 8615 5615 17 8604 8693 5604 17 8618 5618 23 8656 8690 5656 20 8621 5621 RS 232 SPECIFICATION BAUD 1200 REMOTE CONTACTS ANALOG OUTPUT PARITY N PIN Analog Output BITS 8 PIN 2 Analog Uutput STOP BITS 2 PINK 3 Not Connected PIN 4 Not Connected RS 232 PORT PIN 5 Normally Closed PINE 2 6 RXD PIN 7 Normally 5 RATING e 30V 5 IN ALARM STATE SWI Settings for Analog Output SW2 Settings for C
103. status and alarms Scroll for Parameters Arrows moves the operator through the choices of the selected mode Up and Down Arrows Increases or decreases values toggles between choices Enter Stores the value into computer memory Model 8600 Series 1 3 Section 1 Installation and Start Up Keypad Operation Model 8600 Series freezer has four basic modes which allow freezer setup Run Settings Calibrate and Configuration Run is the default mode for the freezer during normal operation Settings is used to enter system set points for freezer operation Calibrate is used to calibrate various system parameters Configuration allows for custom setup of various options chart below shows the selections under each of the modes mw Jo m tm Run Settings Calibrate Configuration Control Set Point Control Probe High Alarm Test System Ok Line Voltage High Alarm Set Point sample Low Alarm Test Compensated Voltage Low Alarm Set Point System Battery Test Optional Back Up HSHX Temperature System Set Point BUS Battery Test Display Temperature Clear High Stage Alarm Set Access Code RS485 Address BUS type 02 or LN2 Scroll for Parameters Arrows Steps the operator through the parameters of SETTINGS CALIBRATE and CONFIGURATION Modes The right arrow goes to the next parameter the left arrow returns to the pre vious parameter Up Arrow Increases or toggles the parameter value that has been
104. ter See Chart 2 1 for calibration process functions Temperature Stabilization Periods Startup Allow 12 hours for the temperature in the cabinet to stabilize before proceeding Already Operating Allow at least 2 hours after the display reaches set point for temperature to stabilize before proceeding Note During calibration the temperature display is not available A If no keys are pressed for approximately five minutes while in Calibration mode the system will reset to Run mode Thermo Scientific Section 2 Calibrate Chart 2 1 Calibrate Mode Press MODE to light CALIBRATE indicator EN Silence Temperature lt gt Low Battery C Hot Condenser Mode O Run O Settings Calibrate O Configuration a SYSTEM OK C Enter Scroll for parameters gt Enviro Scan To Calibrate Control Probe Optional Sample Probe Press MODE to move to CONFIGURATION mode Numbers increase Press Enter to save setting Numbers decrease XX X Scroll for Parameters Press to return to previous parameter cold increase Press Enter Center save setting decrease for E Press to return to previous ees Thermo Scientific Model 8600 Series 2 3
105. through Friday from 8 00 a m to 6 00 p m Eastern Time Please contact us by telephone or fax If you wish to write our mailing address is Thermo Scientific Controlled Environment Equipment 401 Millcreek Road Box 649 Marietta OH 45750 International customers please contact your local Thermo Scientific distributor iv Model 8600 Series Thermo Scientific Thermo Scientific Section 1 Section 2 Section 3 Table of Contents Installation and Start Up 1 1 Control Panel Keys Displays amp Indicators 1 3 Keypad Operation unice itd e 1 4 Displays EE 1 5 Install the Freezers 2i og ao ears a oe c es tc te oath 1 5 Choose the Location 1 5 Install the Wall Bumpers 1 6 l scall She cou dera alate ata e aus a e 1 6 RS 232 Communications 1 6 Remote Alarm Contacts and Analog Output 1 7 Attach the Power Cord 1 8 Connect the Unit to Electrical Power 1 8 Freezer Stare eo pees dedic tet 1 8 Set the Operating Temperature 1 9 Set the High Temperature 1 1 9 Ser the Low Temperature Alarm 1 10 Access Code p a
106. untered in working with liquid nitrogen Even these special containers should be filled SLOWLY to minimize the internal stresses that occur when any material is cooled Excessive internal stresses can damage the container Do not cover or plug the entrance opening of any liquid nitrogen refrigerator or dewar Do not use any stopper or other device that would interfere with venting of gas These cryogenic liquid containers are generally designed to operate with little or no internal pressure Inadequate venting can result in excessive gas pressure which could damage or burst the container Use only the loose fitting necktube core supplied or one of the approved accessories for closing the necktube Check the unit periodically to be sure that venting is not restricted by accumulated ice or frost A 2 Model 8600 Series Thermo Scientific Thermo Scientific Use proper transfer equipment Use a phase separator or special filling funnel to prevent splashing and spilling when transferring liquid nitrogen into or from a dewar or refrigerator The top of the funnel should be partly covered to reduce splashing Use only small easily handled dewars for pouring liquid For the larger heavier containers use a cryogenic liquid withdrawal device to transfer liquid from one container to another Be sure to follow instructions supplied with the withdrawal device When liquid cylinders or other large storage containers are used for filling follow the instru
107. zer will automatically return to RUN mode after 5 minutes The high temperature alarm will activate an audible visual warning when the freezer chamber temperature has reached or exceeded the high temperature alarm set point To set the high temperature alarm set point 1 Press the Mode key until the Set indicator lights 2 Press the right arrow until HI ALM is displayed in the message center 3 Press the up or down arrow key until the desired high temperature alarm set point is displayed 4 Press Enter to save the setting 5 Press the Mode key until the Run indicator lights or press the right or left arrow to go to the next or previous parameter If no control keys are pressed the freezer will automatically return to RUN mode after 5 minutes Note The high alarm set point must be set at least 5 from the control set point A Note At initial start up the high temperature alarm is disabled until the cabinet reaches set point or 12 hours elapse A Model 8600 Series 1 9 Section 1 Installation and Start Up Set the Low Temperature 1 10 Alarm Access Code Run Mode Model 8600 Series The low temperature alarm will activate an audible visual warning when the freezer chamber temperature has reached or decreased below the low temperature alarm set point To set the low temperature alarm set point 1 Press the Mode key until the Settings indicator lights 2 Press the right arrow until LO AL

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