Product Details

Boilers are primarily composed of the boiler body, electrical control box, and control system. They are characterized by being environmentally friendly, clean, pollution-free, noiseless, and fully automatic. With the depletion of limited energy resources and their sharp price increases, electric heating boilers, as a new type of boiler equipment, are gaining increasing recognition. The electric heating tube is the core component of electric heating boilers, directly determining their service life. It is recommended to choose metal tube-shaped electric heaters for water heating, converting electrical energy directly into heat energy (producing hot water or steam), without the need for combustion to convert chemical energy into heat. This eliminates the need for air and fuel supply for combustion, and prevents the emission of harmful gases and ash. They fully comply with environmental protection requirements. Electric heating boilers use electricity as their energy source, converting electrical energy into heat energy. Through the heat exchange section of the boiler, they heat the heat medium water or organic carrier (heat transfer oil) to a certain parameter (temperature stability, pressure) and output heat energy with a rated working substance. Electric boilers can be categorized by their purpose into: KS-D electric water boilers, CLDR (CWDR) electric hot water boilers (including electric heating and electric bathing boilers), LDR (WDR) electric steam boilers, and others.

Performance Advantages

1. Features a large steam space and high-quality steam.

2. Full-automatic intelligent control technology, no need for专人 on duty. Flexible operation mode, can be set to manual or automatic.

3. The boiler can be set to operate automatically during specified time slots, allowing for multiple different working periods within a day. This enables the boiler to automatically start different heating groups at different times, cycling through them to ensure that each contactor is used equally in terms of time and frequency, thereby extending the equipment's lifespan.

4. The controller automatically controls, calculates, and tracks pressure, allowing for automatic start/stop control of the feed pump and electric heating tubes during load changes, as well as manual control.

5. Equipped with a comprehensive range of protective features, including leakage protection, low-water protection, grounding protection, steam over-pressure protection, overcurrent protection, and power supply protection.

6. The boiler body is made of boiler steel plates, with both longitudinal and circumferential welds being automatically welded and X-ray inspected. The small-scale boiler body features mechanical and electrical integration for easy installation and connection. The large-scale boiler body is designed separately from the electrical control unit to prevent the high temperature of the boiler body from affecting the electrical control components, ensuring stable operation of the electrical control devices.

7. A compact, scientifically designed structure and advanced manufacturing techniques make the boiler occupy less space, easy to transport, and save on usage area.

8. Silent operation, pollution-free, high thermal efficiency; the boiler body is insulated with heat-preserving materials, resulting in minimal heat loss and energy-saving.

9. The boiler's outer packaging is designed with high-quality color steel sheets, featuring an aesthetically pleasing and durable appearance, resistant to rust.

All electrical components are marked with CE and CCC certifications, ensuring the product's lifespan.

11. Advanced circuit design, well-crafted, neatly arranged wiring, and easy to operate.

12. The electric heating tube is connected to the furnace body with a flange, making it easy to disassemble and maintain.

13. Equipped with an automatic water refilling system, safety protection features including low water, over-temperature, over-pressure, automatic power-off with alarm, and electric leakage protection.

14. PLC microcomputer programmable control and display screen; automatic control of water outlet temperature through human-machine interface, displaying equipment status, operating parameters, and fault alarms on the screen.

Technical Specifications