With computer version of automatic soldering machine in Shenzhen, Guangdong, China
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Specifications
- Condition
- new
- Name
- Computer version of the standard intelligent solder machine
- Number of equipment shaft
- 4 axis +1 tin feed /5 axis +1 tin feed
- Device stroke (x*y*z*r)mm
- 350*350*100*340° 500*350*100*340°
- Operating speed (x/y/z/r)
- X/Y/Z:500mm/s R:180°/s
- Repeated positioning accuracy
- ±0.02mm
- Equipment load
- 10KG
- Program recording capability
- unlimited
- Display mode
- 12 "LCD display
- Mode of operation
- Touch screen + handheld teaching device
- The motor system
- Stepper motor/closed-loop stepper motor/servo motor
- Temperature range
- 100℃～480℃
- Tin system
- Independent drive + stepper motor
- Minimum length of tin feed
- 0.1mm
- Applicable tin wire range
- 0.6 ~ 1.6mm (other specifications can be customized)
- Input power
- 220V AC/50HZ
- Air pressure
- 0.4 ~ 0.8mpa, clean and dry
- Work environment
- 0 ~ 40℃, humidity 20% ~ 95% (no condensation)
- Machine size mm
- （W*D*H)650*650*900/（W*D*H)650*750*900
- Machine weight
- 80KG/100KG
- Subcategory
- Smt peripheral equipment
- Listing ID
- 103139511
Description
1
、
Novel appearance of the machine, the main body using special surface treatment, beautiful and generous
2
New lean design, the same size brings greater effective travel.
3
Based on the Windows operating system development of user software, more consistent with the user's operating habits.
4
Real digital program, modify parameters directly input, the same tin point once change, insert point delete point a key operation.
5
12 "hd touch screen interface, dynamic display of running track;Make your soldering process more intuitive.
6
Can start tin feeding at any time, fully meet various soldering technology and improve machine efficiency, authority management mode, prevent operators from modifying parameters by mistake.
Solder joint type parameters flexible switching,
7
solder joint running speed can be set independently, do not affect each other.With the function of correction, the position deviation generated after the re-positioning of the mold can be corrected
8