Descriptions
Model No.: ZG-EH40-SGN, ZG-EH50-SGN, ZG-EH60-SGN, ZG-EH80-SGN, ZG-EH10-SGN,
Rated Power: 40/50/60/80/100kw
Main Function: heating water to high temperature over 170C degrees and quickly generating steam out.
Main Advantage: Electromagnetic Induction heating steam generator can save at least 30%~50% electricity than resistance wire heating, generating steam very fast within 60S.
Electromagnetic induction heating steam generator, also known as electromagnetic steam boiler, is a power device that uses the principle of electromagnetic induction eddy current heating to convert electrical energy into thermal energy, and then convert thermal energy into steam. Compared to traditional resistance heating steam generators, electromagnetic steam generators are more economical, capable, safer, and longer lifespan.The structure of the electromagnetic steam generator mainly consists of an electromagnetic induction heater, a pressure vessel, and an induction heating coil, as well as water level display and pressure. In short, induction water boilers are an efficient and environmentally friendly heater that utilizes the principle of electromagnetic induction to convert electrical energy into thermal energy and achieve heating by heating water.

1. Petroleum and chemical industry: polymerization, condensation, distillation, melting, dehydration, forced insulation.
2. Oil and Fat Industry: Temperature control and heating of reactors for processes such as fatty acid distillation, oil decomposition, concentration, esterification, and vacuum degumming.
3. Synthetic fiber industry: polymerization, melting, spinning, drawing, drying.
4. Textile Printing and Dyeing Operations: Heating of heat-setting rollers, heating in drying chambers, and thermal dyeing.
5. Nonwoven Industry: Nonwoven fabric.
6. Feed Industry: Drying.
7. Plastic and Rubber Industry: Hot pressing, calendering, extrusion, and vulcanization molding.
8. Paper industry: Drying and corrugated paper processing.
9. Timber Industry: Multi-layer boards, fiberboard press forming, laminated board heating, hot press plate heating, oil press machine temperature control, and wood drying.
10. Construction Materials Work: Gypsum board drying, asphalt heating, and concrete component curing.
11. Machinery Industry: Spray painting and printing drying.
12. Food industry: oven heating, sandwich pot heating.
13. Air conditioning industry: Heating for industrial plants and civil buildings.
14. Road construction industry: Asphalt melting and insulation. 15. Pharmaceutical industry: drying.
16. Light industry: producing ink and laundry detergent.
17. Chemical industry: polymerization, condensation reaction, distillation, rectification, concentration, evaporation, melting
18. Petrochemical industry: synthesis, reaction, distillation, rectification, heating, insulation, tank heating, heavy oil heating
19. Oils and fats: oil decomposition, deodorization, fatty acid distillation, heating, hydrogenation reaction, esterification
20. Plastic and rubber: hot pressing, rolling, extrusion, vulcanization molding

· 100% Safety: Electromagnetic Frequency Conversion Energy Storage Induction Heating Steam Generator truly achieves complete separation of water and electricity, eliminating the safety hazards of conventional electric boilers. The product maintains constant power output and features soft-start control, ensuring smooth operation without impact.
· 30% Energy-saving Type: High-efficiency electromagnetic heating, rapid temperature rise, no scaling, maintenance-free. The steam generator can be set automatically with standard temperature, low operating costs, and requires no personnel supervision, it significantly reduces operating costs! With no thermal decay, it is more energy-efficient.
· Intelligent Temperature Control: Supports PLC programming operation and human-machine interface interaction. Remote WIFI control is available via a microcomputer-programmable controller, enabling adjustable power and water temperature, Timed and temperature-controlled, effortless and convenient.
· No Exhaust Emissions: The working chamber of this device does not produce harmful gases, does not consume oxygen, and has no impact on the surrounding environment, making it a pollution-free, environmentally friendly green product, compared to gas-fueled alternatives gas equipment consumes oxygen.
· Easy Installation and Maintenance: With a refined exterior design, it can be connected to existing radiator, water air conditioner, or underfloor heating pipes without replacement, allowing immediate operation upon connection,upon startup, customers can set the desired parameters according to their needs. The machine will automatically memorize and save these settings, ensuring fully automated constant temperature operation on each subsequent startup.
· Easy to Operation: Simple installation and operation, featuring intelligent automatic control with scheduled heating, constant temperature heating, and customizable heating times based on customer work schedules. The hot time and heating temperature once again contribute to energy savings, enabling continuous operation.

| Structure | Single unit | Single unit | Double units | Double units | Double units |
| Model No. | ZG-EH40-SGN | ZG-EH50-SGN | ZG-EH60-SGN | ZG-EH80-SGN | ZG-EH100-SGN |
| Rated Power | 40KW | 50KW | 30KW X 2 | 40KW X 2 | 50KW X 2 |
| Input Voltage | 380V-3P,50Hz | 380V-3P,50Hz | 380V-3P,50Hz | 380V-3P,50Hz | 380V-3P,50Hz |
| Heating Current | 60A | 75A | 90A | 120A | 150A |
| Steam Temperature | 100-171℃ adjustable | 100-171℃ adjustable | 100-171℃ adjustable | 100-171℃ adjustable | 100-171℃ adjustable |
| Steam Pressure | 0.7Mpa | 0.7Mpa | 0.7Mpa | 0.7Mpa | 0.7Mpa |
| Steam Volume | 65KGs/H | 75KGs/H | 85KGs/H | 100KGs/H | 150KGs/H |
| Heat Exchange Rate | ≧98% | ≧98% | ≧98% | ≧98% | ≧98% |
| Steam Outlet Pipe | DN20 | DN20 | DN25 | DN32 | DN40 |
| Safety Value Pipe | DN20 | DN20 | DN25 | DN32 | DN40 |
| Water Inlet Pipe | DN20 | DN20 | DN25 | DN32 | DN40 |
| Sewage Pipe | DN25 | DN25 | DN32 | DN40 | DN40 |

Please check the table for comparison:Induction Heating Boiler comparing with gas-fired boiler, electrical boiler and coal fired boiler.
| Steam Generator Type | Gas-fired Type | Electrical Type | Coal-fired Type | Induction Heating Type |
| Energy Used | Gas by Fire | Resistance Wire by Electricity | Coal by Fire | Induction Heating by Electricity |
| Heat Exchange Rate | 85% | 88% | 75% | 98% |
| Need Someone on Duty | Yes | No | Yes | No |
| Temperature Control Accuracy | ±8℃ | ±6℃ | ±15℃ | ±3℃ |
| Heating Speed | Slow | Quick | Slow | Very quick |
| Working Environment | A little pollution after fired | Clean | Heavy pollution | Clean |
| Production Risk Index | Risk of gas leakage, complicated pipelines | Risk of electricity leakage pipe inner wall easy be scaling | Risk of high temperature, heavy pollution | No risk of leakage, water & electricity separated completely |
| Operational Performance | Complicated | Simple | Complicated | Simple |

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