BGA repair station ZM-R6880T

Description

Specifications 1 Power consumption ***0W 2 Top Heater **0W 3 Bottom Heater 3rd Temperature Zone (Infrared plates) ***0W 2nd Temperature Zone (Hot-air Nozzle) ***0W 4 Power Requirement AC **0V ± *0 *0Hz ± 3 5 Machine Dimension L**0*W**0*H**0mm 6 Positioning V-groove. 7 Temperature control Imported closed loop K-type thermocouple 8 Max. PCB size **0***0mm 9 Weight *5kg Features: 1. Choose imported high-precision materials (temperature sensor, PLC, heater) to control the BGA desoldering & soldering procedures precisely. 2. Top/bottom temperature areas heat independently and more accurately. The first and second temperature areas can set up 8 rising temperature segments and 8 constant temperature segments to control. It can save *0 groups of graph parameters at the same time. The third area uses far-infrared heater to preheat and control the temperature independently, so that the PCB can be fully preheated during the desoldering process and it can be free from deformation. 3. Choose imported high-precision thermocouple to detect the top/bottom temperature precisely. 4. In the upper part, the heating head and the mount head are designed 2 in 1 to weld and mount automatically. 5. Adopt high-precision auto-place system with enlarge & micro-adjust function. The machine is equipped with a *5° color LCD monitor. 6. After finishing desoldering & soldering, there is an alarming. When the temperature goes beyond control, the electric circuit can cut off automatically, with over-heating protection. 7. The mounting nozzle with a built-in vacuum pump can rotate *5°, and the suction force can be adjusted. 8. Use a V-groove equipped with a flexible fixture for PCB positioning to protect the PCB from deformation when heated or cooled. 9. Offer BGA nozzles of different sizes to change easily. For large thermal capacity of PCB or other high-temperature and lead-free welding requirements, all can be handled easily.