High Accuracy Shock Thermal Air Test Chamber / Shock Thermal TesterTechnical Data:Test method: test area up and down movingTemperature fluctuation: ≤± O.5℃Temperature uniformity: ≤±2 ℃Preheating temperature range: ≤+60 to 200℃The pre cooling temperature range: -70 ~ -10℃Temperature recovery time: ≤ 5minFeatures:The high standard of professional design with the international standardThe ultra low defrosting time, greatly enhance the efficiency of the testThe ultra efficient design, to meet the three / two zones of shock conditionsThe man-machine interface, enter the menu mode fast humanizationThe diversity of Labview integration test, automatic switching Burstone and Labview test architectureThe test results of E network recorder, all data management, electronic storageThe safety maintenance design, automatic protection to room temperature after the end of the experiment the product, maintain the information real-time controlHigh Accuracy Shock Thermal Air Test Chamber/Shock Thermal Tester ModelModelBST-SRA3BST-SRB3BST-SRC3BST-SRD3StructurePRECOOLING ZONE AND TESTING ZONEDamper deviceSTRONG AIR DRIVED DAMPERINTERIOR MATERIALSTAINILESS STEEL#304EXTERIOR MATERIALSUS#304 STAINLESS STEEL PLATE (3B SURFACE TREATMENT)TESTING FRAMESTAINLESS STEEL MATERIAL PLATE OR NETRefrigerationCASCADE REFRIGERATION SYSTEMCooling methodWATERAmbient Temperature5℃～30℃Temperature RANGEPreheating Temperature+60℃～+200℃Pre cooling Temperature-10℃～-70℃High Shocking+60℃～+150℃Low Shocking0℃～-40℃Temperature Uniformity±3℃(Simulated Load IC(KG))2.557.510Recovery TIMEHigh temp.shocking in 2-Zone-40℃～+150℃/5MINLow temp.shocking in 2-Zone+150℃～-40℃/5MlNPreheating Time(MlN.)25254040Pre cooling Time(MlN.)65756060CONTROL SYSTEMTemperature SENSORPT l00Ω×3CONTROLLERJHH-2011 Touch panelSETFING RANGETEMPERATURE:-100.00℃+200.00℃ TIME:OH 1M-9999H 59M YCLE:0 CYCLE-10000 CYCLEResolutionTEMPERATURE:0.01℃/TIME:1MINOUTPUT MODEPID+PLC+AD+SSR CONROL METHODAdditional FeatureSensor detection control at air outlet and return grille /CM BUS (RS-485)/remote control system