Oxygen-Free Copper Welder
1.Medium temperature soldering copper tube produces
no oxidized materials and degenerated.
2.The welded joints will be not oxidized that leads
to the refrigerant leakage and block the
cooper tube
3.Step of Use:
Step 1: Apply Burn Resistant Solder Paste Flux on the welded copper tube

Step 2: Insert the copper joint into its encounter widened copper tube

Step 3: Hold soldering clamp on the place firmly where the copper tube & joint are overlapped and then switch on the startup switch for Pre-Weld heating
Step 4: During Heating, try add some soft wires till they melts onto the copper, which represents heating reaches to the welding point; then add & fill it with weld-supporting agent (soft wire) and waits the filler melts and seeps right into the surface of the coppers you are joining. Leave it cool for a while then soldering is done.
Step 5: Soldering the remaining unused copper tube by joining them so that material cost-saving is increased, and allows more effective use and avoid wastes.
型式 Type |
周圍溫度 Ambient Temperature |
定格入力電壓 Input Voltage |
輸入相數 Input Phase |
週波數 Frequency |
輸出容量 Output Capacity |
出力電流調整範圍 Output Current Range |
出力時間調整範圍 Output time Range |
冷卻方式 Cooling Method |
外觀尺寸 Size (W*D*H) |
重量 Weight |
---|---|---|---|---|---|---|---|---|---|---|
℃ | V | φ | Hz | KVA | % | Sec. (秒) | mm | kg | ||
YSVRV20 | 45℃ below | 110 (100) | 1 | 50/60 | 2 | 30~99 | 1~99 | Fan cooled | 171*305*395 | 15 |
YSVRV20U | 45℃ below | 110 (100) | 1 | 50/60 | 2 | 30~99 | 1~99 | Fan cooled | 350*253*806 | 19.9 |
*Specification are subject to change without notice due to constant improvement.