1,CHARACTERISTICS
1) Suitable for 5",6" square cell and rectangle cut cells (the rectangle cell's minimum not less than 40mm)
2) Special designed for the cut cells.
3) Flexible value adjustment on the touch screen.
4) 4 way arm rotating turn table can be set for different shaped cut cells.
5) Possibility to change from 2 to 3 Bus Bar cell in less than 30
6) Possibility to change cell's width in less than 20 mins.
7) The number of solar cells for the strings is settable by the touch screen.
8) Adjustable distance between the cells from 2 to 30mm.
9) High flexibility for varied cells.
10) Very low maintenance.
11) Only one operator for three machines.
2,TECHNICAL SPECIFICATIONS
1) Suitable for stringing both whole cells and cut cells, the minimum cut width accepted is 30mm.
2) Highly automatic, Easy operating, Reliable running ,Lower noise.
3) String the solar cells which is integral heated by the infrared lamp module, so the welding strips and solar cells combined good and welded firmly
4) Solar cells are heated uniformly, low fragment.
5) Outline dimension:Length 3900mm×Width 1510mm×Height 2150mm(Except the height of the warning light).
6) Weight:Around 1100 Kg.
7) Power supply: Three phrase 380v,50HZ,40A, power consumption <10KW. Must connect to neutral cable and reliable ground.
8) Compressed air: Above 0.5MPa clean and dry air. CFM: 20L/MIN, obtain the vacuum system by vacuum pump.
9) Working environment: 15~30 Degree, humidity<90%.
10) Working speed: 4~6 second/pcs
11) Breakage rate::≤0.3%(suitable for Grade A type solar cell), for cut cells, guaranteed fragment rate::≤.5%
12) Space between cells:2~5mm±0.3mm, can adjust according to requirement.
13) Busbar appear rate: No more than 0.5% of front side busbar appear rate>0.5mm (Determined by
the printing precision of solar cells)
14) Cell quantity and String length: For whole cells, the maximum cell quantity of each string is 12pieces;
For cut cells, each string no less than 6pieces; And for all strings, the maximum length is no more
than 1950mm.
Capacity: 600*4.2W/Hours* 16 Hours*300 Days/Year=12.1MW/ Two shift