DH-6500 BGA rework station

DH-6500 BGA rework station
Model:DH-6500
Brand:Dinghua
Origin:Made In China
Category:Industrial Supplies / Machinery / Welding Machinery
Label:BGA rework station , BGA repair station , Infrared bga rework
Price: -
Min. Order:1 pc

Product Description

Product Application

DH-6500 has two independent heaters, all applied infrared heating. The bottom heater is covered with toughened glass, make the heating process more uniform. Digital instrumentation applied, more convenient

1.Total Power :2300W                                           

2.Top heater :450W                                          

3.Bottom heater :1800W                                    

4.Power :AC220V±10%     50/60Hz                        

5.Top head movement :Up / down, rotate freely  

6.Positioning :V-groove, PCB support can be adjusted in X, Y direction with external universal  

7. Temperature control :K Sensor, Closed loop      

8.Temp accuracy :±2℃                                          

9.PCB size :Max 270ⅹ320mm  Min20ⅹ20mm        

10.BGA chip :5*5~55*55 mm                                    

11.Minimum chip spacing :0.15mm                            

12.Dimensions :L480×W370×H390 mm                    

13.Net weight :Approx 15.5KG

Main Features

1) Imported heater, high quality, durable.

2) Taiwan infrared pre-heating ceramic plate, glass guard. 

3)Adopt two heating zone, both upper heater and lower heater are infrared heating boards.

4)K type and  close loop control, the temperature accuracy will be on ±2°C

5) With outer sensor connector,detected actual temperature when heating

6)Sound hint system: there is voice reminder 5~10s before the completion of heating,to get the operator prepared

7)Security measure: overheat guard and emergency stop function

 

DH-6500 BGA rework station  1

Member Information

Shenzhen Dinghua Technology Development Co., Ltd
Country/Region:Guang Dong - China
Business Nature:Manufacturer
Phone:18676740192
Contact:sarah(skype:vic8939) (sales)
Last Online:21 Sep, 2016