Solar photovoltaic glass peeling test machine

The solar photovoltaic glass peeling test machine adopts advanced chip integration technology and a professionally designed PCI data acquisition amplification and control system. The amplification of test force and deformation, as well as the A/D conversion process, achieve dual display control and fully digital adjustment of display. This machine can perform peeling and tensile testing on various types of photovoltaic modules, metal and non-metal materials. It can automatically calculate the maximum peeling and tensile force values of the components according to standards such as IEC, GB, JIS, ASTM, DIN, ISO, etc.

Solar photovoltaic material tensile testing machine according to standards: IEC61215, IEC61646GB/T 16825 Inspection of tensile testing machine ISO 7500-1 Calibration of uniaxial static tensile testing machine

Characteristics description of tensile testing machine for solar photovoltaic materials:

This machine is a high-end and atmospheric testing solution equipment with better structural quality.

1 Host: The machine adopts a floor standing double column structure, which can be pulled up and pressed down. The transmission system consists of a servo motor controlled dedicated reducer, a circular arc synchronous toothed belt, and a screw pair, which runs smoothly, has high efficiency, and low noise. pollution-free.

2 attachments: A set of testing software; One B load sensor; A complete set of fixtures (can be customized according to requirements); A set of D random tools.

Main configuration of solar photovoltaic material tensile testing machine

a) One 2000N host;

b) Servo system+servo motor;

c) Precision deceleration system;

d) High precision load sensor;

e) Precision photoelectric encoder;

f) WINDOWS compatible control software.

Main technical indicators of the tensile testing machine for solar photovoltaic materials

a) Maximum test force (dual range): 4-2000N and 0.3-50N;

b) Load element accuracy: 0.01%

c) Test accuracy: ± 0.3%;

d) Displacement resolution: 0.001mm;

e) Test speed: 0.1mm/min~500mm/min;

f) Speed accuracy: ± 0.5%;

g) Effective stretching space: 0-700mm;

h) Power supply power: 0.75Kw, 220V, 50Hz.

i) Working environment: Room temperature of 10-35 ℃, humidity of 20% -80%