Unveil the remarkable Intermediate Frequency Furnace System, featuring our groundbreaking Half Bridge Inverter and Enclosed Cooling Tower. This cutting-edge design promises extraordinary performance and efficiency, tailored for the demands of modern industrial sectors.
Product Specifications
| Name |
Description |
Rated Value |
| Furnace Capacity |
Rated & Maximum |
Customized |
| Power |
Power & Frequency |
Customized |
| Power Attribute |
Inverter type |
thyristor inverter power supply |
| Supplying Furnaces |
Customized |
| Power Factor |
≥0.95 |
| Energy Conversion Rate |
≥98.5% |
| Starting Successful Rate |
100% |
| Melted Metal |
Melted Metal |
Customized |
| Pour Temperature |
Customized |
| Molten Density |
6.9 |
| Melting Rate |
Melting -- Kg |
within 1 hour |
| Noise |
Measured 1m from furnace platform |
≤85db(w/o background noise) |
| Power supply |
Rated capacitor of transformer |
Customized |
| Driving power source |
Customized |
| Cooling system |
Power Cooling parameters |
Flow:--T/H |
| Pressure:0.2-0.4MPa |
| Furnace Cooling parameters |
Flow:--T/H |
| Pressure:0.2-0.4MPa |
| De-dustor |
Air flow |
≥--m³/H |
Remark: Through our bespoke technical proposals, derived from dynamic, real-time consultations, we deliver solutions expertly crafted to align with your precise operational needs and specifications.
Introducing: The SCR Series Connection Intermediate Frequency Power Supply
1. Exceptional Stability
Rongke's SCR series connection technology embodies over ten years of meticulous refinement, ensuring unparalleled stability, maturity, and dependability. Our tailored solutions meet a wide array of requirements, guaranteeing longevity and significantly reducing upkeep.
2. Multifaceted Functionality
Our state-of-the-art third-generation control system boasts user-friendly interfacing, real-time data monitoring, and energy management. Key features include automatic oven drying, effortless automatic sintering, and efficient initiation of cold furnaces.
3. Cutting-Edge Intelligence
Augmented with 5G IoT capabilities, our system facilitates online monitoring and remote diagnostic services. Our expert engineers can offer in-depth diagnostic and repair support remotely, ensuring seamless operations at all times.
The Intermediate Frequency Coreless Induction Furnace Body
1. Extensive Leakage Protection
Our system is fortified with comprehensive protection measures, including injection-type, differential, secondary electrode, optical-fiber detection, and cooling system linkage leak protections, ensuring peak safety and reliability.
2. Proprietary Coil Technology
Utilizing advanced computer simulation tools, our proprietary coil technology is precisely adapted to meet specific operational conditions, optimizing turn count, spacing, and coil height to maximize electromagnetic conversion efficiency.
3. Advanced Enclosed Furnace Design
Our innovative fully enclosed design prevents arc striking due to dust pollution, offers secondary magnetic field shielding, and limits magnetic radiation to just 10% of competitor products, exceeding national safety benchmarks.
GuangdongRongkeIndustrialEquipment Co., Ltd. is a leading high-tech enterprise headquartered in Shaoguan,Guangdong, established with a robust investment of 300 million yuan by Foshan RongkeIndustrialElectric Furnace Co., Ltd. in 2020. Our enterprise is renowned for its comprehensive integration of research, development, production, and operations, supported by a team of over 200 committed experts, including more than 30highly skilled R&D specialists.
Our extensive product portfolio features 0.1t~100t medium frequency induction melting furnaces, 0.1MW~40MW medium frequency power supplies, induction heating systems, automated batching and feeding systems, electric furnace cooling systems, automated pouring systems, automated molten iron transfer systems, and dust removal systems. We are esteemed as one of the rare full-spectrum system suppliers globally.
To gain a comprehensive understanding of our certifications, we warmly invite you to explore our company showcase.
What are the differences between closed shell and open shell furnaces?
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