Home

7010310r16_Forma Direct Heat CO2 Incubator

1. t pm 108 4 KPa 054 a f ALARM CONTACTS e 300 Air CO2 Inlet Remote Connector Intake 2 Tank Alarms RJ II telephone style connectors Used with the optional Gas Guard System IR CO Units only Figure 1 11 Connections on Unit Back Fill the humidity pan with sterile pure water to within 1 2 of the top Place the pan directly in the center of the incubator floor to ensure best humidity and temperature response For applications requiring abnormally high humidity the pan should be placed against the left side wall of the incubator The ductwork has been modified to allow the pan to be placed against the wall of the incubator In some ambient conditions this may cause condensation to form in the chamber For best operation of the incubator sterilized distilled demineralized or de ionized water should be used in the humidity pan Water purity should be in the resistance range of 50K to 1M Ohm cm or a conductivity range of 20 0 to 1 0 uS cm Refer to ASTM Standard D5391 93 or D 195 88 for measuring water purity Distillation systems as well as some types of reverse osmosis water purity systems can produce water in the quality range specified Tap water is not recommended as it may contain chlorine which can deteriorate the stainless
2. 5311 ON G3TIdWI 911 WAH LO NI ANV 1 SI SIH L eunsop O4 poddrys ore sired 1uauaoe da1 pue pred a8eisod oway J poum aq 1snu syed Sururojuoo uou uondo s oway g Jo syu2uoduroo Aue jo uny Joy 101d 8 3snur 4 SIMI NUY au p Ponad oq puodaq 2J3 Jo 3u2uidmbo y Querem ou 10U 4 sr 1usurdmbo sired jo Jo 12328 pue 51234 sseys jqepu dxq siredo1 Aue jo pue po12e1uoo aq 1snu JUWE dI au I 2 12 Ay SIQ1 Aq ST pue uo sired Jo 2103 10 euonrppe 10 D 1 105 98 TOD W 4190 sired Tea puooss aq YJ 105095 7 Jead ouo poured enrur Joye uonrppe Surpnpour gsuadxa s owy Jo paredar aq dr
3. En 95806 30 1274 NN 27725 wwW eev OVI 86 8 Baar 40 119152530 3 8 3190 DN NIJ 38 Len E EET 6 9 5 YA 0 O3NII TY A11233802 TB Mera cU ___ 10 20 EELS Jay 205 al 01 378y2 0351184 8S nro 570 20 1 50 seye 1s z SADLIINNDI TY AJIXI SY DL ATYA Gaydar 98005 70 90 22 nox e o c1 s0 1816 15 uNOTINALLY 0 038 p 9177 N3 3118853 0 838 311d 311899 0710 2 J vais Mra 37872 Nola 03509 3 van TW dyalS 089 WONIWOY 18806 010815 Diny DL 1234402 ayoa NJ 1909 01 6 ASSY 203 21 SNLLLId DL NIEN 202 Au O3TWISNI 31892 8814 ASSY SNIS 202 96806 50 Lad 588061 0 Layd 1331 OL SHIT 03131004 ay2 180011 SONLLLTA ANYTVAS SNLLLT4 NOUN 2 x 9171 120098 IBEYI 114 06007 55 98 25 01 X 8 1 90005 0 X NDAL OD 8 1 01 91 1 8009 Bans SS x 26 98 3avMaavH lt fa Model 310 Series DH Incubator Thermo Scientific Section 9 Electrical Schem
4. paqe pue parsa 4 sey 1usuidmbo sJ0jeqnau J9NVN3AINIVIN 3ALLN3A3Ud Thermo Scientific Model 310 Series DH Incubator 4 4 e qe idde 29 Tenby ooe dow SUPU opdureg ary 29 sv 40 o qeoidde 131 sed pue 8 quiuauuo41auo ssn uo 24 240r sjuauradxo Suruea 296 poj nsrp TIA ued Arprumy ueo 0128 pue poys 10 ULY pue saA ous ouau umop 2d uoneurureuooop 215 uonoos uoneiqipe 226 se pue Airprumu O OD pue AFI A MrprunH 296 doi z4 ued oq ur yoy Teas 2958 100p pur sasury 100p 32edsug SJIEDA X 9 ppuo A A uonoy 229111 10 92ueuajure AJ aAnuaAaJd
5. aq YJ 105095 TOD atn read poured enrur ay Jaye uonrppe Sundooxo gsuadxa s 4 1 10 4 drqsueungioA Jo ur ururiojuoo uou u24o1d sized read 38 ou SUING porsod AUEIIEM 1624 151 ay Surmp uanbasqns Aue uonoo101d au sr ausurdmbo o oum sures oi Apoyeurrxo1dde 1e 152333 03 I os eur Surddrus 8141 mo paddrys sr ausuidmbo mod ay suour OM seIs AueireA 2Y r xALNVddVM 01 1V3H 123419 TVNOLIVNH3INI 9I3LLN3I9S d3HSIH OINH3H IL Thermo Scientific Model 310 Series DH Incubator 10 2 Thermo Fisher Scientific 401 Millcreek Road Marietta Ohio 45750 United States www thermofisher com
6. ant Figure 6 3 Auxiliary Through Port on Back Panel Caution Accuracy of the output at the board terminal strip to the incubator display is 1 unit There is no calibration from the incubator Calibration to the incubator display must be at the instrument connected to the output board To install the analog board 1 Turn off the incubator and unplug it from the wall outlet 2 Remove the top of the electronics section Refer to Section 5 of this manual 3 Locate the Analog Output board Figure 6 4 and Figure 5 8 Alternate access to the electronics is to open the outer door and remove the two screws in the upper corners of the cabinet just under the display top Lifting up the top section the electronics drawer can be pulled out to the limit of the internal wiring Model 310 Series DH Incubator 6 3 Section 6 Factory Options Connect Analog o 0 Output Boards cont NEN DT TL iaa JEJ Scarce c RU INE a Figure 6 4 Connector Terminals 4 Each system monitored Temp CO RH requires two conductors refer to Figure 6 4 Feed the wires through the auxiliary wire through port on the back panel This port is a circular fitting adjacent to the remote alarm and 5485 connectors as illustrated in Figure 6 3 The wire routing is shown by the black arrows in
7. 7 1 Section 8 Spare Parts 8 1 Section 9 Electrical Schematics 9 1 Section 10 Warranty Information 10 1 vii Model 310 Series DH Incubator Thermo Scientific Thermo Scientific Section 1 Installation and Start Up Incubator components are described below Chamber Gas Sample Port See Section 1 Eu EAA the Incubator Figure 1 1 Model 310 Series Direct Heat Incubator Control Panel S AN Door Heater Cable Power Switch Inner Door Leveling legs 4 See Section 5 Outer Door Reversible to opposite swing see Section 5 Inner Door Reversible to opposite swing see Section 5 e Chamber Gas Sample Port Used for sampling chamber CO content using a FYRITE or similar instrument Main Power Switch Control Panel Keypad Displays and indicators See Figure 1 2 e Leveling Legs Used to level the unit Note The incubators are stackable Information follows Model 310 Series DH Incubator 1 1 Section 1 Installation and Start up Control Panel Keys Displays amp Indicators 1 2 Model 310 Series DH Incubator Silence Silences the audible alarm Alarm Indicator Light pulses on off during an alarm condition in the cabine
8. NN 31 25 FH Nadav NOISIAS 30 NOI 1a1a2S30 31 0 ya 9 gt A gt 57 S 9 5 gt 90000 es a X 5 5 55 LOS SKS 55520 Ax 5 Sv9 SSANAVH 6800061 81 01 X 9811 81 1 ONTILTS NOTAN 260098 LI 271 3SUH 770009 91 SLE dNV1 3SDH 70009 SI 3AIS3HOY 37872 1v d 060077 7 06 55788 IdN 8 1 OL 3SUH 50098 ET HILINS 390 344 16098 CI X 3SDH 8 1 adidvOv SSva8 90008 11 QN3 3118933 1710 0 01 AlWld 3119834 0710 2 6 20421 AVM 3AWA 010 370 12108 8 X 1 ANS IAIM 610972 ZL X 00 8 1 X 0191 1 TANIA 800972 9 08 08 3 805 W3ISAS 20 8I 58806 6 292 SSANSVH aDSN3S XI 958061 O3IJIQUN dv 180011 3425 55 26 9 MAIS SS X 26 8 5022 1 0119199 30 215 WAS Thermo Scientific Section 8 Spare Parts Model 310 Series DH Incubator 8 6 Section 8 Spare Parts 8 7 0 0 0 02 DNIAVaC anr MAN ATBESSY B1 MEILYBIDAE 531285 1 0 3 NW 011 2349 3AS3SEU
9. 4 1 Temp Control Failure Alarm TMP CNTR ERR 4 2 Sensor Fault Alarms 4 2 COS 4 2 IRAUTOZ ERR e 4 2 Model 310 Series DH Incubator vi Table of Contents Section 5 Routine Maintenance 5 1 Disinfecting the Incubator Interior 5 1 Cleaning the Cabinet Exterior 5 2 Cleaning the Glass 5 2 Cleaning the Humidity 5 3 Reversing the Door Swing 5 3 HEPA Filter Factory Installed 5 8 Replacing the Power Fuses 5 8 Major Components 5 9 Electronics Section eu o deed S RE SOLA UOCE RO 5 9 Replacing the Sample Air 5 10 Section6 Factory Options 6 1 Connect Remote Alarm Contacts 6 1 Connect R5485 Interface 6 2 Connecting the Analog Output Boards 6 2 ey pela tes 6 5 Humidity Readout es UR PRO e Bee eee 6 6 Uninterruptible Power Supply Connections 6 7 Section7 Specifications
10. 9 4 Model 310 Series DH Incubator Electrical Schematic Model 311 amp 321 Air Jacket Incubator 311 70 0 D Rev 5 Page 1 of 3 Thermo Scientific Section 9 Electrical Schematics B B B QQ C CO Loo c oc oc cd od GO Gg g OG Gg OF CO TO 4D CO d CO CO CO c 3 1 453 J3 2 es M 35 ND J13 3 eo o Dene J13 4 36 3 5 3 JI3 6 e 39 23 7 138 T 6 Q lt E lt 5 FERRITE 270106 lt J6 1 n 4 43 35 485 36 2 40 RS 485 Jl N 1 3 L1 Ji 4 45 JI 5 Ji 6 b 7 com gt z po TEMP _ Gy ANALOG CD 15 DUTPUT BOARD 5 at 79 94 po 47 46 2 3 e 56 gt ka 4 gt 48 l1 pee 9 r3 6 498 e o E 9 oe 2 10 52 1 9 3 1 459 4 3 1 OPTIONAL CO2 GAS GUARD KIT 190640 PRESSURE SWITCH 1 TANK EMPTY 360213 PRESSURE SWITCH 2 TANK EMPTY 360213 SOLENOID 3 WAY 250121 R
11. ThermoFisher DWG TITLE ILLUSTRATED PARTS DRAVING SCIENTIFIC HX 649 MARIETTA 0410 45750 LOCATION 178 NUMBER INCUBATR CRAVING 310 200 0 0 Model 310 Series DH Incubator Thermo Scientific Section 8 Spare Parts 0 0 102 01 ATTENTION ELECTROSTATIC SENSITIVE DEVICES CHAMBER p ID STK DESCRIPTION 1 110081 1 875 DIAMETER CAP 2 200125 2 BLUE NUT 3 190875 SENSUR CAP ADAPTER 4 103088 GASKET 5 640046 DOWEL PINS 2 6 190781 02 MOUNT 7 190820 IR ADAPTER WASHER 8 190885 IR SENSOR ASSEMBLY MATCHED SET 9 103101 GASKET 10 190661 SENSOR COVER REPLACEMENT PART I1 103100 GASKET 12 190782 TC ADAPTER I3 290080 THERMAL CONOUCTIVITY SENSOR 14 101004 O RING BUNA N 1 8 ID X 1 8 NOTE SENSOR IS PART OF MATCHED SET m 10 TC SENSUR ASSEMBLY p 11 S 2 2 IR SENSUR ASSEMBLY FIELD REPLACEMENT REPLACE 3 ITEMS TIME SENSOR IS REPLACED 2 MCA APPROVED BY APPROVING CUSTOMER APPRIVAL REFERENCE 1 4 SAG CCS ADDED 101004 O RING DATE APPROVAL 2 IN 2658 02 03 99 GJG KOG ADDED SENSOR REPLATENENT NOTE THIS DOCUMENT CONTAINS PR PETET
12. Figure 5 8 Major Components in Electronics Drawer 6 Slide the control panel back in replace the screws and return the unit to service If the fuse s blow after restoring power to the incubator contact Technical Services Department Thermo Scientific Section 5 Routine Maintenance Replacing the Power 5 1 Fuses Fuses cont Fuse Voltage Manufacturers Part 4 Amperage Rupture Speed IEG Leer Rating Code 115 VAC ACC BUSS GMC 1 0A 1 0 Amp Time Lag T 230 VAC ACC BUSS BK GMC 500ma 0 5 Amp Time Lag T 24 VAC Door Heat 5 034 3124 5 0 Amp Time Lag T Major Components Expanded descriptions for some of the components indicated in Figure 5 8 follow Power Switch Located beneath the control panel The outer door must be open to access the switch RS 485 and Remote Alarm Contacts Connectors and auxiliary wire through port manifold and supply tank connectors Part of the Gas Guard sys tem a factory installed option Humidity sensor optional Analog output board 4 20 mA 0 1 Volt 0 5 Volt Electronics Section 1 Turn off the incubator s power switch and unplug the power cord 2 Remove the two screws from the front of the cabinet top and the two screws in the uppermost corners of the back panel 3 Slide the top about an inch to the rear and lift it off Note There are small locking tabs in the back which will be bent if the top is lifted off without sliding it first to the back T
13. OO WO 20 NOL T ON 8231881 120065 DL 51122 WON THD NOT 4 2 20 1 20 610 1 L AN 304 RSEN AG 3 7451 609006 CDNA NOT zo ze zo ssz N OLG SL DIS NOL MR OL SANAS 0009 BSH orn ona 20 60 60 80 6 IMYA S8005 0 943 NOT Solr 70 21 50 1815 15 01 ITE 608051 DI AYWSTO LH 1 NOT 00220 0 lt 2 02966 15 11 Gay raa go 1z co acse Nr 21 woan 01 5 5 734 22 10 2827 E1 Model 310 Series DH Incubator BOOS 533 9vS A 1 92 20 69 1 vl 8 H8V1 TOGWAS ZLvOCC AOLVEMINT OIE 79738 98 061 AJHSYM a38IJ 5 78 8 E LIOOEL Sagm vds 91 B E v 1 780518 SUd ASSY 318 8812 006061 77506 aD 75061 215061 08 DOWNY WNOILdo ASOONVLS S W 120 01 NANIS SS 8 E X Or v 10065 8825 SS X ZE 8 5022 318 587 54 0 625061 318 00 1 311835 9010 2 B3HSVM 1914 SS B E 7 00 914 Sad ISOH v 020078 914 3SDH cE S X 66 01 800078 16 66 851713 3187509510
14. Set is used to enter system setpoints for incubator operation Calibration is used to calibrate various system parameters Configuration allows for custom setup of various options chart below shows the selections under each of the modes RUN SETPOINT CALIBRATION CONFIGURATION Default Mode Temperature Temp Offset Audible Overtemp CO Access Code C0 IR Temp Lo Alarm Cal Temp Relay C02 Lo Alarm C02 Hi Alarm C02 Relay C02Z amp S 5 RH Lo Alarm RH Relay Display Temp Display Rh Tank Select Gas Guard RS485 Address units only Base Unit Displays IR units only Option Displays T C units only Scroll for Parameters Arrows Steps the operator through the parameters of SET CAL and CONFIG 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 SET CAL and CONFIG 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 SET CAL and CONFIG Modes Silence Key Press to silence the audible alarm See Section 4 for alarm ringback times Model 310 Series DH Incubator 1 3 Section 1 Installation and Start Up Displays Installing the Incubator Stacking the Incubators 1 4 Model 310 Series DH Incubator Message Center Displays the system status Mode at all tim
15. Forma Direct Heat C02 Incubator Model 310 Series Operatign and Maintenance Manual 7010310 Rev 16 Visit us online to register your warranty Thermo www thermoscientific com labwarranty SCIENTIFIC Preface Model C02 Sensor Voltage 310 T C 115 311 T C 230 320 IR 115 321 IR 230 3501 115 3511 230 3607 115 3611 230 T C is a thermal conductivity sensor IR is an infrared sensor All units are 50 60 Hz t Copper interior MANUAL NUMBER 7010310 16 31343 IN 4592 10 22 14 New magnetic door switch exploded drawing electrical schematics RoHS CCS 15 29174 1 4469 3 21 14 Solenoid change update 203 drawing and schematics pgs 8 5 8 9 1 to 9 3 CCS 14 30649 IN 4446 1 28 14 Updated electrical schematics display board CCS 13 29704 IN 4310 3 29 13 Changed wingnut in blower assembly to hex nut 310 202 1 D CCS 12 28116 IN 4201 5 29 12 Chg d harness from 190522 to 1900089 pg 8 6 CCS 11 27990 IN 4179 5 3 12 Added Intended Use to pg ii updated Specs uniformity to 0 3 C from 0 2 CCS 10 272921 4073 9 28 11 Switcher from 400199 to 400201 kit pg 8 1 CCS 7 13 10 Re installed Specs are based on on Specification Unintentional removal ccs Thermo Scientific Model 310 Series DH Incubator i Preface CAUTION Contains Parts and Assemblies M aA Susceptible to Damage by Electrostatic Discharge ESD Important Read this instruction manual Failure to read underst
16. ON RH will be displayed continuously If both are turned ON the display will toggle between the two The factory setting will default to toggle mode if the RH option is present 1 Press the Mode key until the Config indicator lights 2 Press the right arrow until Disp Tmp or Disp RH XXX is displayed in the message center 3 Press up down arrow to toggle the setting ON OFF 4 Press Enter to save the setting 5 Press the Mode key to return to Run mode or right left to go to next previous parameter 3 6 Model 310 Series DH Incubator Thermo Scientific Section 3 Configuration Select Prima ry Tank On units equipped with the Gas Guard option a primary tank can be w Gas Guard Option selected The primary tank will be either Tank 1 or 2 The factory setting is 1 1 2 Press Mode key until the Config indicator lights Press the right arrow until Tnk Sel X is displayed in the message center Press up down arrow to toggle the setting between 1 and 2 Press Enter to save the setting Press the Mode key to return to Run mode or right left to go to next previous parameter Disable the Gas On units equipped with the Gas Guard option the Gas Guard system Guard System may be turned ON or OFF if not in use The factory setting is ON 1 2 Thermo Scientific Press the Mode key until the Config indicator lights Press the right arrow until Gas Grd XX is displayed in the message center Press
17. gt 5 6 LEFT SIDE CHAMBER HEATER 13 WATTS 132054 BACK CHAMBER HEATER r 30 WATTS 132050 oe RIGHT SIDE CHAMBER HEATER 22 132055 nem BOTTOM CHAMBER HEATER 24 WATIS 132051 vi COLLAR HEATER bk 9 WATTS 132053 A J5 3 2 8 lt gt INTERIOR FAN MOTOR 5 50 60Hz 156126 35 5 4 TRANSFORMER 43VA 55 420097 TRANSFDRMER 130VA M EE 420096 JA s 7 46 230161 33 2 12 17 124 J3 3 13 o o SOLENOID 1206 250139 CON 13 4 14 POWER SUPPLY V 40019 J8 5 55 He 5 15 vv J8 6 e T DOOR HEATER 69 WATTS 132052 18 29 1 T FACE HEATER 19 27 WATTS 132056 gt 922 7 o DOOR SWITCH MAGNETIC ACTUATED 21 360283 Shown w door open 29 4 4 2 23 A3 5 T STAT pen on Rise 66C E 400133 4 4 57 194021 RIBBON J4 5 CABLE gt 34 POS 34 6 FERRITE A gt 4 270107 lt c LRD J4 7 E 4 oS y TEMP PROBE 2252 25 FERRITE 290184 EI 270108 2 24 59 IZ 10 ca OY 24 11 lt 4 12 46 8 N 3 7 31 REMOTE ALARM CONNECTIONS 31 11 3 5 shown in alarm state 32 ent lt 2 CoS 5
18. 100044 617 007 cE 8 LMN dI 0 660019 1J 3SUH cIE 90009 dWV12 3509 G E 70009 SHOONVLS GH 91 6 X 7 1 60515 4 831713 INIT Idd ABLN3 9510 LZ Oe X S OL VN 005 5 4 021062 LI 193938 NI dWNS 1J1HD ahd 861097 92 X S 120185 5 SOIOEZ 91 197170 NI d NS 720097 SZ LTA IH SS3NdVH 764061 SI TANI vAEV L600 v vc 03 08 Av ldSId 609061 71 SS 8 IZOEZ AvC CV TANI 960027 EZ ayoa OSM 21106 T SSHSVNXIOT 07 900 2 9 1 55 21 611007 22 9354 3A WA 010 370 42206 21 SSHSVNAIOT 26 8 00 5 AZI 3AWA GIDNJIDS 661052 12 015349 3903 020621101 MJa3S WAS SS 7 1 X 07 7 60066 NN OZ X 5 WS 191062 02 DV IB Td 3H 38 2 1 viOvE Ol AXIS WAS SS v X 2 9 120065 E X78 MSAMA 19 1080 ESIOEC 61 31 HLOOL 1X3 SS 8 BSOEC 6 895 SS X cE 8 15022 4 X S OL VI SEIOEC 81 HLOOL 1X3 SS 7 Bc0EC 8 895 dHd SS 8 E X 26 3 8v0cc 0119180530 318 WAS 0119180530 518 WAS 1919530 AALS WAS Thermo Scientific 0 02 01 enr SHOIAHQ dALLISNHS V 7 211 450410414 SNULIDIN2dBd 3581 NOTLNALLY
19. 115 230MV 5 344 BTUH 100 watt Dimensions Exterior 26 0 W x 38 5 H x 25 0 F B Interior 21 4 W x 26 8 H x 20 0 F B Thermo Scientific Section 7 Specifications Weight Net Weight Stainless Steel 205 lbs Net Weight Copper 230 lbs Options Accessories HEPA filter Factory installed Stock 190858 Battery back up Free Standing Stock no 270078 120VAC 60Hz Stock no 270082 220VAC 50Hz Humidity Factory installed Stock 190463 provides humidity readout and low alarm Inner door kit Customer installed Stock no 190650 independent eight separate glass doors Built in Gas Guard Factory installed Stock no 190640 CO only automatically switches supply tanks Recorders Customer installed Standard recorders used on water jacket incubators Decontamination kits filter blower assembly inner door gasket etc Stock no 190868 with HEPA filter Stock no 190869 without HEDA filter Copper Options Interior ductwork Solid copper Stock 190725 Perforated shelfCustomer Installed Stock no 224166 solid copper Humidity PanCustomer Installed Stock no 237015 solid copper Copper interior kitFactory installed Replace stainless steel duct work shelves and humidity pan with solid copper Stock no 190870 Optional Data Outputs Analog Factory installed Stock no 190544 0 1 volt Analog Fact
20. 5 Press the up down arrows to change the display to match the independent instrument 6 Press Enter to store the calibration 7 Press the Mode key to return to Run or the right or left arrows to go to the next previous parameter Models 320 321 360 and 361 have an infrared IR CO sensor Infrared sensors not effected by chamber atmosphere temperature or humidity However the light detector in the sensor is effected by wide temperature changes Therefore changing temperature setpoints could necessitate a recalibration of the CO Chamber temperature should be allowed to stabilize before checking CO concentrations with independent instrument especially on start up All models equipped with an IR CO sensor have an automatic calibration which occurs every 24 hours and lasts for 5 to 6 minutes During automatic calibration the CO display is blanked out and HEPA filtered room air is pumped through the sensor A new calibration value is stored in memory for use as the 0 0 reference point The keypad control panel is locked during calibration with the message center reading CO2 AUTO IR CO Sensor Stabilization Times Start Up Allow the temperature and the CO of the cabinet to stabilize at least 12 hours before proceeding Presently Operating Allow CO to stabilize at least 2 hours at setpoint before proceeding Model 310 Series DH Incubator 2 3 Section 2 Calib
21. ANYTHING IT MAY DESCRIBE OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION OF THERMO FISHER SCIENTIFIC IS STRICTLY FORBIDDEN CONFIDENTIAL RoHS FAC ID TOLERANCES ON ME ELECTRICAL SCHEMATIC 115 VOLT Electrical Schematic 1 PL DECIMAL SIGNATURES DATE MATERIE Model 5 B s RN GLM 3 18 98 115V Air Jacket ANGLES 310 70 0 D Incubator FRACTIONS D SURFACES t REDR N EPNSERIES NO PAGE 310 70 0 0 6 UNLESS OTHERWISE SPECIFIED DO SCALE DRAWING ThermoFisher ERO Fisher scienriric Page 3 of 3 DIMENSIONS ARE IN INCHES SSF0742 1 08 SCIENTIFIC MARIETTA OH 45750 U S A Thermo Scientific Model 310 Series DH Incubator 9 3 Section 9 Electrical Schematics WB ux cp GU s ds du ny N C A W 20 21 22 23 24 25 26 27 28 29 30 31 33 34 35 36 37 38 POWER CONNECTION 230VAC 50 60 2 1PH 2 0 FLA RFI LINE FILTER POWER INLET 460156 POWER SWITCH CIRCUIT BREAKER 230153 CONVIENCE OUTLET com 2 SA FUSE X e at 230120 Ww 4 1 hd eri F lt pl H 7 5 1 15 2 7 10 red con m 5 9 lt ure 69 460138 IEC 320 OUTLET
22. Figure 6 5 Figure 6 5 Wire Routing 5 Strip the ends of each conductor and wire it to the appropriate terminals of connectors J2 and or J3 on the analog board Refer to Figure 6 4 6 When wiring is completed slide in the electronics drawer or the replace the sheet metal cabinet top 7 Replace the screws removed earlier and return the unit to service 6 4 Model 310 Series DH Incubator Thermo Scientific 0 Gas Guard Connecting the 0 Gas Supplies De activating the Gas Thermo Scientific Guard Section 6 Factory Options Warning can be lethal in high concentrations Refer to warnings in Section 1 of this manual A The Model 310 Series incubators can be equipped with a built in Gas Guard system P N 190640 that will operate with CO gas supply The Gas Guard uses two pressure switches to continuously monitor the pressures of two independent CO supplies and automatically switches from one supply to the other when the supply pressure drops below 10 psig 0 690 bar The Gas Guard s design does not facilitate use by multiple incubators The CO gas supplies must be equipped with two stage pressure regulators with gauges The high pressure gauge at the tank should have a 0 2000 psig range and the low pressure gauge should have a 0 30 psig range The gas supply to the incubator must be maintained at 15 psig 1 034 bar 5 psig Gas pressures below 15 psig will cause nuisance alarms to o
23. Pressure switch Gas Guard option 250121 Gas valve Gas Guard option 190512 4 20mA output board 190543 0 5 output board 190544 0 1V output board Thermo Scientific Model 310 Series DH Incubator 8 1 Section 8 Spare Parts 8 2 108 STK DESCRIPTION 1 310 201 0 D IR TC SENSUR ASSEMBLY 2 310 202 0 D QTOR BLOWER ASSEMBLY 3 16022 HINGE 1 4 GLASS 4 05060 DDDR TEMPERED GLASS 5 80174 FACE FRAME 90611 HINGE PIN STN STEEL 7 90612 HINGE BLOCK ALUMINUM 2 0 8 9064 3 EMPERATLIRE PROBE ASSEMBLY 8 81534 REMOVEABLE FEATHER GASKET 10 13002 ADJUSTABLE FOOT 11 90788 OUTER DOOR W HEATER 12 90795 AGNET MOUNT DOOR 13 90833 LATCH MOLINT INNER DOOR 14 180210 08 BLAC 15 GAS INJECT PORT 16 360283 SWITCH MAGNETIC ACTUATED 17 360231 AGNET DOOR 18 00133 THERMOSTAT SNAP 19 990033 GASKET MOLDED 20 1290184 OPTIONAL RH SENSOR 21 840020 SAMPLE PORT BULKHEAD FITTING 22 132054 LEFT HEATER 13 WATTS 23 32050 BACK HEATER 30 WATTS 24 32051 BOTTOM HEATER 24 WATTS 25 32055 RI HEATER 22 WATTS 26 32053 co HEATER 9 WATTS 27 NA DOOR HEATER 69 WATTS 28 32056 FACE HEATER 27 WATTS 29 900252 OTOR
24. Thermo Scientific products will be available at www thermo com Always use the proper protective equipment clothing gloves goggles etc VY Always dissipate extreme cold or heat and wear protective clothing Always follow good hygiene practices v Each individual is responsible for his or her own safety Thermo Scientific Model 310 Series DH Incubator 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 order and provide delivery information on major equipment items or make arrangements to have your local sales representative contact you Our products are listed on the Internet and we can be contacted through our Internet home page Our Service Support staff can supply technical information about proper setup operation or troubleshooting of your equipment We can fill your needs for spare or replacement parts or provide you with on site service We can also provide you with a quotation on our Extended Warranty for your Thermo Scientific products Whatever Thermo
25. alarm limit tracking alarm is the deviation from the CO imi setpoint which will cause a high CO alarm The setpoint is variable from Alarm Limit 0 5 CO above setpoint to 5 0 CO above setpoint The factory setting is 1 096 CO above setpoint 1 Press the Mode key until the Config indicator lights 2 Press the right arrow until CO2 Hi is displayed in the message center 3 Press up down arrow to change the high CO alarm limit 4 Press Enter to save the high CO alarm limit 5 Press the Mode key to return to run mode or right left to go to next previous parameter Thermo Scientific Model 310 Series DH Incubator 3 3 Section 3 Configuration Enable CO Alarms to High and Low CO alarms be programmed to trip the remote alarm Tri ntact contacts setting of ON allows it a setting of OFF will not allow the p Contacts CO alarms to trip the contacts The factory setting is ON 1 2 Press the Mode key until the Config indicator lights Press the right arrow until CO2 Rly XXX is displayed in the message center Press up down arrow to toggle the setting ON OFF Press Enter to save the setting Press the Mode key to return to Run Mode or to go to next previous parameter Set New Zero Number Ifa new CO sensor is being installed the two numbers on the for T C C0 Sensors factory installed sticker on the T C cell must be entered to calibrate the CO in the unit Note For the
26. cultures or customer s equipment inside the incubator if an overtemp condition occurs A Model 310 Series incubators are equipped with a secondary temperature monitoring system to monitor the air temperature inside the cabinet This system is designed as a safety device to turn off all heaters in the event of a temperature control failure Temperature control in the incubator will be I of the overtemp setpoint The factory overtemperature setpoint default is 40 However the overtemp can be set up to 55 in 0 5 increments If the incubator s operating temperature setpoint is set above the overtemp setpoint overtemp setpoint will automatically update to 1 above the temperature setpoint It is recommended that the overtemp setpoint be maintained at 1 over the operating temperature setpoint To set the Overtemp setpoint 1 Press the Mode key until the Set indicator lights 2 Press the right arrow until Otemp XX X is displayed in the message center 3 Press the up or down arrow key until the desired Overtemp setpoint 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 Thermo Scientific Setting the Setpoint Thermo Scientific Section 1 Installation and Start Up All T C cells are calibrated at the factory at 37 C high humidity and 10 CO Therefore if a tempera
27. fully charged and the incubator operating at 37 C in 18 C ambient temperature the UPS provides approximately one hour of uninterrupted power during a power failure A higher operating temperature decreases this back up time a higher ambient temperature increases it This estimated time assumes that the incubator will be already at its operating temperature and that the incubator door will not be opened during the back up period The remote alarm contacts will not trip during a power failure while connected to the UPS until battery power is exhausted There is however an audible and visual alarm when the unit switches to battery operation The UPS batteries are fully charged when the unit has been connected to utility power for a minimum of four hours The UPS power switch does not have to be on for the batteries to charge When battery replacement becomes necessary refer to the UPS user s manual Caution Use only factory recommended UPS units which produce a pure sine wave output Other UPS units could damage the incubator and void the warranty Typical facility back up systems will not effect the efficiency of the incubator A Model 310 Series DH Incubator 6 7 Section 6 Factory Options Connecting UPS 1 Plug the incubator line cord into one of the receptacles on the back of P N 270078 115V 50 60Hz the UPS Then plug the UPS line cord into a suitable wall outlet 2 Turn the UPS power switch on Connecting UPS Use the
28. is 0 RH which disables the alarm 1 2 Thermo Scientific Press the Mode key until the Config indicator lights Press the right arrow until RH Lo XX 15 displayed in the message center Press up down arrow to change the RH low alarm limit Press Enter to save the RH low alarm limit Press the Mode key to return to Run mode or right left to go to next previous parameter Model 310 Series DH Incubator 3 5 Section 3 Configuration Enable RH Alarms to The low alarm be programmed to trip the remote alarm contacts Trip Co ntacts A setting of ON will cause this a setting of OFF will not allow the RH alarm to trip the contacts The factory setting is ON 1 Press the Mode key until the Config indicator lights 2 Press the right arrow until RH Rly XXX is displayed in the message center 3 Press up down arrow to toggle the setting ON OFF 4 Press Enter to save the setting 5 Press the Mode key to return to Run mode or right left to go to next previous parameter Enable Tem to be On units that are equipped with the RH option the upper seven segment Displaye d display on the control panel can be configured to display Temp continuously RH continuously or toggle between Temp and RH If the units does not have RH the upper display will always display temperature If temperature is set to ON and the RH is set OFF temperature will be displayed continuously If temperature is set to OFF and RH is set to
29. steel Tap water may also have a high mineral content which would produce a build up of scale in the pan High purity or ultra pure water is not recommended as it is an extremely aggressive solvent and will deteriorate the stainless steel High purity water has a resistance of above to 18M Ohm Even high purity water can contain bacteria and organic contaminants Water should always be sterilized or treated with a decontaminant safe for use with stainless steel as well as safe for the product prior to being introduced into the humidity pan Model 310 Series DH Incubator 1 9 Section 1 Installation and Start Up 1 10 Filling the Humidity Pan cont Connecting the C0 Gas Supply Model 310 Series DH Incubator Caution Distilled or de ionized water used in the humidity pan must be within a water quality resistance range of 50K to Ohm cm to protect and prolong the life of the stainless steel Use of chlorinated water or decontamination products containing chlorine will deteriorate the stainless steel and cause rust voiding the warranty A Check the level and change the water frequently to avoid contamination Do not allow the water level to fluctuate significantly Dry outs will have an adverse effect on the humidity level and CO calibration of the units Warning High concentrations of CO gas can cause asphyxiation OSHA Standards specify that employee exposure to carbon dioxide in any eight hour shift o
30. suyord 150 soSeurep uonerw 8 yeruonbosuoo Jo 2 Aue 1 Ney P er 10 94 10U pegs our upXIddv TIVHS 5 UVINOLLAVd V YOA ALTIIHVLNVHOHW 30 SALENVHVAN ON G3ridWI NALLIYA SALLNVUUVA JO NI ANV 1 SI SIH L eunsop JOJ poddiys ore pue pred a8eisod oway poumo asnur sired Sururiojuoo uou uondo s oway 1y 10 squauoduros Aue jo 44 1014 2 13 1snu 2 SIAI aum Pond euro oq puodaq wed 3usuod ai Jo 3uouidmbo y Jaye AUEIIEM 100 8 AUEIIEM sr 1opun sized syuouoduroo Jo 10 3u2urooepdow 1UELIEA STY ore sjoxse8 pue 123 sse 8 o qepuodxq siredo Aue Jo 2241101124 pue AueireA 3usunedo T S221 125 eoruqpom au auauroo1ge 5142 Aq sr pue uonejpasu quo sired s1eo JO E103 103 s1e2 euonrppe Ino 107 dq D L 105925 TOD uo sired Tea puooss e
31. to previous parameter Numbers increase T C CO 3 Mis Press Enter to ode CO2CAL Emer when Thermal Conductivity SE save the setting sensor is in use M Press ie return XJ Numbers decrease Numbers increase T Press Enter to E to previous parameter 122 LIRCAL XXX gave the setting when IR sensor is in use Sirol for Parameters 1 Press to return HJ Numbers decrease to previous parameter f Numbers increase Percent RH Mode RH XO Enter 1 when RH option is in use user save the setting Press e return d Numbers decrease Model 310 Series DH Incubator Clart24cdr Thermo Scientific Turn the Audible Alarm ON OFF Set an Access Code Thermo Scientific Section 3 Configuration Several features available in Configuration Mode allow custom setup of the incubator These features are listed and described below features may not be necessary in all applications but are available if needed To enter Configuration mode press the Mode key until the Config indicator lights Press the right and or left arrow until the appropriate parameter appears in the message center See Chart 3 1 for more detail The audible alarm can be turned on or off The factory setting is ON Press the Mode key until the Config indicator lights 2 P
32. up down arrow to toggle the setting ON OFF Press Enter to save the setting Press the Mode key to return to Run mode or right left to go to next previous parameter Model 310 Series DH Incubator 3 7 Section 3 Configuration 3 8 Communications Address for RS485 Model 310 Series DH Incubator On units that have the RS485 option direct communication with the Model 1535 alarm system can be established Each piece of equipment connected to the 1535 must have a unique address An address of 0 24 can be entered for the incubator A setting of 0 is an invalid address that the 1535 will ignore The factory setting for the RS485 address is 0 1 2 Press the Mode key until the Config indicator lights Press the right arrow until RS485 XX is displayed in the message center Press up down arrow to move the RS485 address Press Enter to save the RS485 address Press the Mode key to return to Run mode or right left to go to next previous parameter Thermo Scientific Thermo Scientific Section 3 Configuration Configure Mode Press Mode to light CONFIG To Configure Audible Alarm Access Code Low Temp Alarm Limit Low Temp Alarm Relay Low CO Alarm Limit High CO Alarm Limit 77 44 t 3S ss Scroll for Parameters ca Press MODE to return Audible alarm ON to RUN mode AUDIBLE XXX Press Enter to save the setting fce Parameners Press to return Audible alm OFF to previous parame
33. 10 3110 190831 BLOWER SCROLL NO HEPA 310 1 1 18 4310 03 21 13 6 6 SAG ccs 23007 HEX REPLACED 23052 WING NUT 18 2958 08 10 01 LON CHANGED TO INJECTED MOLDED SCROLL 1 1981 06 28 00 GIG REVISED BLOWER SCROLL 13 18 2139 10 21 99 6 6 6 6 NSB REVISED SEAL WASHER INFO NO DATE BY DESCRIPTION OF REVISION THIS DOCUMENT CONTAINS PROPRIETARY MODEL PART NAME 310 3110 SERIES INCUBATOR INFORMATION AND SUCH INFORMATION IS NOT TO BE DISCLOSED TO OTHERS FOR ANY PURPOSE NOR DWG TITLE MOTOR BLONER ILLUSTRATED PARTS DRAWING USED FOR MANUFACTURING PURPOSE WITHOUT WRITTEN PERMISSION FROM THERNO FISHER SCIENTIFIC DWN DATE 11 08 98 SCALE 0 625 1 ThermoFisher 310 202 1 6 SCIENTIFIC TOLERANCE UNLESS OTHERWISE SPECIFIED DRAWING NUNBER Page 1 of 1 ANGLES DECIMAL Assembly Drawing Model 310 3110 Series CO Incubator 649 MARIETTA 45750 ann 310 202 1 8 4 Model 310 Series DH Incubator Thermo Scientific Section 8 Spare Parts 8 5 0 0 06 01 31 YANNI E 94111595 338WEIN ANTAVAD AAACN anr 2131163125 OILlVLSOLOdT ANTAVAD Slave alas 31111 900 Jsou INNO 278159 31111 AOF NOLLNG LLV 8301517 XXX SWS
34. 4 5 Model 310 Series DH Incubator Thermo Scientific Disinfecting the Incubator Interior Thermo Scientific Section5 Routine Maintenance Warning If the unit has been in service turn it off and disconnect the power cord connector before proceeding with any maintenance A Caution Before using any cleaning or decontamination method except those recommended by the manufacturer users must check with the manufacturer that the proposed method will not damage the equipment A Use an appropriate disinfectant All articles and surfaces to be disinfected must be thoroughly cleaned rinsed with sterile water and rough dried Warning Alcohol even 70 solution is volatile and flammable Use it only in a well ventilated area that is free from open flame If any component is cleaned with alcohol do not expose the component to open flame or other possible hazard Do not spray sensor with flammable solutions internal temperature of the CO sensor is approximately 150 C when the unit is in operation Allow sufficient time for the sensor to cool before cleaning A Caution Do not use strong alkaline or caustic agents Stainless steel is corrosion resistant not corrosion proof Do not use solutions of sodium hypochlorite bleach as they may also cause pitting and rusting A 1 Remove the shelves HEPA filter a factory installed option access port filter sample air filter left and right duct sheets and the top duct The
35. 96 Range css acd o a T RAS 0 to 2096 Inlet pressure 15 psig 5 psig Display Digital LED 0 1 increments Model 310 Series DH Incubator Specifications are based on nominal voltages of 115V or 230V in ambient of 22 C 7 1 Section 7 Specifications 7 2 Model 310 Series DH Incubator Shelves Dimensions 18 5 x 18 5 47cm x 47cm Construction Stainless steel belt sanded both sides Surface area 2 4 sq ft 0 22 sq m per shelf Max per chamber 38 4 sq ft 3 6 sq m Loading 35 lbs 16kg slide in and out 50 23kg stationary Stand 4 4 16 Construction Interior volume 6 5 cu ft Interior 304 stainless steel shiny finish eee era eats 18 gauge cold roll steel Outer door gasket Four sided molded magnetic vinyl Inner door gasket Feather edge removable Fiberglass Fittings Access port 1 1 4 inch removable silicone plug COP AMIE a Neq halts ps 1 4 barbed Sample port Front mounted barbed Electrical 115 Volt models 90 125VAC 50 60 Hz 1PH 2 4 FLA 230 Volt models 180 250 50 60 Hz 1 PH 2 0 FLA Power switch circuit breaker 2 Pole 6 0 Amp Accessory outlet Voltage equal to the cabinet input 75 Watts maximum 0 5ma leakage current Alarm contacts Deviation of temperature CO power NO and NC Unit BTU Output
36. ANS pos tat deum ipd ae bien et epu 1 4 Installing the Incubator 1 4 Incubator StartUp bE A 1 11 Calibration sedesed eae 2 1 Calibrating the Temperature 2 1 Calibrating the T C CO2 2 2 Calibrating the Infrared CO2 System 2 3 Calibrating Relative 2 4 usc e aaa eas EEES ons week ee 3 1 Turn the Audible Alarm ON OFF 3 1 Set a Acces Coden do Sce CA ULT ue ce MCA SA 3 1 Set a Low Temp Alarm Limit 3 2 Enable the Low Temp Alarm to Contacts 3 2 Set a Low Alarm 34a dA pas sh REA 3 3 Setting a High CO2 Alarm 1 3 3 Enable CO2 Alarms to Trip Contacts 3 4 Set New Zero Number for CO Sensors 3 4 Set New Span Number CO Sensors 3 5 Set a Low RH Alarm 3 5 Enable RH Alarms to Trip Contacts 3 6 Enable Temp RH to be Displayed iz osu Orne ER 3 6 Select Primary Tank w Gas Guard 3 7 Disable the Gas Guard System vig ee Lu 3 7 Communications Address for R8485 3 8 Alamis
37. ARY INFORMATION AND INEDRNATION IS MIT TO DISCLOSED TO OILERS FOR ANY PURPOSE NOR ISED FOR MANUFACTURING PLRPOSES WITHOUT SB 658 526 Mi REVISED PARTS LIST MA L 8 88 RELEASED FOR PRODUCTION Fisher SCIENTIFIC BOX MARIETTA 45750 PERMISSION Stm REV OF REVISION DATE 11 8 98 DWN CADGJG APPON H SCALE NONE CUSTOMER JOB TITLE MAIN CABINET ONG TITLE TC IR SENSOR ILLUSTRATED PARTS DRAVING INCUBATR LATIN DRAWING NIMBER 310 201 0 Thermo Scientific Model 310 Series DH Incubator 8 3 Section 8 Spare Parts BILL OF MATERIALS 12 156126 MOTOR 13 190832 MOTOR SPACER 14 130034 NYLON WASHER 1 500 0D X 500 10 15 130069 SILICONE WASHER PART NO PART DESCRIPTION ory 23007 110 32 SS NUT 1 2 22002 14 40 X 112 SS PHP SCREW 4 3 640041 88 32 x 150 LONG STN STL SELF CLINCHING STUD 5 2242 18 32 x 3 4 FHP SCREW 4 5 23002 18 32 IP LKWASH HEX NUT 4 6 130068 310 ID TEFLON FLAT WASHER 1 1 013 3 500 X 1 500 BLOWER WHEEL POLY 1 8 190190 31 1 310 INCUBATOR BLOWER SUPPORT 9 1900252 BLOWER MOTOR SHIELD amp GUARD 190846 BLOWER SCROLL RESTRICTED 3
38. DOOR SWITCH MAGNETIC ACTUATED 21 19 4 1 360283 Shown w door open J4 2 23 4 3 56 07 T STAT pen on Rise 66C 400133 44 4 57 gt 194021 RIBBUN J4 5 ap CABLE H 25 34 POS J4 6 FERRITE PN 3 Je 27007 lt J4 7 E 24 9 e TEMP PROBE 2252 5 CO GR FERRITE 290184 27008 J4 8 2 J4 9 8 4 Lc c I MODEL 310 10 o CD SENSOR 290090 28 OZ 4 1 cott 7 lt 29 PA 4 12 1 5 874 56 n a 1 ER at n REMOTE ALARM CONNECTIONS 3 43 shown in alarm state gt 2 32 lt 2 Lf 2 Thermo Scientific Model 310 Series DH Incubator Electrical Schematic Model 115V Air Jacket Incubator 310 70 0 D Rev 6 Page 1 of 3 9 1 Section 9 Electrical Schematics gt C2 2 ma Y v MARNE A SNC 40 J13 1 33 41 13 2 be 44 42 NC 35 ND 23 3 e 43 44 13 4 36 213 5 3 45 23 6 28 6 7 47 J13 8 48 46 49 D lt ag 18 1 Ex FERRITE 50 gt 270106 51 J6 as 43 RS 485 36 2 U e 40 RS 485 5e OP
39. GUARD 11 19 G KD 5 S SENSITIVE DEVICES DETAIL A amp B se INSTALL IN THE ACCESS PORT FROM THE INSIDI OF THE INCLIBATI INCUBATOR PARTS LIST DETAIL 1 7 0001 FILTER 10 2 950013 VINYL TUBE 3 3 130077 STOPPER 3 8 HOLE peers he oR INTERNAL TUBING DETAIL PARTS LIST DETAIL B 2 1 770001 FILTER 50MM 1uM D 2 244009 SILICUNE TUBE aA DETAIL B 2 INTERNAL 6 Sw 21 SEE DETAIL 28 ABOVE INFORMATION AND SUCH EE DISCLOSED TO OTHERS FOR ANY PURPOSE NIR USED FOR HANLFACTURING PURPOSES YCTHOUT CUSTOMER APPROVAL REFERENCE 14 4592 10 ac ssc ccs 38263 WAS 360230 APPROVED BY 922 j LASS 5 61 9227 09 27 04 10 chi 105058 GLASS 105060 DATE APPROVAL 2 3180 62 24 04 5s GS LUN REVISED MOTOR amp GUARD TERRY EN 3 093124 08 04 03 KOC LON 46 290137 PROBE TO 250184 2 IN 2755 07 24 00 G6 G6 LON REVISED PART NUMBERS VETTEN FISHER SCIENTIFIC DATE CAO APPO OESCRIPTION OF REVISION DATE 11 8 88 OWN CAD 6 6 APPON H SCALE NONE CUSTOMER JOB TITLE WAIN CABINET
40. K 28 22 PURPLE 53 18 6 18 WHITE 29 22 ORANGE 54 18 ELLOW 7 18 ORANGE 30 22 3 BLACK 55 18 ELLOW 8 18 LUE 31 22 3 RE 56 ROWN 9 18 LACK 32 22 3 WHITE 57 ROWN 10 18 RE 33 20 RE 58 BROWN 11 18 ROWN 34 20 RE 59 WHITE 18 R WN 35 20 12 18 RE 36 20 124 18 RE 37 20 ORANGE 13 18 YELLOW 38 20 ORANGE 14 18 YELLOW 39 20 LACK 15 18 LUE 40 22 2 RED 16 18 RE 41 22 2 BLACK 17 18 ORANGE 42 22 3 BLACK 18 18 43 22 3 RED 19 18 GREEN 44 22 3 GREEN 20 18 ORANGE 45 22 LACK 21 22 GREEN 46 22 LUE SENSOR REFERENCE VALUES CO2 290090 DIFFERENCE VOLTAGE OF 3 6MV ZCD2 J4 9 amp J4 10 TD J4 9 amp RH 190643 J1 7 amp JI 1 19 VDC J1 7 amp JI 3 10MV ZRH REPRODUCTION DISCLOSURE THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION OF THERMO FISHER SCIENTIFIC AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE DISCLOSE ITS CONTENTS OR TO MANUFACTURE USE OR SELL ANYTHING IT MAY DESCRIBE OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION OF THERMO FISHER SCIENTIFIC IS STRICTLY FORBIDDEN CONFIDENTIAL 311 amp 321 Electrical Schematic Model Air Jacket Incubator RoHS FAC ID TOLERANCES ON 1 PL DECIMAL SIGNATURES DATE WATERIAL 2 PL DECIMALS GM 3 18 98 ELECTRICAL SCHEMA
41. Lift the glass door from the lower hinge and set it aside Then remove the lower hinge from the cabinet This hinge bracket will be rotated 180 and be placed in the upper right corner of the cabinet at where indicated Remove the screws and washers from the new striker plate location These screws and washers can be threaded into the holes vacated by the striker plate where indicated Rotate the striker plate 180 from its original position and attach it to the cabinet where indicated Using a flatblade screwdriver remove the threaded nylon plugs from the new hinge bracket locations Install the lower hinge bracket where indicated Thermo Scientific Reversing the Door Swing continued Thermo Scientific Section 5 Routine Maintenance 16 Rotate the door 180 and place it in the lower hinge bracket Install the upper hinge bracket where indicated 17 Screw the threaded plugs into the holes vacated by the door hinge brackets where indicated in Figure 5 5 Figure 5 6 Reversed Components 18 Install the door open switch target plate Refer to Figure 5 6 and 5 7 The plate must be positioned exactly 12 5 inches from the outside edge of the cabinet to the leading edge of the plate Do not overtighten _ door open switch target plate i Figure 5 7 Plate Position 19 Connect the door heater cable and install the kick plate with the door heater cable on the right side 20 Installing the outer doo
42. S 485 OUTPUT 190523 OPTIONAL RH SENSOR 0 TO 1 VDC 0 TD 1007 RH 190643 OPTIONAL ANALOG OUTPUT KITS 190512 4 to 20mA 190543 0 to SVDC 190544 0 to 1VDC 2 FERRITES 270140 MODELS 320 RIBBUN CABLE 14 COND I R CO2 SENSOR PKG 190885 IR AUTO ZERO CONTROL Electrical Schematic Model 311 amp 321 Air Jacket Incubator 311 70 0 D Rev 5 Page 2 of 3 Thermo Scientific Model 310 Series DH Incubator 9 5 Section 9 Electrical Schematics 7 78 79 80 81 82 83 84 89 86 87 88 89 90 91 92 93 94 95 96 97 98 99 lt gt CO W REVISIONS REV DESCRIPTIONS DORN appr EFFECTIVE 0 RELEASED FOR PRODUCTION GLM 6 03 98 1 CHG 290137 TEMP PROBE 290184 KDG LDN 8 04 03 IN 3124 2 CHANGED MOTOR PART NUMBER GJG 103 01 04 IN 3180 3 CHANGED DISPLAY BRD PART NUMBER DEM 1 29 14 IN 4446 4 290139 WAS 250085 SAG 03 17 14 IN 4469 5 360283 WAS 360230 SAG CCS 10 16 14 IN 4592 WIRE REFERENCE CHAR GA COLOR G COLOR G COLOR 1 16 ROWN 22 22 LUE 47 ee ORANGE 16 LUE 23 ee LUE 48 ee YELLOW 16 GRN YEL 24 ee RE 49 ee ROWN 3B 16 GREEN 25 ee RE 50 ee RE 4 18 LACK 26 ee GREEN 51 22 GREEN 4 18 27 22 GRAY 52 ee LACK 3 18 LAC
43. 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 customers please contact your local Thermo Scientific distributor Model 310 Series DH Incubator Thermo Scientific Preface Warranty Notes Information You Should Know Before Requesting Warranty Service Locate the model and serial numbers A serial tag is located on the unit itself For equipment service or maintenance or with technical or special application inquiries contact Technical Services at 1 800 438 4851 or 1 740 373 4763 USA and Canada Outside the USA contact your local distributor Repairs NOT Covered Under Warranty Calibration o
44. TIC 230 VOLT EXP SIZE SCALE DWG ANGLES CHK D FRACTIONS MA 0 v 311 70 0 D SURFACES REDR N EP SERIES PAGE OF UNLESS OTHERWISE SPECIFIED DO NOT SCALE DRAWING ThermoFisher THERMO FISHER SCIENTIFIC DIMENSIONS ARE IN INCHES SSF0742 1 08 SCIENTIFIC MARIETTA OH 45750 U S A Page 3 of 3 311 70 0 D Rev 5 9 6 Model 310 Series DH Incubator Thermo Scientific Section 10 Warranty Information 60 7 y ed EEEPEJBEE L006 OSI e20 1no 1283402 YSA ou suonvordde eads pur vms 3uourdmbo uo suonsonb 1no soMsue Apear 919 A 69 5 6 6 0 JO epeue pue VSN T687 8 7 008 2 3 eorugoog INOA se jd pomba sr pue yuowdinbo Anpe spenueur uononusur 3uourdmbo 210124 uoneredoid ous oArsuoqo1duroo ira peoi st 22430 SALS LOO INOX 4 jo 5501 10 31014 150 o1 Sune o1 uonviarur MOY UM sasewep enuonbesuoo Aue 10 94 10U feys XIddv TIVHS 5 UVINOLLAVd
45. TIONAL CO2 GAS GUARD KIT 190640 PRESSURE SWITCH 1 TANK EMPTY 360213 PRESSURE SWITCH 2 TANK EMPTY 360213 SOLENOID 3 WAY 1eVDC 250121 OPTIONAL RS 485 OUTPUT KIT 190523 OPTIONAL RH SENSOR KIT m 0 TO 1 VDC 0 TO 100 RH 55 Dis 45 190643 56 Ji 6 b 7 com 57 58 8 S _ 5 5 60 ANALOG CUP S OPTIONAL ANALOG DUTPUT KITS d DUTPUT 190512 4 to 20mA 61 BOARD 190543 0 to SVDC 5 TRES 190544 0 to 1VDC 62 5 2 LA 63 6 64 x 2 FERRITES 69 16 P 270140 66 42548 T MODELS 320 6 49 3 67 78 150 eee S lt RIBBON 68 10 CABLE Oo 14 COND 3 69 B 70 58 R 02 SENSOR PKG 7 24 90885 71 3 2 72 1 IR AUTD ZERU CONTROL 73 74 Electrical Schematic 75 Model 76 115V Air Jacket Incubator 9 2 Model 310 Series DH Incubator 310 70 0 D Rev 6 Page 2 of 3 Thermo Scientific Section 9 Electrical Schematics WIRE REFERENCE CHAR NU GA COLUR COLOR GA COLOR 1 6 ROWN 22 ee BLUE 47 ee ORANGE 2 6 23 20 BLUE 48 22 YELLOW 3 6 GRN YEL 24 22 RED 49 22 BROWN 3B 6 GREEN 25 ee RED 50 22 RED 4 8 BLACK 26 ee GREEN 51 22 GREEN 4 8 BLACK 27 22 GRAY 52 22 BLACK 5 8 LACK 28 8e PURPLE 53 18 RED 6 8 WHITE 29 22 ORANGE 54 18 YELLOW 7 8 URANGE 30 22 3 BLACK 55 18 YELLOW 8 8 BLUE 31 20 3 RED 56 22 BROWN 9 8 BLACK 32 22 3 WHITE 57 22 BRO
46. WN 0 8 RED 33 20 RED 58 22 BROWN 1 8 BROWN 34 20 RED 59 22 WHITE 8 BR WN 35 20 BLUE e 8 RED 36 20 BLUE 2 8 37 20 3 8 YELLOW 38 20 ORANGE 4 8 YELLOW 39 20 BLACK 5 8 BLUE 40 22 0 RED 6 8 RED 4 22 2 BLACK 7 8 ORANGE 42 22 3 BLACK 8 8 RED 43 22 3 RED 9 8 GREEN 44 22 3 GREEN 20 8 ORANGE 45 22 BLACK el 22 GREEN 46 8e BLUE SENSUR REFERENCE VALUES J4 9 amp J4 10 TO J4 9 amp J4 1l CO2 290090 DIFFERENCE VOLTAGE OF 3 6MV ZCO2 RH 190643 1 7 amp 1216 7 amp JI 3 10MV ZRH REVISIONS DESCRIPTIONS RELEASED FOR PRODUCTION GLM APPR MAH EFFECTIVE DATE 03 98 ER f N A CHG 290137 TEMP PROBE 290184 KDG MAH 08 04 03 3124 REVISED MOTOR PART NUMBER GJG MSB 03 01 04 IN 3180 REVISED DISPLAY BRD PART NUMBER DEM DRP 01 09 14 IN 4446 REVISED DISPLAY BRD PART NUMBER DRP 01 29 14 IN 4446 250139 250085 DRP 03 17 14 IN 4469 8 360283 WAS 360230 SAG DRP 10 16 14 14 4592 REPRODUCTION DISCLOSURE THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION OF THERMO FISHER SCIENTIFIC AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE DISCLOSE ITS CONTENTS OR TO MANUFACTURE USE OR SELL
47. and and follow the instructions in this manual may result in damage to the unit injury to operating personnel and poor equipment performance Warning If this unit is not used in the manner specified in this operating manual the protection provided by the equipment design may be impaired Intended Use The 310 Series Direct Heat Incubators are designed to maintain an optimal environment for the incubation of tissue and cell samples These models are designed to maintain temperature and Carbon Dioxide levels as set by the operator as well as monitoring chamber relative humidity CO2 is controlled using either a thermo conductivity cell or an infra red sensor T The incubators are approved for general purpose use as a Microbiological Incubator 21 CFR 866 2540 and are also approved use in assisted reproductive procedures for the incubation of ova and embryos 21 CFR 884 6120 Non intended Use The 310 Series Direct Heat Incubators are not intended for use where electrical or physical contact with the patient is established These incubators are not intended to be operated in potentially explosive environments and are not intended for use with flammable materials Caution All internal adjustments and maintenance must be performed by qualified service personnel Material in this manual is for information purposes only The contents and the product it describes are subject to change without notice Thermo Fisher Scientific makes
48. aning or decontamination method except those recommended by the manufacturer users should check with the manufacturer that the proposed method will not damage the equipment Accidental spills of hazardous materials on or inside this unit are the responsibility of the user A 1 Install the large sheet metal shelf supports with the tabs facing into the center of the chamber with their slots up There are no right side or left side supports Simply turn one of them to fit the opposite side Tilt the shelf supports as they are placed in the chamber so the tops fit into the top air duct then guide them into the vertical position Figure 1 7 shows the support as it would be oriented for right side of chamber Side toward side duct Shelf Channels Side toward shelf ODARA J i n Side Duct Right Side Duct with Shelf Channel Installed Figure 1 7 Shelf Channels and Ductwork Thermo Scientific Installing the Shelves Installing Access Port continued Filter Installing optional HEPA Thermo Scientific Filter Section 1 Installation and Start Up 2 Note there is no difference in the left side and right side shelf channels 3 Install the shelf channels by placing the channel s rear slot over the appropriate rear tab on the shelf support Pull the shelf channel for
49. atics P eX WES DO A CO 20 el 22 23 24 25 26 27 28 29 30 31 33 34 35 36 37 38 PDWER NNECTION 50 60Hz 1PH 2 4 FLA LINE FILTER POWER INLET 460156 era a SR ee SRM EREE eon A us o POWER SWITCH CIRCUIT BREAKER 230153 FUSE CONVIENCE OUTLET 230135 6 460024 777 gt gt LEFT SIDE CHAMBER HEATER 13 VATTS 132054 BACK CHAMBER HEATER 30 VATTS 132050 RIGHT SIDE CHAMBER HEATER 22 WATTS 132055 CHAMBER HEATER 24 WATTS 132051 COLLAR HEATER 9 WATTS 132053 54 INTERIOR FAN MOTOR 5 50 6092 156126 78 5 DR e 2 u 7 e TRANSFORMER 43VA 420097 TRANSFORMER 130 E lec sa ruse 70 Jl ul Ne 74 230161 J3 2 12 17 43 3 13 5 62 o o CD SOLENOID e VIC 250139 EN J3 4 M POWER SUPPLY 50019 23 5 Bes de s J3 6 DOOR HEATER 69 WATTS 132052 18 29 1 1 FACE HEATER 19 i 27 WATIS 132056 9 oua 20 1419 3 gt 22
50. casional conductivity caused by condensation 7 4 Model 310 Series DH Incubator Thermo Scientific Section8 Spare Parts Part Number Description 190699 Removable feather gasket 190670 Duct sheet and shelf channel kit 190772 Micro board main control 230135 Fuse 1A TD 5 x 20mm 230120 0 5A fuse TD 5 x 20mm accessory outlet 230161 Fuse 5 x 20mm 156126 Motor 2 pole 115VAC 50 60 Hz 190793 Display board 290184 Probe 2252 Ohm 25 C 1 8 x2 770001 Disposable filter 99 97 602 line air sample 760175 HEPA filter 5 5 diameter 760199 HEPA2 VOC Filter Replacement Kit includes 760200 HEPA2 117036 silicone plug 101018 o ring 1900067 Filter Replacement Kit includes 2 770001 filter and 760175 HEPA 1900094 HEPA2 VOC Filter Replacement Kit 760200 HEPA2 190985 access port filter 770001 filter 224175 Shelf 190868 Decontamination kit with HEPA filter 190869 Decontamination kit without HEPA filter 130077 Stopper with 3 8 hole 290090 Thermal conductivity type 602 sensor 190885 Infrared type CO2 sensor w auto zero 250087 02 valve with fittings 290154 RH sensor assembly RH display option 190883 Sample port filter assembly 190661 IR sensor filter 190985 Filtered air exchange assembly 230153 6A DPDT circuit breaker switch power 400201 40W Switcher kit 420096 130VA transformer int l 12 24V S 194021 34 position control to display ribbon cable 420097 43VA transformer 230VAC units only 360213
51. ccur on incubators equipped with the built in Gas Guard e 5 n jet e TO 8 ti EY D LI 2 Figure 6 6 Connect Gas Supplies The inlets for the Gas Guard are located on the back of the cabinet Using 1 4 ID tubing connect one of the CO supply tanks to the fitting labeled CO2 Inlet 1 Tank Connect the second CO supply tank to the fitting labeled CO2 Inlet 2 Tank Install 3 8 hose clamps to secure the 1 4 ID tubing to the fittings on the back of the drawer Refer to Figure 6 6 The built in Gas Guard is turned ON when shipped from the factory In addition the Tank Sel for the Gas Guard is specified as Tank 1 when shipped Refer to Section 3 Configuration to de activate the Gas Guard or change the Tank Sel from 1 to 2 If the Gas Guard system is not used the incubator will function normally by supplying CO the supply tank connected to Inlet 1 Model 310 Series DH Incubator 6 5 Section 6 Factory Options 6 6 Operation of the CO Gas Guard Humidity Readout Model 310 Series DH Incubator With the Gas Guard in operation the incubator will use the gas supplied by the tank connected to Inlet 1 until the pressure drops below 10 psig 0 690 bars At this time the Gas Guard automatically switches to gas supplied through CO2 Inlet 2 In addition the incubator automatically changes
52. ct should be alarm contacts RJ 11 connector protected by an activated alarm system capable of initiating a timely response outputs shown 24 hours day These alarms provide in alarm condition interconnect for centralized monitoring Figure 6 1 Remote Alarm Output CAUTION Contains Parts and Assemblies r aA Susceptible to Damage by Electrostatic Discharge ESD Model 310 Series DH Incubator 6 1 Section 6 Factory Options Connect RS485 Interface Connecting the Analog Output Boards 6 2 Model 310 Series DH Incubator All incubator models can be purchased with the RS485 communications option P N 190523 This option allows the incubator to be directly connected to a Model 1535 alarm system without the use of a communications module A junction box is provided with each RS485 option See Figure 6 2 for wiring details Figure 6 3 shows the RS485 connector location on the back of the incubator cabinet to additional 1535 1535 modules lt 1 green wire 3 4 00 1 red wire SA 27 6 3 yellow wires 1 black wire 1535 Junction Bos 3 m to incubator RJ 11 connector Figure 6 2 RS485 Wiring To allow the incubator and the 1535 to communicate an address must be allocated on the 1535 Refer to Section 5 8 of the 1535 operating manual The same address number must be assigned to the incubator Refer to Section 3 of this manual Warning Th
53. e the message appears in the LED message center Pressing Silence disables the audible alarm for the ringback period However the visual alarm continues until the incubator returns to a normal condition The alarms are momentary alarms only When an alarm condition occurs and then returns to normal the incubator automatically clears the alarm condition and the message center Table 4 1 Alarms and Descriptions Bes oe Relay fom m DWssesAm tdem _ i Inner Door is Open in 15min TEMP is lower TEMP Low Tracking Alarm 15min Programmable RH is lower than RH Low Limit Alarm RH option RHISLOW 3 0 15min Programmable Tank 1 is low switch to Tank 2 Gas Guard only Tank 2 is low switch to Tank 1 Gas Guard only 0 Both tanks low Gas Guard only TANK 1 and 2 LOW 15 min N alarm delays and ringback times 30 seconds 15 m 15 min 02 is higher than 602 High Tracking Alarm Programmable 02 is lower than CO2 Low Tracking Alarm Programmable 15 min n 15 min When multiple alarm conditions occur active messages are displayed in the message center one at a time updating at 5 second intervals Pressing Silence during multiple alarms causes all active alarms to be silenced and to ring back in 15 minutes The temperature alarms are disabled
54. e electronics section contains hazardous voltages Only qualified personnel should access this area The analog output board option P N 190512 190543 190544 allows the incubator to output analog signals representing the air temperature of the cabinet CO2 content and relative humidity depending upon which systems are in the incubator There are three different analog output board options available 0 1V 0 5V or 4 20mA signals Negative display readings will output The outputs do not have isolated grounds Refer to Table 6 1 for output specifications of the three boards For the 0 1V and 0 5V boards the recording device must supply a load gt 1000 ohm For the 4 20mA board the recording device must supply a load of lt 100 ohm Thermo Scientific Section 6 Connect Analog Table 6 1 Analog Output Boards Output Boards cont Thermo Scientific Factory Options 190512 4 20 mA 190544 0 1V 190543 0 5V Output Scaling Output Scaling Output Scaling 4 20 mA Equals 0 1 V Equals 0 5V Equals Temperature 0 0 100 0 C 0 0 100 0 C 0 0 100 0 C RH 0 100 96 RH 0 100 96 RH 0 100 RH C02 0 0 100 0 02 0 100 0 02 0 100 0 02 To wire in the analog output board a shielded 22 gauge 3 conductor wire P N 73041 is recommended with the maximum length being 50 feet 15 2m This wire is readily available from other vendors including Alpha P N 2403 and Deerborn P N 972203
55. ensor Calibration of the CO system to less than 396 actual CO If this has occurred contact the Technical Services Department Model 310 Series DH Incubator 4 3 9115513 8 4 30U e 105025 TOD 1outop 4 pezi perseururop 1915 sN 01042 JIJ sey aeq Aue 10 4 osn ON OI s103eqnour 10 sdi I suonrpuoo e1usuruodiAuo osn 1uopuodop 1usunsn pe pue Surueo STAI Pory T 1282002 aseo d SINULIITE M 2 4 10 uo 204 SEITE ur sausumansur 4222213 SIN 9ursn sueroruqoo1 m s seu orjnuorog 9451 OWI speaop 10 enueur oq jo uonoos 296 siusuro1mboi sanud jo 151 posuopuoo e s SurMoqoj 2q VMS e Aq pue poxooupo popuouruioooi st ar pue sourwiojiod 104 5184 1e n821 e uo ooueuo1ureui pue ounnoi 110 124 poys y J Suruonoung 1no doox 3 sr sanud
56. er and spray with 70 alcohol The humidity pan may be autoclaved For side by side operation or changing lab layouts the inner and outer doors are field reversible The procedure is written from the prospective of changing the door swing from a left hand to a right hand swing All screw holes are pre drilled for reversing the door The tools required are a Phillips screwdriver a 1 8 Allen wrench and a flatblade screwdriver The door reversing procedure takes about 30 minutes Right hand door swing Figure 5 1 Door Swings Model 310 Series DH Incubator 5 3 Section 5 Routine Maintenance Reversing the Door 1 Remove the kick plate at the bottom of the cabinet by removing the Swing continued two Phillips screws indicated by the black arrows in the illustration Disconnect the cable inside the cabinet Figure 5 2 Remove Two Screws 2 Open the outer door and remove it by lifting it off its hinge pins Place the door on a padded surface to prevent scratches Figure 5 2 Note The hinge pins are not connected to the brackets and may fall out when the door is lifted off 3 Refer to the illustration of the outer door in Figure 5 2 With a Phillips screwdriver remove and save the four nylon screws from the door hinge mounting holes The black arrows identify the screw locations 4 Remove the door hinges rotate them 180 and secure them on the left side of the door Install the nylon screws in
57. es Displays SYSTEM OK during normal operation or alarm messages if the system detects an alarm condition See Section 4 Alarms Upper and Lower Displays These 7 segment displays vary depending upon the options present and the configuration chosen The upper dis play can display temp or RH or toggle between them The bottom dis play shows CO continuously Warning Single and stacked units must be installed against a wall or similar structure Maintain a three inch clearance behind the incubator for electrical and gas hook ups A 1 Locate the unit on a firm level surface capable of supporting the unit s weight of 205 lbs 2 Locate the unit away from doors and windows and heating and air conditioning ducts 3 Lift the unit only by the sides of the cabinet base Do not attempt to lift it by the front and back This places stress on the outer door hinges Caution When stacking incubators the direct heat incubator must be the top unit Never stack a water jacketed incubator on top of a Model 310 Series unit A Warning With incubators in a stacked configuration do not leave both exterior doors open at the same time A Warning If the units have been in operation shut them both off and disconnect from the power source before beginning any service work A ti Note Two stacking brackets shown at right are included Q the parts bag shipped with each incubator 0 Figure 1 3 Stacking Brackets Thermo Sc
58. ess the Mode key to return to Run mode or right left to go to next previous parameter Enable the Low Temp The low temperature alarm can be programmed to trip the remote alarm Alarm to Trip Co ntacts ncs A setting of ON allows it a setting of OFF will not allow the temperature alarm to trip the contacts The factory setting is ON 1 2 3 2 Model 310 Series DH Incubator Press the Mode key until the Config indicator lights Press the right arrow until TMP RLY XXX is displayed Press the up down key to toggle the setting ON OFF Press Enter to save the setting Press the Mode key to return to Run or right left arrow key to go to next previous parameter Thermo Scientific Section 3 Configuration Set a Low CO Alarm The low CO alarm limit tracking alarm is the deviation from the CO2 Limit setpoint which will cause a low CO alarm The setpoint is variable from 0 5 CO below setpoint to 5 0 CO below setpoint The factory setting is 1 096 CO below setpoint A minus sign in the display indicates that the alarm setting is below the setpoint 1 Press the Mode key until the Config indicator lights 2 Press the right arrow until CO2 Lo X X is displayed in the message center 3 Press up down arrow to change the low CO alarm limit 4 Press Enter to save the low CO alarm limit 5 Press the Mode key to return to Run mode or right left to go to next previous parameter Setting a High C0 The high CO
59. f a 40 hour work week shall not exceed the eight hour time weighted average of 5000 PPM 0 596 CO The short term exposure limit for 15 minutes or less is 30 000 ppm 396 CO Carbon dioxide monitors are recommended for confined areas where concentrations of carbon dioxide gas can accumulate A Warning This incubator is designed to be operated with CO gas only Connecting a flammable or toxic gas can result in a hazardous condition Gases other than CO2 should not be connected to this equipment CO2 gas cylinders have UN1013 label on the cylinder and are equipped with a CGA 320 outlet valve Check the gas cylinder for the proper identification labels CO gas supply being connected to the incubator should be industrial grade 99 596 pure Do not use CO gas cylinders equipped with siphon tubes A siphon tube is used to extract liquid CO from the cylinder which can damage the pressure regulator Consult with your gas supplier to ensure that the CO cylinder does not contain a siphon tube Gas cylinders should also be secured to a wall or other stationary object to prevent them from tipping two stage CO pressure regulator is required to be installed on the outlet valve of the gas cylinder Input pressure to the incubator must be maintained at 15 psig 103 4 kPa 5 psig for proper performance of the CO control system single stage pressure regulator will not maintain 15 psig 103 4 kPa to the incubator as the press
60. f control parameters Nominal calibrations are performed at the factory typically 1 for temperature 1 for gases and 5 for humidity Our service personnel can provide precise calibrations as a billable service at your location Calibration after a warranty repair is covered under the warranty Damage resulting from use of improper quality water chemicals or cleaning agents detrimental to equipment materials Service calls for improper installation or operating instructions Corrections to any of the following are billable services electrical service connection 2 tubing connections 3 gas regulators 4 gas tanks 5 unit leveling 6 room ventilation 7 adverse ambient temperature fluctuations 8 any repair external to the unit Damage resulting from accident alteration misuse abuse fire flood acts of God or improper installation Repairs to parts or systems resulting from unauthorized unit modifications Any labor costs other than that specified during the parts and labor warranty period which may include additional warranty on CO sensors blower motors water jackets etc Thermo Scientific Model 310 Series DH Incubator Thermo Scientific Section 1 Section 2 Section 3 Section 4 Table of Contents Installation and Start Up 1 1 Control Panel Keys Displays amp Indicators 1 2 Keypad 66 tmu M oie 1 3 IVS PL
61. gsueunqioA Jo ururiojuoo uou 4 syed 3uouoduroo reo 1514 ou 1 Querem 1024 151 ay rumo JUanbasqns Aue spuarxe 01223024 au sr oum oures oi 4 ae p p 03 IM os own Surddrus smoyye SITY p mo paddrys sr mo ay 322 5111 pola KULITE au 1 5 01 1V3H L93410 95 d3HSIH 1 10 1 Model 310 Series DH Incubator Thermo Scientific Section 10 Warranty Information 0343151933 60 7 AY L006 OSI AVURITeM 107 Jo3nqrnsip 20 NO 3283402 YSN peroods uo suonsonb nod msue 01 pear 9 6 0 10 epeue pue VSN 1697 927 009 1 2 soora1og eoruuoog MOA asea d s ausurdmnbo 4 pue uoneqeisur ausurdmbo Anpe spenueur uononnsur PUI 210124 414 2Arsuoqo1duroo yam d ou st 22430 SALS LOO Inox sjnpoid 50
62. gure 5 8 for module circuit board location will be lit continuously if communication is lost between the CO2 board and the sensor head The CO display will also be locked at 00 0 without injection Turning the incubator Off and On will not clear the alarm Only proper connection of all components will correct the alarm On incubators equipped with CO control calibration is done automatically using an auto zero system Auto zero occurs once every 24 hours If during the auto zero cycle a CO2 correction of more than 0 45 is detected the IR AUTOZ ERR alarm occurs Thermo Scientific Thermo Scientific IR AUTOZ ERR continued Section 4 Alarms Possible problems which cause this alarm are Auto Zero pump orifice filter or tubing will not let air to the sensor Possibilities are Defective or electrically disconnected air pump Kinked auto zero vinyl tubing Disconnected tubing between the air pump and the sensor Plugged filter or orifice on the auto zero assembly Defective auto zero circuit Cabinet temperature has been increased significantly from a previous setpoint For example the unit was calibrated and operating at 30 and the setpoint is increased to 50 In this example calibrating the CO will correct the alarm High background CO in the laboratory This could be from leaks in the tank regulator or vinyl CO tubing High sensor calibration drift This will require replacement of the s
63. hermo Scientific Model 310 Series DH Incubator 5 9 Section 5 Routine Maintenance Replacing the Sample 1 Connect one end of the sample port filter to the ceiling port Air Filter 2 Connect the other end of the filter to the back of the blower fan inlet Sample Air Filter Figure 5 9 Air Sample Filter 5 10 Model 310 Series DH Incubator Thermo Scientific Connect Remote Alarm Contacts Thermo Scientific Section6 Factory Options Descriptions for connections to external equipment follow A set of relay contacts is provided to monitor alarms through an RJ11 telephone style connector on the back of the cabinet Refer to Figure 6 3 for the location of the alarm connector The 12 foot telephone cord P N 190388 and RJ11 to screw terminal conversion box 190392 are available through our service department The remote alarm provides a NO normally open output an NC normally closed output and COM common Refer to Figure 6 1 The contacts will trip on a power outage or an overtemperature condition The contacts may also be programmed to trip or not trip on temperature alarms CO alarms and RH alarms See Section 3 Configuration Mode NO CONTACTS 1 1 ALARIVE L ALIS green wire red wire 30V max at max not connected yellow wire black wire IN Alarm Contacts Junction Box IMPORTANT USER INFORMATION phone cable to incubator Caution Stored produ
64. ientific Section 1 Installation and Start Up Stacking continued 1 Remove and discard the slotted head screws on the top of bottom incubator Figure 1 4 Replace with 5 16 HH bolts flatwashers included the stacking kit Do not tighten Align notches cA and screws KZA kickplate removed lt om Figure 1 4 Slotted Head Screws Figure 1 5 Align 2 Remove the kickplate from below the door on the top incubator Figure 1 5 Two Phillips screws secure the plate Note the notches at the base of the incubator frame 3 Disconnect the door cable from the connector behind the plate Lift the door off the hinge pins and set it aside The hinge pins are not attached to the brackets and may fall out when the door is lifted off Unscrew and remove the leveling feet from the top unit and lift it onto the bottom unit offsetting the base of the top unit approximately 2 3 inches behind the screws identified by the arrows in Figure 1 4 Warning This incubator weighs 205 lbs Have sufficient personnel available when lifting Lift che unit only by the sides of the cabinet base Do not attempt to lift it by the front and back as this places stress on the outer door hinge A 5 Align the sides of the top unit with the bottom unit and slide the top unit forward until the notches in the base of the top unit align with the bolts in the top of the bottom unit The flatwashers should slide o
65. in the center of the chamber Allow at least 30 minutes for RH to stabilize Press the Mode key until the Cal indicator lights Press the right arrow key until RH CAL XX appears in the message center Press the up down arrow to match the display to the independent instrument Press Enter to store the calibration Press the Mode key to return to Run mode If a reliable RH measuring device is not available the display may be calibrated to a typical level 1 2 Follow RH stabilization periods outlined previously With a full humidity pan and stable temperature the relative humidity in the chamber will be 95 Using Step 3 5 of the relative humidity sensor adjustment adjust the display to 9596 This calibration method should be accurate to within 5 Model 310 Series DH Incubator 2 5 Section 2 Calibration 2 6 Chart 2 1 Calibrate Mode Press Mode to light CAL 25 to previous parameter 277 EE mes Silence Mode CALIBRATE ener dum Scroll for Parameters 1 4 4 4 Y To Calibrate a Numbers increase 0 Press MODE to move 1 perating to SYS CONFIG m Enter ress Enter to Temperature mode save the setting Press lt toreturn d Numbers decrease
66. line cord supplied with the incubator to connect the UPS to a P N 270082 230V 50 60Hz suitable wall outlet and the UPS coupler to connect the incubator to the UPS Warning The Uninterruptible Power Supply contains potentially hazardous voltages even when not connected to line voltage Do not attempt to disassemble UPS as it contains no user serviceable parts Repairs must be performed by factory trained service personnel A 6 8 Model 310 Series DH Incubator Thermo Scientific Thermo Scientific Section 7 Specifications to 25 Temperature Control 0 1 C Microprocessor PID Control Setpoint Digital Touch pad 0 1 C Range 5 C above ambient to 50 C Uniformity SNS sabe tat cett 0 3 37 Tracking alarm User programmable low indicator Overtemp Tracking user programmable action and indicator Display Digital LED 0 1 C increments Temperature Safety Type Extreme temperature safety action and indicator Sensor Thermostat independent of temperature control system Indicator Message center audible and visual alarms Relative Humidity Control Humidity pan natural vaporization Humidity with pan 95 RH at 37 C Display Optional in 1 increments Alarm Low RH with optional RH monitor Control 0 1 microprocessor PID control SENSO vA uS 5 SSSA T C or IR Readable stacked na a 0 1
67. m Limit mio x save the setting Press lt to return to previous parameter Numbers decrease RHalarm relay ON Press Enter to RH Alarm Relay RH id Cal save the setting Press to return gt RHalarm relay OFF to previous parameter Display temperature DISP TMP XXX 2 save the setting Display Temperature to previous parameter Display temperature Display humidity ON vs DISP RH XXX Enter Press Enter to Loser 0 save the setting Display Humidity ae ne 1855 lt to previous parameter Display humidity OFF refer to next page Chart3 1 2 cdr 3 10 Model 310 Series DH Incubator Thermo Scientific Configure Mode refer to previous page To Configure Tank Select Press to return to previous parameter Gas Guari Press to return to previous parameter Press to return to previous parameter Thermo Scientific Scroll for Parameters Scroll for Parameters Semil tor hea mesers Section 3 Configuration Chart 3 1 Page 3 of 3 Tank 1 prime Press Enter to save the setting Tank 2 prime Gas Guard ON Press Enter to save the setting Gas Guard OFF Numbers increase Press Fnter to save the 85485 address Numbers decrease Chart3 1 3 cdr Model 310 Series DH Incubator 3 11 Section 4 Alarms The Model 310 Series incubator alarm system is shown in the table below When an alarm is activ
68. 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 2003 Thermo Fisher Scientific All rights reserved Model 310 Series DH Incubator Thermo Scientific Preface t Important operating and or maintenance instructions Read the accompanying text carefully IN 3 Potential electrical hazards Only qualified persons should perform procedures associated with this seb x d PETS Equipment being maintained or serviced must be turned off and locked off to prevent possible injury Hot surface s present which may cause burns to unprotected skin or to materials which may be damaged by elevated temperatures Marking of electrical and electronic equipment which applies to electrical and electronic equipment falling under the Directive 2002 96 EC WEEE and the equipment that has been put on the market after 13 August 2005 mmm bis product is required to comply with the European Union s Waste Electrical amp Electronic iones 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
69. nstall the top duct left and right ducts inner door gasket and access port stopper spraying each with 7096 alcohol Install new HEPA Filter 10 Install the shelves and spray with 7096 alcohol Clean the incubator exterior with a damp sponge or soft well wrung cloth and mild detergent dissolved in water Dry with a soft cloth The chamber glass door and the optional independent inner glass doors may be cleaned using the same disinfectant used on the incubator interior It is imperative that they be rinsed with sterile distilled water to remove the disinfectant residue The doors should then be dried with a soft cloth Precautions in the cleaning and care of the incubator glass doors Moisture leaches alkaline materials sodium Na from the surface of the glass Evaporation of the moisture concentrates the alkaline and may produce a white staining or clouding of the glass surface Cleaning chemicals with a pH above 9 and heat autoclaving accelerate the corro sion process Therefore it is very important to rinse and dry the glass doors after cleaning Autoclaving the glass doors should be avoided There is no simple method for repairing corroded glass In most cases the glass must be replaced Thermo Scientific Cleaning the Humidity Pan Reversing the Door Swing Thermo Scientific Section 5 Routine Maintenance Clean the humidity pan with soap and water and a general use laboratory disinfectant Rinse with sterile wat
70. ory installed Stock no 190543 0 5 volt Analog Factory installed Stock no 190512 4 20mA Digital Factory installed Stock no 190523 RS 485 Compatible with Model 1535 Alarm Monitor only Certifications Refer to the Declarations of Conformity at the back of this manual Thermo Scientific Model 310 Series DH Incubator 7 3 Section 7 Specifications Safety Specifications Indoor Use Only Altitude 2 000 meters Temperature 5 to 40 C Humidity 80 RH at or below 31 decreasing linearly to 50 RH at 40 Mains Supply Fluctuations Mains supply voltage fluctuations not to exceed 10 of the nominal voltage Installation Category II Pollution Degree 2 Class of Equipment I Installation Category overvoltage category defines the level of transient overvoltage which the instrument is designed to withstand safely It depends on the nature of the electricity supply and its overvoltage protection means For example in CAT II which is the category used for instruments in installations supplied from a supply comparable to public mains such as hospital and research laboratories and most industrial laboratories the expected transient overvoltage is 2500V for a 230V supply and 1500V for a 120V supply 2 Pollution Degree describes the amount of conductive pollution present in the operating environment Pollution Degree 2 assumes that normally only non conductive pollution such as dust occurs with the exception of oc
71. previous parameter Mode 602 Press return to previous parameter Numbers increase Press Enter to setting Numbers decrease Numbers increase Press Enter to save setting Numbers decrease Numbers increase Press Enter to save setting Numbers decrease Thermo Scientific Calibrating the Thermo Scientific Temperature Section2 Calibration After the unit has stabilized several different systems can be calibrated In the calibration mode the air temperature CO2 and RH levels can be calibrated to reference instruments To access the calibration mode press the Mode key until the Cal indicator lights Press the right and or left arrow until the proper parameter appears in the message center See Chart 2 at the end of this section for more detail 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 Prior to calibration the user should be aware of the following system functions While the unit is in the calibration mode all system control functions are stopped so the unit remains stable Readout of the system being calibrated will appear on the message center If no keys are pressed for approximately five minutes while in calibration mode the system will reset to Run mode so control function
72. r onto the hinge pins completes the door reversal procedure Model 310 Series DH Incubator 5 7 Section 5 Routine Maintenance HEPA Filter Factory Installed Option Replacing the Power Fuses 5 8 Model 310 Series DH Incubator Replace the filter routinely on an annual basis or more often if it changes color The filter should also be changed when the chamber is cleaned Warning The electronics section contains hazardous voltages Only qualified service personnel should access this area A There are only two replaceable fuses in the incubator To access the fuses 1 Turn off the incubator s power switch and unplug the power cord 2 Open the outer door to the chamber 3 Remove the two screws located below the control panel 4 Lift up on the control panel then pull it out 5 Refer to Figure 5 8 for the location of the two fuses CO2 manifoldand 00 supply tank connectors microbiological Power outlet filt transformer 75W Filtered line RS485 and Pu max COzgas export cord connector solenoid d dieci Main power transformer robe 2 2 9 Sample port into chamber remote alarm contacts Y Humidity sensor Blower CO2 motor STK injection j 230 Overtemp t r supply board Power switch
73. ration Calibrating the IR CO Measure the CO concentration in the chamber through the gas System continu ed sample port with a FYRITE or other independent instrument Several readings should be taken to ensure accuracy 2 Press the Mode key until the Cal indicator lights 3 Press the right arrow until IR CAL XX X appears in the message center 4 Press the up down arrow to adjust the display to match the independent instrument reading 5 Press Enter to store the calibration 6 After Enter is pressed the unit will go into a calibration cycle that will last 5 to 6 minutes The control panel is locked during this cycle 7 Press the Mode key to return to Run mode Calibrating Relative All 310 Series incubators can be equipped with an optional direct readout Humidity relative humidity RH sensor This is a readout only of the chamber relative humidity level It does not provide any control of the relative humidity in the cabinet Relative Humidity Stabilization Times Start Up Allow 12 hours for the relative humidity and temperature in the chamber to stabilize before proceeding Already Operating Allow at least 2 hours after temperature display reaches setpoint for relative humidity to stabilize before proceeding 2 4 Model 310 Series DH Incubator Thermo Scientific Calibrating Relative Humidity continued Thermo Scientific me Section 2 Calibration Place an accurate independent instrument
74. ress the right arrow until Audible XXX is displayed in the message center 3 Press up down arrow to toggle Audible ON OFF 4 Press Enter to save the setting 5 Press the Mode key to return to run mode or right left to go to next previous parameter A 3 digit Access Code can be entered to avoid unauthorized personnel from changing the setpoints calibration or configuration A setting of 000 will bypass the access code The factory setting is 000 1 Press the Mode key until the Config indicator lights 2 Press the right arrow until Acc Code XXX 15 displayed in the message center 3 Press up down arrow to change the access code 4 Press Enter to save the access code 5 Press the Mode key to return to the Run mode or right left to go to next previous parameter Model 310 Series DH Incubator 3 1 Section 3 Configuration Set a Low Temp The low temp alarm limit tracking alarm is the deviation from the Alarm Limit temperature setpoint which will cause a low temp alarm The low temp alarm is variable from 0 5 below setpoint to 5 below setpoint The factory setting is 1 below setpoint minus sign in the display indicates that the alarm setting is below the setpoint 1 ds Press the Mode key until the Config indicator lights Press the right arrow until Temp Lo X X is displayed in the message center Press up down arrow to change the low temp alarm limit Press Enter to save the low temp alarm limit Pr
75. s are reactivated Caution Before making any calibration or adjustments to the unit it is imperative that all reference instruments be properly calibrated A Before calibration allow the cabinet temperature to stabilize Place the calibrated instrument in the center of the chamber The instrument should be in the airflow not against the shelf Temperature Stabilization Periods Startup Allow 12 hours for the temperature in the cabinet to stabilize before proceeding Already Operating Allow at least 2 hours after the display reaches setpoint for temperature to stabilize before proceeding Model 310 Series DH Incubator 2 1 Section 2 Calibration Calibrating Temp 1 Press the Mode key until Cal indicator lights ntin co ued 2 Press the right arrow until TEMPCAL XX X appears the message center 3 Press up down arrow to match display to calibrated instrument 4 Press Enter to store calibration 5 Press the Mode key to return to Run or the right left arrow to go to next previous parameter Calibrating the T C Models 310 311 350 and 351 have a thermal conductivity CO sensor Thermal conductivity of the incubator atmosphere is not only System effected by the quantity of CO present but also by the air temperature and water vapor present in the incubator atmosphere In monitoring the effects of CO air temperature and absolute humidity must be held constant so any change in thermal conductivity i
76. s caused by a change in CO concentration Changing temperature or changing from elevated humidity to room ambient humidity levels will necessitate a re calibration of the CO2 control T C CO Sensor Stabilization Periods Some T C CO sensors go through an aging period especially on new installations Calibration should be checked on a weekly basis and adjusted as necessary When stabilization occurs checks may become less frequent Start Up The sensor has been calibrated at the factory for 37 C and elevated humidity Allow the temperature humidity and levels in the chamber to stabilize at least 12 hours before checking the CO concentration with an independent instrument Presently Operating Make sure the chamber doors are closed Allow at least 2 hours after the temperature and CO displays reach their setpoints for chamber atmosphere stabilization 2 2 Model 310 Series DH Incubator Thermo Scientific Calibrating CO System continued Calibrating the Infrared C0 System Thermo Scientific Section 2 Calibration Make sure the stabilization periods outlined above are followed Sample the chamber atmosphere through the sample port with an independent instrument Sample the atmosphere at least 3 times to ensure accuracy of the instrument 3 Press the Mode key until the Cal indicator lights 4 Press the right arrow until 2 CAL XX X is displayed in the message center
77. s supply pressures are below 10 psig 0 690 bars The 310 Series incubators can be equipped with a humidity sensor P N 190643 to monitor the relative humidity inside the chamber The sensor is mounted to the top air duct and provides a signal that is displayed in 196 increments on the control panel The humidity readout can be displayed continuously or toggles with the temperature readout In addition a low alarm limit can be set on the humidity readout which will detect when the humidity pan runs dry Refer to Section 3 Configuration Thermo Scientific Humidity Level Factors Humidity Readout Accuracy Uninterruptible Power Supply Connections Thermo Scientific Section 6 Factory Options e Water level in the humidity pan e Frequency of door openings The humidity pan located on bottom of chamber versus a shelf Caution Incubators equipped with a Thermal Conductivity CO sensor rely on a constant level of relative humidity in order to accurately measure and control the CO concentration in the incubator A The sensor is capable of measuring relative humidity from 1096 to 10096 with an accuracy of 5 above 90 See Section 2 Calibration for details on calibrating the humidity readout Warning The Uninterruptible Power Supply is not rated for life support applications A The optional Uninterruptible Power Supply UPS P N 270078 and 270082 provides a back up power source for the incubator When the batteries are
78. t Mode Select Switch Used to select Run Setpoints Calibration and System Configuration Modes Message Center Displays system status Mode Select Indicators Run Run Menu Set Set Points Menu Cal Calibrate Menu Config Configuration Menu Up and Down Arrows Increases or decreases the number values toggles between choices Enter Stores the value into computer memory Heat Indicator Lights when power is applied to the heaters Temp Display Program to display temperature continuously RH con tinuously with RH option or toggle between temperature and humid ity with RH option See Section 3 Configuration Scroll for Parameters Arrows Moves the operator through the choices of the selected mode Inject Indicator Lights when CO is being injected into the incu bator 96 CO2 Display Displays CO percentage continuously Message Center Alam ae Upand Indicator Select Indic ect Enter Lemp Silence Switch ndicators Arrows Display AN Scroll for Inject 0 0 Parameters Keys Indicator Display Figure 1 2 Control Panel Thermo Scientific Keypad Operation Thermo Scientific Section 1 Installation and Start up The Model 310 Series direct heat incubator has four basic modes which allow incubator setup Run Setpoints Calibration and System Configuration Run is the default mode which the incubator will normally be in during operation
79. technician s convenience a label containing the two numbers on the cell is affixed inside the electronics drawer A 3 4 Model 310 Series DH Incubator Press the Mode key until the Config indicator lights Press the right arrow until T CZ XXXX is displayed in the message center Press up down arrow to change the zero number to match the sticker Press Enter to save the setting Press the Mode key to return to Run mode or right left to go to next previous parameter Thermo Scientific Section 3 Configuration Set New Span Number Ifa new CO sensor is being installed the two numbers on the 5 for T C C0 Sensors factory installed sticker on the T C cell must be entered to calibrate the in the unit Note For the technician s convenience a label containing the two numbers on the cell is affixed inside the electronics drawer A Press the Mode key until the Config indicator lights Press the right arrow until T CS XXXX is displayed in the message center Press up down arrow to change the span number to match the sticker Press Enter to save the setting Press the Mode key to return to Run mode or right left to go to next previous parameter Set a Low RH Alarm On units that have the RH option installed a low RH alarm limit may be Limit entered The low RH alarm limit is the in the cabinet which will cause low RH alarm The setpoint is variable from setpoint 0 to 90 RH The factory setting
80. ter Numbers increase 4 Press to return Numbers decrease 10 previous parameter Numbers increase Press Enter to save the setting Seal tor Pammemes Press to return 1 Numbers decrease to previous parameter lemp alarm relay ON 3 Press Enter to save the setting Press to return Temp alarm relay OFF to previous parameter Numbers increase Press Enter to zz i 60210 save the selling Press to return Numbers decrease to previous parameter Numbers increase Press Enter to Mode y C02 XX save the setting Scil lor Parameters Press to return Numbers decrease to previous parameter continue on next page Chart3 1 1 cdr Model 310 Series DH Incubator 3 9 Section 3 Configuration Chart 3 1 Page 2 of 3 Configure Mode refer to previous page To Configure f C02 alarm relay ON Press Enter to Mol nter CO Alarm Relay ll xx CO2RY XXX XXX e save the setting Press to return 0 02 alarm relay OFF to previous parameter Numbers increase Press Enter to T C CO Zero Number TEZE Risus Scroll for Pasameters Press ta to return Numbers decrease Numbers increase Press Enter to T C Co Span Number T C S save the setting Scroll for Parameters Press to return gt 5 to previous parameter Numbers increase RH Low Alar
81. the Tank Sel in Configuration Mode from 1 to 2 to indicate that the incubator is now using gas supplied through Inlet 2 If the gas supply to Inlet 1 is replenished the incubator will continue to operate using the gas supplied through Inlet 2 unless the operator changes the Tank Sel from 2 to 1 through Configuration Mode Refer to Section 3 Configuration Audible and visual alarms occur on the control panel when the gas guard switches from one supply to the other The audible alarm sounds until the Silence LL operator presses the Silence key on the control Key panel The visual alarm in the Message Center reads Tankl Tank 1 Low while the audible alarm is sounding but the message is removed when the operator presses the Silence key However the Tank Low indicator on the control panel stays lighted until the condition is resolved The unit operates normally Figure 6 7 Silence Key Caution Both the audible and visual alarms described above do not ring back once the Silence key is pressed A If the Gas Guard system does not detect an adequate gas supply at CO Inlet 1 or Inlet 2 a visual and audible alarm will again occur on the control panel The visual alarm in the Message Center will read Tank 1 amp 2 Low The audible alarm will continue to ring until the Silence key is pressed The audible alarm will ring back every 15 minutes after the alarm is silenced if the Gas Guard continues to detect that both ga
82. tion 6 With the incubator properly installed and connected to power the humidity pan filled and the unit connected to gas supplies system setpoints be entered The following setpoints can be entered in Set mode Temperature Overtemperature and CO To enter Set mode press the Mode key until the Set indicator lights Press the right and or left arrow keys until the proper parameter appears in the message center See Chart 1 1 for more detail Model 310 Series incubators have an operating temperature range of 10 C to 50 depending on ambient temperature The incubator is shipped from the factory with a temperature setpoint of 10 At this setting all heaters are turned off To change the operating temperature setpoint 1 Press the Mode key until the Set indicator lights 2 Press the right arrow until Temp XX X is displayed in the message center 3 Press the up down arrow key until the desired temperature setpoint is displayed 4 Press Enter to save the setpoint 5 Press the Mode key until the Run indicator lights for Run mode press the right left arrow keys to go to next previous parameter Model 310 Series DH Incubator 1 11 Section 1 Installation and Start Up 1 12 Setting the Overtemp Setpoint Model 310 Series DH Incubator Caution The independent overtemp system is designed as a safety to protect the incubator only It is not intended to protect or limit the maximum temperature of the cell
83. to the larger hole in the air intake to the blower Refer to Figure 1 10 4 Verify that the temperature sensor is installed into the smaller hole in the intake as in Figure 1 10 Air Sample Humidity Temperature Filter Assembly Sensor Sensor optional 2 Q 4 c N Top Duct Air Intake to Blower Figure 1 10 View of Chamber Ceiling Leveling the Unit Check for level by placing a bubble style level on one of the shelves Turn the hex nut on the leveler counterclockwise to lengthen the leg or clockwise to shorten it Level the unit front to back and left to right Connecting the Unit to See the serial tag on the side of the unit for electrical specifications or refer Electrical Power to the electrical schematics at the end of this manual Caution Connect the incubator to a grounded dedicated circuit The power cord connector is the mains disconnect device for the incubator Position the incubator so the unit can be easily disconnected A 1 8 Model 310 Series DH Incubator Thermo Scientific Connecting the Unit to Electrical Power cont Filling the Humidity Pan Thermo Scientific Section 1 Installation and Start Up Plug the provided power cord into the power inlet connector on the back of the cabinet See Figure 1 11 then into the grounded dedicated electrical circuit Accessory Outlet CO Inlet Optional 75 watts Max jc ps 485
84. to the newly exposed holes 5 Remove the two plastic clips securing the door heater cable These clips will be rotated 180 when installed on the left lower edge of the door frame 5 4 Model 310 Series DH Incubator Thermo Scientific Section 5 Routine Maintenance Reve rsing the Door 6 Rotate the kick plate and attach the door heater cable with the clips as Swing co ntinued shown in Figure 5 3 The insert in the illustration shows the proper positioning of the clips Figure 5 3 Rotate Kickplate 7 The incubator and door should look similar to Figure 5 4 Figure 5 4 Unit with Detached Door Thermo Scientific Model 310 Series DH Incubator 5 5 Section 5 Routine Maintenance 5 6 Reversing the Door Swing continued Model 310 Series DH Incubator 8 Refer to Figure 5 5 for the next steps Remove the nylon screws along the right side of the cabinet Remove the outer door hinges Rotate them 180 and install them on the right side of the cabinet Install the nylon screws in the holes vacated by the hinges Figure 5 5 Component Locations 9 10 11 12 13 14 15 With 1 8 Allen wrench remove the door open switch target plate on the top of the inner door Remove the door latch striker plate Hold the door securely and remove the upper hinge bracket on the cabinet This hinge bracket will be rotated 180 and be placed in the lower right corner of the cabinet where indicated
85. top duct requires the two wing nuts to be removed 2 Set the filter aside Wash the shelves ducts wing nuts and stopper with disinfectant Optional The shelves ducts and wing nuts may be autoclaved 3 Remove the blower scroll held on by four screws Remove the blower wheel and the access port filter If a new blower wheel and scroll are going to be used discard the old ones If the old ones are being reused wash and rinse all parts with disinfectant Model 310 Series DH Incubator 5 1 Section 5 Ro 5 2 utine Maintenance Disinfecting the Interior cont Cleaning the Cabinet Exterior Cleaning the Glass Doors Model 310 Series DH Incubator 9 sensor may be lowered by unscrewing the retaining ring around the sensor This will allow the sensor gasket to be removed cleaned and replaced WIPE the CO sensor do not spray or soak Wash the inner door gasket with disinfectant The inner door gasket may be removed and or replaced Wash the cabinet interior with disinfectant starting at the top and working down Refer to the disinfectant directions for length of time needed before rinsing Wash the inner door both inside and out The cabinet and door must be rinsed with sterile water until the disinfectant has been removed After the cabinet has been rinsed spray with 70 alcohol If the CO sensor gasket was removed spray it with 70 alcohol and install it Install the sample filter I
86. ture setpoint of 37 has been entered the humidity pan has been filled and the CO control is to run between 0 1096 with a T C CO sensor the CO setpoint may be entered immediately Otherwise it is important to allow the unit 12 hours to stabilize at the temperature setpoint before entering the CO setpoint models of the incubator have a setpoint range of 0 0 to 20 0 The incubator is shipped from the factory with a CO setpoint of 0 0 At this setting all CO control and alarms are turned off To change the CO setpoint 1 Press the Mode key until the Set indicator lights 2 Press the right arrow until CO2 XX X is displayed the message center 3 Press the up down arrows until the desired CO2 setpoint is displayed 4 Press Enter to save the setpoint 5 Press the Mode key until the Run indicator lights to go to Run mode or press the right left arrow keys to go to next previous parameter Model 310 Series DH Incubator 1 13 Section 1 Installation and Start Up set Mode Press MODE to light SET Set Operating Temperature Over Temperature Percent C0 1 14 Model 310 Series DH Incubator Run Set Config Heat Temp c3 c3 ca SET POINTS gt eras Scroll for Parameters vg Press MODE to move to CALIBRATE nier made TEMP Scroll for Parameters E Press to return to previous parameter Scroll for Parameters Press to return to
87. ure in the CO cylinder decreases therefore a two stage regulator is recommended If higher purity CO is desired inside the incubator greater than 99 5 pure the pressure regulator should be constructed with a stainless steel diaphragm along with specifying the purity of the CO2 from the gas supplier Follow the manufacturer s instructions to ensure proper and safe installation of the pressure regulator on the gas cylinder Consult your facility safety officer to ensure that the equipment is installed in accordance with the codes and regulations applicable in your area A Thermo Scientific Connecting the gas Supply continued Incubator Start Up Setting the Operating Thermo Scientific Temperature Section 1 Installation and Start Up The CO gas supply being connected should be industrial grade 99 596 pure and should not contain siphon tubes Install a two stage pressure regulator at the cylinder outlet The high pressure gauge at the tank should have 0 2000 psig range The low pressure gauge at the incubator inlet should have a 0 30 psig range Input pressure to the incubator must be maintained at 15 psig 103 4 kPa The incubator has serrated fittings on the back of the cabinet to connect the gas supply Refer to Figure 1 11 The fitting is labeled CO2 Inlet 1 Tank Make sure that the connections are secured with clamps Check all fittings for leaks For units having the CO Gas Guard option refer to Sec
88. ver the base frame Tighten bolts 6 Remove the four nylon plugs on the lower back of the upper incubator 7 Insert the stacking brackets into the slots on the back of the control panel of the bottom unit as shown in Figure 1 6 back of top incubator Stacking brackets Stacking brackets 5 Remove vinyl plugs and insert screws back of bottom incubator Figure 1 6 Brackets Installed Thermo Scientific Model 310 Series DH Incubator 1 5 Section 1 Installation and Start Up Stacking continued Preliminary Cleaning and Disinfecting Installing the Shelves 1 6 Model 310 Series DH Incubator 8 Align the slots in the brackets with the mounting holes on the back of the top incubator Secure the brackets with the screws provided in the stacking kit 9 Make sure the hinge pins are in the hinge brackets Slide the door onto the hinge pins 10 Secure the door heater cable to the connector below the door and replace the kick plate on the top unit taking care not to crimp cable 11 The stacked incubators are ready for service Remove vinyl from shelf channels duct sheets and air duct if present Using a suitable laboratory disinfectant disinfect all interior surfaces including shelves and shelf supports door gaskets blower wheel and CO sensor Refer to Section 5 Caution Before using any cle
89. ward and engage the channel s front slot into the shelf support s appropriate forward tab Refer to Figure 1 8 Shelf channel Side duct rear slot tab Side duct tab a Figure 1 8 Channel Ends Shelf channel front slot Locate the opening in the top left corner on the inside of the chamber Remove the tape covering the opening on the outside of the unit Locate the stopper with filter in the hardware bag Install the assembly in the opening inside the chamber See Figure 1 9 HEPA Filter A gt Temperature sensor ES Access Sample Air Filter port filter Figure 1 9 Filter and Sensor Locations Caution Be careful when handling the filter The media can be damaged if it is mishandled To avoid damage to the incubator do not operate the unit without the filter in place A 1 Remove the filter from the shipping box 2 Remove the plastic coating from the filter using caution not to touch the filter media 3 Install the filter as shown in Figure 1 9 Refer to Section 5 for HEPA filter maintenance Model 310 Series DH Incubator 1 7 Section 1 Installation and Start Up Installing the Air Sample 1 Remove the filter from the shipping bag Filter Install the air sample filter assembly to the black hose barb behind the top duct 3 Insert the other end of the filter assembly in
90. when the Temp set point is 10 The CO alarms are disabled when the CO set point is 0 0 Thermo Scientific Model 310 Series DH Incubator 4 1 Section 4 Alarms Temp Control Failure Alarm TMP CNTR ERR Sensor Fault Alarms C02 SNSR ERR IR AUTOZ ERR 4 2 Model 310 Series DH Incubator In addition to other safety features designed into Model 310 Series incubators a thermostat is also provided to monitor the cabinet s temperature In the unlikely event of a temperature control failure the thermostat will turn off all heaters at a cabinet temperature of 65 C 10 This is intended to be a safety feature to protect the incubator and is not intended to protect the cell cultures or the equipment inside the chamber should a temperature control failure occur The microprocessor in Model 310 Series incubators continually scans all available sensors to ensure that they are operating properly Should an error be detected the incubator sounds an alarm and displays the appropriate message If such an alarm occurs contact your local distributor or the Technical Services department at 740 373 4763 or 1 800 438 4851 USA and Canada or fax 740 373 4189 If the cables or connectors between the main microprocessor board and the CO sensor or between the CO board and the sensor head on I R CO units become loose or disconnected the CO2 SENS ERR alarm occurs I R Units On I R incubators the red light on the I R module see Fi

7010310r16_Forma Direct Heat CO2 Incubator

Contents

Download Pdf Manuals

Related Search

Related Contents