Audited Supplier
SCR Series Induction Furnace
CE, ISO
Vertical
Industrial
IF Furnace
Industrial
Electric
Half Bridge Inverter
Enclosed Cooling Tower
Customized
Customized
Bakelite
Quality Directional Silicon Sheet
Hydraulic
Rongke Industrial
Box
Customized
China
8514300090
Product Description
Introducing our High Capacity Electric Furnace, designed with cutting-edge Fast Heating Technology. Perfectly tailored for casting foundry workshops, this furnace is your ultimate solution for efficiently melting steel, iron, copper, and aluminum.
Specification
Remark: A specific technical proposal will be provided upon real negotiation, ensuring a tailored solution for your needs.
SCR Series Connection Intermediate Frequency Power Supply
1. Unmatched Stability
Rongke's SCR series connection technology has achieved exceptional stability, honed over years of development and practice. We offer customized solutions that cater to diverse demands and application scenarios. This guarantees long-term stable operation, significantly minimizing maintenance and repair needs.
2. Comprehensive Function Suite
Experience innovation with our self-developed third-generation control system. Featuring a user-friendly interface, it provides real-time data monitoring and energy consumption statistics. Enjoy automated functionalities such as oven drying, sintering, and cold furnace startup.
3. Cutting-edge Intelligence
Embedded with 5G IoT technology, our system allows for online monitoring and diagnostics. Even remotely, engineers can assess the system and offer repair guidance, ensuring uninterrupted operations.
Intermediate Frequency Coreless Induction Furnace Body
1. Quintuple Leakage Protection System
Experience unparalleled safety with our comprehensive protection system, combining injection, differential, secondary electrode, optical-fiber detection, and cooling system linkage protections.
2. Patented Coil Technology
Our coils are meticulously engineered to maximize electromagnetic conversion efficiency. Through advanced computer simulations, we calculate the optimal turns, spacing, height, and other parameters tailored to the customer's actual usage conditions.
3. Fully Enclosed Furnace Design
Our design effectively prevents arc strikes resulting from dust pollution, provides secondary shielding to the coil's magnetic field, and boasts magnetic radiation levels that are a mere 10% of competitive products, well below national standards.
What is he differences between closed shell and open shell furnace?
Eclosed type furnace forms a solid structure, which can better bear strength and lifespan.Also, it can screen the outgoing magnetic flux, reduce flux leakage.Importantly,closed shell is useful for dust/dirt isolation, then decrease the risks of electric arc or leakage.Besides,about 30% down in noise to the open type leakage.
However, the open type furnace , despite of it is convenient to repair,mounts of shortcomings comes.Firstly, poor strength,will go distorted after long term use, working life of induction coil and lining will also be affected.Secondly, dust/dirt bearing metal elemant will be likely absorbed to the induction coil surface, increasing risk of electric arc. Third, electric magnetic fulx will leak between the magnetic yoke and harm the operators.Finally,molten splash in more likely to land on the hose, cable and induction coil surface,jeopardising the system.
Specification
| 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 |
SCR Series Connection Intermediate Frequency Power Supply
1. Unmatched Stability
Rongke's SCR series connection technology has achieved exceptional stability, honed over years of development and practice. We offer customized solutions that cater to diverse demands and application scenarios. This guarantees long-term stable operation, significantly minimizing maintenance and repair needs.
2. Comprehensive Function Suite
Experience innovation with our self-developed third-generation control system. Featuring a user-friendly interface, it provides real-time data monitoring and energy consumption statistics. Enjoy automated functionalities such as oven drying, sintering, and cold furnace startup.
3. Cutting-edge Intelligence
Embedded with 5G IoT technology, our system allows for online monitoring and diagnostics. Even remotely, engineers can assess the system and offer repair guidance, ensuring uninterrupted operations.
Intermediate Frequency Coreless Induction Furnace Body
1. Quintuple Leakage Protection System
Experience unparalleled safety with our comprehensive protection system, combining injection, differential, secondary electrode, optical-fiber detection, and cooling system linkage protections.
2. Patented Coil Technology
Our coils are meticulously engineered to maximize electromagnetic conversion efficiency. Through advanced computer simulations, we calculate the optimal turns, spacing, height, and other parameters tailored to the customer's actual usage conditions.
3. Fully Enclosed Furnace Design
Our design effectively prevents arc strikes resulting from dust pollution, provides secondary shielding to the coil's magnetic field, and boasts magnetic radiation levels that are a mere 10% of competitive products, well below national standards.
Guangdong Rongke Industrial Equipment Co., Ltd. is a leading high-tech enterprise founded in Shaoguan, Guangdong, backed by a substantial investment of 300 million yuan from Foshan Rongke Industrial Electric Furnace Co., Ltd. in 2020. The company integrates cutting-edge research and development with production and operations, employing a dynamic team of over 200, including more than 30 dedicated R&D experts.
Our diverse product range includes 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, automatic pouring systems, molten iron transfer systems, and dust removal systems. We stand out as one of the few complete system suppliers globally.
Our diverse product range includes 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, automatic pouring systems, molten iron transfer systems, and dust removal systems. We stand out as one of the few complete system suppliers globally.
For a comprehensive list of certifications, please refer to our company showcase.
What is he differences between closed shell and open shell furnace?
Eclosed type furnace forms a solid structure, which can better bear strength and lifespan.Also, it can screen the outgoing magnetic flux, reduce flux leakage.Importantly,closed shell is useful for dust/dirt isolation, then decrease the risks of electric arc or leakage.Besides,about 30% down in noise to the open type leakage.
However, the open type furnace , despite of it is convenient to repair,mounts of shortcomings comes.Firstly, poor strength,will go distorted after long term use, working life of induction coil and lining will also be affected.Secondly, dust/dirt bearing metal elemant will be likely absorbed to the induction coil surface, increasing risk of electric arc. Third, electric magnetic fulx will leak between the magnetic yoke and harm the operators.Finally,molten splash in more likely to land on the hose, cable and induction coil surface,jeopardising the system.
