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Energy Conversion:
The heater converts electrical energy into heat energy, warming materials efficiently to meet specific industrial needs. Its design maximizes energy use while maintaining consistent heating output.
Fluid Heating Process:
A low-temperature fluid medium enters the input port under pressure, absorbing heat generated by the electric heating element through a specific heat exchange channel. This process ensures efficient and controlled heating for various fluids.
Automatic Temperature Control:
The heater’s internal control system automatically adjusts the output power based on temperature sensor signals, ensuring uniform outlet temperatures. This feature helps maintain consistent process conditions, reducing the risk of overheating or underheating.
Overheat Protection:
An independent thermal protection device is built in to cut off the heating power if the temperature exceeds safe limits, preventing overheating and extending the lifespan of the heater. This safety feature ensures the heater operates reliably over time.
The 380V 15KW Explosion-Proof Electric Heater is highly versatile, suitable for use in a variety of industrial heating applications, particularly in hazardous environments. Key applications include:
Chemical Industry: Ideal for heating chemical materials, drying powders, and supporting chemical processes that require reliable and controlled heating.
Hydrocarbon Heating: Perfect for heating petroleum, crude oil, heavy oil, fuel oil, heat transfer oil, lubricating oil, paraffin, and other hydrocarbons in a safe manner.
Fluid Heating: Suitable for heating process water, steam, molten salt, nitrogen gas, water gas, and other fluid media.
Explosion-Proof Environments: Designed for use in hazardous areas such as chemical plants, military industries, petroleum and natural gas facilities, offshore platforms, ships, and mining areas where explosion risks are prevalent.
Voltage: 380V
Power: 15KW
Certifications:
ATEX (Explosion-proof certification for hazardous areas)
CE (European conformity)
CNEX (China explosion-proof certification)
ISO 14001 (Environmental management certification)
OHSAS 18001 (Occupational health and safety certification)
SIRA, DCI, and others, ensuring compliance with international safety and quality standards.
Are you a factory?
Yes, Hoto Heating Equipment Co., Ltd. is a manufacturer, and we welcome customers to visit our factory for more direct inquiries.
What certifications does the product have?
Our heaters come with several industry certifications, including ATEX, CE, CNEX, ISO 14001, OHSAS 18001, SIRA, and DCI.
How do I choose the right industrial heater?
Consider the type of medium you are heating, the required heating power, and the heater’s compatibility with the material. Ensure that the watt density of the heater matches your process requirements.
What types of temperature sensors are provided?
A sensor on the heater element sheath for monitoring the maximum sheath operating temperatures.
A sensor on the flange face to measure exposed surface temperatures.
An exit temperature sensor on the outlet pipe for monitoring the temperature of the heated medium.
 | Production Process |
| Applications |
| Packing |
| QC & Aftersales Service |
| Certificates |
Energy Conversion:
The heater converts electrical energy into heat energy, warming materials efficiently to meet specific industrial needs. Its design maximizes energy use while maintaining consistent heating output.
Fluid Heating Process:
A low-temperature fluid medium enters the input port under pressure, absorbing heat generated by the electric heating element through a specific heat exchange channel. This process ensures efficient and controlled heating for various fluids.
Automatic Temperature Control:
The heater’s internal control system automatically adjusts the output power based on temperature sensor signals, ensuring uniform outlet temperatures. This feature helps maintain consistent process conditions, reducing the risk of overheating or underheating.
Overheat Protection:
An independent thermal protection device is built in to cut off the heating power if the temperature exceeds safe limits, preventing overheating and extending the lifespan of the heater. This safety feature ensures the heater operates reliably over time.
The 380V 15KW Explosion-Proof Electric Heater is highly versatile, suitable for use in a variety of industrial heating applications, particularly in hazardous environments. Key applications include:
Chemical Industry: Ideal for heating chemical materials, drying powders, and supporting chemical processes that require reliable and controlled heating.
Hydrocarbon Heating: Perfect for heating petroleum, crude oil, heavy oil, fuel oil, heat transfer oil, lubricating oil, paraffin, and other hydrocarbons in a safe manner.
Fluid Heating: Suitable for heating process water, steam, molten salt, nitrogen gas, water gas, and other fluid media.
Explosion-Proof Environments: Designed for use in hazardous areas such as chemical plants, military industries, petroleum and natural gas facilities, offshore platforms, ships, and mining areas where explosion risks are prevalent.
Voltage: 380V
Power: 15KW
Certifications:
ATEX (Explosion-proof certification for hazardous areas)
CE (European conformity)
CNEX (China explosion-proof certification)
ISO 14001 (Environmental management certification)
OHSAS 18001 (Occupational health and safety certification)
SIRA, DCI, and others, ensuring compliance with international safety and quality standards.
Are you a factory?
Yes, Hoto Heating Equipment Co., Ltd. is a manufacturer, and we welcome customers to visit our factory for more direct inquiries.
What certifications does the product have?
Our heaters come with several industry certifications, including ATEX, CE, CNEX, ISO 14001, OHSAS 18001, SIRA, and DCI.
How do I choose the right industrial heater?
Consider the type of medium you are heating, the required heating power, and the heater’s compatibility with the material. Ensure that the watt density of the heater matches your process requirements.
What types of temperature sensors are provided?
A sensor on the heater element sheath for monitoring the maximum sheath operating temperatures.
A sensor on the flange face to measure exposed surface temperatures.
An exit temperature sensor on the outlet pipe for monitoring the temperature of the heated medium.
| Production Process |
| Applications |
| Packing |
| QC & Aftersales Service |
| Certificates |
