The hatchback temperature shock Test Chamber simulates the transient change between high-low temperatures and is used to determine whether the equipment will cause physical damage or degradation when subjected to sudden changes in ambient atmospheric temperature. It is the testing equipment required in aviation, automobiles, home appliances, scientific research and other fields, and assesses and determines the parameters and performance of testing instruments, machinery, electricians, electronic products and parts after high-low temperature impact tests.
The hatchback Thermal Shock Test Chamber is equipped with two studios, namely the high temperature area and the low temperature area, and the test piece is moved to the corresponding studio through the hanging basket to carry out the high-low temperature impact test.
GB/T2423.1-2001 Test A: Low temperature test method
GB/T2423.2-2001 Test B: High temperature test method
GJB150.3A-2009 High Temperature Test
GJB150.4A-2009 Low temperature test
GJB150.5A-2009 Temperature Shock Test
Quantity: up to 120 groups
Number of steps: maximum 100 steps/group
Total number of cycles: up to 999
Programs can be linked (link program serial number can be selected)
RJ-45 interface with local and remote communication capabilities
After installing the software provided by the company, the equipment can be remotely monitored in the control software, and the equipment can be programmed, started and stopped, and the data and curves in the test process can be recorded through the software, and the data and curves can be printed as needed.
Curves are stored in real time, the current curve can be displayed, the historical curve can be queried and displayed, the curve time stamp function is available, the historical data can be downloaded with a U disk, the curve can be restored in the special software and Excel reports can be produced.
USB interface, with a USB disk (capacity not less than 4G, no warranty), a special software CD for PC.
The test program is compiled through the special software of the PC and imported into the controller; It is also possible to import the program in the controller into the PC for analysis and management.
The test curve data recorded in the controller can be transferred to a USB stick. Direct display and printing of test data/curves via PC-specific software; Or convert record data into Access data files that can be read by Microsoft Office.
Fault alarm and cause
Power-off protection function
Calendar timer function (auto-start and auto-stop)
Self-diagnosis function
Cable hole: lead hole Φ50mm, number 1, with 2 rubber stoppers, the number of lead hole specifications can be determined by both parties before design.
Sample holder: 2 layers, bearing capacity (uniform distribution) 30kg/layer
Specimen shelves: 4