Wave soldering machine E-flow

Wave soldering machine E-flow

Features:

● Transportation system:

It adopts a segmented floating structure to effectively prevent the deformation of the guide rail. The new titanium alloy double hook grip, non-stick tin, direct connection to the board connection.

● Spray system:

Unit integrated module design, spray moving part and spray gas, liquid, circuit control part are integrated, connected to the host through a quick connector, the nozzle uses a new type of precision nozzle, can achieve high efficiency, uniform spraying effect, can Meet the technological requirements of water flux.

● Preheating system:

The use of micro hot air + far infrared heating tube method, the heating is more uniform, three-stage preheating temperature zone, drawer modular design, flexible choice of mixed preheating mode. The temperature is even and stable.

● Forced natural air cooling system.

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Basic parameters:

Claws: New double hook claws, spring compression claws, D-40 duckbill claws, double hook claws.

Extraction method: Updraft + side draft.

Preheating method: Slightly hot air/infrared.

Number of preheating zones: 3.

Width range (mm): 50-350.

Transmission speed range (mm/min): 500-1800.

Cooling method: strong cooling air, chiller.

Wave Soldering E-FLOW Left to Right 1 Red 2 Hot; Heavy Duty Double Gripper Transmission
1. Main features:
1. Connecting device:
Linkage into the board connection method, aluminum guide rail, stainless steel chain drive.
2. Transmission system:
Equipped with heavy-duty double hooks, aluminum alloy guide rail anti-deformation structure design; manual adjustment of substrate width; adjustable conveying angle, equipped with digital angle indicator; transport speed
Adopt frequency converter control, stepless speed regulation.
3. Tin furnace system:
The inner tank of the tin furnace is made of special cast iron material, and the surface is treated with anti-corrosion treatment; the direct-connected motor drives the wave peak, and the frequency conversion speed regulation; tin slag diversion and oxide reduction device; manual control
The tin-making furnace enters and exits and moves up and down; external heating device, PID temperature control method and low liquid level alarm.
4. Spray system:
Modular design, spray movement is controlled by stepper motor; corresponding to PCB spray length is automatically adjusted, digital setting of spray width and speed, with pressure gauge fine-tuning device adjustment
Control spray flow and spray particle size; constant pressure device supplies flux, flux level alarm and flux automatic addition; strong exhaust and filtration system;
Isolate the air knife between spraying and preheating.
5. Preheating system:
The new drawer-type modular and energy-saving design, one-stage infrared and two-stage micro-hot air circulation heating, higher thermal efficiency and more uniform temperature. Three-stage temperature zone, the length of the preheating zone is 1.8
Meter, PID temperature control mode.
6. Cooling system:
Forced natural wind up and down cooling.
7. Claw washing device:
Special brush for cleaning.
8. Control system:
PC+PLC electrical control system, Chinese and English window operation interface, data storage and other functions.
2. Technical parameters:
Substrate size: 50~350mm(W)*120mm(H)
Entry height: 750±20mm
Transmission speed: 500~1800mm/Min.
Teleportation angle: 4~7º

 Transmission direction: left→right
Flux tank capacity: Approx.2L
Spray exhaust fan: 380V AC 750W.
Compressed air: 4~6Bar. 100L/min.
Preheating temperature: Max.200℃
Tin furnace temperature:Max.300℃
Tin furnace capacity: Approx.480Kg
Crest height: Approx.12mm
Dimensions: 4350(L)*1420(W)*1750(H)mm
Overall weight: Approx.1600Kg
Power supply: three-phase 380VAC 50Hz
Total power: Approx.33KW
Operating power: Approx.8KW