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TSD-TSE

1. 4 Meets International standards Designed to comply with major ME environmental test standards like MIL 200 210 220 230 240 250 260 270 280 290 300 310 320 IEC JASO JEITA p 6 8 Time min Temperature O a al G r aa aaa a aA e C o 9 Improved temperature uniformity performance O TSD Temperature uniformity performance e g AET E Test conditions Temperature uniformity measurement method High temp exposure 150 for 30 min Thermocouples were attached to the surface uniformly for outstanding temperature Low temp exposure 657C for 30 min of 10 ICs placed on two levels in each of s ICs X10 the corners and in the center of a specimen distribution a basket The result is uniform thermal stress applied to specimens for minimal 3w3 X 3 D deviation between specimen test results 100 aaae E E ME MERE MEER RM 2E E DE rr EM 01 __ _ ee 9 Smooth specimen transfer a gl The Soft move mode is used to reduce 2265 vibration shocks when specimens 200 210 220 230 240 250 260 270 280 290 300 310 moving between the high and low Time min temperature chambers Test area anti drop mechanism to protect sp
2. Mechanical cascade refrigeration system water cooled condenser Scroll type compressor Electronic expansion valve R404A R23 Plate fin cooler and cold accumulator Power slider 250W Cable port ID 100mm X1 on right side left side available as option specimen power supply control terminal time signal X2 integrating hour meter specimen temperature input terminal 2 30 kg W710XH345x 0410 mm W27 95XH13 58 X D16 14 inch 100L W1100XH1885X D1965 mm W43 31XH74 21 X 077 36 inch Approx 1100 kg 7 OO To Power supply 200V AC 208V AC 220V AC 380V AC 400 415V AC Voltage fluctuation rating 10 3o 50 60Hz 3 60Hz 3 60Hz 3 50Hz 3 50Hz 5 Maximum load current 64A 62 A 58 A 34 A 32A Cooling water supply pressure 0 2 to 0 5 Mpa 2 to 5 kg cm G gt Cooling water supply rate 10 2050L h at reference water temp 4 25 C 3400L h at reference water temp 32 C Piping connection size Carbon steel pipe ID 32 mm P ap SSG tar dk ie ar 1 Max 65 dB 12600 kJ h 3000 kcal h 250 m3 h 1 Under the conditions of a 23 C ambient temperature cooling 6 Excluding protrusions water temperature 25 C rated voltage and no specimen inside 7 This model complies with the requirements of the National Electric Code NFPA 70 for the test area 2 The performance values are based on IEC 60068 3 5 2001 JTM K07 2007 8 When each chamber is operated independently the United States o
3. 136kg More than 136kg 15 min 30 1 hour 2 hours 4 hours 8 hours 10 min or longer after transition start Not specified 5 10 25 50 100 At least 10 IPC TM 650 2 6 6 SAE J1879 JASO D001 JASO D902 EIAJ ED 4701 EIAJ ED 4702 EIAJ ED 7407 Type 1 Type 2 Type 3 Type 4 Type 1 Type 2 0022 125 3 0 85 3 0 ap iso 85 120 65 0 5 55 0 5 55 40 Depends on parties involved qe 40 Depends on parties involved Max storage temp 125 3 100 3 100 3 Mounted printed circuit board max operating temp T255 T255 8045 Max operating temp Min storage temp 65 3 65 3 55 3 Mounted printed circuit board min operating temp 28265 40 5 730 5 Min operating temp Specimen less than 15 min Air 5 min Air 5 min Air 5 min or 10 of soak time whichever is longer Air 5 min or 10 of soak time whichever is longer 30 min 10 min or longer after transition start 0 2kg and below 1 hour 15 min 0 2 to 0 8kg 2 hours 15 min 0 8 to 1 5kg 3 hours 15 min More than 1 5kg 4 hours 15 min Within 5 min after solder joint temp reaches 2 C of preset temp Or 0 2kg and below 0 5 hours 0 2 to 0 8kg 1 hour 0 8 to 1 5kg 1 5 hours More than 1 5kg 2 hours preset temp 15g and below
4. A signal is output via a contact switch when test area temperature is within the user selected range This signal can be used to control peripheral instruments like applying a voltage to specimens only during high tem perature exposure or monitoring test operation from a remote point Total cycle counter Indicates cycle counts Display range 1 99999999 with resetting function Auxiliary cooling injector LCO2 aee Used to reduce the temperature recovery time of low temperature exposure by injecting liquefied carbon dioxide at beginning of exposure Auxiliary cooling injector LN2 Used to reduce the temperature recovery time of low temperature exposure by injecting liquefied nitrogen at beginning of exposure Additional overheat protector Ed Additional preventive measures can be taken for excessive temperature rise in the chamber in addition to the standard equipped double overheat protector External alarm terminal If the safety device of the chamber is activated the external alarm terminal will notify it to a remote point TSD Emergency stop pushbutton Stops the chamber immediately Anchoring fixtures Used to bolt the chamber to the floor Chamber dew tray Prevents water leaks from the chamber onto the floor The use of casters is recommended to facilitate operation Casters TSD Installed for mobility Casters 6 levelling feet 4 Color specification TSE Chamber c
5. Quality Management System based on the International Standard ISO 9001 2008 JIS Q 9001 2008 through the Japanese Standards Association JSA Registration ESPEC CORP Overseas subsidiaries not included Specifications are subject to change without notice due to design improvements TW9E26C02 The contents of this catalog is as of September 2014 Corporate names and trade names mentioned in this catalog are trademarks or registered trademarks
6. recorder Measurement Records temperature of each section such as the temperature inside the chamber Select either built in or portable type TSD Number of inputs Initial setting 1 5 more channels can be turned ON Data saving cycle 1 sec 3 3 more channels can be turned ON Data saving cycle 1 sec 3 3 more channels can be turned ON Data saving cycle 5 sec 5 1 more channels can be turned ON Data saving cycle 1 sec 5 I more channels can be turned ON Data saving cycle 5 sec 6 Data saving cycle 1 sec 6 Data saving cycle 5 sec Temperature range 100 to 220 C External memory media CF memory card 256M B USB port Language support ENG JPN Built in type Portable type Temperature recorder digital 100 to 220C 100 mm e RK 61 pen e RK 63 3 pens e RK 64 6 dots Recorder wiring Preparation of a power cable tem perature sensor and a grounding wire for additional installation in the future OPTIONS Recorder terminal TSE Used to output the temperature within test area hot chamber cold chamber Thermocouple Attached to specimens to measure specimen temperature TSD Thermocouple type T without ball Copper Copper Nickel TSE T JIS C1602 with ballattached 2m 4m 6m STT 3 point expansion TSD 3 thermocouples provided to measure the specimens temperature via the STT function 2 inputs are equipped as standard Exposure signal output TSD
7. Quality is more than a word IEBEEBN BN B a aaa E EE NE i l k B hi _ Bn I M I E ie E i aT i A TSD 100 TSE 11 CAT No E14133 Two zone chamber capable of exposing specimens to a uniform thermal stress These two zone thermal shock chambers are designed to specifically meet the needs of MIL IEC JASO and other international testing standards Choose either the TSD model with 100L capacity or the TSE model for compact small volume testing Uniform thermal stress is applied to specimens which these models guarantee the perfect thermal shock test for anything from R amp D to inspection and production applications Equipped with options Performance Reduced test time by means of test area transfer TSD Specimen temperature recovery e g Tempe ere recovery based on MIL STD 883 condition C shortened Test conditions Temperature uniformity measurement method A temperature recovery time of less than Qa icc 5 minutes is achieved in 2 zones TSE M a During testing of 10 kg of plastic molded ICs at temperature settings of 150 and 65 C the specimen temperature recovers in less than 15 minutes TSD 200 ee ee eb ee ees Eine eee Eee
8. an be painted to any desired color a color sample is required Reports amp certificates Testing and inspection report Test data Calibration report Calibration certificate Traceability system chart Traceability certificate Some photographs presented in this catalog contain Japanese display 14 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 68793088 ESPEC SOUTH EAST ASIA SDN BHD Tel 60 3 8945 1377 Fax 60 3 8945 1287 m ania ial wu a JIS Q 9001 SYSTEMS JSAQ 004 EC99J2046 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
9. at least 10 min 15 to 150g at least 30 min 150 to 1 500g at least 60 min More than 1 5009 individually specified 30 min 7 min after specimen temperature attainment 1000 200 10 5 cycles unless otherwise specified 10 iN ae late 0 0 2 0 Specimen MIL STD 883H temp within Method No So 15 min ere in 1010 8 i at worst y p 20007 65C 0 condition F 175071 oe s EO uus 3 hours X050 T2 a 100 2 Bn less than 10 IEC 60068 2 14 125 n Ambient 7 25C 3 1 hour A E ane eee ean 5 cycles if not JIS 60068 2 14 temp 40C 3 0 5 hour P specified 155 G 2 time 5 55C T3 3 hours ee 65C 3 if not specified 200 2 E Less than 0 2 kg 1 85 C 1 hour 15 min 0 0 2 0 8 kg M een 2 hours s Short Upstream of JASO D 001 2 756 SA 40 0 8 1 5k exposure is specimen 6 cycles High temp 9 _ recommendable within 5 min 3 hours 15 min 0 More than 1 5 kg 3 120 C 4 hours 15 min 0 0C E3 ap ING ae 50 E JE o E2 ONG 256 A hours ap ONG ace lt ae oen 2000 ums less than 10 EAJ ED 259 Ae 80 E2 A hour less than 10 sec ofexposure 5or10cycles Low temp 85 2 3 ee time 900 2 Z350 3 if not specified 95 2 40C 3 i 3E OG 222 50 as lll The above specification tests include only those tests applicable to TSE 11 A For further
10. ature heat up pull down time account for performance of each temperature chamber 4 Excluding protrusions 5 Compliance with CE Marking 6 At ambient temperature 23 7 At 1m from front of chamber 1 2m from floor ISO 1996 1 2003 A weighted sound pressure level depending on environment SAFETY DEVICES ACCESSORIES Leakage breaker 200 220 380V AC e Specimen basket e Circuit breaker 400 415V AC 18 8 Cr Ni stainless steel 5 mesh metal basket W320XH35xD230mm ane ad Bh Load capacity 2kg equally distributed PR NN CREE 2 ot chamber overneat protection SWITC e Cartridge fuse bA 1 e Cold chamber overheat protection switch Hot chamber overheat protector Controller Cold chamber overheat overcool protectors Controller Test area overheat and overcool protectors Built in controller Test area overheat overcool protectors Refrigerator high pressure switch e Thermal relay for compressor Temperature switch for compressor Temperature switch for air circulator Thermal relay for air circulator Motor inverter Motor reverse prevention relay Hot chamber door switch Cold chamber door switch Test area hold Door lock mechanisms Fuse e Specimen power supply control terminal e Cable port rubber plug EE 2 Wirefisher Moules MM MU 1 User s manual CD R booklet 1 set N oafety precaution
11. ecimens A braking system fitted to the drive mechanism prevents specimens from falling into the test area when the chamber stops operation 9 Comprehensive safety system A dual safety system automatically stops the test area drive mechanism if the door is left open and automatically locks the door when the test area is in motion E LE E La fee ae it H LER ELI iibi TSE High temperature exposure Utility Capacity The TSD model secured a test area capacity of 100L while the TSE model has a 10 9L test area capacity Both models support testing of A4 size printed circuit boards laid flat Easy wiring access A cable port 1s provided on the right side to allow easy wiring of specimen for measurement during high and low temperature cycle tests Specimen Temperature Trigger STT function TSD Specimen temperature measurement specimen temperature input standard equipment 2 locations The TSD 100 chamber now includes a ba locations STT function It monitors the specimen temperature using two sensors attached to the specimen and starts to count the exposure time or proceeds to the next step once the specimen temperature reaches the preset temperature This eliminates the need for pretesting reducing the overall test time and ensures an accurate specimen tempe rature attainment The specimen and test area temperatures can be recorded by connecting a temperature record
12. emperatures temperature cycles upstream downstream control and trend graph displays Door mounted instrumentation Instrumentation including the touch screen controller is incorporated into the door It reduces the overall footprint and frees up both sides of the chamber for easy access TSD Display TFT color LCD 6 5 inches Test area exposure temp Temperature Hot chamber pre heating temp control Cold chamber pre cooling temp function Cold chamber defrosting temp PID control TSD High temperature 60 to 205 C Low temperature 77 to 0 High temperature 60 to 205 C Low temperature 82 to 0 C Thermocouple type T Copper Copper Nickel Preset temperature range TSE Setting and Preset time 0 min to 99 hours and 59 min indication ranges Preset cycle 1 to 9 999 cycles Timer preset Test continuity selection Overheat overcool protection Upstream downstream sensor selection STT TSD Temperature attainment control Quick exposure control Power failure recovery Accessory selection Automatic defrost Temperature functions recovery time setting Program memory Automatic power shut off Programmed time display Test suspension Test completion mode selection Trend graph Alarm history display Sensor calibration RS 485 communication 9 Web Integrated Network Sold separately It is possible to check the status of multiple chambers from a single screen up to 100 chambe
13. er TSD Safe specimen handling thanks to ambient temperature recovery An ambient temperature recovery feature is included to draw in exterior b air after testing is complete and return TSD Test A high temperature chamber to ambient temperature allowing bottom low temperature chamber specimens to be removed safely TSD Viewing window option An optional viewing window can be added to check specimens and wiring during testing The viewing window includes an interior lighting TSD Casters allow easy relocation Chamber casters allow easy TSD Viewing window option rearrangement of equipment as required TSE Standard TSD Option 1 m 1 00 00 fates Lit og EAT ald ri Instrumentation Test detail monitor Test setting Test details are displayed while the test is in progress Displays the conditions to define for the test 9 Web Integrated Network Client PC Web Integrated Network WCE ES cc Ethernet Ethernet Intranet Ethernet Ethernet RS 485 LAN Converter RS 485 Bench top Type Temperature amp Humidity RS 485 Chamber SH SU L 1L 12 Thermal Shock Chamber Thermal Shock Chamber TSD TSE Color LCD interactive touch screen system Operation and settings simplified by the use of a touch screen LCD display instructions displayed on screen At a glance confirmation of test patterns test area t
14. f America NEC spec 8 This model complies with the requirements of the European Community Directives CE spec 9 A pressure regulator valve is required if the pressure exceeds 0 5MPa 5kg cm2G 10 Rate depends on the cleanliness of the heat exchanger 4 Setting High temp exposure 155 C low temp exposure 68C 11 Measurements are to be taken in an anechoic room at a height of 1 2m from the floor and 5 When using the test area floor or heavy duty shelves option a distance of 1m from the front panel ISO 1996 1 2003 A weighted sound pressure level SAFETY DEVICES e Leakage breaker 200 220 380V AC e Circuit breaker 208 400 415V AC Electrical compartment door switch e Hot chamber overheat protection switch Cold chamber overheat protection switch Hot chamber overheat protectors Built into temperature controller e Cold chamber overheat overcool protectors Built into temperature controller Test area overheat overcool protectors Built into temperature controller Test area overheat overcool protectors Circuit breaker Refrigerator high low pressure switch e Compressor built in protector Temperature switch for compressor e Water suspension relay Temperature switch for air circulator Air circulator thermal relay Motor inverter Motor reserve prevention relay Hot chamber door switch Cold chamber door switch Door lock mechanisms Cartridge fuse e Specime
15. 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 TSD 100 System High temp exposure range Test area Low temp exposure range Temp fluctuation 2 Hot Pre heat upper limit chamber Temp heat up time Cold Pre cool lower limit chamber Temp pull down time p Temp Recovery conditions 4 Oo recovery 2 zone Temp recovery time Ambient Recovery conditions recovery Ambient temp recovery time 5 Refrigeration Refrigerator unit Expansion mechanism O Refrigerant Cooler Elevating unit Fittings Test area load resistance Inside dimensions Test area capacity Outside dimensions 6 Weight Allowable ambient conditions Operating cooling water temp range Noise level 11 Exhaust heat quantity Exhaust rate 2 zone transition by vertical transfer of specimens 60 to 200 C 140 to 1 392 605 t0 0C 8510 F32F 8 1 205 Ambient temp to 200 C within 90 min Ambient temp to 77 C within 90 min 2 zone High temp exposure 150 C 30 min Low temp exposure 65 C 30 min Sensor position downstream Specimen Plastic molded ICs 10kg Specimen IC temp within 15 min High temp exposure 150 C to max 55 C Ambient temp coe Specimen Plastic molded ICs 10 kg Within 90 min
16. n rating 10 Maximum load current Exhaust heat quantity Noise level 7 2 zone transition by vertical transfer of specimen OO OO lee S do OS 88 erae F05 C 200 C Ambient temp to 200 C within 30 min 506 Ambient temp to 80 C within 90 min 2 Zones High temperature exposure 150 C 30 min Low temperature exposure 65 C 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 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 320X148x230mm 12 6X 5 8X9 inch 10 9 L 680 X 1625 x 1050mm 26 8 64X 41 3 inch approximately 390kg Oilers 40 4 32 ToC ETATE 200V AC 220V AC 380V AC 400 415V AC 3W 50 60Hz 3 3W 60Hz 3 4W 50Hz 3 4W 50Hz 5 26A 25A 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 8 Temper
17. n power supply control terminal Cooling tower interlock terminal ACCESSORIES e Specimen basket 18 8 Cr Ni stainless steel 5 mesh metal basket W700 XH40XD410 mm load capacity 5kg 2 lidlie el 4c 2 sets e Cartridge fuse 1A 7A 10A 15A TREE RIT 4 e Cable port rubber plug MOTTA 2 Perforated cable port cap Mobiles pede oda incase soo 1 e Wire fisher Specimen wiring tool 1 Thermocouple 2 e Specimen temperature input connector 2 3 pole socket P0BV AC spec only 3 e Nipple R1 1 4 in 32 mm 1 e Strainer R1 1 4 in 32 mm ecrit 1 e Strainer element 1 1 4 in 32 mm 1 Operation manual e 1 10 SPECIFICATIONS Model TSE 11 A 11 System High temp exposure range Test area Low temp exposure range Temperature fluctuation 2 Hot Pre heat upper limit chamber Temp heat up time e ur 8 Clod Pre cool lower limit chamber Temp pull down time 3 D Recovery conditions recovery Temp recovery time Test area Heater c E System O C r 5 amp Refrigeration Ompresso 5 unit Refrigerant Condenser Cooler Fittings Test area load resistance Specimen basket load capacity Inside dimensions W XH XD Test area capacity Outside dimensions W XH XD 4 Weight Allowable ambient conditions Power supply Voltage fluctuatio
18. rs web compatible devices only This equipment includes a scheduler ideal for test management Please ask us for compatibility with other devices IEC 60749 25 JESD22 A104 D cedes e rao des gt IEC 60068 2 14 Na JIS C 60068 2 14 Na DIN EN 60068 2 14 Na BS EN 60068 2 14 Na IEC 61747 5 Na EIAJ ED 2531A Na A MIL STD 202 B Method 107G F A B MIL STD 883 C Method 1010 8 D F arcis tur 10 0 rs O 31519 haps 3 UB Cordis 0 se 11830 10 a 200 422 Sil sia er T552 Ge ese 3510052 d 65352 70 62 T100 2 95 62 T902 T852 80 2 ae Saez T 5952 360 52 85 4 3 0 125 4 3 0 150 4 3 0 85 10 0 125 15 0 150 15 0 200 15 0 175 10 0 zog 553 40 3 25 6 zo um 50 45 3 40 3 _ 5 30 3 25553 203 10 53 ae Ole 0 3 55 0 3 5 14 5 14 Specimen 5 to 29 min Specimen 5 to 14 min Specimen 5 to 15 min 10 of soak time 10 of soak time Upstream of specimen within 5 min Specimen less than 15 min 1 5 10 15 3 hours 2 hours 1 hour 30 min 10 min 3 hours if not specified in product specifications 3 hours 2 hours 1 hour 30 min 10 min 3 hours if not specified in product specifications 28g and below 28 to 136g 136g to 1 36kg 1 36 to 13 6kg 13 6 to
19. s eDo 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 eDo not place corrosive materials in the chamber If corrosive substances or humidifying water is used the life of the unit may be significantly shortened eDo not place life forms or substances that exceed allowable heat generation e Always read the operation manual before using the Product OPTIONS Power cable m 540 10m Not applicable for optional 208 380 and 400 415V AC power supply specification i gt Viewing window Observation Used for observation of the specimens inside the chamber Dimensions W190 X H340 mm Chamber lamp Halogen lamp X 1 13 Specimen basket shelf bracket Equivalent to standard accessory Material Stainless steel 5 mesh TSD Load capacity 5kg TSE Load capacity 2kg Heavy duty shelf TSD Used to hold heavy specimen exceed ing the load capacity of the standard specimen basket Load capacity 15 kg Equally distributed load not included shelf brackets and specimen baskets Additional cable port TSD Provided in addition to the standard cable port right side Location Left side of the main unit Internal diameter 100 mm Cable port rubber plug Prevents air leakage from the cable port Interface n e RS 232C GPIB Select one instead of standard RS 485 Paperless

TSD-TSE

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