| 型號 | Model | NXS-450 隧道式全程氮氣波峰焊 | |
| 整機 Parameters | 外形尺寸 (L×W×H) | Dimension (L×W×H) | 5635×1620×1735mm |
| 電源 (三相五線) | Supply Power (3 phases 5 wires) | 3P5W380V AC, 50/60Hz 160A 或 3P5W220V AC,50/60Hz 130A (選配) | |
| 電源功率要求 | Required Initial Power | 90KW | |
| 氣源功率要求 | Required Air Source Power | 0.5-0.8MPa | |
| 總功率 | Total Power | 60KW | |
| 正常工作功率 | Operating Power | 10-13KW | |
| 控制方式 | Control Method | PC+PLC | |
| 噴霧系統 Spray System | 助焊劑流量 | Flux Flow | 10-100ml/min |
| 噴霧氣壓 | Spray Pressure | 0.25MPa-0.4MPa | |
| 预熱系統 Preheating System | 预熱方式 | Preheating Method | 熱風/紅外任選 (模組) Hot air/IR for option (module) |
| 预熱風機調速方式 | Speed Adjustment Mode | 红外IR: 無 Ni / 熱風Hot air: 無极變頻調速 Inverter | |
| 預熱區數量 | Quantity | 3段 （可選4段）3 sections (4 sections for option) | |
| 预熱區長度 | Length | 1950mm (3段3 segments)；2250mm (4段4 sections) | |
| 预熱溫度 | Temp. Range | 室溫 Room temperature—280 ℃ | |
| 控溫方式 | Temp. Control Mode | PID+SSR | |
| 焊接系統 Soldering System | 波峰運行方式 | Wave Peak Operation Mode | 機械泵 Mechanical pump |
| 錫爐發熱管功率 | Power for Heating Tube | 1.5KW×12 | |
| 錫爐容量 (錫比重7.5) | Pot Capacity | Approx 550KG | |
| 錫爐极限承受溫度 | Ultimate Bearing Temperature | MAX:300 ℃ | |
| 錫爐极限使用溫度 | Ultimate Usage Temperature | MAX:280 ℃ | |
| 波峰驅動功率 | Wave Peak Driven Power | 1/2 HP×2 AC 220V3Φ | |
| 波峰高度調節方式 | Height Adjustment Mode | 變頻調節 Inverter adjustment | |
| 錫爐升溫時間 | Heating Time | 100min 設定溫度 250 ℃ | |
| 波峰選擇 | Wave Peak Select | 雙波峰: 擾流板+平波/擾流波+擾流波 Dual-wave: spoiler+flat or spoiler+spoiler | |
| 波峰高度 | Wave Height | 0~15mm | |
| PCB傳輸系統 PCB Conveyor System | PCB傳輸速度 | Conveying Speed | 0~1800mm/min |
| PCB板寬度範圍 | Width Range of PCB | 50~450mm | |
| PCB板長度範圍 | Length Range of PCB | 120~600mm | |
| PCB板元件高度 | Height of PCB Component | Top:150mm Bottom:25mm | |
| PCB入口運輸高度 | Conveyor Height | 750±20mm | |
| 運輸導軌傾角 | Angle of Rail | 5.5° 固定 fixed | |
| 馬達轉動方式 | Motor Rotation Mode | 分段傳動/控制 Sectional transmission/control | |
| 運輸馬達功率 | Conveyor Motor Power | 90W×3 3P 220V AC | |
| 運輸最大重量 | 40KG | ||
| 運輸方式 | Conveyor Mode | 分段運輸: 鏈條→連抓 (V+L/全V/全L)→鏈條 Fragment conveyor: chain→fingers (V+L/full V/full L)→chain | |
| 運輸馬達調速方式 | Conveyor Motor Speed Adjustment | 變頻調速 Inverter adjustment | |
| 氣體參數 Gas Parameters | 氮氣耗量 | 30m3/h 1000ppm以下 | |
| 氮氣氣源壓力 | Nitrogen Source Pressure | 0.5~0.8MPa | |
| 氮氣氣源含氧量 | Nitrogen Source Oxygen Content | ≤10PPM | |
| 氮氣流量計個數 | No. of Nitrogen Flowmeter | 7 | |
| 其他 Others | 排風扇 | Exhaust Fan | AC380V 750W |
| 抽風管直徑 | Diameter of Exhaust Duct | Φ200mm | |
隧道式全程氮氣波峰焊 Full-Tunnel Entire Nitrogen Wave Soldering System
產品描述
Product Description
- 氮氣的閉環控制
實時監測氮氣濃度，PID閉環控制氮氣流量，實現爐內穩定的PPM值，有效節省氮氣消耗量。 - 提高焊接可靠性
通過氮氣保護，改善錫波的浸潤性，提升焊點透錫率，提高產品的可靠性。 - 減少焊點缺陷
降低氧氣含量，有效減少焊接過程中產生的焊點缺陷，提升焊接品質，提高生產效率。 - 節省成本
密閉的預熱環境，減少設備耗電量以及錫渣的產生，降低設備的使用成本。 - Nitrogen Closed-loop Control
A real-time monitoring on nitrogen concentration and PID closed-loop adjusting nitrogen flow to realize the stable PPM value. - Increase Solder Stability
By nitrogen protecting can improve the wetting of wave infiltration and promote solder penetration rate to make sure the stable quality - Reduce Solder Defect
The tunnel-based entire nitrogen wave soldering can reduce solder defect and imp rove production efficiency with less oxygen content - Save Cost
The equipment maintenance cost could be decreased effectively by a closed preheating environment
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