Thermal Shock Chambers - MB Electronique

More documents

Recommendations

Info

CharacteristicsThe pursuit of high performance, high accuracy, and ease of use.● Recovery rate & temperature uniformityTSA−202ES−W measurement example+123°C4.4 min.7.3 min.±1.0°Cor lowerHighly accurate temperaturerecoveryDampers with integrated rectifyingfunction minimize variation in exposureconditions due to specimen position withinthe test area. This reduces the overall testtime and shortens temperature recoverytime, especially during low-temperatureexposure. The uniformity in test conditionsbrought by this innovation also contributesto improved test reproducibility andreliability.–38°CTest conditionsHigh-temp. exposure: +125°C, 30 min.Pre-heating temperature: +145°CLow-temp. exposure: –40°C, 30 min.Pre-cooling temperature: –55°C±1.5°C or lowerSpecimen: Printed circuit boards 150 pcs.Measuring points: 10Even more reliable tests(option: specimen temperature control*)A single temperature sensor is attachedto the specimen in the test area and thechamber is controlled by this temperaturemeasurement.Even more accurate tests can be run bycontrolling the chamber with the specimentemperature because the air temperatureand the temperature inside the specimenare different when attaining the temperaturesetting. The chamber is controlled so thatthe specimen temperature achieves thetemperature setting even quicker and moreaccurately.* Cannot be combined with Eco operationmode.Test areaSpecimen temperaturemonitoring(option: specimen temperature monitorwith trigger function)Two temperature sensors are attached tothe specimen in the test area to measurethe specimen's temperature.This option features a trigger function thatswitches to the exposure test after the twotemperatures reach the temperature setting,so even more precise thermal tests can berun.* Cannot be combined with Eco operationmode.5
CharacteristicsImproved reliability. Use our chambers safely and with peace of mind formany years to come.The newly developedrefrigeration system improvesthe refrigeration circuit reliabilityTo reduce thermal stress on the refrigeratorsand prevent corrosion in the circuit, thematerial and thickness of piping has beenchanged and this prevents refrigerant leaks.Through other countless detailedimprovements, the reliability of therefrigeration circuit has been increasedand it can be used safely for many yearsto come.● Refrigeration circuit(Parallel refrigeration system: patent pending)EvaporatorAccumulatorELVInter. INJCompressorCascadecondenserAccumulatorEVInter. INJCompressorCondenserDrainageWaterGlobal safety designWe deliver chambers that conform tointernational safety standards.Our chambers conform to ISO riskassessment as well as global safety designelectrical safety standards such as CEmarking and EMC directive.· ISO 12100: 2010· ISO 60204-1· IEC 610000-6*EN standardization is standardizedby the European UnionCompressor6
Page 1 and 2: Air to AirThermal Shock ChambersTSA
Page 3 and 4: TSA-202TSA-302* Equipped with optio
Page 5: CharacteristicsFurther reductions i
Page 9 and 10: TEST STANDARD AND COMPATIBLE MODELS
Page 11 and 12: EL TypeModel TSA-42EL-A TSA-72EL-A
Page 13 and 14: EH TypeModelSystemPerformance *1Col
Page 15 and 16: DIMENSIONSTSA−72EL · 72ES(Unit:
Page 17 and 18: OPTIONSSpecimen temperature control
Page 19 and 20: OPTIONSAmbient-temperature exposure
Page 21 and 22: Thermal Shock Chamber SeriesAir to
Page 24: http://www.espec.co.jp/englishHead

Thermal Shock Chambers - MB Electronique

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?