プロダクト細部
起源の場所: 広東省、中国
ブランド名: YUSH
支払及び船積みの言葉
最小注文数量: 1セット
価格: $19,000-22,000 / set
重さ: |
1050 kg |
力: |
10 kW |
電圧: |
220V/380V |
PCBプロセス側: |
≧3 |
PCBの重量: |
5kg以下 |
プリント基板の厚さ: |
1〜6mm |
PCB 転送速度: |
0. 2 - 10 |
デバイスの寸法: |
1435(L)*1800(W)*1670(H)mm |
PCB 上部クリアランス: |
120mm |
PCB 底のクリアランス: |
60mm |
コンベヤー ベルトの高さ: |
900±20 mm |
コンベア範囲の調整可能: |
50-450 Mm |
空気吸入圧: |
0.6 |
窒素消費: |
1.5 |
最大消費電力: |
12kW未満 |
重さ: |
1050 kg |
力: |
10 kW |
電圧: |
220V/380V |
PCBプロセス側: |
≧3 |
PCBの重量: |
5kg以下 |
プリント基板の厚さ: |
1〜6mm |
PCB 転送速度: |
0. 2 - 10 |
デバイスの寸法: |
1435(L)*1800(W)*1670(H)mm |
PCB 上部クリアランス: |
120mm |
PCB 底のクリアランス: |
60mm |
コンベヤー ベルトの高さ: |
900±20 mm |
コンベア範囲の調整可能: |
50-450 Mm |
空気吸入圧: |
0.6 |
窒素消費: |
1.5 |
最大消費電力: |
12kW未満 |
| Parameter Category | Parameter Name | Specification |
|---|---|---|
| Body Parameters | Device Dimensions | 1435(L)*1800(W)*1670(H) |
| Equipment Weight (KG) | 1050 | |
| PCB Top Clearance | 120 | |
| PCB Bottom Clearance | 60 | |
| PCB Process Side | ≥3 | |
| Conveyor Belt Height Above Ground | 900±20 | |
| PCB Transfer Speed | 0.2-10 | |
| PCB Weight (KG) | ≤5 | |
| PCB Thickness (including fixture) | 1-6 | |
| Adjustable Range of Conveyor Belt | 50-450 | |
| Conveyor Belt Width Adjustment Method | Electric | |
| PCB Transfer Direction | Left to right | |
| Air Intake Pressure | 0.6 | |
| Nitrogen Supply | Provided by customer | |
| Nitrogen Inlet Pressure | 0.6 | |
| Nitrogen Consumption | 1.5 | |
| Required Nitrogen Purity | >99.999 | |
| Voltage | 380 | |
| Frequency | 50/60 | |
| Maximum Power Consumption | <12 | |
| Maximum Current | <25 | |
| Machine Noise | <65 | |
| Communication Interface | SMEMA | |
| Welding System | Welding X-axis Maximum Travel | 510 |
| Maximum Travel of Welding Y Axis | 450 | |
| Welding Z Axis Maximum Travel | 60 | |
| Minimum Nozzle Outer Diameter | 5.5 | |
| Nozzle Inner Diameter | 2.5-10 | |
| Maximum Crest Height | 5 | |
| Tin Furnace Capacity | Approx.13kg(Sn63Pb)/ Approx.12kg(lead-free) | |
| Maximum Soldering Temperature | 330 | |
| Tin Furnace Heating Power | 1.15 | |
| Preheating System | Preheat Temperature Range | <200 |
| Heating Power | 6 | |
| Heating Method | Hot air | |
| Spray System | Spray X-axis Maximum Travel | 510 |
| Maximum Stroke of Spray Y Axis | 450 | |
| Spray Height | 60 | |
| Positioning Speed | <200 | |
| Flux Tank Capacity | 2 |
After the pre-programmed program of the spray head controls the PCB board to move to the designated position, only the parts that need to be soldered are sprayed with flux. After spraying and preheating, the electromagnetic pump platform drives the electromagnetic pump to move to the required position according to the preset program for welding, and then completes the soldering process.
Using an electromagnetic pump instead of a mechanical pump provides stable wave peaks during operation, eliminates mechanical wear, and minimizes waste production. The welding module incorporates a high-precision motion system to ensure process accuracy, while specialized processes significantly reduce tin bridging phenomena. User experience is enhanced with welding monitoring cameras and automatic wave height detection.
The transmission system utilizes roller conveying, which increases welding space and facilitates soldering of components located close to the board edges.
The standard machine features precision drop nozzles imported from Germany with 130μm diameter, ensuring uniform flux application on required welding areas. Minimum spray area is 3mm, saving at least 90% flux compared to traditional spray methods. For applications requiring less precision, alternative spray nozzles are available for faster spray processes.
All module movements are driven by servo motors and ball screws, ensuring smooth and stable operation with repeatability reaching 0.05mm.
