GH168 subminiature spray wave

GH168 subminiature spray wave
 

Product description:


(A), the technical characteristics:

1, the whole arc shape. D 6 arc large glass door, d 2.0 cold rolled steel frame is welded width adjustment screw mechanism.

2. Applicable substrate size: Recommended length 100 ~ 350mm, width 20 ~ 160mm.

3, flux double gun automatic spray coating solenoid valve control.

4, speed 0.5 ~ 1.8m / min electronic stepless, imported from Japan, Dongfang Electrical Machinery (5IK60GU-CF / 5GU75KB).

5, tin tank capacity 88Kg, exclusive national patent wave soldering tank, imported d 2 SUS304 plate made.

6, infrared preheating power 1.5KW, preheat length 400mm, room temperature ~ 200 ° C digital preset adjustment, use WINPARK intelligent PID temperature controller with PID parameters self-tuning capabilities.

7, tin stove power 3KW, room temperature ~ 300 ° C digital preset adjustment, use WINPARK intelligent PID temperature controller with PID parameters self-tuning capabilities. Heating using SUS304 casing structure, easy maintenance.

8, the peak use DELTA variable speed controller, peak height: 5 ~ 12mm adjustable.

9, Total power most about 3KW, the average operating power only 1.5-2KW, 220V / 50Hz.

model

GH-168 spray micro wave (built-spray)

Control System

Smart Meter

PCB width

20-160mm

PCB transport height

Max. 100mm

PCB transport direction

L-R (R-Loption)

PCB transport speed

0.3-1.8m / min

Transportation rail inclination

5 o

Preheat zone length

400mm

Preheat zone temperature

Room temperature -200 ℃

Preheat Power

1.5kw

Wave Height

Crest 5-12mm Adjustable Frequency

Apply solder type

Ordinary solder (Recommended 'YTC' licensing 63AA solder)

Tin tin furnace volume

88kg

Tin furnace temperature

Room temperature -300 ℃

Tin stove power

3kw

Temperature control mode

P.I.D

Flux capacity

About 5L

Flux Flow

10-lOOml / min

power supply

220v / 3KW

Gas source

0.3-0.5Mpa, gas flow 12L / min

weight

About 350kg

Dimensions

1700x 1000x 1520 (mm)

Maximum productivity

1920 (PCB = 160mm * 200mm, V = 0.8m / min)

Power consumption per hour

1.5-2 degrees (depending on use environment)