40kw Indution Heating Machine for Forging Hardening Melting Brazing

• บริการหลังการขาย: การจ่ายยา
• ประกันสินค้า: 12 เดือน
• พิมพ์: เครื่องทำความร้อนแบบเหนี่ยวนำ
• การรับรอง: CE, ISO
• โครงสร้าง: ชนิดแนวตั้ง
• ชื่อ: อุปกรณ์ทำความร้อนเหนี่ยวนำ
• แอปพลิเคชัน: การเชื่อมความร้อนแบบโลหะ
• อุณหภูมิความร้อน: 1800 C
• วัสดุที่มีความร้อน: ทองแดงเหล็ก
• แพคเพจการขนส่ง: Plywood Box Package
• ข้อมูลจำเพาะ: 800 x 400 x 800 mm
• ที่มา: จีน
• รหัสพิกัดศุลกากร: 8514400
• กำลังการผลิต: 100 Per Month

คำอธิบายสินค้า

YTHF-40KW Induction heating Machine for brazing heating treatment

 

1. Input Voltage: 3 x 380V, 50/60HZ
2. Working Voltage: 340 ~ 420V
3. Output Power: 1 ~ 25KW
4. Output Frequency: 10 ~ 80KHZ
5. Input Current: 1 ~ 50A
6. Size: 650 x 350 x 650 mm
7. Weight: 35kg  

Application:

1. Brazing
2. Forging
3. Hardening  Tempering
4. Annealing Quenching
5. Melting
6. Other heating treatment

OTHER INDUCITON HEATING MACHINE MODEL
Features:

1. Model: 15KW, 25KW, 35KW 45KW, 60KW, 80KW, 120KW,160KW
2. IGBT Type
3. Frequency: 10 ~ 50KHZ
4. 24 Hour continuous work
5. Voltage & current full display. Adjust heating, Holding time
6. Easy to operate and more stable
7. Design different type induction coil

Model	HF-15KW	HF-25KW	HF-35KW	HF-45KW
Input Voltage	220V	3 x 380V, 50/60HZ
Input Current	20A	30A	50A	65A
Ouptut Power	1~15KW	1~25KW	1 ~ 35KW	1~45KW
Output Frequency	10~80KHZ
Cooling Water	0.2 Mpa  2 ~ 6 L/Min		0.2 Mpa  4 ~ 8 L/Min
Cable Length	1 ~ 5 meters
Size (cm)	48 x 21 x 44	59 x 24 x 48	65 x 26 x 52 58 x 28 x 48	69 x 31 x 52 58 x 28 x 48
Weight	22kg	30 kg	60 kg	70 kg

 

Model	HF-60KW	HF-80KW	HF-120KW	HF-160KW
Input Voltage	3 x 380V, 50/60HZ
Input Current	90A	120A	200A	265A
Ouptut Power	1~60KW	1~80KW	1 ~ 120KW	1~160KW
Output Frequency	10~50KHZ			10~5KHZ
Cooling Water	0.2 Mpa  4 ~ 10 L/Min		0.2 Mpa  5-12 L/Min
Cable Length	1 ~ 5 meters
Size (cm)	75 x 55 x 80 60 x 50 x 55	75 x 55 x 80 60 x 50 x 55	75 x 55 x 120 70 x 55 x 60	75 x 55 x 120 70 x 55 x 60
Weight	80kg	100 kg	120 kg	140 kg

Advantage of induction heating machine

High-frequency induction heating has numerous significant advantages that make it a preferred heating method in many industrial applications. Here are some of the main benefits:

1. Fast heating speed: High-frequency induction heating utilizes the principle of electromagnetic induction to generate heat internally within the workpiece, resulting in rapid temperature rise. Compared to traditional heating methods such as flame or resistance heating, high-frequency induction heating achieves the desired temperature much faster.

2. Uniform heating: Since the heat generated by the high-frequency current is distributed evenly within the workpiece, the temperature distribution during the heating process is also relatively uniform. This helps reduce thermal stress and prevents deformation or cracking due to uneven heating.

3. Energy-efficient: High-frequency induction heating boasts high energy conversion efficiency as most of the energy is directly used to heat the workpiece, rather than wasted on heating the surrounding air. Additionally, the rapid heating speed and short heating time further reduce energy consumption.

4. Environmentally friendly: High-frequency induction heating produces no harmful gases or smoke during the process, making it environmentally friendly. Moreover, its high heating efficiency reduces energy waste, contributing to green production.

5. Ease of control: High-frequency induction heating equipment is typically equipped with advanced control systems that allow precise control over heating temperature and time, enabling automated production. Additionally, the equipment is easy to operate and maintain with low costs.

6. Wide range of applications: High-frequency induction heating can be applied to various metal materials, including iron, steel, copper, aluminum, and more. It can also be used in various processes such as welding, melting, and heat treatment.

In summary, high-frequency induction heating, with its advantages of fast, uniform heating, energy efficiency, environmental friendliness, and ease of control, plays an increasingly important role in industrial production.