Thermal Shock Chamber
Contents
1. nisms have also been adopted including a water separation filter for removing brine from water for the purpose of brine recycling As a result these new chamber models have reduced brine consumption by approximately 65 compared to the preceding model TSB 5 Both single liquid and double liquid brine applicable Either single liquid brine or double liquid brine can be selected simply by switching the valve Two models available to suit the specimen size and weight Two different models are available TSB 21 can hold specimens weighing up to 1 0 kg while TSB 51 can hold specimens weighing up to 2 0 kg Capable of handling a wide variety of electronic parts from ICs to printed circuit boards Smooth transfer of specimens realized An air cylinder system that suppresses vibration of the specimens and a new specimen loading system that prevents unnecessary stress to the specimens during transfers between the hot bath and the cold bath Recorder terminals as the standard device Thermal shock chamber has one piece of the recorder terminal that outputs the temperature of the specimens Additionally the thermal shock chamber has a specimen power supply control terminal and a time signal Up to 5 pieces of the recorder terminals can be added as an option Test Area Reduced by 65 Conditions Power 200V AC 60Hz Ambient temp 23 C H 155 C 5 minutes L 70 C 5 minu2. color LCD panel design allows sett ings to be made simply by touching the screen in accordance with the display The test pattern test area temperature number of temperature cycles trend graph display etc are all displayed on the screen Setting Interactive input system using system a touch panel Display Color TFT LCD panel 6 5 inch Test area exposure temperature e Hot bath preheating temperature e Cold bath precooling temperature e Liquid temperature recovery for hot bath e Liquid temperature recovery for cold bath Temperature High temperature side 60 to 200 C setting range Low temperature side 75 to 0 C Thermocouple T JIS C 1602 PID control system Dime setting sec to 99 min 59 sec range Cycle setting t 9999 cycles range RAM mode Max 40 patterns writable ROM mode 10 standard test patterns registered e Timer preset e Test continuity selection e Overheat overcool protection e Stable time control e Power saving operation e Power failure recovery operation selection e Liquid temperature recovery T Recycling operation Test pattern editing e Automatic preheating precooling setting Auxiliary e Time signal functions e Program memory e Automatic power shutoff e Programmed time display Test starting point selection e Test halt preset Temperature control Error description e Test completion mode selection e Trend graph e Alarm history display e Sen
3. 2 D lt E ALS a CA 4 i j Liquid to Liquid Thermal Shock Chamber ESB 2f TSB 51 TTT Key technology for ensuring rehability Supports the current trend toward higher stress High accuracy is increasingly demanded in the pursuit of reliability in the field of electronics Liquid to liquid type thermal shock testinesisnow attracting attention for its ability to impose higher thermalstress on specinens than air to air type testing and to deliver test results quickly ESPEC has successfully developed next generation liquid to liquid thermal shock chambers that satisfy the demand for environmental conservation and lower running costs from brine and power consumption which have traditionally beemresarded as stumblinge blocks with liquid to liquid thermal shock chambers ESPEC takes great pridein offering this cutting edse chamber as a key technology in ensuring higher reliability The paperless recorder external alarm terminal emergency stop switch and casters are optional items Utility A number of mechanisms for drastically reducing brine consumption To reduce brine consumption the airtightness of the test area has been enhanced to prevent vapor leakage and brine evaporation Numerous mecha
4. Doing so may lead to fire or explosion DANGER Do not use as specimens substances or creatures that may emit inflammable or corrosive gases or substances that may exceed permissible heating values A N Correctly clean the brine in use Use of the incorrect liquid will significantly reduce the service life of the chamber and may produce CAUTION the brine manufacturer Be sure to read the user s manual before operations noxious decomposition products Before using a brine consult with OPTIONS Paperless recorder Thermocouple Built in air compressor Records temperature of each section such as the temperature inside the chamber Number of inputs PLIS 1 5 more channels can be turned ON ee ee Specimen basket Data saving cycle 1 sec Temperature recorder terminal PL3S 3 3 more channels can be turned ON Equivalent to standard accessory Data saving cycle 1 sec e Material Stainless steel 5 mesh PL3L 3 3 more channels can be turned ON Data saving cycle 5 sec Temperature range 100 to 220 Caster External recording media CF memory card 128 MB rs Installed for mobility Language support ENG JPN External alarm terminal Free wheels 4 If the safety device of the chamber activates the external alarm terminal Fixture for securing the body will relay the alarm to distant place Used to bolt the chamber to the floor Power cable For supplies electricity to the chamber e 5 10m T
5. ISO 9001 JIS Q 9001 Quality Management System Assessed and Registered ESPEC CORP has been assessed by and registered in the Quality Management System based on the International Standard ISO 9001 2008 JIS Q 9001 2008 through the Japanese Standards Association JSA S MWetyp ays EC99J2046 ISO 14001 JIS Q 14001 Environmental Management System Assessed and Registered ESPEC CORP Specifications are subject to change without notice due to design improvements Corporate names and trade names mentioned in this catalog are trademarks or registered trademarks
6. emperature recorder _ Communication function 100 to 220C 100 mm Emergency stop switch Connected to a PC directly to control RK 61 I pen the chamber standard equipment RK 63 3 pens RS 485 RK 64 6 dots GPIB e RS 232C For future installation of a recorder If the user elects to prepare a custom temperature recorder or plans to add one at a later date the necessary power cable temperature sensor and grounding wire are available as options i Some photographs listed in this catalog contain Japanese display 8 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 1 616 896 6100 Fax 1 616 896 6150 ESPEC EUROPE GmbH Tel 49 89 1893 9630 Fax 49 89 1893 96379 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 83317825 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 MALAYSIA SDN BHD Tel 60 3 8945 1377 Fax 60 3 8945 1287 W3E22C02 The contents of this catalog is as of March 2010 JIS Q 9001 JSAQ 004
7. emperature switch e Refrigerator high pressure switch e Hot bath agitator temperature switch e Cold bath agitator temperature switch e Air pressure switch e Hot bath boil dry protector e Cold bath boil dry protector e Overheat protector for hot bath e Overcool protector for cold bath e Overheat overcool protector for the hot bath built into the controller e Overheat overcool protector for the cold bath built into the controller e Drive unit transfer time built into the controller e Test area overheat overcool protector built into the controller e Specimen power supply control terminal e Fuse e Low liquid level alarm e Locking mechanism for specimen transfer area door ACCESSORIES e Specimen basket 18 8 Cr Ni stainless steel 5 mesh wire net e 1 e Specimen basket COVO e eemersnittiannnimiisssi tesenn 1 set Cartridge fuse 5 A 10sen Fluid drain hose Inner dia 12 MM werner seresnentestisttnstsstenee 2 Inner dia 8 MM ese ccc 1 Funnelior fuid suppi ecan na a a 1 e Fluid injection pipe with rubber Cork eee 1 e Connector Terminal for temperature recorder 1 e Shutter Open attachment oe ee ec cctccctiectie 2 e Water absorption MAT a E 1 e Thermocouple Ea EE E E naseaasenie E A tees aad AE E lata E E 1 e User s manual vas dunahidud SEE EE EEEE AE aun saunas cece yg nuhguns ec EEEE reeds 1 copy A Do not use specimens that are explosive or inflammable or that contain such substances
8. formance at an ambient temperature of 23 C 2 Performance indications conforming to JTM K01 1998 3 Performance when each bath is operated individually 4 Value measured in an anechoic room at 1m from the chamber front and at a height of 1 2 m above the floor A characteristic Compliant with JIS Z 8731 5 Protrusions from the machine sides excluded Leveller height not included 6 Weight of the liquid not included Exposure Temperature Exposure Time Temperature Number of Recover Startin High Ambient Low High Low Ambient time Y Test Cycles DE n Temp Temp Temp Temp Temp TiO F2 adan a 10 T Temperature of the specimen MIL STD 883E B syst Ee O Ormin under worst Min A Method No 1011 9 0 20 up to Simin case 15 cycles Aiah em conditions g pi recovered 10 0 ithi in C 4150 65C within 5 min 0 10 orl a T2 a ae Hue 55 0C 10 Varies by specimen weight Less than 1 4 g 5 cycles MIL STD 202G aon 0 5 min Method No 107a uli iit g a 1 4 to 14g p r ecu mee 2 min ae 65C i 4 40 10 Over 14 to 140 g C erste 2 ml 0 10 cycles unless JIS C 0025 eee 0c eee otherwise Low temp specified SAFETY DEVICES e Leakage breaker e Circuit breaker for wiring e Motor reverse prevention relay e Compressor thermal relay e Compressor temperature switch e Electric parts compartment door switch e Specimen transfer area door switch e Recycling circuit fan t
9. ld baths Noise level 4 65 dB or less Exterior material Painted steel Internal tank Stainless steel plate 18 8 Cr Ni Insulation Glass wool foamed polyurethane Heater Sheathed heater Cooler Cooling pipe coil Agitator 2 units one each for the hot and cold baths S Refrigerator unit Refrigeration system Mechanical cascade refrigeration system Air cooled condenser 2 Compressor Rotary compressor Refrigerant R508A R404A Drive unit for specimen transfer Horizontal and vertical air drive system Method Condensed recovery through refrigerator cooling Fluid recovery circuit Refrigerator Cold bath cooling refrigerator Method Condensation by refrigerator Condensation circuit Refrigerator Cold bath cooling refrigerator Liquid level indicator chamber lamp specimen transfer area door adjuster Components specimen power supply control terminal time signal recorder terminal integrating hour meter Specimen basket dimensions mm W120XH150X D120 W4 7 XH5 9X D4 7 in W150XH150x D200 W5 9XH5 9X D7 8 in Test area loading capacity Approx 2 1 L Approx 4 5 L Specimen basket load capacity evenly distributed load Inside bath dimensions WXHxXD mm 260X350X440 10 2x13 8X17 3 in Approx 40 L 290350520 11 4 13 7 20 4 in Approx 55 L Outside dimensions WXHXD mm 5 114017851240 44 9 70 3 X 48 8 in 1200X 1785X1320 47 2 70 3 X 52 in Chamber overall weight Approx 650 kg Approx 790 kg 1 0 kg 2 0 kg 1 Per
10. sor calibration e RS 485 communication SPECIFICATIONS System Two liquid bath system with specimen basket transfer Brine Single liquid or double liquid fluorine deactivated brine g ae ai of the rated voltage AU C ee 5 Maximum load current 25A 43A 3 Operating temperature Oot 40 GS 210r Occ gt Air source pneumatic pressure 0 4 to 0 7MPa 4 to 7kgf cm Air source piping connection size p 8mm Required air flow quantity 15L min ANR 3 6L cycle ANR Temp range 70 to 200 C 158 to 392 F Temp fluctuation 2 2 CEG r Hot bath 7 Temp heat up rate Ambient temp to 150 C 302 F within 90 min Temp pull down rate 3 150 to 60 C 302 to 140 F Within 60 min 150 to 60 C 302 to 140 F Within 100 min 5 Temp range 65 to OC 85 to 32 F D Temp fluctuation 2C E36 F Cold bath am TA Temp heat up rate ooo 0 8510 4 32 Ff Within 60 min 65 t0 0C 85 to 4 32 F Within 65 min Temp pull down rate 2 Ambient temp to 65 C 85 F Within 120 min Ambient temp to 65 C 85 F Within 90 min o Hotbath Liquid temp 150 C 302 F Galden DO2 TS 49 z Cold bath Liquid temp 65 _ C 85 _ 2 F Galden DO2 TS o Exposure time High and low temperatures 5 min each 8 Number of cycles 15 cycles Specimen Plastic molded ICs 1 0kg Plastic molded ICs 2 0kg Specimen transfer time Within 10 sec Time of transfer between hot and co
11. tes 100 cycles Specimen TSB 5 1 5kg TSB 51 2 0kg Brine Galden DO2 TS The external alarm terminal is optional Utility Comparison of power consumption Energy savings achieved Cati AUIS Dramatic energy savings have been et oo 5min L 70C 5min achieved through the adoption of a new Specimen TSB 51 2 0k ane Beene ae ee refrigeration circuit with power consumption slashed by as much as 52 compared to former ESPEC models Reduced by 52 4 Installation environment improved through reduced operation noise 10 0 20 0 30 0 40 0 PONE CE ahs The operation noise level of the cham ber has been reduced to as low as 65 dB A characteristic by providing sound proofing panels for the noise emitting machine compartment including the refrigerator Above values are references Paperless recording optional The paperless recorder makes it easy record the temperatures of different components such as the chamber tem perature on a memory card Compact Flash Remote control from your PC Paperless esis optional Please contact us for details on using a PC to monitor and remotely control the equipment Visibility and ease of use improved through interactive input using a touch screen system and color LCD screen Uses a color LCD interactive touch panel system employed throughout eae o the Thermal Shock Chamber Series BASKET MOVE Lie E t MET le A
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