Prinova Global
Model: KX-25
Rated Power: 25KW
Heating area: 250-350mm²
Input Current: 38A
Request A Quote95% of the power consumption is converted into working heat energy.
Coil loss ≈ 2%, control unit loss ≈ 2%, and the insulation layer can retain 98% of the energy on the barrel.
Only the barrel is heated, while the screw remains cool.
Eliminate the inertia phenomenon of heating, and the temperature rise and fall are rapid and efficient.
There is no dead angle in heating, and the entire barrel is evenly heated.
The electromagnetic coil stays cool, so it has a very long life.It can realize automatic operation and precise control.
This greatly improves production efficiency and product quality, while reducing interference from human factors.
25KW electromagnetic heating equipment can improve the working environment, increase production efficiency and reduce production costs. The machines have the ability to guaranty product quality, producing fire-free safety.
| Electromagnetic Heating Equipment | |
| Model | KX-25 |
| Power | 25KW |
| Voltage | Three phase 380V |
| Heating Area | 250-350mm² |
| Equipped Copper-core cable | ≥10 mm² |
| Current | 38A |
| Frequency | 13-16KHz |
Electromagnetic heating equipment offers a controllable and localized method of heat without contact with the parts (components) being heated. The heat of the electromagnetic heating equipment is generated by inducing an alternating magnetic field into electrically conductive materials. Electromagnetic heating equipment is very low cost to run and normally creates significant cost savings versus other traditional process heating technologies.
The heating method of the electromagnetic heating equipment is to transfer heat to the barrel by contact conduction. Only the heat close to the inner side of the barrel surface can be transferred to the barrel. In this way, most of the heat on the outside is lost to the air, resulting in heat conduction loss and causing the ambient temperature to rise.
Electromagnetic heating technology uses the principle of electromagnetic induction to make the metal barrel itself heat up, and a certain thickness of heat insulation material can be wrapped on the outside of the barrel according to the specific situation, which greatly reduces the heat loss and improves the thermal efficiency. Therefore, the power saving effect is very significant, up to 30% to 75%.
Because the electromagnetic heating coil itself does not generate heat, and is made of insulating materials and high-temperature cables, there is no problem of shortening the service life of the resistance wire of the original electric heating coil due to oxidation under high temperature. It has the advantages of long service life, fast heating rate, no need for maintenance, etc., which reduces maintenance time and reduces costs. It has been used by a large number of plastic products, building materials, pipelines and other companies, greatly reducing the production costs of enterprises.
It offers a widely range of applications for industrial heating in the Plastics, Chemical, Pharmaceutical, Food, Printing, Construction, HVAC, Heat Treatment, Smelting And Other Industries Energy Saving. for example: plastic inject molding machine, oil heating, hot water, metal heating, hot air, diffusion pumps heating and other custom applications.
Compared with traditional heater, the efficiency of electric of electromagnetic heating unit to heat conversion is up to 98%. It’s energy saving and environment-friendly.
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