Thermal Shock Chamber
Contents
1. Thermocouple Attached to specimens to measure specimen temperature gt 2m 4m 6m T JIS C 1602 with ball attached Auxiliary cooling injector LCO2 Used to reduce the temperature recovery time of low temperature exposure by injecting liquefied carbon dioxide at the beginning of exposure Auxiliary cooling injector LN2 Used to reduce the temperature recovery time of low temperature exposure by injecting liquefied nitrogen at the beginning of exposure Total cycle counter Indicates cycle counts Display range 1 to 99999999 with reset function Additional overheat protector Additional preventive measures can be taken for excessive temperature rise in the chamber in addition to the standard equipped overheat protectors External alarm terminal If the safety device of the chamber is activated the external alarm terminal will notify it to a remote point Emergency stop pushbutton Stops the chamber immediately Cable port rubber plug Prevents air leakage from the cable port Specimen basket Equivalent to standard accessory Material stainless steel 5 mesh Anchoring fixtures Used to bolt the chamber to the floor Power cable Used to connect to the primary power source 5m 10m Color specification Chamber can be painted to any desired color a color sample is required Interface Computer interface GPIB Serial interface RS 232C Select one i2. down time account for performance of each temperature chamber 4 Excluding protrusions 5 Compliance with CE Marking 6 At ambient temperature 23 C 7 At 1m from front of chamber 1 2m from floor ISO 1996 1 2003 A weighted sound pressure level depending on environment Do not use specimens which are explosive or inflammable or which contain such substances To do so could be hazardous as this may lead to fire or explosion DANGER Do not place corrosive materials in the chamber If corrosive substances or humidifying water is used the life of the unit may be significantly shortened Do not place life forms or substances that exceed allowable heat generation Be sure to read the user s manual before operation CAUTION SAFETY DEVICES e Leakage breaker 200 220 380 400 415V AC e Circuit breaker 400V AC e Electrical compartment door switch e Hot chamber overheat protection switch e Cold chamber overheat protection switch e Hot chamber overheat protector Controller e Cold chamber overheat overcool protectors Controller e Test area overheat and overcool protectors Built in controller e Test area overheat overcool protectors e Refrigerator high pressure switch e Thermal relay for compressor e Temperature switch for compressor e Temperature switch for air circulator e Thermal relay for air circulator e Motor inverter e Motor reverse prevention relay e Hot chamber door switch e C
3. taii h h h k ROM built in contains 10 test standard patterns all ng into the test area when the hamber ration Timer preset Program memory chambe SIOPS Open Test continuity selection Automatic power shut off Other protection mechanisms are Overheat Overcool protection Programmed time display equipped to ensure that the specimen Upstream downstream sensor selection Test Suspension does not fall Stable time control Test completion mode selection Quick exposure control Trend graph Power recovery mode Alarm history display Automatic defrost Sensor calibration 2 Easy wiring access Temperature recovery time setting RS 485 communication Auxiliary functions A cable port is provided on the right side to allow easy wiring of specimens for measurement during high and low Test area temperature cycle tests Comprehensive safety system an A dual safety system automatically stops the test area drive mechanism if the door is left open and automatically S locks the door when the test area is in a motion 320mm Equipped with casters for mobility Cable port 50mm shown with cap installed Characteristics A whole range of environmentally friendly features Reduced power consumption Required footprint Top view Reduced power consumption is an Installation space 2 88 m important issue for our customers This compact thermal shock chamber employs
4. 0 More than 1 5 kg 3 120 C 4 hours 15 min 0 OG a3 60C 2 5C 3 r Oae ae 2 ONG se SHou sp ONG A 510 a6 i sp SG ae 2 RAR 220C E3 Aree less than 10 EIA ED 25 31A hp eo0G a2 ee P aes ete less than 10sec ofexposure 5or10cycles Low temp 85C 2 P 30C 3 ane time 90C 2 soe t9 if not specified 95C 2 40C 3 p a OOE A Z450 see KG ace E The above specification tests include only those tests applicable to TSE 11 A For further information please contact us Ambient temperature at exposure temperature and exposure time represents the temperature and time when moving from hot chamber to cold chamber SPECIFICATIONS Model OOOO O O TSE 11 A System D High temp exposure range Z Low temp exposure range Temperature fluctuation 2 _ amp Pre heat upper limit O L a SS Temp heat up time 3 O cS xF es Pre cool lower limit SoS o SS Temp pull down time 3 ral eb 6 9 Recovery conditions oa 5 F Temp recovery time Test area Heater 5 6 System S Se Compressor m OS Refrigerant eb Ge Condenser Cooler Air circulator Fittings Test area load resistance Specimen basket load capacity Inside dimensions W XH XD Test area capacity Outside dimensions W XH x D 4 Weight Allowable ambient conditions Power supply Voltage fluctuation rating 10 Maximum load current Exhaust heat quantity Noise level 7 2 zone transition by vertical transfer of
5. Quality is more than a word A4 Wiatate ESOE Thermal Shock Chamber TSE 11 A ESPEC offers a compact butmehly performant thermal shock chamber ideat for the requirements of test standards with smalEand low volume specimen Equipped with superior temperature recovery pertormance capable of answering the requirements of severe test specifications this thermal shock model offers a gt mid testareaan_a comipact slim design recorder andfadditional overheat protectonareyoptional saline paperless Characteristics A high performance compact package to meet severe test requirements A temperature recovery time of less than 5 minutes is achieved in 2 zones 150 C and 65 C without auxiliary cooling By realizing a temperature recovery time of less than 5 minutes for the upstream air in the 2 zones 150C and 65C we have achieved performance equivalent to that of a large thermal shock chamber without having to use auxiliary cooling by means of liquid carbon dioxide which was required in previous compact thermal shock chamber Complies with MIL STD 883H and other test standards This compact thermal shock chamber satisfies the temperature cycle test TTT EIIE EE requirements of MIL STD 883H and High temperature exposure P PEA exposure other test standard see page 5 Examples of temperature uniformity Smooth specimen transfer e Test conditions e Temperature uniformi
6. d ISO 9001 2008 JIS Q 9001 2008 through the Japanese Standards Association JSA Registration ESPEC CORP Overseas subsidiaries not included eSpecifications are subject to change without notice due to design improvements TW2E24C03 The contents of this catalog is as of February 2012 Corporate names and trade names mentioned in this catalog are trademarks or registered trademarks
7. nstead of standard RS 485 Communication cable e RS 485 5m 10m 30m GPIB 2m 4m e RS 232C 1 5m 3m 6m E Some photographs listed in this catalog contain Japanese display ESPEC CORP http www espec co jp english Head Office 3 5 6 Tenjinbashi Kita ku Osaka 530 8550 Japan Tel 81 6 6358 4741 Fax 81 6 6358 5500 ESPEC NORTH AMERICA INC Tel 1 016 096 0100 Vax 1 616 606 6150 ESPEC EUROPE GmbH Tel 49 89 1893 9630 Fax 49 89 1893 96379 ESPEC CHINA LIMITED Tel 852 2920 0930 re 052 2020 0798 ESPEC ENVIRONMENTAL EQUIPMENT SHANGHAI CO LTD Head Office Tel 86 21 51036677 Fax 86 21 63372237 BEIJING Branch Tel 86 10 64627025 Fax 86 10 64627036 TIANJIN Branch Tel 86 22 26210366 Fax 86 22 26282186 GUANGZHOU Branch Tel 86 20 83317826 Fax 86 20 8331 7825 SHENZHEN Branch Tel 86 755 83674422 Fax 86 755 83674228 SUZHOU Branch Tel 86 512 68028890 Fax 86 512 68028860 ESPEC TEST TECHNOLOGY SHANGHAI CO LTD Tel 86 21 68798008 Fax 86 21 68798088 ESPEC SOUTH EAST ASIA SDN BHD Tel 60 3 8945 1377 Fax 60 3 8945 1287 Ary BTN ade etal Wy QMS Ss JIS Q 9001 Maye yw JSAQ 004 EC99J2046 ENVIRONMENTAL MANAGEMENT ISO 9001 JIS Q 9001 ISO 14001 JIS Q 14001 Quality Management System Assessed Environmental Management System Assessed and Registered and Registered ESPEC CORP has been assessed by and ESPEC CORP registered in the Quality Management System based on the International Standar
8. number of measures such as the use of electronic expansion valve to regulate the refrigeration capacity control Specifically aimed at energy savings Rear intake and ceiling exhaust 2250 Minimum footprint Its slim design requires only 2 88m installation space 31 ft Ideal for narrow spaces in labs or factories Material labeling for easy recycling Plastic molded components are labeled and easily detachable to make recycling easier for future disposal of the equipment 1260 Paperless recorder option Built in paperless recorders is available to record temperatures from various sources such as test area temperature Recording is possible on Compact Flash Card or via USB port Paperless recorder optional AOC T 550 40 4h ao T 0 Specimen MIL STD 883H temp within a l Method No oe Dea 15 min eres ees gh 1010 8 l at worst y p D 20007 65C 40 condition F 17507 C H Oe o 50 ard 3 hours T 85C T2 P 100C 2 ooo sour less than 10 IEC 60068 2 14 4125C 3 Ambient 25C 3 1 hour E EA a 5 cycles if not ere JIS C 60068 2 14 Nae temp 40C 3 0 5 hour i F specified P at 150 6 2 3 time 7 55C E3 3 hours on 65C 3 _ if not specified 200 2 p Less than 0 2 kg 1 85 C 1 hour 15 min 0 0 2 0 8 kg renee 2 hours ap un Short Upstream of JASO D 001 2 t 75 C E o Ae IEK exposure is specimen 6 cycles High temp is J a _ recommendable within 5 min 3 hours 15 min
9. old chamber door switch e Test area hold e Door lock mechanisms e Fuse e Specimen power supply control terminal ACCESSORIES e Specimen basket 18 8 Cr Ni stainless steel 5 mesh metal basket W320 x H35 x D230mm Load capacity 2kg equally distributed E E A E estates E D e Cartridge fuse 5 A eee crea EE AN esac Nea cela ga cca Maca cog teat 1 e Cable port rubber plug welt A tg Pabe E E EAT ei nad eco cena eae 2 a dT ae dca a2 ee 1 e User s manual CD R booklet song ecards omen aera etc 1 set OPTIONS Paperless recorder Records temperature of each section such as the temperature inside the chamber Number of inputs PLIS 1 S more channels can be turned ON Data saving cycle 1 sec PL3S 3 3 more channels can be turned ON Data saving cycle 1 sec PL3L 3 3 more channels can be turned ON Data saving cycle 5 sec Temperature range 100C to 220C External memory CF memory card port Includes a 256MB CF card Languag ENG JPN can be changed Temperature range 100 to 220 Effective recording chart width 100mm e RK 61 Ipen RK 63 3 pens RK 64 6 dots Recorder wiring Preparation of a power cable tempera ture sensor and conductor grounding wire for additional installation in the future OPTIONS Terminal for recorder To output temperature values from the test area hot chamber cold chamber Specimen power supply Time signal External alarm terminal option
10. specimen q 6010 4200 F140 t0 4 392 F 65 1 OIG 1S lo a Se TE TOSC a 0 0 T200C 392 F Ambient temp to 200 C 392 F within 30 min 80C 112 F Ambient temp to 80 C 112 F within 90 min 2 zones High temperature exposure 150 C 302 F 30 min Low temperature exposure 65C 85F 30 min Sensor position Upstream Specimen Plastic molded ICs 2 kg within 5 min Shelf brackets on 2 levels of fixed location Stripped wire heater Mechanical cascade refrigeration system Rotary 1 5 kW x2 R508A R404A Air cooled condenser Plate fin cooler cold accumulator Sirocco fan Specimen power supply control terminal integrating hour meter without reset time signal 2 cable port 50 mm right side casters with leveling feer 4 power cable 8 kg 2kg per basket equally distributed load 320 X 148 X 230mm 12 6 X 5 8 X 9 inch 10 9 L 680 x 1625 x 1050mm 26 8 X 64 X 41 3 inch approximately 390kg Oo A0 e S621 104 200V AC 220V AC 380V AC 400 415V AC 400V AC 3 3W 50 60Hz 3 3W 60Hz 3p 4W 50Hz 3 4W 50Hz 3o 4W 50Hz 26A 25A 17A 17A 17A 17 585kJ h 60dB or less 1 The performance values are under the conditions of a 23 C ambient temperature relative humidity of 65 rh rated voltage and no specimen Heat up time and pull down time are those of single unit operation of each chamber 2 The performance values are based on IEC60068 3 5 2001 JTM K07 2007 3 Temperature heat up pull
11. ty measurement method eroen ende a ed ode High temperature exposure 150 C 30 min Thermocouples were embedded in 10 plastic X D u Low temperature exposure 65C 30min molded ICs 16 pin DIPs which were then vibration shock when specimens are Specimen Plastic molded IC 2kg placed on two levels in each of the corners moving between the hot and cold and in the center of a specimen basket chambers Ten car aa Sensor temperature j ithin 1 Test unst Uniform temperature _ J Test area upstream distribution across specimens ei V z High temperature uniformity performance k l A 7 ensures consistent stress on specimens 5 pene ZSF og Characteristics Color LCD interactive touch screen system Operation and settings simplified by the use of a touch screen LCD display instructions displayed on screen At aglance confirmation of test patterns test area temperatures temperature cycles upstream downstream control and trend graphs display Large 10 9 liter capacity test area Features a 10 9 liter test area twice that of our previous model The volume that can be processed is greatly increased and a 210 x 297mm printed circuit board Control panel can be tested in the horizontal position Controller 3 Test area anti drop mechanism A braking system fitted to the drive mechanism prevents specimens from e RAM selected entry a maximum of 40 patterns can be entered
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