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Forma 8600 Series -40C and -86C ULT Chest

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2. 77 WIRE COLOR GAUGE WIRE COLOR GAUGE l BLK 14 29 2 RED 14 30 RED B 78 3 GRN YEL 14 3i GRN YEL 4 4 32 BLK 4 78 5 33 BLU 4 6 BLK 18 34 8 80 7 BLK 18 35 BLU 4 8 BLK 18 36 BL 4 81 9 BLK 18 37 BLU 4 10 38 BL 4 82 11 39 BLU 4 12 40 BL 4 83 13 41 BLU 4 14 GRN YEL 18 42 BLK 4 84 15 GRN YEL 18 43 BLU 4 16 44 BLK 4 85 17 GRN YEL 14 45 BLU 4 18 46 BLK 4 85 19 47 BLU 4 20 BLK 14 48 BLK 4 21 BLK 18 48 B 4 1 LU 87 22 RED 18 50 BL 4 2 1B 88 23 BLK 18 51 BL 4 24 52 25 WHT 8 53 YEL 4 89 26 BLK 18 54 27 BLK 18 55 BLU 4 90 28 RED 18 81 92 CHEST MODELS 12 7 CU FT 5312 5313 8722 8727 8754 8755 8777 8778 a 17 CU FT 5318 5322 8731 8733 8758 8759 8781 8782 93 20 CU FT 5320 5323 8734 8736 8760 8761 8783 8784 94 85 SW3 SETTINGS ON 96 OFF 11 07 te 3d Ge BT 98 5 232 SPECIFICATION 99 BALD 1200 s REMOTE CONTACTS ANALOG OUTPUT PARITY N PIN Analog BITS 8 U PIN 2 Analog lutput STOP BITS 2 PIN 3 Shield 01 PIN 4 Shield RS 232 PORT xz PIN 5 Nornolly Closed PIN 2 TXD PIN 8 Common 3 RXD 02 PIN 7 Nornally Open PIN 5 GND CONTACT RATING 1A e 30V CUNTACTS IN ALARM STATE 04 SWI Settings for Analog utput SW2 Settings for Communicotion Outpu
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4. Battery ur Switch Figure 1 6 All Models Except 3 cu ft 8600 Series 1 3 Section 1 Installation and Start up gt micro m 2 access E port battery bracket 1 BEN O SEK battery switch TI DS SS Figure 1 7 Freezer Left Side Sidecar panel removed Thermocouple To interconnect zi remove filter Battery switch System battery Figure 1 8 3 cu ft Models 1 4 8600 Series Thermo Scientific Section 1 Installation and Start up Control Panel Keys Mode Select Switch Used to select Run Settings Calibrate and System Configuration Modes Display Indicators 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 an alarm condition Silence Mutes the audible alarm Low Battery indicates a low battery condition of the freezer battery Hot Condenser indicates a h
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7. 4 8704 200 3 Rev 4 Page 1 of 2 ientific 8600 Series 8 13 Section 8 Spare Parts 8 14 BILL OF MATERIALS Na PART NO PART DESCRIPTION 23002 8 32 ZP LKWASH HEX NUT 23011 4 20 IP LKWASH HEX NUT 3 23013 3 8 16 ZP LKWASH HEX NUT 4 24016 6 X 1 2 SS PHP SCREW AB POINT 5 240 8 32 X 3 8 55 EW F POINT 6 24038 14 20 X 1 2 SELF TAPPING SCREW 1 24042 8 32 X 1 2 SS PHP SCREW F POINT 8 24049 4 IP FLAT WASHER 9 25040 6 U SPEED NUT STL STL 0 30016 SNAP BUSHING 1047 COMPONENT ASSEMBLY HOLD DOWN BRACKET 2 14033 COMPRESSOR MOUNTING FOOT 3 14034 I COMPRESSOR MOUNTING SLEEVE 4 15032 BLACK ABS PLASTIC PULL 5 16115 FRONT PANEL HINGE 6 20011 DUAL WHEEL CASTE 1 21071 LATCH CATCH PART OF 121071 ASSEMBLY 8 21071 LATCH KEEPER PART OF 121071 ASSEMBLY 9 40452 CONTROL PANEL ASSEMBLY 20 80306 THERMO BACK UP SYSTEM BLANK PANEL SID BLUE 21 80308 CONTROL CENTER RECORDER BLANK SID BLU 22 80311 THERMO SIDE CAR RECORDER BEZEL 23 803927 THERMO CHEST CONTROL CENTER BEZEL 24 91385 FILTER HOLD DOWN RO 25 95168 BA
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11. 7 ZU S 41554442 120 02 0 0112 148782918 28 30157 E cA 1 dWdl HOTH 000202 91012 66 22 Thermo Scientific 8600 Series 92 Section 9 Refrigeration Schematics 8 0 06 40 8 amp INTINYA SNN GUC NOTIYJU JILVW3HOS 1178 2 184338 37111 DMO DEZ 223383 534 14 3025 LI 1721 3 88 3114 807 83 1 1 ANON 95 Svs 1 50 31 0 05 57 DIHU 11218 6 0 X08 DIAILNAIDS Jeusijouneu L NUISIAd8 d 91905 40 OV A8 310 UN 83130 9 25 3 H3 NULLIOD8d 04 0257 2 88 80 OVS SAS 11 1 50 0 54 0 L 3SY3 T8 2085939800 480 OVS 3MC 11 41 80 1322 84 1 JIJIINJIJS 83513 DN33H1 83 NDISSIN33d N3LLIGM AMOHLIM 525048 SNTANLIVANNYW 503 0251 AON 3SDd fld ANY 804 83 1 OL 035070510 38 Ul LON SI N LLVABUJNI HONS ONY NOILVABUSNT AavidIadd8d SNIVINOO INSAIDUO SIHL 770 or Dl 20 70 3984 10 dad 5 ANC 21 91 10 1922 44 SSONYHD IN 83D13433 915 FAMVAICNAL MOT dad DVS 3MC 21 20 20 192 4 INSSI FINI OL 38055344 3D3VHJ HD 280 DVS NVW 21 61 60 8 8 0 01 MD
12. ATTENTION OBSERVE PRECAUTIONS ELECTROSTATIC SENSITIVE DEVICES THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND SUCH INFORMATION IS NOT TD DISCLOSED TO OTHERS FOR ANY PURPOSE NOR USED FOR MANUFACTURING PURPOSES WITHOUT WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC MODEL PART NAME 12 17 20CF 40 CHEST FREEZERS 120 DWG TITLE UNIT SCHEMATIC DWN HCE KOG APPO LON DATE 10 10 10 SCALE NINE Electrical Schenotic Model 120V 12 17 20 cu ft 40C Chest Freezer ThermoFisher SCIENTIFIC BOX 649 MARIETTA OHIO 45750 MATERIAL PAINT COLOR TOLERANCE LNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE ANGLES DECIMAL 8728 70 1 D 8728 70 D R 0 10 24 8600 Series Thermo Scientific Section 11 Warranty Information LL 9 0 ny L006 OSI uoneuuojul AJUeJJeM 10 Joinquisip e20 Jno 21000 YSN episino eioeds pue eoiues 4900 uo suonsenb noA Jewsue 210M 9 t 0v 1 pue YSN 008 1e 1 sadas eoiuuoe jeo s eo n es 1lu uudinb J eoueuojureui AUAA pue uonejedo uonejersur qjueuudinbe reyep 49 53 uononajsul paud jueuudinbe
13. Capacity 17 0 cu ft 481 4 liters Refrigeration Hermetically sealed compressor Insulation Non CFC foamed in place urethane 5 0 12 7cm cabinet 2 0 5 0cm lid 1 0 12 5cm sub lids Electrical nominal voltage 10 120VAC 1 PH 60 Hz 9 0 FLA Operating Range 108VAC 130VAC 230VAC 1 PH 50 Hz 7 0 FLA 230VAC 1 PH 60 Hz 7 0 FLA Operating Range 208VAC 240VAC Operating Range 208VAC 240VAC Breaker Requirements 20 Amp Dedicated Circuit 15 Amp Dedicated Circuit 15 Amp Dedicated Circuit 20 Amp Time Delay Breaker 15 Amp Time Delay Breaker 15 Amp Time Delay Breaker Shipping Weight 764 Ibs 347 kg Number Model 720CV 8734 720CD 8736 720CA 8737 Temperature Range 10 C 14 F to 40 C 40 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 96 0 W x 40 5 Hx 33 4 F B 243 8cm x 102 9cm x 84 8cm Add 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 66 5 W x 28 0 H x 18 5 168 9cm x 71 1cm x 47 0cm Capacity 20 0 cu ft 566 3 liters Refrigeration Hermetically sealed compressor Insulation Non CFC foamed in place urethane 5 0 12 7cm cabinet 2 0 5 0cm lid 1 0 12 5cm sub lids Electrical nominal voltage 10 230VAC 1 PH 50 Hz 6 5 FLA Operating Range 208VAC 240VAC 230VAC 1 PH 60 Hz 6 5 FLA Operating Range 208VAC 240VAC 120VAC 1 PH 60 Hz 10 0 FLA Operating Range 108VAC 130VA
14. EEE Chest Freezer BE DISCLOSED TO OTHERS FOR ANY PURPOSE DW ATTENTIDN EE PREES AUT om 40 OA 10 10 10 SAE OBSERVE PRECAUTIONS N MATERIAL ELECTROSTATIC ThermoFisher PAN CLR 8719 70 1 D REV SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE A i SENSITIVE DEVICES BOX 649 MARIETTA DHID 45750 ALES DECIMAL soot 8718 70 1 D Page 3 of 3 10 18 8600 Series Thermo Scientific Section 10 Electrical Schematics POWER CONNECTION 230V 50HZ 8 208 230V 60HZ COPERATING RANGE 207 253 10 2W 6 5 FLA Thermo Scientific over Inle 2 4 2 460189 3 a LO Breaker 2 WI VCI 230178 4 5 6 7 8 Transforner 420090 9 0 2 3 Tronsforner 2 420080 5 6 7 8 60 Hz Conponents 50 Hz Lonponents 9 Stort Reloy Stort Relay Stort Relay 1 55 566 Cop 300429 300430 20 Run Capac itor Run Capacitor 170226 170097 2 397 2507 5 370V I fin Lap Stort Copacitor Start Capacitor 170154 7015 22 161 193uF 250V 161 1930 250V 23 24 high o ege Bora High Pressure Cutout 85 e 25 8 2 50 Hz 203051 26 27 28 29 30 31 HS F 32 900113 LS 33 800113 F
15. 213119195 838513 83 1 WOXI NUISSIN33d N3LLTSM 1 0 11 535068 4 SNTANLIVANNYW 803 0351 MON 25048 ANY 803 SB3HID 01 095073510 38 UL LON SI 11 802 HJIS ONY NOTLYWAOSNI SNIVINOD 1 3 STHL 45 S3 iNOTLVSSd0 82 084 803 O31V ISNI NIVAGS II ONY alLva3d3S WO NDILTIV3 C SZU 051 46 SZU 5 0 w 520 46 y 70 8 0t 48 117 ZD SI 9448 8 61 8 vl 8 25 8 81 8 c C SZD 0 51 pry S3USSd3dAUJD 1W 1 IU TW MD 83183 10 0 2206 2IIJBN Wa 118 805 5120 BOES 51 00 9 dH 1 82018228 19 18 EG 8 8 8 60EG 20 5 8 62 5 8 25 8 148 80 6 TS00W LEO Ve amp 900602 SYM 410602 533 OVS IYS 50 90 1162 84 20 2 01 435 110 900712 480 503 WYW 71 70 90 L8c dH 9 35 3138 4011 018 404 3SV3133 dad OWS SAS 11 11 50 0 3 NUISIA38 20 114192530 0 3 31 0 ON N23 1008 410602 100702 I3ddv3 5 8 ES 8 8 8 80 5 LZOEOZ GLLB 29 8 81 8 BOES 920602
16. E 1 LJ WIRE D O C Lid switch COLOR GA BLK RED GRN YEL RED BLK BLK BLK GRN YEL GRN YEL GRN YEL GRN YEL BLK BLK BLK RED BLK RED UGE 14 WIRE 25 26 27 28 28 30 3l 32 3j 34 35 36 37 38 38 40 41 42 43 OooRR ERE 3 CU FT CHEST MODELS 5150 5608 5808 8700 8738 8763 COLOR WHT BLK BLK RED GR UO OO QU CU UD CD p UD CO CU CO EJ GAUGE RRA RRR AR SW3 SETTINGS UN 1 2 3 4 5 8 7 8 RS 232 SPECIFICATIUN BAUD 1200 REMOTE CONTACTS ANALOG OUTPUT PARITY N PIN 1 Analog Output BITS B PIN 2 Analog Qutput STOP BITS 2 PIN 3 Not Connected PIN 4 Not Connected RS 232 PORT PIN 5 Nornally Closed 2 PIN 6 Connon 3 RXD PIN 7 Normally Open 5 GND CONTACT RATING 1A e 30V CONTACTS IN ALARM STATE SWI Settings for Analog Output 2 m el e203 4 20n Output RS 485 ee el 2 3 9199 0 1V Output RS 232 9 elece3 0 5V Output 9 shown in open position Battery switch shown in the OFF position Circuit breaker switch shown
17. Press lt tereturn to previous parameter wwe eustyeecoz BUS TYPE C02 K for Press lt ereturn to previous parameter C Enter CONTROLprobe Press Enter to save the setting SAMPLE probe Press Enter to clear the alarm condition Numbers increase Press Enter to save the setting lt Numbers decrease Scroll through the various options Press Enter to save the setting Type 002 Press Enter to save the setting Type LN2 Thermo Scientific Section 3 Configuration Configuration Mode Chart 3 1 Page 3 of 3 refer to previous page To Configure Cold COLD EX XX Excursion b ic Scroll for Parameters ress 0 return to previous parameter Warm WARMEX xx Excursion I TES Press to return to previous parameter Press Enter to we 818008 RST EXCUR reset the cold Reset IE and warm Excursions excursion values Press to return to previous parameter Thermo Scientific 8600 Series 3 7 Section 4 Alarms The 8600 Series freezer alarm system is shown below When an alarm is active a message appears in the LED message center Press the Silence key to mute the audible alarm for the ringback period The visual alarm continues until the freezer returns to a normal condition The alarms are momentary alarms only If an alarm condition occurs and then returns to normal the fr
18. 5881 dZ 91 8 102 2 HSVMYT 47 26 8 20062 19152530 1878 ON 1878 10 1118 Section 8 Spare Parts Thermo Scientific 8600 Series 8 8 Section 8 Spare Parts Exploded Drawing Model 12 7 17 and 20 cu ft Chest Freezer Lid 8704 200 1 B Rev 1 Page 1 of 2 Thermo Scientific 8600 Series 8 9 Section 8 Spare Parts BILL OF MATERIALS ib ART NO PART DESCRIPTION 23062 1 4 SS EXT TOOTH LOCKWASHER 2 15038 646 SID BLUE RADIUSED HANDLE 3 16136 SPRING LOADED HINGE 4 16137 HINGE SHIM LAYOUT 5 16138 HINGE SHIM LAYOUT 6 80314 THERMO ULT CHEST HANDLE END CA 1 80315 ULT CHEST HANDLE SCREW COVER 8 89529 CHEST FREEZER LOCK STRIKE 9 95935 CHEST FREEZER LOCK MOUNT 0 95958 2 7 CU FT CHEST FREEZER LID 431133 2 1 CU FT CHEST FREEZER LID GASKET 2 510022 10 32 X 172 LONG SLOTTED HEX HEAD SCREW 3 215010 PANEL MOUNT TUMBLER LOCK 4 530021 4 20 X 2L SS HEX SOCKET CAP SCREW 5 3115861 4 20 x 3 4 SOCKET HEAD SCREW 6 360256 MAGNETIC SWITCH MAGNET FOR 17 CU FT MODELS USE PART 195957 LID AND PART 990036 GASKET FOR 20 CU FT MODELS USE PART 195956 LID AND PART 431132 GASKET Exploded Drawing Model 12 7 17 and 20 cu ft Chest Freezer Lid 8704 200 1 B Rev 1 Page 2 of 2 8 10 8600 Series Thermo Scientific Section 8
19. A 1 Handling Liquid CO2 A 4 S Es VO SPs NEE E E TE N A C 1 vi 8600 Series Thermo Scientific Section 1 Installation and Start up Figures 1 1 and 1 2 show the front view of the freezer and indicate the following freezer components Control Panel keypad displays and indicators BUS Optional Back Up System panel Optional temperature recorder 7 day one pen or datalogger Keylock keyed lid lock Key lock Control Panel Optional Back Up System Controls Optional Datalogger or Recorder Figure 1 1 Front View 3 cu ft Models EnviroScan Keylock Control Optional BUS Control Optional Recorder gt zu or Datalogger x Figure 1 2 Front View Remaining Models Thermo Scientific 8600 Series 1 1 Section 1 Installation and Start up Figures 1 3 and 1 4 display the rear view of the freezer and indicate the following freezer components 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 or RS 485 interface Power Switch mains disconnect Optional Threaded holes for BUS Connections wall bumpers Access Port Remote Alarm Contacts
20. Depending upon environmental conditions the condenser may need to be cleaned more frequently 8600 Series 5 1 Section 5 Maintenance Defrost Chamber Clean Lid Gasket Replace Battery s All Models Except 3 cu ft 5 2 8600 Series 1 Remove all product and place it in another freezer 2 Turn the unit off and disconnect it from the power source 3 Turn off the battery switch O See Figures 5 1 and 5 2 4 Open the lid and remove sub lids Place towels on the chamber floor 5 Allow the frost to melt and become loose Remove with a soft cloth 7 After defrosting is complete clean the interior with a non chloride detergent Rinse thoroughly with clean water and dry with a soft cloth 8 Plug unit in and turn power switch on 9 Turn the battery power switch to Standby mode C 10 Allow the freezer to operate empty overnight before reloading the product The lid gasket should be cleaned a minimum of once per month Using a soft cloth remove any frost build up from the gasket sub lids and lids The clean gasket alarm occurs every three months as a reminder to remove frost build up from the gasket and doors Press the Silence key to mute the audible alarm The lid gasket may need to be cleaned more frequently if dirt or excessive frost build up prevents the door from closing properly The following instructions describe the battery replacement procedure for specific models 1 Open the lower panel door by grasp
21. J29 1 5 3 i ES Fa 32 55 4 900113 422 2 8 g LS Fon 33 Ca M Lip 900113 34 F 228 3 129 8 Electrical Schematic 35 po ma Expansion Solenoid Mode 229 1 20625 N p 230V 50 8 60 Hz J29 11 4 285626 Chest Freezer 28 8 77 29 21 18 28 5 eer 8702 70 1 D REV 5 of 3 Thermo Scientific 8600 Series 10 7 Section 10 Electrical Schematics 10 8 3g High Voltage Boord 40 191923 41 J14 3 Pos Ribbon 42 J24 430328 3 J19 225 335 2295 2 44 6255555 J6 666555 45 20 Pos Ribbon 46 430219 7 Switching Power Supply B Pos Ribbon 48 400165 430309 49 8 Pos Ribbon 8 430309 20 8 21 92 53 12 00 Fon 54 900134 55 965 56 E Backup h 22 60 Buber 57 Ji DARE Boord J RS 232 Renote Alarn 91987 Backup Solenoid Sie A na ag LEB LN2 200120 58 485 02 280131 Backup Probe 260038 29 Heat Exchonger Probe 60 290177 E Condenser Probe 61 Micro Boord L3 290178 a 57 Control Probe 62 290175 2 Sonple Probe 63 290177 Cobex Probe 64 290180 65 66 Lid Switch 67 360256 68 69 25 Pos Serial Coble 70 195442 Micro Boord Botter 71 5i 400158 72 900 Disploy Board v 712722 e nem Recorder 73 191853 _ 19 o 201210 I Probe 1 Elec
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23. Thermo Scientific Forma 8600 Series 40 and 86C ULT Chest Freezer Operating and Maintenance Manual 7028700 Rev 3 Visit us online to register your warranty Thermo www thermoscientific com labwarranty SCIENTIFIC Important installer and user information Preface 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 ther mocouple 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 Packing List Part No Description Oty 213F Key 2 380520 Neoprene Cap 2 510016 1 4 20 x 5 1 2 Bolt 2 195763 Retaining Clip 1 370563 Remote Alarm Connector 1 86C Models Covered 40C Models Covered Number Model 06 8 9 Number Model 06 803CA 80 3 120 60 8718 3 120 60 eov go 3 230 50 108007 gne 3 230 50 813CV 8700 127 29060 TOM 2 29050 813CD 8703 127 230 60 713CD 8727 12 7 230 60 813 8704 127 120 60 713CA 8728 12 7 120 60 817 8 05 17 120 60 8780 120 80 817 8706 17 230 80 717 8731 17 230 50
24. us naska de P RD h Z rae 1 Stop bits passa darn ats o 2 vsu ERI Mt prius 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 XXX SP C SP Error Message SP LF CR EOT SP In the event of a CNTRLFAIL Er07 or the control probe is out of range error the numerical temperature data XXX in the transmission would be replaced by ERR 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 If an alarm condition does exist Error Message in the protocol will be replaced by the following UNDERTEMP temperature above the low alarm setpoint OVERTEMP temperature below the high alarm setpoint PWRFAIL AC power failure CNTRLFAIL Control probe failure Er07 micro failure HSHX FAIL Heat exchanger failure HOT COND Hot condenser Note The RS 232 is not compatible with 1535 Monitor Alarm System A 86C units only 76 54 321 s 8600 Series freezers have remote CONTACT SZANALDE alarm contacts and analog output PIN Analog Output See Fi 41 4 h PIN 2 Analog Output Figu
25. 181887 zb Mf em og Analog Output E ee enl RS 485 Ji 20 3 J5 9 Mirco Board 4 91989 Display Board 191953 Recorder 201210 TBus Overlay i 3 Pos Ribbon 430328 20 Pos Ribbon 430218 B Pos Ribbon 430308 6 Pos Ribbon 430308 12VDC Fan 900134 Bockup Bottery 400159 20 Pos Ribbon 430218 Bockup Solenoid LN2 280128 CO2 290131 Bockup Probe 290038 Condenser Probe 290178 Control Probe 290176 Sample Prabe 290177 Cobex Probe 290180 Lid Switch 195900 25 Pos Serial Cable 430336 Micro Boord Battery 400159 Electrical Schenatic Mode 120 12 17 20 cu ft 40C Chest Freezer 8728 70 1 REV 3 Page 2 of 3 Thermo Scientific 8600 Series 10 23 Section 10 Electrical Schematics O C W wo tO CJ 760 0 2 xw 2 C DN WIRE COLOR GAUGE WIRE COLOR GAUGE 1 BLK 4 28 2 RED 4 30 3 GRN YEL 4 3l GRN YEL 4 4 32 BLK 4 5 33 BLLI 4 6 BLK 8 34 BLK 4 7 BLK 8 35 BLLI 4 8 BLK 8 36 BL 4 8 BLK 8 37 BLU 4 10 38 BL 4 11 38 BLLI 4 12 40 BLK 4 13 41 BLLI 4 14 GRN YEL 8 42 BLK 4 15 GRN YEL 8 43 BLU 4 16 44 gt 17 GRN YEL 4 45 18 46 5 3 18 47 E 2 20 BLK 4 48 s 21 BLK 8 49 22 RED 8 50 23 BLK 8 5 zi 24 RED 8 52 25 WHT 8 53 YEL 26 BLK 8 54 E 27 BLK 8 55 BLU 28
26. 817CD 8707 17 23060 VEU ED 230 60 820CV 8708 20 230 50 720CV 8734 20 230 50 820CD 8709 20 230 60 720CD 8736 20 230 60 820CA 8710 20 120 60 720 8737 20 120 60 MANUAL NUMBER 7028700 3 40286 FR 2805 6 30 15 New start relay expl enclosure drawing and 8702 amp 8722 elec schematics CCS 2 31013 FR 2673 6 18 14 RoHS compliant washer on oil separator expl base dwg refrig schematics CCS 1 30775 30673 FR 2607 2 4 14 Intended use and battery check pgs ii amp 5 4 CCS 30369 FR 2548 9 25 13 Pressure change on refrigeration schematics CCS 0 30151 FR 2541 9 19 13 Release 9 Hinge change CCS REV ECR ECN DATE DESCRIPTION By Thermo Scientific 8600 Series i Preface CAUTION Contains Parts and Assemblies 2 aA Susceptible to Damage by Electrostatic Discharge ESD Important Read this operating manual Failure to read understand and follow the instructions in this manual may result in damage to the unit injury to operating personnel and poor equipment performance A Caution All internal adjustments and maintenance must be performed by qualified service personnel A Material in this manual is for information purposes only The contents and the product it describes are subject to change without notice Thermo Fisher 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
27. 9 9200012 8 SH 007 880 907 Irv 21 01 0072 2 el LINV83913438 3OVIS FNMLVASdWSL HOIH NUISIA38 30 NJ11d133S30 Qdd 3170 ON N23 A38 z B D6 F95S6 adJ8NIN SNIMvaO Thermo Scientific 8600 Series 9 6 Section 10 Electrical Schematics 0 On oO Ww N W 2005 49 0 20 22 23 24 25 26 27 28 29 30 32 33 34 35 36 37 38 POWER CONNECTION 120V 10 2W 0 11 5 FLA OPERATING RANGE 108 132 33 P 33 J 215 1 e 18 e 34 17 E 35 JI8 3b MES b 50 DN gt gt 2 E JI J20 T J30 5 J30 4 J30 3 J30 2 J30 1 e High Voltage Boord 151932 2 MTR J29 1 44 2 e J29 7 229 2 229 8 129 8 229 4 229 10 29 5 28 11 J29 6 J29 12 16 Power Inlet 450159 Circuit Breoker Switch 230184 Transformer 420055 High Pressure Cutout 207010 HS Compressor 203026 High Pressure Cutout 207008 LS Compressor 203026 HS Fan 900113 Electrical Schematic Model 3 cu ft 120V ULT Chest Freezer 8700 70 1 D REV Page of 3 Thermo Scientific 8600 Series 10 1 Section 10 Electrical Sche
28. Appendix A Handling Liquid Nitrogen Introduction 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 on 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 F 196 C 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 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 encountered in working with liquid nitrogen Even these special containers should be filled SLOWLY to minimize the intern
29. E RS 232 or RS 485 and Analog Output m m Y Interface mm E J Power Switch mains disconnect Optional BUS battery just behind this panel Power Inlet Figure 1 3 Rear View 3 cu ft Models Optional BUS Connections Remote Alarm Contacts and Analog Output Interface Power Switch Threaded holes for mains disconnect wall bumpers Power Inlet La 53 k EE Access Port Figure 1 4 Rear View Remaining Models 1 2 8600 Series Thermo Scientific Thermo Scientific Section 1 Installation and Start up The probe cover houses the control optional recorder datalogger 1535 alarm or BUS probes Optional Recorder Datalogger Probe Optional Miscellaneous PN cori RTD Redundant Type T Thermocouple Probe 4 z MM Figure 1 5 Probe Cover Probe 4 Accessories Probe Cover gt 2 30037 Small Tie Back Up Probe Wrap Figures 1 6 1 7 and 1 8 indicate the following components Freezer filter location Battery power switch freezer and BUS Thermocouple receptacle Battery mounting bracket Freezer and optional BUS battery EB Xd Thermocouple interconnect jack ae To remove filter Condenser
30. 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 Note When selecting a supply cylinder it must be equipped with a siphon tube A 1 Plug the solenoid probe connector into the BUS connection Loop the probe wire back into the base side car Secure the connector with a screw on the ends of the connector The connector is keyed 2 Route the temperature probe through the probe port The probe port is located in the upper right corner viewed from the side of 12 7 and 20 cu ft models and in the lower right corner viewed from the back of 3 0 cu ft models probe wires DRE Figure 6 3 Probe and Solenoid Connections Thermo Scientific Section 6 Factory Installed Options Install Temperature Probe 3 Carefully remove the existing Permagum sealant from around the continued probe port opening 4 Open the freezer lid and locate the probe cover on the upper front left wall Remove the two Phillips head screws securing the probe cover see Figure 6 5 ri i probe Q D access micro R Z e SEL oe port
31. 2 8600 Series Thermo Scientific Section 8 Spare Parts Exploded Drawing 3 6 7 cu ft Chest Freezer Cabinet Assy F TS 8700 200 2 B Rev 0 Page 1 of 2 Thermo Scientific 8600 Series 8 5 Section 8 Spare Parts 8 6 BILL OF MATERIALS Nae PART NO PART DESCRIPTION 24030 88 X 1 2 TEKS SCREW 2 24042 8 32 X 1 2 SS PHP SCREW F POINT 3 30073 5 16 X 3 16 ID GROMMET 4 114020 5 8 X 1 2 ID GROMMET 5 189526 LID LOCK MOUNT LAYOUT 6 195866 PROBE GUARD 1 195867 PROBE MOUNT 8 290176 CONTROL PROBE 9 550022 8 32 X 1 21 BUTTON HD TORX SCREW 10 590020 8 32 X 3 8 SS PHP EXT SEMS SCREW 950311 3 C F CHEST LID SWITCH BRACKET 12 195622 34 1 REAR COVER PLATE 13 360230 MAGNETIC SWITCH Exploded Drawing 3 6 7 cu ft Chest Freezer Cabinet Assy F TS 8700 200 2 B Rev 0 Page 2 of 2 8600 Series Thermo Scienti fic Section 8 Spare Parts 8700 200 3 B Rev 2 Page 1 of 2 203026 FOR 120V MODELS 203027 FOR 230V MODELS 3 0 cu ft Chest Freezer Base F TS Thermo Scientific 8600 Series 8 7 Jo z 9084 C 98 8 2 002 0028 61 4 9888 1979914 5 2 4 no 76
32. 3 Poge 2 of 3 Thermo Scientific 8600 Series 10 11 Section 10 Electrical Schematics 77 WIRE COLOR GALGE WIRE COLOR GAUGE l BLI 4 29 78 2 RED 4 30 z 3 GRN YEL 4 31 GRN YEL 4 4 RED WHT 4 32 BLK 4 79 5 BLK MHT 4 3 BLU 4 5 BLK 8 3 BLK 4 80 7 BLI 8 3 BLU 4 8 BLK 8 36 BLK 4 9 BLI 8 37 BLU 4 e 10 BLK 8 38 BLK 4 11 BLI 8 39 BLU 4 82 12 BLK 8 40 BLK 4 13 BLK 8 4l BLU 4 83 14 GRN YEL 8 42 BLK 4 15 GRN YEL 8 43 BLU 4 84 16 GRN YEL 8 44 17 GRN YEL 4 45 gt 85 18 GRN YEL 4 46 19 BLK MHT 4 47 20 BLK 4 48 86 21 BLK 8 49 22 RED 8 50 87 23 BLK 8 51 24 RED 8 52 YEL WHT 14 88 25 WHT 8 53 YEL 14 26 BLK 8 54 BLLIANHT 14 27 BLK 8 55 BLU 14 89 28 REO 8 90 91 92 CHEST MODELS 12 7 CU FT 5153 5615 5815 8704 8744 8768 93 17 5154 5818 8705 8745 8769 20 CU FT 5157 5621 5821 8710 8751 B774 94 RS 232 SPECIFICATION 95 BALD 1200 REMOTE CONTACTS ANALOG OUTPUT PARITY N 96 PIN Analog Qutput BITS 8 PINK 2 Analog Output STOP BITS 2 PIN 3 Not Connected 97 4 Not Connected 85 232 PORT PIN 5 Normally Closed PIN 2 TXD PIN 6 Con
33. 5 START RELAY 300430 2 312188 2 300428 2 300430 1 312188 1 300428 1 6 STARTCAPACITOR 170154 2 170154 2 170154 2 170154 1 170154 1 170154 1 7 8SPEED NUT S S 327675 4 327675 4 327675 4 327675 2 327675 2 327675 2 8 HOLDDOWNBRACKET 111047 111047 111047 111047 411047 111047 ld m 600106 2 600106 2 600106 2 600106 1 600106 1 600106 1 10 RUN CAPACITOR 170097 2 170226 2 170224 2 170097 1 170226 1 170224 1 41 7 600107 2 600107 2 600107 2 600107 1 600107 1 600107 1 i NEOPRENE TAFE ad 28003 4 28003 4 28003 2 28003 2 28003 2 EDGE GUARD 13 TO LENGTH 114012 114012 114012 114012 114012 114012 14 8X1 2PHPTYPEAB 24021 6 24021 6 24021 6 24021 4 24021 4 24021 4 15 ULT MAIN HARNESS ENCLOSURE LOW 16 STAGE HARNESS 350108 350108 350108 350108 350108 350108 350107 350107 350107 NIA 18 COVER 250138 250138 250138 250138 250138 250138 19 ESDCAUTIONLABEL 220555 2 220555 2 220555 2 220555 2 220555 2 220555 2 20 IDENTIFICATION LABEL 723050 723060 712060 123050 123060 112060 THE ULT MAIN HARNESS IS LISTED FOR INFORMATION ONLY IT IS NOT PART OF THIS ASSEMBLY CHEST FREEZER START COMPONENT ENCLOSURE ASSEMBLY 120230 01 1 D Rev 6 Page 2 of 2 8600 Series Thermo Scientific Section 9 Refrigeration Schematics
34. 82 097000 DZH 1H9I dN 13 TD 82 9 EZ Ll El 2 98 3AVN 18 46 12001 SNIVINDO 1 3 300 lt 150602 ZHO9 AOEZ ONY EZ ZI ZHO9 02 5 Z 7 SI 891 87628 TID ae 19158 20 22 OSSIAN 2 11100 HLIM 1051 10092 1 0 39715 35 1 82 421 9154 9ISd OL 915 4 80 7 v 1 71 0 01 8806 8 ZH 09 TA 929022 9159 L 01 JVA Bye 20 2 1 060 4 SLINH 1 2 82 Pd 9154 E 0159 0154 5 E 257 ZU v 1 6 20 O vl 8805 3 ZH 05 N Naag ATIVAN s PIER 9ISd Z OL JVA XvW J61E ZU 1 062 8 1 1212 82 9154 7 9159 IEI DL 9158 8 A 36 ZU 5 Cue ZU 9 51 8806 3 ZH 09 0E2 9ISd 8 01 JVA XvW 771221 062 8 SIINT 1202 EZ ER 154 E DISd 921 OL 0159 9 105268 8060 262 70 v 1 Z0 0 51 8805 3 ZH 05 02 9ISd 8 01 JVA XvW 771221 062 8 SIINT 1 EZ WI 9189 F DISd 2 OL 9158 N 80 46 70 v 1 ply 219791 8805 3 LIDA 021 915 L 01 DVA 1E ZU 1 1 060 8 51 1303 EZ 9 012 9159 F DISd 821 GL 9158 L unum an 45 70 v 1 F 011 70 S Y 8805 8 ZH 09 0 2 3718 9ISd 01 JVA JE 2011 062 8 51 1472 E 1106
35. FREUE NN amener Ea cm Chest Freezer BE DISCLOSED OTHERS FOR ANY PURPOSE NOR DWG ATTENTION 31 ERN FISHER SENE OWN SAG 40 SAG APPD ORP DATE 05 11 11 SCALE NINE OBSERVE PRECALITIONS MATERIAL ELECTROSTATIC ThermoFisher cus 8718 70 1 D REV SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE J SENSITIVE DEVICES BOX 649 MARIETTA OHIO 45750 Mus DECIMAL 8718 70 1 D Page 3 of 3 8600 Series 10 15 Section 10 Electrical Schematics 36 37 38 POWER CO 230V 19 OPERATI NECTION 2N 50 7 3 0 FLA G RANGE 207 253 e 42 eon o J 2 99 AAA DALE U9 8 1 4 47 J20 o e 4 e 9 3 3 36 Jo 2 D D ve Ue B 1 40 38 n 38 High Voltoge Board 191923 e Power Inlet 460168 6A Circuit Breaker Switch 230153 Trans forner 420090 Tronsforner 420080 High Pressure Cutout 207008 LS Conpressor 203027 HS Fon 500113 Electrical Schenotic Mode 3 cu f 230V 40C Chest Freezer 8719 70 1 D REV Page of 3 10 16 8600 Series Thermo Scientific Section 10 Electrical Schematics p p ul 20 High Voltage Board 191923 Swi
36. Lid Switch 195900 25 Pos Serial Coble 430336 Micro Board Battery 400159 Recorder 201210 E ectrical Schenatic Model 3600 Series ULT Chest Freezer 8701 70 1 D REV Poge 2 of 3 Thermo Scientific 8600 Series 10 5 Section 10 Electrical Schematics 7 WIRE COLOR GAUGE WIRE COLOR GAUGE 78 1 BLK 14 25 WHT 8 2 RED 14 26 BLK 8 79 3 GRN YEL 14 27 BLI 8 4 RED 14 28 RED 8 5 BLK 14 28 80 6 BLK 1B 30 81 7 BLK 18 31 GRN YEL 4 8 32 BL 4 8 33 BLU 4 82 10 34 BLK 4 11 35 BLLI 4 83 12 36 BL 4 13 37 BLU 4 84 14 GRN YEL 1B 38 BL 4 15 39 BLU 4 85 16 GRN YEL 18 40 BL 4 17 GRN YEL 14 41 BLU 4 86 18 GRN YEL 14 42 BL 4 19 BLK 14 43 BLLI 4 87 20 BLK 14 44 BL 4 21 BLK 18 45 BLU 4 88 22 RED 18 45 BL 4 23 BLK 18 47 BLU 4 89 24 RED 1B 48 B 4 49 BLU 4 g0 50 BL 4 51 BLLI 4 91 82 3 CU FT CHEST MODELS 5151 5809 8701 8740 8764 33 94 SW3 SETTINGS 95 ON a OFF 1 1 96 9 2167228 97 RS 232 SPECIFICATION 38 BALD 1200 w REMOTE CONTACTS ANALOG OUTPUT PARITY 99 PIN Analog Output BITS 8 PIN 2 Analog Output STOP BITS 2 Es PIN 3 Not Connected 00 PIN 4 Not Connec
37. Liquid 002 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 5 CO The short term exposure limit for 15 minutes or less is 30 000 PPM 3 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 A 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 causing damage Do not pour the liquid on pavement A 4 8600 Series Thermo Scientific Thermo Scie
38. Low Battery indicator lights during the test replace the BUS battery Note The solenoid will not engage if lid is open A Configure Optional Back Up The optional BUS can be configured for LN2 or CO2 supply Section 3 System BUS Configuration contains instructions for setting the BUS type Set Optional BUS Set The optional back up system is designed to inject CO2 or LN2 into the Point freezer compartment if the temperature rises above back up system set point To set the BUS set point 1 Press the Mode key until the Settings indicator lights 2 Press right arrow until BACKUP XX displays in message center 3 Press up or down arrow key until 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 Thermo Scientific 8600 Series 6 5 Section 6 Factory Installed Options Set Optional BUS Set Point continued Test the BUS Disconnect Fitting Assembly Transfer Hose Chart Recorder Warning Changing operating temp set point can affect BUS set point BUS set point self adjusts to maintain a temp of at least 10 C above the operating temp set point A Note The BUS set point cannot be set any colder than the high temperature alarm set point See Section 1 Setting the High Tempe
39. PH 50 Hz 12 0 FLA Operating Range 208VAC 240VAC 230VAC 1 PH 60 Hz 12 0 FLA Operating Range 208VAC 240VAC 120VAC 1 PH 60 Hz 16 0 FLA Operating Range 108VAC 130VAC Breaker Requirements 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 20 Amp Dedicated Circuit 20 Amp Time Delay Breaker Shipping Weight 8600 Series 833 Ibs 378 kg Thermo Scientific Section 7 Specifications Number Model 703CA 8718 703CV 8719 Temperature Range 10 C 14 F to 40 C 40 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 28 5 W x 43 8 x 29 9 72 4cm x 111 3cm x 75 9cm Add 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 18 5 W x 16 5 H x 18 5 F B 47 0cm x 41 9cm x 47 0cm Capacity 3 0 cu ft 84 9 liters Refrigeration Hermetically sealed compressor Non CFC foamed in place urethane 5 0 12 7cm cabinet 2 0 5 0cm lid Insulation 1 0 12 sub lids Electrical nominal voltage 10 115VAC 1 PH 60 Hz 6 0 FLA Operating Range 108VAC 130VAC 230VAC 1 PH 50 Hz 3 0 FLA Operating Range 208VAC 240VAC Breaker Requirements 15 Amp Dedicated Circuit 5 Amp Time Delay Breaker 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker Shipping Weight 395 Ibs 179 kg Number Model 713CV 8722 713CD
40. Pos Ribbon 42 430328 43 44 45 20 Pos Ribbon 45 430218 Switching Power Suppl witching Power Supp d 48 400165 46 49 5 B Pos Ribbon 430308 50 20 E 6 31 9e 53 1200 Fon 54 900134 55 Pots Bottery 36 9 m 57 l Boord x J RS 232 Remote Alarm Backup Solenoid Analog Output eh 250121 58 RS 485 Jl 3 Backup Probe 59 2 60 Es Condenser Probe 61 Mirco Boord 280178 9 e 191888 Control Probe 62 200176 Sonple Probe 63 290177 2 Cobex Probe 64 260180 65 66 67 Lid Switch 68 195900 69 25 Pos Serial Cable 70 430336 71 Micro Board Battery 400159 72 3 5308 amp 8752 Uses Recorder 73 Display Boord e 201210 2s Probe S Electrical Schematic 8718 8775 1565 74 Disploy Boord Model an 3 ft 120V 40C 45 Chest Freezer 76 1 L dd 8718 70 1 D REV Poge 2 of 3 10 14 8600 Series Thermo Scientific Section 10 Electrical Schematics Thermo Scientific 77 WIRE COLOR GAUGE WIRE COLOR GAUGE 1 BLK 14 25 WHT B 78 2 RED 14 26 BLK B 3 GRN YEL 14 27 BLK B 4 28 RED B 79 5 29 6 BLK 18 30 80 7 BLK 18
41. Prepare Unit for Storage 5 5 PREVENTIVE MAINTENANCE 5 6 Section 6 Factory Installed 6 1 BackUp System BUS oe ono weet lesa ER ORAT LED 6 1 Install Injection Assembly 6 1 Install Temperature Probe 6 2 BUS Control Panel 6 4 Connect Probe Solenoid Harness 6 4 Set Optional BUS Set Point 6 5 Configure Optional Back Up System BUS 6 5 Test the BUS sayana 6 6 Disconnect Fitting Assembly Transfer Hose 6 6 Chart Recorder gt sa e V ELENA 6 6 Calibrate Chart Recorder 6 7 Change Program sis oo ya s de E CL I 6 7 Install Chart Paper Saas cock uka nou yes E REED 6 7 Section 7 Specifications 7 1 Section 8 Exploded Parts Drawings 8 1 Section 9 Refrigeration Schematics 9 1 Section 10 Electrical Schematics 10 1 Section 11 Warranty Information 11 1 Appendix Handling Liquid Nitrogen
42. RED 8 CHEST MODELS 12 7 CU FT 5315 8728 8756 8779 17 CU FT 5318 8730 8757 8780 20 CU FT 5321 8737 8762 8785 SW3 SETTINGS ON OFF RS 232 SPECIFICATION BAUD 1200 REMOTE CONTACTS ANALOG OUTPUT PARITY PIN Analog Output BIIS 8 PIN 2 Analog Output STOP BITS 2 PIN 3 Not Connected PIN 4 Not Connected RS 232 PORT PIN 5 Nornally Closed PIN 2 TXD PIN Common PIN 3 RXD PINA 7 Normally Open PIN 5 GND CONTACT RATING 1 e 30V CADNTACTS IN ALARM STATE SWI Settings for Analog Output 4 20 Output 14510 85 485 20 485 5 5 5 g 1929 1 3 T 0 1V Output RS 232 eee eee 0 5V Output SW2 Settings for Communication Output Door switch shown in open position Battery switch shown in the OFF position Circuit breaker switch shown in OFF positian Options and acessories shown in dashed lines Run IFR 2386 08 29 12 AJC SAG CCS REVISED OPERATING RANGE FROM 108 130V FR 2386 07 27 12 MSB CHG 300421 START RELAY 300428 FR 2267 10 26 11 WE SAG DRP COMPRESSOR CHANGE RELEASE 7 FR 2202 05 03 11 585 SAG LON RELEASED FOR PRODUCTION RELEASE REV DATE BY CAD APPD DESCRIPTION OF REVISION
43. STICK ESD LABELS 220555 TO OUTSIDE OF COVER IDENTIFY EACH ASSEMBLY WITH LABELS ON THE BOTTOM AND BACK THAT INCLUDE THE FOLLOWING FIRST LINE ASSEMBLY NUMBER AND REVISION SECOND LINE BAR CODE OF ASSEMBLY AND REVISION HIGH STAGE Thermo Scientific THIRD LINE UNIQUE SERIAL NUMBER INCLUDING DATE OF MANUFACTURE IN THE FOLLOWING FORMAT AND ORDER THREE LETTER MANUFACTURING SITE TWO CHEST FREEZER START DIGIT YEAR MANUFACTURED TWO DIGIT WEEK MANUFACTURED FOLLOWED BY A COMPONENT UNIQUE FOUR DIGIT NUMBER FOURTH LINE BAR CODE OF UNIQUE SERIAL NUMBER ENCLOSURE ASSEMBLY FIFTH LINE ASSEMBLY DESCRIPTION IN THE FOLLOWING FORMAT CHEST vee TEMPERATURE VOLTAGE AND FREQUENCY 01 2 6 age 10 8600 Series 8 19 Section 8 Spare Parts 8 20 NOT SHOWN NOT SHOWN NOT SHOWN NOT SHOWN NOT SHOWN NOT SHOWN SEE NOTE 3 CHEST FREEZER START COMPONENT BRACKET ASSEMBLIES 088 pesciprioll 1915230 1916230 1916120 1985230 1986230 1986120 NO 86C 230V 50 Hz 86C 208 230V 60Hz 86C 120V 60 Hz 40C 230V 50 Hz 40 208 230V 60 Hz 40C 120V 60 Hz 1 COMPONENTBRACKET 120230 120230 120230 120230 120230 120230 2 8X4 2PHPTYPEB _ 680013 4 680013 4 680013 4 680013 2 680013 2 680013 2 3 832X3 8 SCREW 590020 2 590020 2 590020 2 590020 2 590020 2 590020 2 4 NOMEXINSULATOR 270172 2 270172 2 270172 2 270172 1 270172 1 270172 1
44. Scientific Section 10 Electrical Schematics POWER CONNECTION 230V 50HZ 8 08 230 808 10 AW 12 0 FLA COPERATING RANGE 207 253 2 um Power Inlet 2 t d 460189 3 Circuit Breoker Switch 230184 4 3l 8 32 S 5 4 E gt 41 7 5 19 2 8 lt Transforner 420080 g 12 8 1 10 4 ri 45 s Jia C 1 JIS 1 18 s 34 1 351 12 6 2 Ae Trans forner 420090 1 23 4 u 4 15 320 t 16 HS Conpressor 17 50 Hz 203050 or l 50 Hz 203051 1 8 High Pressure Cutout 207010 19 4 20 5 5 60 Hz Conponents 50 Hz Conponents Stort Reloy Stort Relay 20 5 42 312188 300430 Run Co Run Copocitor Run Capacitor 2 d 170226 170097 30uF 370V I5uF 370V 22 Start Copocitor Start Capacitor 33 3 1 170154 170154 m gt i Stort Cop 161 193uF 250V 161 193uF 250V 23 L Stort Reloy 24 Start Relay 25 1 55 Stort rs 2 26 430 2 e Run Cop 27 5 z 4 J30 1 28 24 gt eeu Cutout IR 30 High Voltoge Boord 17 2 LS Conpressor 191823 80 Hz 203050 or 3 50 Hz 203051
45. Tronsforner 420065 High Pressure Cutout 207010 Stort Relay 300428 Run Capacitor 170224 20uF 250V Start Copacitor 170154 161 93uF 250V Stort Capacitor 170154 161 183 F 250V Run Capac i tor 170224 4QuF 370V Stort Relay 300428 High Pressure Cutout 207008 HS Fan 800113 LS Fan 800113 Exponsion Solenoid 220626 Fuse 2A 285626 Electrical Schematic Model 120V 60Hz ULT Chest Freezer 8704 70 1 D REV 3 Page of 3 10 10 8600 Series Thermo Scientific Section 10 Electrical Schematics GND GND GND 14 0 2 14VDC 14 0 y High Voltage Board 91932 ay JIL Switching Power Supply 65 RS 232 Remote Alarm Analog Qutput RS 485 Jl J3 Micro Board 191989 TBuS Overlay Lies 3 Pos Ribbon 430328 20 Pos Ribbon 430218 6 Pos Ribbon 430308 6 Pos Ribbon 430308 12VDC Fan 900134 Backup Battery 400158 20 Pos Ribbon 430218 Bockup Solenoid LN2 250129 02 250131 Bockup Probe 290038 Heat Exchanger Probe 290177 Condenser Probe 290178 Control Probe 290176 Sonple Probe 200177 Cobex Probe 290180 Lid Switch 360256 25 Pos Serial Cable 195442 Chests Micro Board Battery 400159 Electrical Schenatic Model 120V ULT Chest Freezer 4 8704 70 1 D REV
46. and 32 C Provide ample room to reach the mains disconnect switch power switch located on the rear of the freezer Note For proper ventilation and airflow a minimum clearance of 5 at the rear and front and a clearance of 8 on the side of the freezer is required Allow adequate space for lid opening If ambient increases above 36 C clearance at the rear of the cabinet must be increased to 8 A The parts bag located inside the cabinet contains the following parts Quantity Stock Description Purpose 2 510016 1 4 20 x 5 1 2 Bolt Wall Bumper 2 380520 Neoprene Cap Cap Protector 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 8600 Series freezers have a data communications interface The factory default setting is RS 232 GND RTD TXD The wiring identification for the interface is shown in Figure 1 10 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 10 RS 232 Interface The freezer transmits temperature information every 60 minutes A standard DB9 serial extension cable can be used to connect the freezer to a serial device Some serial devices may require a null modem adapter Data format BAUM assia bed tu UE 1200 Data bits 8 7 bit ASCII with leading zero Start
47. battery bracket a 7 3 3 q 3 2 battery NE switch Figure 6 4 Probe Access Port 5 Route the BUS probe through the probe port approximately 12 Secure the back up probe to the temperature probe using a small tie wrap Figure 6 5 Type T Thermocouple Probe Optional Recorder S DEN Control RTD Redundant Datalogger Probe it Optional Miscellaneous Probe TP Accessories Probe Cover gt P dl 30037 M Small Tie Back Up N 2 Probe Wrap 18 Figure 6 5 Probe location 6 Seal around the interior and exterior opening of the probe port with Permagum sealant 7 Reinstall the probe cover Figure 6 5 Thermo Scientific 8600 Series 6 3 Section 6 Factory Installed Options Connect Probe Solenoid Harness BUS Control Panel 6 4 8600 Series me Carefully coil the extra probe lead in the compressor compartment and secure it to the compartment wall with a tie wrap and tie wrap anchor provided Additional tie wraps and anchors may be used to secure the probe lead to the exterior back wall of the freezer 2 Loosen the terminal screws on the solenoid Slide the spade lug connectors under the screws and tighten to secure 3 Connect power to the freezer Turn the freezer On with battery switch Off O a The Solenoid Engaged light on the BUS control panel illuminates no injection occurs This light stays on until the unit
48. in OFF position Options and acessories shown in dashed lines SW2 Settings for Communication Output FR 2386 08 29 12 AJC SAG CCS REVISED OPERATING RANGE FROM 103 127V 0 FR 2202 05 03 11 SRS SAG RELEASED FOR PRODUCTION RELEASE 8 REV NO DATE BY CAD DESCRIPTIUN OF REVISION THIS OOCUMENT CONTAINS PROPRIETARY INFORMATION SUCH INFORMATION IS NOT TO MODEL PART NAME 5600 SERIES 120V FREEZERS Electrical Schenatic Model 3 cu ft 120V ULT Chest Freezer Thermo Scientific BE DISCLDSED OTHERS FOR ANY PURPOSE NOR DWG TITLE UNIT SCHEMATIC ATTENT I UN EE SN EN IC ER E IE OWN HCE CAD KOG LON DATE 10 10 10 SCALE NONE OBSERVE PRECAUTIONS MATERIAL yp BQ ELECTROSTATIC ThermoFisher PAINT 8700 70 1 D REV SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE ESS T Page 3 of 3 SENSITIVE DEVICES BOX 649 MARIETTA OHIO 45750 ANGLES DEDE omn 8700 70 71 D 3 8600 Series 10 3 Section 10 Electrical Schematics 10 4 POWER CONNECTION 230V 10 2W 5082 5 4 FLA OPERATING RANGE 207 253V l Power Inlet 460159 2 018 3 Circuit Breoker Switch 230178 4 5
49. is below BUS setpoint b The Low Battery indicator may also illuminate 4 Turn the battery switch to Standby mode to charge both batteries The following section describes the configuration and operation of the BUS Warning When activated this 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 A for the proper handling of liquid LN2 A Caution Make sure the pressure relief valve any LN tank is adjusted to 30 PSI maximum blow off A Warning Carbon dioxide gas suppresses oxygen levels and may cause suffocation if area is not well ventilated Refer to Handling Liquid CO2 in Appendix B of this manual A Thermo Scientific Section 6 Factory Installed Options BUS Control Panel continued Backup System 5 Power C Low Battery lt gt Solenoid Engaged Press to test Figure 6 6 BUS Control Panel 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 or LN 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
50. is bise tree Eq EURO RESI ERE Eq 3 1 BUS Battety Vest PII e 3 2 System Battery Test 3 2 Set Access Gode nesae Xu u EAS 3 3 Clear Hiph Stage Alarm 3 3 Display Temperature 3 3 Back Up System Type 3 4 RS485 Addiess euo eec UE Rd ako PCS 3 4 Reset Excursion 3 4 Marre EXCURSION car ce de HOT d ata Ion d CN 3 4 COM Exc rsion ri 75727 755 e Rl as 3 4 8600 Series V Table of Contents Section 4 Alarms 4 1 Lost Communication 4 2 Micro Board Failure Alarm 4 2 Multiple Alarms exem tidem eu ya aa hua e Paus 4 2 High Stage System Failure Alarm 4 2 Section 5 Maintenance 5 1 Cleah Condenser s s usu gn pop 5 1 Clem Aa Paka aa Q nk bag wa aes 5 1 Defrost G har ber Pens he ta tas 5 2 Cleary Laid Gasket Ia SAD 5 2 ice Battery en 5 2 Check Ba3ttervis o savis ste Ba Menta vad mtt arare e e domed 5 4
51. under each of the modes Default Mode System Ok Line Voltage Compensated Voltage HSHX Temperature Settings Control Set Point High Alarm Set Point Low Alarm Set Point Optional Back Up System Set Point Table 1 1 Modes of Operation 86C units only Calibrate Control Probe Optional Sample Probe Configuration High Alarm Test Low Alarm Test System Battery Test BUS Battery Test Display Temperature Clear High Stage Alarm Set Access Code RS485 Address BUS type C02 or LN2 Cold Excursion Warm Excursion Reset Excursion Thermo Scientific Panel Keys Display Indicators cont Thermo Scientific Displays Install Freezer Section 1 Installation and Start up 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 previous parameter Up Arrow Increases or toggles the parameter value that has been 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 mute the audible alarm See Section 4 for alarm ringback times Message Center Displays the system status Mode at all times Displays SYSTEM OK during normal operati
52. 02 2 QISd E 7 9 5 EZI OL 9159 9 310602 5 ag 464 ZU v 1 20 L EI 8805 8 ZH 05 02 50022 9ISd 9 01 WA 482 JE ZU 11 062 8 51 1303 PAL Leol ve JISd 9ISd 821 OL 9159 a D an C467 ZU 7 1 482 807 ZU ti 8806 8 SLA 021 9154 LOL WA 82 70 1 06 3 51 1479 20712 SH 9153 9159 BSI OL 80 261 20 v 1 00 ZU 9605 8 ZH 09 0E2 9 RS 245202 BISd H OL ONA XV 20 0 1 062 3 SLINI 14M9 i 805026 154 9159 621 DL gm aD 262 ZU v 1 F 5906 ZD 8 8805 3 ZH 0S 0E2 9ISd 01 DA 20552 2060 062 3 SLIND 1372 3 9158 9ISd 821 DL icy os tss an 46770 v 1 F 208 E82 20 01 8806 8 SLA 021 13 J 8c Ll 01 9ISd 8 01 48 22 7 8 0 062 3 51 14M9 8227 8 58 3OVIS 2501752821 ADT ADVIS 31 HJIH 00712 OL d3S TID 900012 3ONVHJ 522 OVS WWW 71 70 90 91 lu ppp ZU SI NDIVSva3Ss 710 20415 MOT 4021 4221 OVS CV 0 10 0862 84 51 181690770 cC ausS3adNU2 110 3 815 MIT 2905 3082 3ND aad ovs ary et 81 e1 8852 84 vi 22153 ANd 2202 211249 W3 EON 110 3915 3aniva3dwal HTH 80 88218328 DVIS AT CMD 980 OVS 2 1 2 9852 04 EL 4871 zu e 1 4618S 20502 8 511 LH 82 EZ LI El 770672 8 91 88
53. 0V Relay Enclosure Freezers COMMON TO 1950124 1950128 902 204 1 B Rev 1 Page 1 of 2 Thermo Scientific 8600 Series 8 15 Section 8 Spare Parts 8 16 REV ECN NO DATE BY CAD APPD DESCRIPTION OF REVISION 0 FR 2202 06 23 11 RELEASED FOR PRODUCTION REL 6 FR 2409 10 10 12 KDG CCS REMOVED 1950122 amp 1950126 LOW END BOXES BILL OF MATERIALS Ti PART NO PART DESCRIPTION 22143 48 32 x 1 1 4 SS PHP SCREW 2 30077 1 1 2 SNAP BUSHI 3 191923 VOLTAGE BOARD 230V 4 191989 MICRO BOARD HIGH END 5 400165 SWITCHER BOARD 6 420090 5 TRANSFORMER 7 460169 POWER INLET 16 20A 8 490009 16 32 X 3 8 SS FHP UC SCREW 9 590020 8 32 X 3 8 SS PHP EXT SEMS SCREW 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 3 195631 16 4 RELAY ENCLOSURE 191656 SUPPORT 4 195631 31 3 TRANSFORMER HOLD DOW 5 195631 31 5 RELAY ENCLOSURE COVER MAIN 6 195730 16 1 191658 SUPPORT BRACKET SUB ASSEMBLY 7 230184 15A DPDT SWITCH CIRCUIT BKR USED THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND SUCH INFORMATION IS NOT TO BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR FOR MANUFACTURING PURPOSE WITHOUT WRITTEN PERMISSION FROM T
54. 1 PART PART DESCRIPTION 1 202003 ACCUMULATOR ASSEMBLY 2 209019 DRYER 3 211044 HEAT EXCHANGER ASSEMBLY 4 227992 HIGH amp LOW STAGE CAP TUBE UPS Exploded Drawing 3 cu ft Chest Freezer Heat Exchanger 8700 201 1 Rev 0 Page 1 of 1 O2 0 0 Series Thermo Scienti ic Section 8 Spare Parts Exploded Drawing Model 3 cu ft Chest Freezer Lid F TS 8700 200 1 B Rev 1 Page 1 of 2 Thermo Scientific 8600 Series 8 3 Section 8 Spare Parts 8 4 BILL OF MATERIALS ITE PART NO PART DESCRIPTION 22130 14 40 X 1 4 SS PHP SCREW 2 23005 4 40 SS HEX NUT 3 23062 1 4 SS EXT TOOTH LOCKWASHER 4 15038 646 SID BLUE RADIUSED HANDLE 5 16136 SPRING LOADED HINGE 6 16137 HINGE SHIM LAYOUT 1 16138 HINGE SHIM LAYOUT 8 80314 THERMO ULT CHEST HANDLE END CAP 9 80315 ULT CHEST HANDLE SCREW COVER 0 95332 LOCK MOUNT ASSEMBLY 95950 3 0 CU FT CHEST FREEZER LID 2 95970 3 6 7 LID SWITCH MAGNET MOUNT 3 360257 SWITCH MAGNET 4 431148 3 0 CU FT CHEST FREEZER LID GASKET 5 490023 1 4 28 X 4 SS FHP SCREW 6 530027 1 4 20 X 2L SS HEX SOCKET CAP SCREW 1 590020 18 32 X 3 8 SS PHP EXT SEMS SCREW 8 3176861 4 0 x 3 4 SOCKET HEAD SCREW Exploded Drawing Model 3 cu ft Chest Freezer Lid F TS 8700 200 1 B Rev 1 Page 2 of
55. 1 D 9 10 12 8600 Series Thermo Scientific Section 10 Electrical Schematics wan CD WN 3 CO 8 Ol U rN CO DX 071 ES OT c E 0932 o GE CE INS o POWER CONNECTION 120 10 2W GOHZ 6 0 FLA OPERATING RANGE 108 132 2 Power Inlet 480169 8A Circuit Breaker Switch 230178 6 32 JIS LA t e 34 w e 35 e 2 7 2 I B Oa Tronsforner 420085 ay 171 q 062 e 121 e 38 J20 hd 4 J30 5 130 4 130 3 30 2 B J30 2 4 2 4 J30 1 High Voltoge Boord 19192 17 5 20 High Pressure Cutout 779 207010 LS Conpressor 203026 1 z 8 7 HS Fon J29 1 5 900113 J28 7 4 J28 2 J20 8 J29 3 J29 9 4 J29 4 J29 10 129 5 J29 11 J29 6 5 4128 12 Electrical Schenatic Mode 3 cu ft 120V 40C Chest Freezer 8718 70 1 D REV Page of 3 Thermo Scientific 8600 Series 10 13 Section 10 Electrical Schematics 38 High Voltoge Board 40 191932 4 3
56. 160 5620 5623 5820 5823 8708 8709 8748 8750 8772 8773 RS 232 SPECIFICATION REMOTE CONTACTS ANALOG OUTPUT BAUD 1200 PIN Analog llutput PARITY N PIN 2 Analog Output BITS 8 PIN 3 Not Connected STOP BITS 2 PIN 4 Not Connected PIN 5 Normally Closed 5 232 PORT PIN 6 Connon PIN 2 TXD PIN 7 Normally Open PIN 3 RXD CONTACT RATING 1A e 30V PIN 5 GND CONTACTS IN ALARM STATE SWI Settings for Analog Dutput SW2 Settings for Communication Qutput el 3 elece3 4 20mA Output RS 485 9 9 9 9199 9199 0 1V Dutput RS 232 9 e eee SW3 SETTINGS ele2e3 NiO 0 5V Qutput OFF O L 1 427 Bh ergon ZB Schematic represents chest models 2 Door switches shown in open position 5 2805 06 19 15 SIN SAG CCS 312188 WAS 300420 3 Battery switch shown in the OFF position 4 FR 2753 12 17 14 DRP ADDED MODELS 5613 amp 5623 4 Circuit breaker switch shown in OFF position 3 amp 2386 o8 29 12 AC SAG DRP REVISED OPERATING RANGE FROM 208 2401 5 Options and acessories shown in dashed lines 2 FR 2385 07 27 12 KOG DRP H 200421 RELAY 300428 300420 TO 300430 FR 2267 08 17 11 JWE SAG DRP COMPRESSOR CHANGE 7 RELEASE 7 2202 05 04 11 SRS SAG DLP RELEASED FOR PRODUCTION RELEASE REV ECN Nr DATE CAD APPO DESCRIPTION OF REVISION THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND S
57. 2 96 EC WEEE and the equipment that has been put on the market after 13 August 2005 pies 56 2 his product is required to comply with the European Union s Waste Electrical amp Electronic Equipment WEEE Directive 2002 96 EC It is marked with the WEEE symbol Thermo Fisher Scientific has contracted with one or more recycling disposal companies in each EU Member State European Country and this product should be disposed of or recycled through them Further information on Thermo s compliance with this directive the recyclers in your country and information on Thermo Scientific products will be available at www thermoscientific 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 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 1 800 438 4851 Toll Free U S and Canada 1 877 213 8051 FAX http www thermoscientific com Internet Worldwide Web Home Page service led marietta thermofisher com Tech Support Email Address www unitylabservices com Certified Service Web Page Our Sales Support staff can provide information on pricing and give you quotations We can take your or
58. 3 GRN YEL 4 8 BLK 18 32 BLK 4 81 E BLK 18 33 BLU 4 10 34 BLK 4 82 11 35 BLU 4 12 36 BLK 4 93 13 37 BLU 4 14 GRN YEL 18 38 BLK 4 84 15 GRN YEL 18 38 BLLI 4 16 40 BLK 4 95 17 GRN YEL 14 41 BLU 4 18 42 BLK 4 19 43 BLU 4 86 20 BLK 14 21 BLK 18 87 22 RED 18 23 BLK 18 88 24 RED 18 89 90 3 CUFT CHEST MODELS 5308 8718 8752 8775 9 Q 32 SW3 SETTINGS g3 UN J OFF 94 12 3 4 5 6 7 8 QS RS 232 SPECIFICATION 8 0 1200 96 REMOTE CONTACTS ANALOG OUTPUT PARITY N PIN Analog Qutput BITS 8 97 2 Analog llutput STOP BITS 2 UT PIN 3 Not Connected PIN4 4 Not Connected RS 232 PORT 98 PIN 5 Normally Closed PINK 2 TXO PIN 6 Connon PIN 3 RXD gg PIN 7 Normally Open 5 GND CONTACT RATING 1A e 30V CADNTACTS IN ALARM STATE 00 01 Settings for Analog Output SW2 Settings for Communication Output ele2e3 9199 2 U 5 4 20mA Dutput RS 485 ee 03 04 2 1 2 0 Dutput RS 232 lt e 05 06 ele2e3 2 0 5V Dutput 07 1 Door switch shown in open position 2 Battery switch shown in the OFF position 3 Circuit breaker switch shown in OFF position 4 Options and acessories shown in dashed lines Electrical Schenatic Fe 2386 08 23 12 AJC SAG CCS REVISED OPERATING RANGE FROM 108 130V Mode 0 220205 03 11 585 SAG ORP RELEASED FOR PRODUCTION RELEASE 6 1 REV EN 9 DATE BY CAD DESCRIPTION OF REVISION 3 cu ft 120V 40C
59. 70 20 14 02 38nl ZU 5 501 8 925 ZU G1 409934900 511006 TID 84153 DA Ud 2222 311787 W3 1 80 110 30 15 28 1 52441 MOT Eye DISd 6 F 9158 201 2 000202 ZD S O F 48 771 2 5 8805 3 5 OZ OL DVA XVN 96 6 ZU 2 0 062 8 1 82918438 20715 WAL MOT 266 22 000202 MOLY INWNIDY NU 13 9 5 O I NI ZrO 40 14 02 23801 av 4404 lupyp ZU S 05538 03 an 4 HD 83153 0 2222 211284 V3 TIBUN 110 30 15 38 178344821 HJIH 5 SH 11 20 0 46 22 0 8 vrOv a8 l1NV33D13433 30715 dW31 HJIH 52 286122 23 1782918338 201 1 30715 dWdl 9 1 8600 Series ientific Thermo Sc Section 9 Refrigeration Schematics 8 0 0 10 8 629811 05 5 DIHO 11318 679 X08 ONINVAG GUC NOTLV3071 21 411 3125 JILVA3HOS 1 83918434 371111 SMO 062 54973954 15342 14 2 98 21111 807 eusigouueu AAWOLSI ANON 37995 dad OddV vS OVI vS NAO 11 50 50 31V NUISIAd8 d NUILdISOS3Q AG 31VO XJ 21118125 536513 OWSIHL NUISSIWB3d N3LLIS S3s darid SNTANLIVANNVW 803 O3sn 9 2572128 011 1006 aD 3SY3 H8 8 51585 11 50 50 2022 84 0 AON 3SDd3f1d ANY 04 S 3HID O1 035070510 38
60. 8 8 Transformer 420080 g 1 2 3 Tronsforner 420080 4 5 6 High Pressure Cutout 207010 8 HS Compressor 203027 3 20 2 22 23 24 High Voltage Board 191923 25 High Pressure Cutout 20 207008 27 5030277 99 28 29 30 31 2 HS Fon 32 900113 33 34 m Electrical Schenatic gt Model 36 5600 Series Chest Freezer 37 38 I 8701 70 1 D REV Page 1 of 3 8600 Series Thermo Scientific Section 10 Electrical Schematics V High Vol tage 191923 Switching Power Supply 400165 Backup T Boord 191989 95 232 Remote Alorn oR 85 485 Jt Js Mirco Board 191987 Analog Output i am 25 27 26 28 ii sl 5 o 21 fec 5 qI 5609 8701 amp 8764 Use E Disploy Boord pa 20C T 191941 L ge 5 4 71 5151 5809 amp 8740 Use 2 te bios nue Display Boord 191953 8 8 Overlay bu 3 Pos Ribbon 430328 20 Pas Ribbon 430218 6 Pos Ribbon 430309 6 Pos Ribbon 430309 12VDC Fan 900134 Backup Battery 400158 20 Pos Ribbon 430218 Backup Solenoid LN2 220129 02 290131 Backup Probe 290038 Heot Exchonger Probe 290177 Condenser Probe 290178 Control Probe 290176 Cobex Probe 280180
61. 8 59 8 EVLB EOLA 20 8 85 21686 0295 2285 ZILS 800 02 TW 80 0cc A 010702 60022 91060 10 22 110602 805022 1500 ZH OSI a G 060 02 zH 09 01221 vEOITC 0446 0915 92015 6185 15 SSIS 2156 15 ZSIS OL LcOlvc 6 21 HJIH SH 8 0 1 15 dWdl HUIH 9110 22 9 3 8600 ientific Thermo Sc Section 9 Refrigeration Schematics 8 0 06 70 8 05 5 DIHU 1121 5 5 8 X08 ONIMVaO ASEWON SUC DIAILNIIDS JILNWGHOS 011 82918328 31111 IMO AVUSIJOULIOU 021 872378 15522714 OZ 3 L1 LCI 3 98 3111 807 AAWNOLSNI ININ JIS Oddy SvS OVD OVS NMG 11 1 50 310 NOISIAZS 40 NDIIdJI33S30 deV 0v3 AG 31 0 ON 323 A38 OIJIINJDUS 33HSI4 DN33H1 0 4 NDISSIN33d N3LLTaM des S3SDd31d ONISIUOVJINY 304 025 9 25 3 28 011780089 304 O3SY3138 80 JOVS SAS 11 1 50 4022 44 0 SON ANY ADS S33HI
62. 8727 713CA 8728 Temperature Range 10 C 14 F to 40 C 40 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 72 0 W x 40 5 H x 334 F B 182 9cm x 102 9cm x 84 8cm Add 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 42 5 W x 28 0 H x 18 5 108 0cm x 71 1cm x 47 0cm Capacity 12 7 cu ft 360 liters Refrigeration Hermetically sealed compressor Insulation Non CFC foamed in place urethane 5 0 12 7cm cabinet 2 0 5 0cm lid 1 0 12 5cm sub lids Electrical nominal voltage 10 230VAC 1 PH 50 Hz 3 0 FLA Operating Range 208VAC 240VAC 230VAC 1 PH 60 Hz 3 0 FLA Operating Range 208VAC 240VAC 120VAC 1 PH 60 Hz 6 0 FLA Operating Range 108VAC 130VAC Breaker Requirements 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 20 Amp Dedicated Circuit 20 Amp Time Delay Breaker Shipping Weight Thermo Scientific 716 Ibs 325 kg 8600 Series 7 3 Section 7 Specifications Number Model 717CV 8730 717CD 8731 717CA 8733 Temperature Range 10 C 14 F to 40 C 40 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 87 6 0 W x 40 5 H x 33 8 F B 222 5cm x 102 9cm x 85 9cm Add 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 58 8 W x 28 0 H x 18 5 149 4cm x 71 1cm x 47 0cm
63. BLU 4 B2 10 3 BL 4 35 BLU 4 83 12 36 BL 4 BA 13 37 BLU 4 14 GRN YEL 8 38 BLI 4 85 15 GRN YEL 8 39 BLU 4 16 40 BL 4 86 17 GRN YEL 4 4l BLU 4 18 42 BL 4 87 19 43 BLU 4 88 20 BLK 4 44 BLI 4 2 BLK 8 45 BLU 4 89 22 RED 8 46 BL 4 23 BLK 8 47 BLU 4 90 24 48 BLI 4 49 BLU 4 gl 50 BL 4 82 51 BLLI 4 3 CU FT CHEST MODELS 93 5309 8719 8753 8776 94 95 5 SETTINGS ON 96 OFF 1 27 3 AS S 167 7 B 87 98 RS 232 SPECIFICATION BAUD 1200 99 REMOTE CONTACTS7ANALOG OUTPUT PARITY N PIN Analog Qutput BITS 8 00 PIN 2 Analog Qutput STOP BITS 2 PIN 3 Shield PIN 4 Shield RS 232 PORT 0 5 Nornally Closed PIN 2 TXD PIN 6 Common PIN 3 RXD PIN 7 Normally Open 5 GND 02 CONTACT RATING 1 e 30V CONTACTS IN ALARM STATE 03 04 SWI Settings for Analog llutput SW2 Settings for Communication Output 416243 el e2e3 05 4 20 Output RS 485 06 el e2e3 el e2 07 0 1 Dutput 85 232 eee 1 2 3 0 5V Output 1 Door switch shown in open position 2 Bottery switch shown in the DFF position 3 Circuit breaker switch shown in OFF position 4 Options and acessories shown in dashed lines Electrical Schematic FR 2385 08 29 12 SAG CCS REVISED OPERATING RANGE FROM 208 240 Model 0 rR 2202 0 03 11 585 SAG URP RELEASED FOR PRODUCTION 7 RELEASE Ne REV ECN NO DATE BY DESCRIPTION OF REVISION 3 cu ft 230V 40 r ir ERT WE
64. C Breaker Requirements 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 20 Amp Dedicated Circuit 20 Amp Time Delay Breaker Shipping Weight 8600 Series 776 lbs 352 kg Thermo Scientific 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 C Humidity Maximum RH 80 for temperatures up to 31 C decreasing linearly to 50 RH at 40 C Mains Supply Fluctuations Mains supply voltage fluctuations not to exceed 10 of the nominal voltage Installation Category 1 Pollution Degree 2 Class of Equipment I Intended Use This product is intended for use as a General Purpose Laboratory Freezer for storing samples or inventory between 40 and 86C This unit is not intended for use in an explosive environment nor to be used for the storage of flammable inventory This unit is not intended for use in a Class medical application as defined by Title 21 of the Federal Code of Regulations 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 installat
65. D 01 0950710510 28 L 383138 39NYHJ 8055369 01 d vS MC 11 21 80 922 34 JON SI NUILVABUSNI HINS ONY NULLVWaDANI 8 1218 0 SNIVINOD INJATIJUG SIHL Z Oy MUN 7 vc SYA 308 110 d 80 VSMC 21 91 10 4922 85 SJUNVHO INVADITAJ ILS 38 1 836831 MOT d 9055364 3 9 DL 33HSS33d 3D3VHJ HD dad DVS WYN EL 61 60 87S 3d eOvie d3S 110 900712 OH 5 I c 70 VSMC 21 20 20 4922 84 5 33 902 71 70 90 96 84 021 58473 84 1dfDOZ LLB 15 8 01 8 1285 021 54323944 1 2 1 69 8 8 OCT S33Z3334 1dflDZ I 88 8 vvL8 vOLB 5185 eS0E02 3915 dWdl MOI 1046 1295 ZSIS 50 8 8186 vSIG 6116 5195 ESIS o f OL 16012 _ i 800 02 JEZ LY SI 215 5 SINGAGHISY3A DISd TW E 50022 A 720 SI 501 8 6 8 710 CIMEBTI 70 3055384 1 3 11100 22 HLIM 1061 70882 ID 29815 NIYAN MOT 9 pa 0 2 _ SISd E 9139 BEL Dl OZ 80 Ly ZD pl Gey 210701 8805 8 EA l
66. Delay Breaker Shipping Weight 432 105 196 kg Number Model 813CV 8702 813CD 8703 813CA 8704 Temperature Range 50 C 58 F to 86 C 123 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 72 0 W x 40 5 H x 334 182 9cm x 102 9cm x 84 8cm Add 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 42 5 W x 28 0 H x 18 5 108 0cm x 71 1cm x 47 0cm Capacity 12 7 cu ft 360 liters Refrigeration Cascade system 2 hermetically sealed compressors Insulation Non CFC foamed in place urethane 5 0 12 7cm cabinet 2 0 5 0cm lid 1 0 12 5cm sub lids Electrical nominal voltage 10 230VAC 1 PH 50 Hz 12 0 FLA Operating Range 208VAC 240VAC 230VAC 1 PH 60 Hz 12 0 FLA Operating Range 208VAC 240VAC 120VAC 1 PH 60 Hz 16 0 FLA Operating Range 108VAC 130VAC Breaker Requirements 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 15 Amp Dedicated Circuit 15 Amp Time Delay Breaker 20 Amp Dedicated Circuit 20 Amp Time Delay Breaker Shipping Weight Thermo Scientific 716 Ibs 325 kg 8600 Series 7 1 Section 7 Specifications Number Model 817CA 8705 817CV 8706 817CD 8707 Temperature Range 50 C 58 F to 86 C 123 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 87 6 W x 40 5 x 33 8 222 5cm x 102 9cm x 85 9cm A
67. HERMO FISHER SCIENTIFIC DWN KDG MODEL PART NAME RELAY ENCLOSURE ASSEMBLY DWG TITLE 230 VO LT RELAY ENCLOSURE ASSY CAD K G APPD DRP 06 23 11 SCALE 0 250 ThermoFisher SCIENTIFIC BOX 649 MARIETTA OHIO 45750 MATERIAL PAINT N A Exploded Drawing 230V Relay Enclosure Freezers TOLERANCE UNLESS OT ANGLES DEC ERWISE SPECIFIED DRAWING NUMBER MAL 902 204 SIZE 902 204 1 B Rev 1 Page 2 of 2 8600 Series Thermo Scientific Section 8 Spare Parts 230184 15 DPDT RKR CB SWITCH USE ON RELAY ENCL 1950127 Exploded Drawing 120V Relay COMMON TO 1950123 amp 1950127 Enclosure Freezers 902 204 2 B Rev 1 Page 1 of 2 Thermo Scientific 8600 Series 8 17 Section 8 Spare Parts ECN NO DATE BY CAD APPD DESCRIPTION OF REVISION FR 2202 06 23 00 KDG RELEASED FOR PRODUCTION REL 6 FR 2409 10 10 12 AJC 00 CCS REMOVED 1950121 8 1950125 LOW END BOXES o BILL OF MATERIALS ion PART NO PART DESCRIPTION 22143 48 32 x 4 SS PHP SCREW 2 30017 1 1 2 SNAP BUSHING 3 191932 HIGH VOLTAGE BOARD 120V 4 191989 MICRO BOARD HIGH END 5 230183 20 DPDT SWITCH CIRCUIT BKR 6 400165 SWI
68. Spare Parts Exploded Drawing 12 7 cu ft Chest Freezer Cabinet F 5 8704 200 2 B Rev 0 Page 1 of 2 Thermo Scientific 8600 Series 8 11 Section 8 Spare Parts BILL OF MATERIALS 1 PART NO PART DESCRIPTION 24030 48 X 1 2 TEKS SCREW 2 24032 48 32 X 3 8 SS PHP SCREW F POINT 3 24038 1 4 20 X 1 2 SELF TAPPING SCREW 4 24042 48 32 X 1 2 SS PHP SCREW F POINT 5 30013 5 16 X 3 16 10 GROMMET 6 10028 DECORATIVE SNAP 7 14020 15 8 X 1 2 1D GROMMET 8 20011 DUAL WHEEL CASTER 9 95866 GUARD 10 95867 PROBE MOUNT T 95936 LOCK CATCH i2 290176 CONTROL PROBE i3 360256 MAGNETIC SWITCH 4 195418 39 1 REAR COVER PLATE Exploded Drawing 12 7 cu ft Chest Freezer Cabinet F TS 8704 200 2 B Rev 0 Page 2 of 2 8 12 8600 Series Thermo Scientific Thermo Sc Section 8 Spare Parts START COMPONENT BRACKET ASSEMBLIES 1915230 86C 230V 50 Hz 2 1916230 86 208 230V 60Hz 7 1916120 86C 120V 60 Hz ey 1985230 40C 230V 50 Hz 1986230 40 208 230V 60 Hz 1986120 40C 120V 60 Hz a 4 12 7 cu ft Chest Freezer Side Car F TS 203052 FOR 1207 60 Hz MODELS 203050 FOR 208 230V 60 Hz MODELS 203051 FOR 230V 50 Hz MODELS EACH MODEL USES THE SAME COMPRESSOR FOR HIGH AN LOW STAGES
69. TCHER BOARD 420065 175V TRANSFORMER 8 460169 POWER INLET 16 20A 9 490009 46 32 X 3 8 SS FHP UC SCREW 0 590020 8 32 X 3 8 SS PHP EXT SEMS SCREW 590027 46 32 X 1 4 SS PHP EXT SEMS SCREW 2 900134 TUBEAXIAL FAN 30 CFM 12V 3 195631 16 1 RELAY ENCLOSURE SPOTWELD SUB ASSEMBLY 4 195631 16 4 RELAY ENCLOSURE COVER 191656 SUPPORT 5 195631 31 3 TRANSFORMER HOLD DOW 6 195631 31 5 RELAY ENCLOSURE COVER MAIN 195730 16 1 191658 SUPPORT BRACKET SUB ASSEMBLY T EGRE TON END SUCH EAE SWE ONT T MODEL PART NAME RELAY ENCLOSURE ASSEMBLY BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR DWG TITLE 120 VOLT RELAY ENCLOSURE ASSY Exploded Drawing USED FOR MANUFACTURING PURPOSE WITHOUT SEE 120V Relay WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC 0 Enclosure MATERIAL Freezers a ThermoFisher PAINT WA SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER s ze 902 204 2 B Rev 1 ANGLES DECIMAL 2 of 2 BOX 649 MARIETTA OHIO 45750 XXX iE 902 204 2 B 8 18 8600 Series Thermo Scientifi o Section 8 Spare Parts LOW STAGE USE THIS SIDE FOR 40C CONFIGURATIONS fS 100 HOLD THE SURFACE OF THESE TWO FLANGES FLUSH NOTES 1 2 3 SEE PSS 8602 723 012 FOR ASSEMBLY WIRING AND OTHER DETAILS AFTER ATTACHING NOMEX COVER 250138 WITH SCREWS 590020
70. TTERY MOUNT TO 26 95782 CHEST FREEZER FAN SHRO 21 95183 CHEST FREEZER CONTROL PANEL MOUNTING ANGLE 28 95791 CHEST FREEZER FRONT PANEL ASSEMBLY 29 95806 CHEST FREEZER REAR ACCESS PANEL 34120012612 RIGID HANGER 30 95807 CHEST FREEZER SIDE CAR SIDE COVER 35 203050 BRISTOL HIGH LOW STAGE COMPRESSOR 3 25808 CHES FREEZER SIDE CAR REAR PANEL 36 204010 CONDENSER W DESUPERHEATER 2 9593 3 0 8 6 7 CU FT BATTERY SWITCH BRACKET 37 201008 PRESSURE SWITCH 33 95949 CHEST FREEZER SIDE CAR DIVIDER 38 207010 PRESSURE SWITCH 39 209020 LIQUID LINE FILTER DRYER WITH ACCESS PORT 40 214023 OIL SEPARATOR 41 290178 CONDENSER PROBE 42 330039 2 1 2 SNAP BUSHING 43 360248 MINI SNAP IN POWER SWITCH 44 400159 SEALED LEAD ACID BATTERY 1 2 45 550043 1 4 20 X I L ZP CARRIAG 46 590020 48 32 X 3 8 SS PHP EXT SEN 41 59002 46 32 X 1 4 SS PHP EXT SEMS SCR 48 590029 48 32 X 3 8 SS PHP EXT SEMS SCREW W PATCH 49 610009 1 4 20 S S WING NUT 50 610078 4 20 NUT RETAINER 025 063 PANEL 5 BEN E PRETI RN 12 7 cu ft Chest Freezer Side Car F TS 52 160212 12 AND 20 CU FT CHEST AIR FILTER 53 900113 10 TUBEAXIAL FAN 115 8704 200 3 Rev 4 54 120230 01 1 CHEST FREEZER START COMPONENT BRACKET ASSEMBLY Page 2 of 2 55 191953 FREEZER DISPLAY BOARD 8600 Series Thermo Scientific Section 8 Spare Parts 230118 8A DPDT RKR CB SWITCH USE ON RELAY ENCL 1950128 Exploded Drawing 23
71. The 40C and 86C freezers see page i for model numbers described in this manual are high performance units which can be used for research and in situations that directly support medical applications When these products are used to support a medical application it is an accessory to a medical device and is therefor considered as a medical device in its own right by the regulatory body e g FDA This product is intended for use as cold storage in research use as a medical device for diagnostic use storage of samples not intended to be re introduced to the human body Registration This medical application is considered a Class I device by the FDA This product is classified as product code JRM regulation number 862 2050 and is considered a Class I device 510 K exempt 2013 Thermo Fisher Scientific All rights reserved ii 8600 Series Thermo Scientific Preface Important operating and or maintenance instructions Read the accompanying text carefully Potential electrical hazards Only qualified persons should perform procedures associated with this symbol Equipment being maintained or serviced must be turned off and locked off to prevent possible injury Hot surface s present which may cause burns to unprotected skin or to materials which may be damaged by elevated temperatures Marking of electrical and electronic equipment which applies to electrical and electronic equipment falling under the Directive 200
72. UCH INFORMATION IS NOT TD MODEL PART NAME 86C CHEST FREEZERS 230 50 amp 60Hz DISCLOSED OTHERS FOR ANY PURPOSE NOR DWG TITLE UNIT SCHEMATIC Electrical Schematic Mode 230V 50 8 60 Hz ULT Chest Freezer Thermo Scientific ATTENTION PERKISSIN FREN MERAY 0 OWN SAG SAG APPO DATE 05 04 11 SCALE NONE OBSERVE PRECAUTIONS n MATERIAL _ BA ELECTROSTATIC ThermoFisher inc can 8 02 70 1 D REV 5 SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE SENSITIVE DEVICES BOX 649 MARIETTA OHIO 45750 MOLES DECIMAL ES 8702 70 1 D Page 3 of 3 8600 Series 10 9 Section 10 Electrical Schematics 0 on 52 CD Ww 20 POWER CONNECTION 120 10 2W 60HZ 16 0 FLA OPERATING RANGE 108 132V e 34 4 35 1 35 J D r VY Ye 198 40 EEL e 39 38 HS Compressor a 80 Hz 203052 Stort Relay Stort Cop Stort Relay 55 Start Cop High Voltage Board 191932 e eo m LS Conpressol 60 Hz 203052 Power Inlet 480189 Circuit Breaker Switch 230183
73. a test is failed the audible alarm will sound the alarm indicator and the Low Battery indicator will light Press the Silence key and the alarm indicator will go off The Low Battery light will stay on until a future battery test is performed and passed BUS Battery Test test the charge of the 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 will display during the testing period Upon completion of the test the message center will display BBAT GOOD or BBAT FAIL If this test fails the audible alarm will sound the alarm indicator and the Low Battery indicator will light Press the Silence key The audible alarm and alarm indicator will go off The Low Battery light will stay on If the test fails it is recommended to replace the BUS battery 3 2 8600 Series Thermo Scientific Display Temperature Clear High Stage Alarm Thermo Scientific 86C units only Set Access Code Section 3 Configuration This function only available on freezers with the optional sample probe allows the user to select which temperature is displayed in the temperature display 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
74. al 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 8600 Series Thermo Scientific Thermo Scientific Appendix A Handling Liquid Nitrogen 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 instructions supplied with those units and their accessories Do not overfill contain
75. ate Chart Recorder 4 Ifan adjustment is necessary press the 1 button to move the to continued 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 from Thermo A 6 8 8600 Series Thermo Scientific Section7 Specifications Number Model 803CA 8700 803CV 8701 Temperature Range 50 C 58 F to 86 C 123 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 28 5 W x 43 8 x 29 9 72 4cm x 111 3cm x 75 9cm Add 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 18 5 W x 16 5 H x 18 5 47 0cm x 41 9cm x 47 0cm Capacity 3 0 cu ft 84 9 liters Refrigeration Cascade system 2 hermetically sealed compressors Non foamed in place urethane 5 0 12 7 cabinet 2 0 5 0cm lid Insulation 1 0 12 5 sub lids Electrical nominal voltage 10 120VAC 1 PH 60 Hz 10 5 FLA Operating Range 108VAC 130VAC 230VAC 1 PH 50 Hz 5 4 FLA Operating Range 208VAC 240VAC Breaker Requirements 15 Amp Dedicated Circuit 5 Amp Time Delay Breaker 15 Amp Dedicated Circuit 15 Amp Time
76. dd 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 58 8 W x 28 0 H x 18 5 149 4cm x 71 1cm x 47 0cm Capacity 17 0 cu ft 481 4 liters Refrigeration Cascade system 2 hermetically sealed compressors Insulation Non CFC foamed in place urethane 5 0 12 7cm cabinet 2 0 5 0cm lid 1 0 12 5cm sub lids Electrical nominal voltage 10 120VAC 1 PH 60 Hz 16 0 FLA Operating Range 108VAC 130VAC 230VAC 1 PH 50 Hz 12 0 FLA 230VAC 1 PH 60 Hz 12 0 FLA Operating Range 208VAC 240VAC Operating Range 208VAC 240VAC Breaker Requirements 20 Amp Dedicated Circuit 15 Amp Dedicated Circuit 15 Amp Dedicated Circuit 20 Amp Time Delay Breaker 15 Amp Time Delay Breaker 15 Amp Time Delay Breaker Shipping Weight 821 Ibs 372 kg Number Model 820CV 8708 820CD 8709 820CA 8710 Temperature Range 50 C 58 F to 86 C 123 F in an 18C to 32C 64 4F to 89 6F ambient Exterior Dimensions 96 0 W x 40 5 Hx 33 4 F B 243 8cm x 102 9cm x 84 8cm Add 7 9 20 1cm to F B for wall spacer handle Interior Dimensions 66 5 W x 28 0 H x 18 5 168 9cm x 71 1cm x 47 0cm Capacity 20 0 cu ft 566 3 liters Refrigeration Cascade system 2 hermetically sealed compressors Insulation Non CFC foamed in place urethane 5 0 12 7cm cabinet 2 0 5 0cm lid 1 0 12 5cm sub lids Electrical nominal voltage 10 230VAC 1
77. der 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 through Friday from 8 00 a m to 6 00 p m Eastern Time Please contact us by telephone or fax If you wish to write our mailing address is Thermo Fisher Scientific 401 Millcreek Road Box 649 Marietta OH 45750 International custom
78. e 9ISd OL JA 482 ZU 082 8 51 1 12 02 8050 8154 E F 9159 BEI Dl 02 11006 80 6 77 v 1 czy 70 0 5 8805 4 OZ OL WA JOp1 ZD S O 082 8 SLINH 1 3 vies 11006 DISd F 9ISd OL 0 pH 481570 v 1 czy ZD 0 51 8805 3 I OZ OL JVA XVW 5001 72150 062 8 51 1 12 L Z L 1 839 18435 29 15 3801783441 NOT 110602 811 720 Ov 0553 9 09 5 110 83153 2222 JI133V 193 311804 ID 39715 33T1Y 3GN31 HIIH 250 02 70 e 1 46089 7 YO A 51 1 3 02 501221 971 20 e 1 46088 20 ve YrOr 51 1403 41 UP y1 ZU e 1 48089 ZU SLINN 1 LCI 7839184938 30 15 SNMLVSAdWAL HJIH NUIIVd3UISJ3d SOV eA ADVIS ddl HUIH 9110 22 Thermo Scientific 8600 Series 94 Section 9 Refrigeration Schematics 81 0 06 8128 TOC RIO STON 3215 031 0338 21 83 3323 TI 30705 1NIVd 8 1 OS Sy 11318 6v9 1311 3135 49 5 499 991 31VJS 80 81 9 31 0 dad 0 9 7 SI 3 519 NMO 3117 3 15 011 83018338 3111 OM ADEZ 9 50201 58923903 13 TD 2 07 3WVN 1 6 1200
79. e knob at the center of the chart and remove the paper Install the new chart paper position the paper to the correct time line and replace the knob Remove the cap from the felt pen and press button 3 The chart recorder contains eight temperature ranges and is factory programmed for the freezer To change the recorder range 1 Press and hold button 3 for one second then let the pen move off the chart paper Press and hold for five seconds either button 1 or button 2 Release the button and the green LED will Program From begin to flash Count the number of flashes 1 40 30 C to determine the present program setting 2 0 60 C To change the program setting press the 3 100 38 C left or right arrows to increase or decrease 4 5 50 C the count 5 0 100 C When the desired program number is 6 100 200 C flashing press button 3 to bring the 7 415 50 C arm back onto the chart Recording will 20 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 8600 Series 6 7 Section 6 Factory Installed Options Calibr
80. eezer automatically clears the alarm condition and the message center Table 4 1 Alarms No alarm condition exists ssm _ Power Failure 15 min Yes High Temperature Alarm 15 min Yes Low Temperature Alarm 1 min in Yes Door Ajar 1 min in Low BUS Battery optional 1 mi 15 min Control Probe Failure 1 min 15 min Yes Heat Exchanger Probe Failure 1 min 15 min Sample Probe Failure optional 1 min 15 min High Stage System Failure 1 min 15 min Condenser Hot Condition 1 min Micro Board Failure All alarm delays and ringback times are 30 seconds The automatic battery test runs immediately on power up then every 8 hours thereafter 86C units only Thermo Scientific 8600 Series 4 1 Section 4 Alarms High Stage System Failure 4 2 Alarm 86C units only Multiple Alarms Micro Board Failure Alarm Lost Communication 8600 Series 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 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 al
81. emperature alarm set point 1 Press the Mode key until the Settings indicator lights 2 Press right arrow until LO ALM XX displays in 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 C from the control set point A Thermo Scientific Thermo Scientific Access Code Run Mode Section 1 Installation and Start up An access code can be set to prevent unauthorized change of settings in Calibrate Configuration and Settings mode An access code of 000 is required to make changes If the access code is not at the default 000 you can not leave RUN mode without entering a code See Section 3 Configuration for instructions on modifying the access code Run mode is the default mode for the freezer The run mode displays the cabinet temperature on the temperature display and SYSTEM OK on the message center under normal operating conditions In addition the Run mode allows display of the following information LINE VOLTAGE COMPENSATED VOLTAGE HSHX TEMPERATURE heat exchanger temperature 86C units only This information is scrolled individua
82. ers 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 performed outdoors in a safe place Pour the liquid slowly on gravel or bare earth where it can evaporate 8600 Series A 3 Appendix A Handling Liquid Carbon Dioxide Appendix B Handling
83. ers please contact your local Thermo Scientific distributor iv 8600 Series Thermo Scientific Thermo Scientific Section 1 Section 2 Section 3 Table of Contents Installation and Start up 1 1 Control Panel Keys Display Indicators 1 5 Install cote cR eus oe cu MU apa SS 1 7 Displays cei een poeti t MM TOSS 1 7 RS 232 Communications 1 8 Install Wall Bumpers 1 8 Choose location wui sa SS A 1 8 Remote Alarm Contacts and Analog Output 1 9 Connect Unit to Electrical Power 1 10 Attach Power Cord sayu u sau mere 1 10 Freezer StartUp a Sauna fonde re OR Wa at aee 1 11 Set Operating 1 11 Set Low Temperature Alarm 1 12 Set High Temperature Alarm 1 12 Access Code Ta Can oe RM MU 1 13 Itu est Ga oe WE TIN PEST ok BS INA 1 13 Calibrate ii coe uu 2 1 Calibrate Mode ix inde SR eh Vor RN e EX AS 2 1 Calibrate Control Probe 2 1 Configuration 3 1 Low Abate Test gi a esas aa d 3 1 High Alarm
84. fic Calibrate Mode Calibrate Control Probe Temperature Stabilization Periods Thermo Scientific Section 2 Calibrate Once the freezer has stabilized the control probe may need to be calibrated 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 Note Before making any calibration or adjustments to the unit it is imperative that all reference instruments be properly calibrated A Plug a type T thermocouple reader into the receptacle located inside the lower door see Figures 1 4 and 1 6 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 XX X 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 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 temperatu
85. ight CO NH G U RATI 0 N Mode O Run O Settings Calibrate Configuration indicator SYSTEM OK Scroll for parameters Seay To Configure Press Enter Press MODE to move to RUN mod UE HIALRM TEST to initiate Scroll for Parameters test TRA anm Press te retur lt Test to previous parameter LOALRM TEST Press Enter to initiate test Scroll for Parameters Press lt e return to previous parameter Press Enter System Battery SYS BAT TEST to initiate Test Scroll for Parameters Press lt ereturn to previous parameter Press Enter Optional T to initiate v test Scroll for Parameters BUS Battery Test Press return to previous parameter 8600 Series 3 5 Thermo Scientific Section 3 Configuration Configuration Mode Chart 3 1 Page 2 of 3 refer to previous page To Configure Display Temperature Clear High StageAlarm RS 485 Address Optional Back Up System Type 3 6 8600 Series a Scroll for Parameters Press lt tereturn to previous parameter G w CLR HSALARM for Press lt tereturn to previous parameter Scroll for Parameters SS Press Mode to exit Press right or left arrow to move to next digit Enter mme Scroll for Parameters
86. ing the handle and pulling 2 Locate the battery power switch Figure 5 1 Turn the battery power switch to the Off position O 3 Remove the four screws holding the recorder bezel to gain access to the battery 4 Remove the three nuts securing the battery bracket See Figure 5 1 5 Remove the bracket and old battery Discard properly Install the new battery and secure Thermo Scientific All Models Except 3 cu ft 6 Reconnect the battery red to continued positive and black to negative micr boar 7 Replace the recorder bezel 8 Turn the battery power switch to Standby mode 0 9 Close lower panel door Section 5 Maintenance 4 0 8 gt probe access port battery bracket battery switch n Figure 5 1 Battery and Switch location 3 cu ft Models 1 Open the lower panel door by locating the handle on the underside of the lower panel door and pulling 2 Locate the battery power switch Figure 5 2 Turn the battery power switch to the Off position O 3 Remove the two nuts securing the battery bracket See Figure 5 2 5 Remove the bracket and old Thermocouple interconnect jack Battery switch i E System bat
87. ion and Start up Freezer Sta rt Up With the freezer properly installed and 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 settings are shown in the table below See Chart 1 1 for more detail 86C Units 40 Units Control Set Point 80 Control Set Point 40 C High Temperature Alarm 70 C High Temperature Alarm 30 C Low temperature alarm 90 C Low temperature alarm 50 C Optional BUS Set Point 60 C Optional BUS Set Point 30 C Note 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 be adjusted automatically to maintain a distance of at least 10 from set point A Set Operating The freezer has an operating temperature range of 50 C to 86 C 86C Temperature units or 10 C to 40 C 40C units depending on ambient temperature The freezer is shipped from the factory with a temperature set point of 80 C 86C units or 40 40C units To 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 p
88. ions 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 8600 Series 7 5 Section 8 Spare Parts 40 abog AW 8 1 102 70 8 A amp 13H 29 q 15 8 1541000 414 I Y Yi C 8 B To N T u m TA s 2 j g 4 ja 39viS MUI 9110 4 2811 39715 H9IH 10 184355 339NVHJX3 1V3H 250112 A3 480 110602 Yy ON 11 120530 Lavd ON Lavd WALT STWIB3IVW 40 7119 0 8 1 8600 Series Thermo Scientific Section 8 Spare Part 8 2 S 8 BILI MATERIALS 1
89. ive regardless of the key position for this mode of fail ure Er02 will be added to the main display queue and the last valid cabinet temperature value will not be displayed Name Heat Exchange Sensor Failure Description This condition indicates that the heat exchange sensor has failed to produce a valid reading HSHX PRB FLT for gt 12 consecutive reads 60 seconds Response The display will show Er03 only when the button sequence to read the heat exchange sensor is depressed 86C units only Name Display Firmware Integrity Failure Description The display firmware has failed to pass its CRC CCITT checksum integrity test Response The display performs this check at startup and the display board will fail to startup with out any error indication if it does not pass this at power on Name Micro Firmware Integrity Failure Description The micro firmware has failed to pass its CRC CCITT checksum integrity test Response This is checked at power on reset and the Er06 will be displayed for 10 seconds at startup if this condition exists Name Micro Fail CS5521 SPI Failure UISR Failure Description This condition indicates a micro board failure due to either the SPI bus is unable to communi cate with the ADC device or a UISR event caused the microcontroller to be in an unstable state Response The unit will try to recover from this fault three times by a hardware reset of the micro board In the event that the sy
90. jects 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 the integral battery charger Mounting hole for injection tee BS Figure 6 1 Mounting location 1 Locate the mounting hole for installing the injection tee assembly See Figure 6 1 Note Cover open end of injection assembly with tape to keep insulation from entering the nipple A 2 Slide 3 8 flatwasher over open end of nipple 3 Insert the covered end of the injection assembly through exterior hole 8600 Series 6 1 Section 6 Factory Installed Options Install Injection Assembly continued Install Temperature Probe 6 2 8600 Series 4 Remove the tape covering 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 Go to the interior and seal around injection assembly with Permagum 860025 1 8MPT Stainless steel lt Nipple 5 500 Long 2i P INJECTION ASSEMBLY 1 TRANSFER HOSE CHEST FREEZER 7 INTERIOR REAR on 20 12 7 and 6 7 cu ft Models and Interior Right Side on 3 0 cu ft Model 380185 Brass Tee 1 8 FPT Figure 6 2 Injection Assembly 6
91. l active alarms to be silenced and to ring back in 15 minutes An internal communication 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 Communication between the micro board and the display board has been lost Under this condition the visual alarm flashes along with dashes in the temperature display Contact Technical Services Thermo Scientific Section 4 Alarms Name Improper model selected Description Indicates that DIP SW3 has not selected a proper model or can t be accessed properly Response Display shows Er00 and will not start up until a proper model is selected Contact Technical Services INV MODEL NO FREQUENCY This error condition will prevent peripherals fans compressors etc from powering up with the incorrect voltage FREQ lt 50 Name Voltage Frequency failure Description Indicates the measured RMS line voltage did not agree with the logic level sensed by the micros provided by the installed high voltage PCB or the measured RMS voltage is not within a tolerable range 180VAC 270 for 230VAC unit 85 VAC lt 160 for 115VAC unit or the frequency measured over 10 FREQ 60Hz cycles was not within a tolerable range 55 Hz Freq 70 Hz for 60 Hz units 40 Hz Freq 55 Hz for 50 Hz units Response This condition is checked at p
92. ll activate should the freezer temperature equal or exceed 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 will begin to increase until the high alarm set point has been reached The audible alarm will sound and the alarm indicator will flash Press the Silence key to mute the alarm The low alarm test is used to verify the that low alarm will activate should the freezer temperature equal or become 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 will begin to decrease until the low alarm set point has been reached The audible alarm will sound and the alarm indicator will flash Press the Silence key to mute the alarm 8600 Series 3 1 Section 3 Configuration System Battery Test To test che charge of the freezer battery 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 will display during the testing period Upon completion of the test the message center will display BATT GOOD or BATT FAIL When
93. lly by pressing the right arrow key In each case the message center returns to SYSTEM OK in 10 seconds if no keys are pressed 8600 Series 1 13 Section 1 Installation and Start up oettings Mode Chart 1 1 Press MODE to light SETTINGS Low Battery lt Hot Condenser Temperature C WW Sience a indicator Configuration Mode Run Settings O Calbrate SYSTEM OK Scrol for parameters 8 lt M Enter Enviro Scan J To Set Control Set Point High Alarm Set Point Low Alarm Set Point Optional Back Up System Set Point 1 14 8600 Series Press MODE to move to CALIBRATE mode Press lt to return to previous parameter SET PT XX Scroll for Parameters Cam eS for E Press lt to return to previous parameter for E Press lt to return to previous eee 886228 Press to return to previous parameter Numbers increase Enter Press Enter to save setting Numbers decrease Numbers increase Numbers decrease Press Enter to save setting CONDE increase Press Enter C eme save setting c MD decrease Numbers increase Press Enter Enter N to save setting Numbers decrease Thermo Scienti
94. matics 38 40 Boord 41 J14 3 Pos Ribbon 42 J24 430329 ass 999333 44 gO 26 45 20 5 Ribbon 46 430219 47 Switching Power Supply B Pos Ribbon 5 400165 48 430309 48 6 6 Pos Ribbon 430308 50 xi 51 52 3 12VDC Fon 54 800134 55 Bockup Bottery 2 400159 56 20 Pos Ribbon P 430219 57 Jil TBoord J 85 282 Remote Alorn 1191987 Bockup Solenoid or Analog Qutput 505 220125 58 RS 485 7 5 Backup Probe 50 260038 3 Heot Exchanger Probe 60 290177 lt Condenser Probe 61 Mirco Boord P 290178 191989 Control Probe Oz 290176 63 Cobex Probe 64 290180 ic DO 66 67 Lid Switch 195900 68 69 28 25 Pos Serial Coble 70 430336 71 Ex Micro Boord Bottery d 400159 5 Ie Agee a 5 72 ny 0 5 2 Recorder 5608 8700 8 8763 Use 2512 E n 7 3 Display Boord LS Lg E Electrical Schenotic 191941 J yProbe 1 Mode 74 5150 5808 amp 8739 Lise e J L 19nV Disploy Boord 3 cu ft 120V 91953 75 Chest Freezer 76 8700 70 1 D REV Page 2 of 3 10 2 8600 Series Thermo Scientific Section 10 Electrical Schematics 2 e 2 N Y K 2 5 gt
95. nnect the meter to the battery If the voltage reads less than 10 8 volts replace the battery If above 10 8 re install as previously Re install side panel Turn the battery power switch to Standby mode then close lower door Turn power switch On cu ft Models Figure 5 2 To gain access to the battery open the lower door by grasping the bottom left corner The battery is rectangular in shape located on the left sideof the filter compartment Directly above the battery s is the battery power switch Turn the battery power switch to the off position O Remove the three wingnuts that secure the cover on the battery Remove the cover Remove the battery from the mounting bracket Disconnect the red and black wires from the battery Use a voltmeter set to DC volts Matching the wire colors connect the meter to the battery If the voltage reads less than 10 8 volts replace the battery If above 10 8 re install as previously Turn the battery power switch to Standby mode Close lower door Thermo Scientific Prepare Unit for Thermo Scientific Storage Section 5 Maintenance Defrost the unit as previously described This prepares the unit for storage Turn Off the battery power switch O Turn Off the freezer power switch Note If the unit has been in service turn it off and disconnect the power cord connector before proceeding with any maintenance A 8600 Series 5 5 Section 5 Main
96. non PIN 3 RXD 98 PIN 7 Normally Open PIN 5 GND CONTACT RATING e 30V 9g CONTACTS IN ALARM STATE 00 SWI Settings for Analog llutput SW2 Settings for Communication Output 41242 e 2 UI 4 20nA Dutput RS 485 9 eee elece3 03 0 1V Output RS 232 e eee el SW3 SETTINGS 05 ON U 0 5V Output e OFF L 2 3 4 5 8 7 8 07 1 Schematic represents chest models 2 Door switches shown in open position 1 3 Battery switch shown in the OFF position 3 238108 29 12 A X SAG CCS REVISED OPERATING RANGE 109 13 E leC vn i CO Schematic 4 Circuit breaker switch shown in OFF position 2 2385 07 27 12 DRP CHG 30042 START RELAY TD 300428 Mo 8 Options ond acessories shown in dashed lines FR 2267 08 17 11 SAG SAG DRP COMPRESSOR CHANGE RELEASE 7 ode 3 0 2202 05 04711 SRS SAG DRP RELEASED FOR PRODUCTION RELEASE 6 REV ECN NO DATE BY can DESCRIPTION OF REVISION 120V 60Hz ULT TEE EMT ES MODEL PART NAME ULT 85 CHEST FREEZERS 120V 60Hz Chest Freezer BE DISCLOSED TD OTHERS FOR ANY PURPOSE NOR DWG TITLE UNIT SCHEMATIC ATTENTION UC LH ows oes 05 00 11 SCALE NONE OBSERVE PRECAUTIONS E MATERIAL 3 BA ELECTROSTATIC ThermoFisher 8704 70 1 D REV 3 SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE SENSITIVE DEVICES x Page 3 of 3 BOX 849 MARIETTA DHID 45750 ANGLES DECIMAL 36 4 8704 70
97. ntific 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 F 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 F nor should the frozen part be rubbed either before or after rewarming The patient should neither smoke nor drink alcohol 8600 Series 5 thermoscientific com 2014 Thermo Fisher Scientific Inc All rights reserved All trademarks are the property of Thermo Fisher Scientific and its subsidiaries Specifications terms and pricing are subject to change Not all products are available in all countries Please consult your local sales representative for details Thermo Fisher Scientific 401 Millcreek Road Marietta Ohio 45750 jee Thermo SCIENTIFIC A Thermo Fisher Scientific Brand
98. oint 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 freezer will automatically return to RUN mode after 5 minutes Thermo Scientific 8600 Series 1 11 Section 1 Installation and Start up 1 12 Set High Temperature Alarm Set Low Temperature 8600 Series Alarm The high temperature alarm activates an audible visual warning when the freezer chamber temp reaches or exceeds the high temp alarm set point To set the high temperature alarm set point 1 Press the Mode key until the Set indicator lights 2 Press right arrow until HI ALM XX displays in 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 C 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 The low temperature alarm activates an audible visual warning when the freezer chamber temp reaches or decreases below low temp alarm set point To set the low t
99. on or alarm messages if the system detects an alarm condition See Section 4 Alarms There are two displays on the control panel The temperature display shows the temperature in degrees Celsius The message center displays the system status Mode at all times The message SYSTEM OK displays during normal operation Alarm messages are displayed if the system detects an alarm condition See Section 4 Alarms To remove the freezer from the pallet use a 7 16 wrench to remove all the bolts securing the shipping bracket to the pallet Note If tipped more than 45 allow the unit to set upright for 24 hours before start up A 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 as described previously When the freezer is in position set the front caster brakes Note Do not move the freezer with the product load inside A 8600 Series 1 7 Section 1 Installation and Start up 1 8 Choose Location Install Wall Bumpers RS 232 Communications 8600 Series Locate the freezer on a firm level surface in an area with an ambient temperature between 18 C
100. onoeuip pue uoneuiuuaejep AJUBEM 10 eq jsnui jueuriede sadas eoiuuo9 aul SIU AQ JOU SI uoneJqi eo pue uomnejelsu 0108 4 Auo sued siossejduioo 3y uo Ajueuem 1p euonippe ue sJ9zZ9913J 1N 941 Joqe esuedxe s ouueu 1e peoejdaiJ o diysuewyJOm 40 ui Buruuojuoo uou eq o ueA o4d sued ponad JO sJee OM 19544 eui poued AjueJew eui Buunp saumo Aue spualxe au 5 jueuudinboe noA euin owes y 129jJe jim uenem eui os Buiddius 10 siu Au roej ino peddius si jueuudinbo y S499M OM SUIS AULEM 941 ALNVuuVM 9323393 2131143195 H3HSI3 OINH3H L 11 1 8600 Series Thermo Scientific Section 11 Warranty Information 11 9 0 L006 OSI uoneuuojJul AJUeJJeA 10 JOINQUISIP e20 INOA 1201000 WSN eui episino 199659 pue 5 uonejedo Aue em uo suonsenb noA o 9 t 0p L epeuey pue VSN 82 008 oway 40 220 Jno 1351 05 eseojd si 5 498
101. ot condenser condition Message Center displays system status and alarms Scroll for Parameters Arrows moves 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 Silence Temp Display Visual Alarm Indicator o Temperature C Sience Low Battery Mode Indicator C Low Battery lt Hot Condenser lt Hot Condenser Indicator gt Mode O Run O Settings O Calibrate O Configuration SYSTEM OK Enter Scroll for parameters lt gt 0 1 Scroll for Parameters Enter Message Arrows Up and Down Center Arrows Figure 1 9 Control Panel Keys Display and Indicators Thermo Scientific 8600 Series 1 5 Section 1 Installation and Start up Panel Keys Display Indicators cont 1 6 8600 Series 8600 Series freezers have four basic modes which allow freezer setup Run Settings Calibrate and Configuration Run is the default mode which the freezer will normally be in during 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 The chart below shows the selections
102. ower on reset and if it is active the unit will NOT power up The VAC 180V unit will indefinitely display Er 1 in the display and continue to monitor the frequency and voltage Furthermore the audible alarm will sound Other startup error messages may be displayed prior to this mes sage however the system will stop the startup sequence for this condition VAC gt 260V No pulses zero crossings detected to determine frequency 50 60 Hz ErC1 Frequency detected is below 50 Hz Erd1 Frequency detected is above 60 Hz Possible noise spikes on supply voltage ErE1 Unit is 230V and the voltage detected is below the low limit 180VRMS ErF1 Unit is 230V and the voltage detected is above the high limit 260VRMS Erg1 Unit is 115V and the voltage detected is below the low limit 85VRMS Unit is 115V and the voltage detected is above the high limit 160VRMS VAC 85V gt 160V Thermo Scientific 8600 Series 4 3 Section 4 Alarms Name Control Cabinet Sensor Failure Description This condition indicates that the control sensor has failed to produce a valid reading for gt 12 consecutive reads 60 seconds CNT PRB FLT Response The unit will stage both compressors on if necessary and the unit will attempt to head to bot tom out If the sensor recovers the system will begin to operate normally and respond to the temperature feedback The remote alarm contacts will become act
103. pe Cold Excursion Warm Excursion Reset Excursion 3 4 8600 Series If the freezer is configured for RS 485 communications it will need to have a unique identification address This address is set through the 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 This function which is only available on freezers with the optional back up system BUS allows the user to select which type of gas is injected into the freezer chamber The options are CO2 and LN2 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 This function displays the coldest temperature recorded by the control probe This function displays the warmest temperature recorded by the control probe This function resets the cold and warm excursions Thermo Scientific Section 3 Configuration Chart 3 1 Configuration Mode Temperature C Sience LF ae C Hot Condenser Press MODE to l
104. pecifications 4 20 mA 0 1V 0 5V Temperature 100 to 50 C 100 to 50 C 100 to 50 C Attach Power Cord Insert the power cord into the power inlet module Place the retaining bracket P N 195763 over the connector Tighten retaining screws to secure Power inlet Retaining brocket Retaining screws Figure 1 12 Power Cord Attachment Connect Unit to Electrical Note See the serial tag on the side of the unit for electrical specifications or Power 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 4 and turn it to Standby mode During initial freezer start up the system battery may require charging and the Low Battery message may appear in the message center Note Ensure the battery switch is turned to Standby mode C 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 operation A 1 10 8600 Series Thermo Scientific Section 1 Installat
105. rature Alarm If the back up system is installed with CO2 then 65 C is the coldest BUS set point that can be used if the cabinet set point is 75 C or colder A 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 to the freezer by turning power switch off 2 As 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 To disconnect the freezer back up from the gas supply 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 9 volt battery Program selection and calibration buttons 5 2 2 D Green LED i Figure 6 7 Recorder Details 6 6 8600 Series Thermo Scientific Install Chart Paper Change Program Calibrate Chart Recorder Thermo Scientific Section 6 Factory Installed Options The following section describes the set up and operation of the optional chart recorder 1 Open the plastic door of the recorder and press button 3 until the pen begins to move outward Unscrew th
106. re display will not be available If no keys are pressed for approximately five minutes while in calibration mode the system will reset to Run mode 8600 Series 2 1 Section 2 Calibrate Chart 2 1 Calibrate Mode N Silence Temperature C C Low Battery c Hot Condenser Press MODE to light CALIBRATE indicator Mode O Run O Settings Calibrate O Configuration SYSTEM OK A Scroll for parameters Enviro Scan J gt He lt To Calibrate Control Probe mode Optional Sample Probe 2 2 Press MODE to move to CONFIGURATION increase Press Enter Canter J save setting CONT TK for E Press to return to previous parameter decrease increase ee decrease Press Enter Center save setting EE for E Press lt to return to previous Si 8600 Series Thermo Scientific Thermo Scientific High Alarm Test Low Alarm Test Section3 Configuration Configuration Mode is used for testing and custom setup of the freezer The configuration functions listed and described below may not be necessary in all applications but are available if needed See Chart 3 1 for more detail The high alarm test is used to verify that the high alarm wi
107. res 1 3 and 1 4 for the PIN 3 Not Connected location of the remote alarm PIN 4 Not Connected 5 Normally Closed contacts The remote alarm PIN 6 Common connector is located in the parts bag in 7 Nornolly Open provided with the manual It must s as ALARM STRE 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 temperature alarm They will also trip on high stage 86C units only control probe and microboard failures Figure 1 11 shows the remote Figure 1 11 Remote Alarm Contacts contacts in alarm state 8600 Series 1 9 Section 1 Installation and Start up Remote Alarm Contacts The analog output function allows the and Analog Output cont freezer to output signals representing the temperature of the freezer cabinet The factory default setting is 4 20 mA with alarm capability An interconnect jack and Refer to Table 1 2 for output thermocouple are installed for centralized specifications monitoring should on board system fail IMPORTANT USER INFORMATION CAUTION Stored product should be protected by a redundant 24 hour day monitoring system Table 1 2 Analog Output S
108. rogen 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 wear high top shoes Trousers which should be cuffless if possible should be worn outside the shoes Thermo Scientific 8600 Series A 1
109. stem couldn t rectify the issue the following sequence of events will occur MICRO FAIL 1 Remote alarm contacts will become active Buzzer will annunciate audibly and will have a ringback of 15 minutes 2 3 Seven segment display will show Er07 4 The 86C system will have 10 minute staging between the high stage compressor and the low stage compressor activation 40C units will activate the compressor The system will go to bottom out temperatures 4 4 8600 Series Thermo Scientific Section 4 Alarms Name Stuck Button N Description This condition indicates that the display board has a stuck button Response The Er09 will show on the display periodically Name Condenser Probe Sensor Failure Description This condition indicates that the condenser probe sensor has failed to produce a valid reading for gt 12 consecutive reads 60 seconds Response The display shows Er11 COND PRB FLT Name Sample Probe Sensor Failure Description This condition indicates that the sample probe sensor has failed to produce a valid reading for gt 12 consecutive reads 60 seconds Response The message center shows SMPL PRB FLT SMPL PRB FLT This is a general display error in which the value being displayed can not be represented within the characters provided Name Lost Communication Description Communication between the micro board and the display board has been lost Under this con dition the
110. t 05 4 20nA Output RS 485 05 ee 07 ei e2e3 eie 3 0 1V Output Bi RS 232 eee ei 0 5V Dutput 1 Door switch shown in open position 2 Bottery switch shown in the IFF position 3 Circuit breoker switch shown in DFF position 4 Options ond acessories shown in dashed lines 3 625 08 29 12 KE 15 6 CCS REVISED OPERATING RANGE FROM Electrical Schematic 2 2288107 27 12 MSB CHs 300421 RELAY TO 300429 300420 TO 300430 M 1 Fe 2287 10726711 WE SAG ORP COMPRESSOR CHANGE 7 RELEASE 7 0 FR 2202 05 03 11 SRS SAG LON RELEASED FOR PRODUCTION 7 RELEASE 6 790 REV ECN DATE BY CAD DESCRIPTION OF REVISION 230V 12 7 20 cu ft TRIS DOCUMENT CONTAINS PROPRIETARY MODEL PART NAME 12 17 20CF 40 CHEST FREEZERS 230V 40C Chest Freezer BE DISCLOSED OTHERS FOR ANY PLRPDSE NER ONG TITLE UNIT SCHEMATIC ATTENT ON USED FOR MANUFACTURING PURPOSES WITHOUT WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC OWN HCE CAD KOG APPD LON DATE 10 10 10 SCALE NONE OBSERVE PRECAUTIONS NATERTAL ELECTROSTATIC ThermoFisher PAIN CLIR 8722 70 1 D REV 3 SCIENTIFIC TOLERANCE LNLESS OTHERWISE SPECIFIED DRAWING NUMBER SUE SENSITIVE DEVICES 1 Page 3 of 3 N Y BOX 549 MARIETTA OHIO 45750 BUTS DECIMAL 966 1 8722 70 D g Thermo Scientific 8600 Series 10 21 Section 10 Elec
111. tching Power Supply 400165 411 J7 Micro Board 191989 J9 J4 Peas Board 1181887 5308 amp 8753 llses Display Boord 181853 8718 amp 8776 Uses Display Boord 181841 BUS Overlay 1 esl I 3 Pos Ribbon 430329 20 Pos Ribbon 430219 6 Pos Ribbon 430303 6 Pos Ribbon 430309 12 0 Fon 900134 Backup Battery 400159 20 Pos Ribbon 430218 Bockup Solenoid LN2 250128 02 250131 Backup Probe 290038 Condenser Probe 290178 Control Probe 290176 Sonple Probe 290177 Cobex Probe 290180 Lid Switch 195900 25 Pas Serial Cable 430336 Micro Board Battery 400159 Recorder 201210 Electrical Schematic Model 3 cu ft 230V 40C Chest Freezer 8719 70 1 D REV Page 2 of 3 Thermo Scientific 8600 Series 10 17 Section 10 Electrical Schematics 77 WIRE COLOR GAUGE WIRE COLOR GAUGE 1 BLK 14 25 WHT 8 78 2 RED 14 26 BLI 8 3 GRN YEL 14 27 BL 8 70 4 28 RED 8 5 28 80 5 BLK 18 30 RED 8 7 BLK 18 3l GRN YEL 4 8l 8 BLK 18 32 BLI 4 g BLK 18 33
112. ted RS 232 PORT PIN 5 Normally Closed PIN 2 TXD 01 PIN 6 Common 3 PIN 7 Nornolly Open PIN 5 GND 02 CONTACT RATING 1 e 30V CONTACTS IN ALARM STATE 03 SWL Settings for Analog Dutput SW2 Settings for Communication Output 04 eZei ele2e3 P 4 20 Dutput RS 485 05 ee 05 el e2e3 ele2e3 07 0 1 Dutput RS 232 18293 0 5V Dutput 7 1 Lid switch shown in open position 2 Battery switch shown in the OFF position 3 Circuit breaker switch shown in OFF position 4 Options and acessories shown in dashed lines Electrical Schenotic FR 2386 08 29 12 AJC KOG CCS REVISED OPERATING RANGE FROM 207 250 2 FR 2202 05 19 11 SRS SAG ORP RELEASED FOR PRODUCTION RELEASE 1 REV ECN DATE Bv caD aee DESCRIPTION OF REVISION 2800 Series TEM EN EM MODEL PART NAME 5600 SERIES 230V ULT FREEZERS Chest Freezer BE DISCLOSED TD OTHERS FOR ANY PURPOSE DWG TITLE UNIT SCHEMATIC ATTENT ON USED FOR MANUFACTURING PURPOSES WITHOUT WRITTEN PERMISSION FROM THERMO FISHER SCIENTIFIC OWN SAG SAG LON DATE 05 19 11 SCALE NONE OBSERVE PRECAUTIONS B MATERIAL GQ ELECTROSTATIC ThermoFisher PAINT COLOR 8 01 70 1 D REV SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUMBER SIZE SENSTTIVE DEVICES 649 MARIETTA OHIO 45750 mes DECIMAL xoci 8701 70 1 D Page 3 of 3 10 6 8600 Series Thermo
113. tenance PREVENTIVE MAINTENANCE Freezers Your equipment has been thoroughly tested and calibrated before shipment Regular preventive maintenance is important to keep your unit functioning properly The operator should perform routine cleaning and maintenance on a regular basis For maximum performance and efficiency it is recommended that the unit be checked and calibrated periodically by a qualified service technician The following is a condensed list of preventive maintenance requirements See the specified section of the instruction manual for further details We have qualified service technicians using NIST traceable instruments available in many areas For more information on Preventive Maintenance or Extended Warranties please contact the Technical Services Department Cleaning and calibration adjustment intervals are dependent upon use environmental conditions and accuracy required Tips Fil an upright by starting at the bottom near the probe and add racks to one shelf at a time Allow freezer to recover to set point between shelves a chest by starting at the left side near the probe Filling with room temperature racks will result in a long pull down time Fill unit with frozen product to help overall performance frozen water jugs for example Always make certain the vacuum relief port is free of frost and ice to allow for timely re entry into the freezer after a door opening Action Mon
114. tery Figure 5 2 Battery and Switch location battery Discard properly Install the new battery and secure 6 Reconnect the battery red to positive and black to negative 7 Replace the recorder bezel 8 Turn the battery power switch to Standby mode C 9 Close lower panel door Note 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 P N 400159 Dispose of the used batteries in a safe manner and in accordance with good environmental practices A Thermo Scientific 8600 Series 5 3 Section 5 Maintenance 5 4 Check Battery s 8600 Series All Models except 3 cu ft Figure 5 1 1 Locate the power switch on the back of the unit Turn the switch off O Open the lower door on the front left corner of the sidecar Turn off the battery switch O Remove all the screws from the side panel except the lower ones Just loosen these and lift the panel off The battery is rectangular in shape located above the compressor compartment to the right and behind the relay box Remove the three wingnuts that secure the cover on the battery Remove the cover Remove the battery from the mounting bracket Disconnect the red and black wires from the battery Use a voltmeter set to DC volts Matching the wire colors co
115. thly Yearly Aa 2 Years Verify ambient temperature lt 90 F d v Check and clean probe cover gaskets hinges and lid s of ice and snow See More frequent cleaning may be Figure 1 5 for probe location See Clean Lid Gasket required depending on use and environmental conditions Check air filter Clean or replace as needed See Clean Air Filter AX Check alarm back up battery See Connect Unit to Electrical Power in v Replace Section 1 and Replace Battery in Section 5 p Check condenser fan motor for unusual motor noise or vibration v Verify and document calibration at the minimum annually See Section 2 Calibration Clean condenser compartment and vacuum off condenser See Clean V Condenser in Section 5 Qualified service technicians only Dispose of properly according to all state and federal regulations 5 6 Model 8700 Series Thermo Scientific Back Up System BUS P N 1950445 1950447 Install Injection Assembly Thermo Scientific Section 6 Factory Installed Options Note 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 in
116. trical Schematics NJ CJ iJ GO oom DS CO CD Ul U NJ UJ NJ NJ NJ NJ CB 5002 010 3 dedu WM UJ LJ 36 37 38 POWER CONNECTION 120V 19 2W B0HZ 10 0 FLA OPERATING RANGE 108 132V 4 um ma 31 S Stort Relay 1 55 Stort Cop High Voltage Boord 191932 eo a om 2 N HS Compressor 60 Hz 203052 Power Inlet 460168 15 Circuit Breaker Switch 230184 Transforner 420065 Start Capacitor 170154 161 183uF 250V Run Copaci tor 170224 20uF 250V Start Relay 300428 High Pressure Cutout 207010 HS Fan 900113 LS Fa 900113 Fuse 2A 285626 Electrical Schematic Mode 120V 12 17 20 cu ft 40C Chest Freezer 8728 70 1 D REV 3 Page of 3 10 22 8600 Series Thermo Scientific Section 10 Electrical Schematics 21 gt OF I 191932 High Voltage Board J14 J19 888 lt a GET 6 5 6 1 Switching Power Supply 400165 20 6 Backup Ju 1 Board RS 232 Remote lorn
117. trical Schenatic jo E 74 3 Model 230V 50 amp 60 Hz ULT Chest Freezer 76 lus Overlay 1 8702 70 1 D REV 5 2 of 3 8600 Series Thermo Scientific Section 10 Electrical Schematics 77 78 73 80 82 83 84 85 86 87 88 88 OO Y OT MES du 3 sl Gs Ue WIRE CO Ul N O D O IO uJ 3 Ou N nN cb GALIGE COLOR GAUGE WIRE COLOR BLK 4 29 RED 4 30 GRN YEL 4 31 GRN YEL RED WHT 4 32 BLK BLK WHT 4 33 BLU BLK 8 3 BLK BLK B 35 BLU BLK 8 36 BL BLK 8 37 BLU BLK 8 38 BLK BLK B 39 BLU BLK B 40 BL BLK 8 4l BLU GRN YEL 8 42 BLK GRN YEL B 43 BLU GRN YEL 8 44 BLK GRN YEL 4 45 BLU GRN YEL 4 46 BL BLK WHT 4 47 BLU BLK 4 48 BLK BLK 8 49 BLU RED B 50 BLK BLK 8 5 BLU RED B 52 YEL AWHT WHT g 53 YEL BLK 8 54 BLU WHT BLK 8 55 B RED 8 4 CHEST MODELS RRARBRRERRR RRR RRR RRR RRR doi Rode 12 7 CUFT 5152 5158 5612 5613 5812 5813 8702 8703 8742 8743 8765 8767 5155 581 2 8706 8707 8746 B747 8770 8771 20 CU FT 5156 5
118. 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 Should a high stage alarm have occurred it may become necessary to clear the 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 To 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 The message center will display ACC CODE 000 Press the up or down arrow key until the desired access code is displayed 000 999 Press the left or right arrow key 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 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 will bypass the access code The factory setting is 000 8600 Series 3 3 Section 3 Configuration RS485 Address Back Up System Ty
119. use 2A 3A 285626 5 Electrical Schenotic 35 Model 36 230V 12 17 20 cu ft 55 40C Chest Freezer 38 gt 8722 70 1 REV 3 Page of 3 8600 Series 10 19 Section 10 Electrical Schematics 10 20 38 0 High Voltage Board 191923 3 Pos Ribbon 42 430329 3 44 45 20 Pos Ribbon 46 430219 47 Switching Power Suppl witching Power Supply Pos Ribbon 48 400105 430309 49 6 6 Pos Ribbon 50 430308 Es 20 51 52 53 4 12VDC Fan 54 900134 55 LE Backup Bottery 55 8 SI 400153 20 Pos Ribbon Bock 57 Ju 430218 Rs 232 Renote Alarn 1191987 Bockup Solenoid Analog Dutput zo LN2 250129 of RS 485 Ji 02 250131 7 J3 Backup Probe 59 5 290038 60 5 x Condenser Probe 61 Micro Board 290178 9 81888 Control Probe 62 260176 Sonple Probe 63 perum 290177 Cobex Probe 64 290180 65 Lid Switch 58 360256 25 Pos Serial Coble 70 430336 71 Micro Boord Battery 400159 72 Display Boord Recorder 7 73 101953 201210 Electrical Schenotic Mode 74 230V 12 17 20 cu tt 75 40C Chest Freezer 76 BUS OverToy 1 8722 70 1 D REV 3 Page 2 of 3 8600 Series Thermo Scientific Section 10 Electrical Schematics
120. visual alarm flashes along with dashes in thetemperature display Contact Technical Services Thermo Scientific 8600 Series 4 5 Clean Air Filter Clean Condenser Thermo Scientific Section5 Maintenance 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 Caution Avoid the excessive use of water around the control area due to the risk of electrical shock Damage to the controls may also result A The air filter should be cleaned a minimum of four times per year 1 Open the lower panel door by grasping the handle 2 Locate the grille on the door See Figures 1 6 and 1 8 Grasp the middle of the grille 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 close the door 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 from Thermo Order part number 398216 for 3 cu ft units or 398217 for 13 17 and 20 cu ft units The condenser should be cleaned a minimum of once per year 1 Open the lower panel door by grasping the handle See Figures 1 6 and 1 8 2 Using a vacuum cleaner exercising care to not damage the condenser fins clean the condenser

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