PV Module Damp Heat, Freeze-Thaw Test Chamber Model: CHT-19-12-3
Hot and heat test box Model: CHT-19-12-2
Thermal cycle environment test box Model: CHT-19-12-3
Optical aging stability test box Model: CHT-1800
Steady-state simulation test box Model: CHT-WTBBA
UV accelerated aging test box Model: CHT-UVDC28
Current Continuity Test System Model: CHT-11D
Diode Thermal Performance Test System Model: CHT-12D
Pulse voltage test system Model: CHT-14D
PV Module Salt Spray Corrosion Test Chamber:CHT-16D
Optical senescence test box / photovoltaic module test LID: CHT-18D
Insulation withstand voltage tester Model: CHT-2813W
Wet leakage test system Model: CHT-3621W
Outdoor sun exposure test system model: CHT-H206
Dynamic Load Test Machine Model: CHT-20D
Static load test machine model: CHT-26D
PID Test System Model: CHT-PID
Component crushing tester Model: CHT-30D
Grounding continuity Tester Model: CHT-2813W
Lead end strength test machine Model: CHT-31
Appearance table Model: CHT-W26
Drop ball impact test machine Model: CHT-10
Photovoltaic welding strip stripping force testing machine
photovoltaic welding strip stripping force integrated machine
Universal material testing machine
Photovoltaic glass four-point bending test machine model: CHT-4 WQJN
Crosslinking degree test System Model: EVA-CC
2nd element image instrument model: CHT-3020
Two-dimensional image instrument
Acetic acid test box Model: CHT-YW 400
High pressure Accelerated aging test box Model: CHT-HAST-800
Differential Scanning Calorimeter (DSC) Model: CHT-CS300
Spectrophotometer Model: CHT-3400
Fourier transform infrared spectrometer model: CHT-H8030
Photovoltaic welding strip stripping force testing machine
Photovoltaic welding strip stripping force integrated machine
Universal material testing machine
Full-spectrum Ellipsometer Model: CHT-TP 01
Water vapor transmission and filtration rate Model: CHT-40B
No-rotor vulcanizer model: CHT-LH 06
Atomic force microscope Model: CHT-AFM
Solar cell TLM grid line contact resistance analyzer model: CHT-6070 TLM
Battery cell light aging box Model: CHT-DCPBBA
Photovoltaic cell PL detector model: CHT-80D
Scan four-probe square resistance meter Model: CHT-4500 RH
CHT-CS300 is the highest accuracy of the company, the sensor using imported material E even, high sensitivity. The signal acquisition circuit has strong shielding protection, strong anti-interference, and high baseline stability. The difference scanning calorimeter is touch screen type, which can conduct glass transition temperature test, phase transition test, melting and heat enthalpy value test, product stability, curing, specific heat, oxidation induction period test, etc. Wide scope of application.
Differential scanning calorimeter (DSC) is a thermal analysis method. Measure the power difference between the input to the sample and the reference (e. g., in the form of heat) at the program-controlled temperature. The curve recorded by the differential scanning calorimeter DSC curve, it with the sample heat absorption or heat release rate, namely heat flow rate dH / dt (unit millifocus / second) as the ordinate, with temperature T or time t as the abscissa, can determine a variety of thermodynamic and kinetic parameters, such as specific heat capacity, reaction heat, transition heat, phase diagram, reaction rate, crystallization rate, high polymer crystallinity, sample purity, etc. This method uses a wide temperature range (-175~725℃), high resolution, and less sample consumption. Suitable for inorganic substances, organic compounds and drug analysis. The application of thermal analysis method to determine drug purity has been reported abroad, which indicates the good prospect of this method.
1) Industrial-level 7-inch touch screen, with rich display information; 2) New metal furnace body structure, better baseline and higher accuracy. Heating adopts indirect conduction mode, high uniformity and stability, reduce pulse radiation, better than the traditional heating mode; 3) USB communication interface, strong versatility, reliable communication without interruption, support self-recovery connection function; 4) Automatic switch of two atmosphere flow, fast switching speed, short stability time. At the same time, increase the protective gas input; 5) Software is simple and easy to operate. |
Test map of some samples1)Test comparison of different heating rates of samples 2)Oxidation period test of PE, PPR and other pipes The oxidation induction time (OIT) is detected by a CS300 (differential scanning calorimeter). Samimens are usually heated to a specified temperature and constant temperature under a nitrogen atmosphere, then switched to an oxygen atmosphere, and after a period of time the material begins to oxidize and heat is released. This release heat is detected by the sensor, and the software analysis obtains the induced oxidation time (OIT). The length of the oxidation induction time is a parameter of the oxidation decomposition resistance ability of the reaction material, and it is still very meaningful, usually the buried plastic pipes must detect this. 3)Vitrification testing of resin and other materials For amorphous polymers, when the polymer changes from high elastic state to glass state through cooling, or the process from glass state to high elastic state is called the glass transition, the temperature of the glass transition is called the glass transition temperature. For crystalline polymers, the glass transition refers to the transition from high elastic state to glass state (or glass state to high elastic state) in the amorphous part. Thus, the glass transition is a ubiquitous phenomenon in macromers. However, the glass transition phenomenon is not limited to high molecules, and some small molecule compounds also have glass transition. 4)Test of the melting point and thermal enthalpy of the material (thermal stability test) The melting point is the temperature of solid transition from solid or melting into liquid of the mixture; the test of thermal enthalpy is also applicable to the test analysis of crystallinity: 5)Curing test of glue and other materials Refers to the process of material from low molecule to polymer, the solidified sample strength will be higher. 6)Lift-up temperature scanning test 7)Specific heat capacity test application, the software supports the specific heat capacity at different temperatures 8)Specific heat capacity test application, the software supports the specific heat capacity at different temperatures
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Temperature range | -40℃~ 600℃ (extended liquid nitrogen refrigeration-150~600℃) |
Temperature resolution | 0.001℃ |
Temperature fluctuation | ±0.01℃ |
Temperature repeatability | ±0.1℃ |
Heating rate | 0.1~100℃/min |
Cooling rate | 0.1~40℃/min |
Constant temperature time | the program is set for 24h |
Curve scanning | heating up scanning and cooling scanning |
CS300 range | 0 ~ ±800mW |
CS300 resolution | 0.01uW |
CS300 accuracy | 0.001mW |
Temperature control method | temperature up, constant temperature, cooling |
Working power supply | AC220V/50Hz or customized |
Atmosphere control gas | nitrogen, oxygen (instrument switch) |
Gas flow rate | 0-300mL/min |
Gas pressure | ≤5MPa |
Display mode | 24bit color,7-inch LCD touch screen display |
Data interface | standard USB interface |
Parameter standard | equipped with standard material (indium, tin, lead), the user can correct the temperature |
The instrument has multiple sets of thermocouples | one set of test sample temperature, and one set of test instrument internal ambient temperature |
Software with automatic analysis function | |
Can lift and lower temperature multiple test, five section program setting |