electromagnetic induction fluid liquid boiler | induction thermal oil heating boiler

The Ultimate Guide to electromagnetic induction fluid liquid boiler: Benefits, Applications and Maintenance.

electromagnetic induction fluid liquid boiler   are an efficient and eco-friendly way to heat commercial and industrial spaces. With their numerous benefits and applications, it's no wonder that more and more businesses are turning to this technology for their heating needs. In this article, we will explore the world of induction thermal oil boilers, discussing the benefits they offer, the wide variety of applications they can be used for, and the best practices for maintenance. Whether you're a business owner looking to improve your energy efficiency or simply someone interested in learning more about this innovative technology, this guide will provide you with all the information you need to make informed decisions about induction thermal oil boilers. Introduction to electromagnetic induction fluid liquid boiler electromagnetic induction fluid liquid boiler is a type of heating system that uses a liquid phase heat transfer medium to transfer heat energy. They are commonly used in industrial applications where high temperatures are required, such as in the chemical, pharmaceutical, and food industries. Induction thermal oil boilers use electromagnetic induction to heat the heat transfer medium, which is usually thermal oil. The heat is then transferred to the process equipment, where it is used to heat up the process. One of the main benefits of using an induction thermal oil boiler is the high efficiency of heat transfer. This is due to the fact that the heat transfer medium is in a liquid phase, which allows for very efficient heat transfer. Additionally, induction thermal oil boilers are very safe and reliable, as they do not use any open flames or combustion processes. They are also very clean, as they do not produce any emissions or waste products. Overall, induction thermal oil boilers are an excellent choice for industrial heating applications, providing a safe, efficient, and reliable heating solution. In the following sections of this guide, we will explore the benefits, applications, and maintenance of induction thermal oil boilers in more detail. Benefits of electromagnetic induction fluid liquid boiler electromagnetic induction fluid liquid boilers have become increasingly popular in recent years due to their many benefits. There are several benefits of using an induction heating thermal oil boiler for industrial heating applications. These include: 1. Energy efficiency: electromagnetic induction fluid liquid boilers can achieve a high level of energy efficiency due to the use of electromagnetic induction to heat the oil in the system. This means that less energy is wasted in the heating process, resulting in lower energy bills and reduced environmental impact.   2. Precise control: Induction technology allows for precise control of the heating process, so that the temperature of the oil can be maintained at a consistent level. This is important for applications where temperature control is critical, such as in the production of chemicals or pharmaceuticals. 3. Safety: Induction thermal oil boilers do not use an open flame or hot surface to heat the oil, which reduces the risk of fire or explosion. This makes them a safer option than traditional boilers in many applications. 4. Versatility: Induction thermal oil boilers can be used with a wide range of heat transfer fluids, including synthetic and mineral oils. This makes them suitable for use in a variety of industrial processes and applications. 5. Low maintenance: Induction thermal oil boilers require minimal maintenance, as there are no moving parts that need regular servicing. This reduces downtime and maintenance costs over the lifetime of the system. 6. Long lifespan: Induction thermal oil boilers have a long lifespan, as they are built from durable materials and do not suffer from the same wear and tear as traditional boilers. This means that they offer a good return on investment over time. Applications of electromagnetic induction fluid liquid boilers electromagnetic induction fluid liquid boilers are used in a variety of industrial heating applications, including: 1. Chemical Processing: Induction heating thermal oil boilers are used in chemical processing applications to heat reactors, distillation columns, and other equipment. 2. Food Processing: Induction heating thermal oil boilers are used in food processing applications to heat kettles, ovens, and other equipment. 3. Plastics Processing: Induction heating thermal oil boilers are used in plastics processing applications to heat extruders, injection molding machines, and other equipment. 4. Textile Processing: Induction heating thermal oil boilers are used in textile processing applications to heat dyeing machines, finishing machines, and other equipment. Maintenance of induction thermal oil boilers Induction thermal oil boilers are an essential part of many industrial processes that require high temperatures to be sustained over a prolonged period of time. As with any machinery, regular maintenance is essential to ensure that it continues to function optimally. Regular maintenance of induction thermal oil boilers includes checking and adjusting the thermostat, inspecting the fuel and water supply lines for leaks, ensuring that the oil is clean and free of contaminants, and checking the pressure of the system. It is also essential to regularly clean the heating coils and the burners to ensure that they are free from any build-up that can cause blockages and lead to reduced efficiency. In addition, it is important to check the electrical connections and wiring to ensure that the system is working safely and effectively. Regular maintenance not only ensures that the system is working efficiently but also helps to prolong its lifespan, reducing the frequency of costly repairs and replacements. Ultimately, by investing in regular maintenance, you can avoid downtime, increase productivity, and ensure that your induction thermal oil boiler continues to deliver reliable and consistent performance. Conclusion electromagnetic induction fluid liquid boilers  are a game-changer for the heating industry. They offer significant advantages over traditional heating systems, including high efficiency, rapid heating, precise temperature control, and low maintenance. These benefits make them an ideal solution for a wide range of industrial heating applications. As the heating industry continues to evolve, it is likely that induction heating thermal oil boilers will become even more prevalent, helping to improve efficiency and reduce environmental impact. https://dw-inductionheater.com/product/electromagnetic-induction-fluid-liquid-boiler-induction-thermal-oil-heating-boiler?feed_id=206681&_unique_id=646a0f8016799

Induction thermal oil boiler with electromagnetic induction heating system

The Ultimate Guide to Induction Thermal Oil Boiler: Benefits, Applications and Maintenance.

Induction thermal oil boilers are an efficient and eco-friendly way to heat commercial and industrial spaces. With their numerous benefits and applications, it's no wonder that more and more businesses are turning to this technology for their heating needs. In this article, we will explore the world of induction thermal oil boilers, discussing the benefits they offer, the wide variety of applications they can be used for, and the best practices for maintenance. Whether you're a business owner looking to improve your energy efficiency or simply someone interested in learning more about this innovative technology, this guide will provide you with all the information you need to make informed decisions about induction thermal oil boilers. Introduction to induction thermal oil boilers Induction thermal oil boilers are a type of heating system that uses a liquid phase heat transfer medium to transfer heat energy. They are commonly used in industrial applications where high temperatures are required, such as in the chemical, pharmaceutical, and food industries. Induction thermal oil boilers use electromagnetic induction to heat the heat transfer medium, which is usually thermal oil. The heat is then transferred to the process equipment, where it is used to heat up the process. One of the main benefits of using an induction thermal oil boiler is the high efficiency of heat transfer. This is due to the fact that the heat transfer medium is in a liquid phase, which allows for very efficient heat transfer. Additionally, induction thermal oil boilers are very safe and reliable, as they do not use any open flames or combustion processes. They are also very clean, as they do not produce any emissions or waste products. Overall, induction thermal oil boilers are an excellent choice for industrial heating applications, providing a safe, efficient, and reliable heating solution. In the following sections of this guide, we will explore the benefits, applications, and maintenance of induction thermal oil boilers in more detail. Benefits of induction thermal oil boilers Induction thermal oil boilers have become increasingly popular in recent years due to their many benefits. There are several benefits of using an induction heating thermal oil boiler for industrial heating applications. These include: 1. Energy efficiency: Induction thermal oil boilers can achieve a high level of energy efficiency due to the use of electromagnetic induction to heat the oil in the system. This means that less energy is wasted in the heating process, resulting in lower energy bills and reduced environmental impact.   2. Precise control: Induction technology allows for precise control of the heating process, so that the temperature of the oil can be maintained at a consistent level. This is important for applications where temperature control is critical, such as in the production of chemicals or pharmaceuticals. 3. Safety: Induction thermal oil boilers do not use an open flame or hot surface to heat the oil, which reduces the risk of fire or explosion. This makes them a safer option than traditional boilers in many applications. 4. Versatility: Induction thermal oil boilers can be used with a wide range of heat transfer fluids, including synthetic and mineral oils. This makes them suitable for use in a variety of industrial processes and applications. 5. Low maintenance: Induction thermal oil boilers require minimal maintenance, as there are no moving parts that need regular servicing. This reduces downtime and maintenance costs over the lifetime of the system. 6. Long lifespan: Induction thermal oil boilers have a long lifespan, as they are built from durable materials and do not suffer from the same wear and tear as traditional boilers. This means that they offer a good return on investment over time. Applications of induction thermal oil boilers Induction heating thermal oil boilers are used in a variety of industrial heating applications, including: 1. Chemical Processing: Induction heating thermal oil boilers are used in chemical processing applications to heat reactors, distillation columns, and other equipment. 2. Food Processing: Induction heating thermal oil boilers are used in food processing applications to heat kettles, ovens, and other equipment. 3. Plastics Processing: Induction heating thermal oil boilers are used in plastics processing applications to heat extruders, injection molding machines, and other equipment. 4. Textile Processing: Induction heating thermal oil boilers are used in textile processing applications to heat dyeing machines, finishing machines, and other equipment. Maintenance of induction thermal oil boilers Induction thermal oil boilers are an essential part of many industrial processes that require high temperatures to be sustained over a prolonged period of time. As with any machinery, regular maintenance is essential to ensure that it continues to function optimally. Regular maintenance of induction thermal oil boilers includes checking and adjusting the thermostat, inspecting the fuel and water supply lines for leaks, ensuring that the oil is clean and free of contaminants, and checking the pressure of the system. It is also essential to regularly clean the heating coils and the burners to ensure that they are free from any build-up that can cause blockages and lead to reduced efficiency. In addition, it is important to check the electrical connections and wiring to ensure that the system is working safely and effectively. Regular maintenance not only ensures that the system is working efficiently but also helps to prolong its lifespan, reducing the frequency of costly repairs and replacements. Ultimately, by investing in regular maintenance, you can avoid downtime, increase productivity, and ensure that your induction thermal oil boiler continues to deliver reliable and consistent performance. Conclusion Induction heating thermal oil boilers are a game-changer for the heating industry. They offer significant advantages over traditional heating systems, including high efficiency, rapid heating, precise temperature control, and low maintenance. These benefits make them an ideal solution for a wide range of industrial heating applications. As the heating industry continues to evolve, it is likely that induction heating thermal oil boilers will become even more prevalent, helping to improve efficiency and reduce environmental impact. https://dw-inductionheater.com/product/induction-thermal-oil-boiler-with-electromagnetic-induction-heating-system?feed_id=206606&_unique_id=646a03e636f5a

Industrial Hot Water Heating Boiler With Electromagentic Induction

Industrial Hot Water Heating Boiler With Electromagentic Induction-Hot Water Heating Boiler Generator

Industrial Hot Water Heating Boiler with Electromagnetic Induction Parameter  

Items	Unit	60KW	80KW	100KW	120KW	160KW	180KW	240KW	240KW-F	360KW
Rated power	kW	60	80	100	120	160	180	240	240	360
Rated current	A	90	120	150	180	240	270	360	540	540
Voltage/Frequency	V/H z	380/50-60
Cross section area of power cable	mm ²	≥25	≥35	≥50	≥70	≥120	≥150	≥185	≥185	≥240
Heating efficiency	%	≥98	≥98	≥98	≥98	≥98	≥98	≥98	≥98	≥98
Max. pressure of heating	Mp a	0.2	0.2	0.2	0.2	0.2	0.2	0.2	0.2	0.2
Min. flow of pump	L/m in	72	96	120	144	192	216	316	336	384
Expansion tank volume	L	60	80	80	120	160	180	240	240	320
Max. heating temperature	℃	85	85	85	90	90	90	90	90	90
Temperature of low temperature protection	℃	5	5	5	5	5	5	5	5	5
65ºC hot water output	L/m	19.5	26	26	39	52	58.5	78	78	104

 

Dimensions	mm	1000*650* 1480	1000*650* 1480	1100*1000* 1720	1100*1000* 1720	1100*1000* 1720	1315*1000* 1910	1315*1000* 1910	1720*1000* 1910	1720*1000* 1910
Inlet/outlet connection	DN	50	50	65	65	65	80	80	100	100
Heating area	m²	480-720	720-960	860-1100	960-1440	1280-1920	1440-2160	1920-2880	1920-2880	2560-3840
Heat dissipation of enclosure	%	≤2	≤2	≤2	≤2	≤2	≤2	≤2	≤2	≤2
Max. volume of heating	L	1100	1480	1840	2200	2960	3300	4400	4400	5866
Heating space	m³	1920-2400	2560-3200	2560-3200	4150-5740	6000-8000	6300-8550	8300-11480	8300-11480	11040- 15300
Electric meter	A	3-phase power meter 1.5-1.6A, metering transformer needs to be installed rationally by professional personnel
Protection grade	IP	33

      The Principle of Induction Heating Hot Water Boiler Features 1.Energy Saving When the indoor temperature exceeds the pre-set value, the central heating boiler will be automatically turned off, thus efficiently saving more than 30% energy. And it can save energy by 20% in comparison with traditional boilers that use resistance heating method.Constant Temperature and Comfortable Space Water temperature can be controlled within a range of 5~90ºC, and the precision of temperature control can reach ±1ºC, providing a comfortable atmosphere for your space. Unlike air conditioning equipment, induction heating does not create an ideal environment for bacteria to grow. 2.No Noise In contrast to central heating boilers using air cooling method, water cooled heating boilers are more quiet and unobtrusive. 3.Safe Operation Utilizing induction heating achieves separation of electricity and water, providing a safer operation. Besides, multiple protection functions such as antifreeze protection, electricity leakage protection, short circuit protection, phase loss protection, overheating protection, overcurrent protection, overvoltage protection, undervoltage protection, self-inspection protection are equipped. Safe usage is guaranteed for 10 years. 4.Intelligent Control Our induction water heating boilers can be WIFI remotely controlled by smart phones. 5.Easy to Maintain Induction heating do not constitute the condition of fouling, eliminating the need for fouling removing treatment.   FAQ Please Contact Our Customer Service before Make a Purchase   About Choosing Appropriate Power Choosing a suitable boiler based on your actual heating area For low-energy buildings, 60~80W/m² boilers are suitable; For general buildings, 80~100W/m² boilers are suitable; For villas and bungalows, 100~150W/m² boilers are suitable; For those buildings where sealing performance is not well and room height is greater than 2.7m or people frequently enter, the building heat load is correspondingly increased and the power of central heating boiler should be higher.   About Installation Conditions What are installation conditions Take a 15kW induction central heating boiler as an example: The cross section are of main power cable should not be less than 6mm3, main switch 32~45A, voltage 380V/50, minimum water flow of pump is 25L/min, the water pump needs to be selected according to building height. About Accessories What accessories are required Since every installation site of customer is different, so that various accessories are required. We only provide central heating boilers, other accessories such as pump valve, piping and union connectors need to be purchased by customers.   About Connections For Heating What are applicable connections for heating HLQ’s induction central heating boilers can be flexibly connected to floor heating system, radiator, hot water storage tank, fan coil unit (FCU), etc.   About Installation Service Our products can be installed by our authorized local dealers. We also accept advance reservation, and we designate engineers to offer installation service and technical guidance on site.   About Logistics Shipping time and logistic distribution We promise to ship our ready-to-ship products within 24 hours, and ship our made-to-order products within 7-10 days. And the logistics service is based on customers’ requirements.   About Service Life How long is this product’s service life HLQ’s induction central heating boiler adopts high-frequency induction coil and industrial grade inverter, all key parts are made of imported high grade materials, its service life can reach 15 years or more.    

Industrial Hot Water Boiler With Electromagentic Induction

Industrial Hot Water Boiler With Electromagentic Induction-Hot Water Boiler Generator

25-40KW Industrial Hot Water Boiler with Electromagnetic Induction Parameter

Items	Unit	HLQ-CNL-25	HLQ-CNL-30	HLQ-CNL-40
Rated power	kW	25	30	40
Rated current	A	37.5	45	60
Voltage/Frequency	V/Hz	380/50-60	380/50-60	380/50-60
Cross section area of power cable	mm²	≥10	≥10	≥16
Heating efficiency	%	≥98	≥98	≥98
Max. pressure of heating	Mpa	0.2	0.2	0.2
Min. flow of pump	L/min	40	50	60
Expansion tank volume	L/min	25	30	40
Max. heating temperature	℃	85	85	85
Temperature of low temperature protection	℃	5	5	5
65ºC hot water output	L/min	8	9.8	13
Dimensions	mm	660*500*1065	660*500*1065	660*500*1065
Inlet/outlet connection	DN	32	32	32
Heating area	m²	200-250	220-360	320-480
Heating space	m³	960-1200	960-1200	1280-1600
Electric meter	A	10A(40A)	10A(40A)	10A(40A)
Protection grade	IP	33	33	33
Heat dissipation of enclosure	%	≤2	≤2	≤2
Max. volume of heating	L	450	555	74

The Principle of Induction Heating Hot Water Boiler Features 1.Energy Saving When the indoor temperature exceeds the pre-set value, the central heating boiler will be automatically turned off, thus efficiently saving more than 30% energy. And it can save energy by 20% in comparison with traditional boilers that use resistance heating method.Constant Temperature and Comfortable Space Water temperature can be controlled within a range of 5~90ºC, and the precision of temperature control can reach ±1ºC, providing a comfortable atmosphere for your space. Unlike air conditioning equipment, induction heating does not create an ideal environment for bacteria to grow. 2.No Noise In contrast to central heating boilers using air cooling method, water cooled heating boilers are more quiet and unobtrusive. 3.Safe Operation Utilizing induction heating achieves separation of electricity and water, providing a safer operation. Besides, multiple protection functions such as antifreeze protection, electricity leakage protection, short circuit protection, phase loss protection, overheating protection, overcurrent protection, overvoltage protection, undervoltage protection, self-inspection protection are equipped. Safe usage is guaranteed for 10 years. 4.Intelligent Control Our induction water heating boilers can be WIFI remotely controlled by smart phones. 5.Easy to Maintain Induction heating do not constitute the condition of fouling, eliminating the need for fouling removing treatment.   FAQ Please Contact Our Customer Service before Make a Purchase   About Choosing Appropriate Power Choosing a suitable boiler based on your actual heating area For low-energy buildings, 60~80W/m² boilers are suitable; For general buildings, 80~100W/m² boilers are suitable; For villas and bungalows, 100~150W/m² boilers are suitable; For those buildings where sealing performance is not well and room height is greater than 2.7m or people frequently enter, the building heat load is correspondingly increased and the power of central heating boiler should be higher.   About Installation Conditions What are installation conditions Take a 15kW induction central heating boiler as an example: The cross section are of main power cable should not be less than 6mm3, main switch 32~45A, voltage 380V/50, minimum water flow of pump is 25L/min, the water pump needs to be selected according to building height. About Accessories What accessories are required Since every installation site of customer is different, so that various accessories are required. We only provide central heating boilers, other accessories such as pump valve, piping and union connectors need to be purchased by customers.   About Connections For Heating What are applicable connections for heating HLQ’s induction central heating boilers can be flexibly connected to floor heating system, radiator, hot water storage tank, fan coil unit (FCU), etc.   About Installation Service Our products can be installed by our authorized local dealers. We also accept advance reservation, and we designate engineers to offer installation service and technical guidance on site.   About Logistics Shipping time and logistic distribution We promise to ship our ready-to-ship products within 24 hours, and ship our made-to-order products within 7-10 days. And the logistics service is based on customers’ requirements.   About Service Life How long is this product’s service life HLQ’s induction central heating boiler adopts high-frequency induction coil and industrial grade inverter, all key parts are made of imported high grade materials, its service life can reach 15 years or more.    

Hot Water Boiler With Electromagentic Induction

Hot Water Boiler With Electromagentic Induction-Industrial Water Boiler Generator

15-20KW Industrial Electromagnetic Induction Hot Water Boiler Parameter

Items	Unit	HLQ-CNL-15	HLQ-CNL-20
Rated power	kW	15	20
Rated current	A	22.5	30
Voltage/Frequency	V/Hz	380/50-60	380/50-60
Cross section area of power cable	mm²	≥6	≥10
Heating efficiency	%	≥98	≥98
Max. pressure of heating	Mpa	0.2	0.2
Min. flow of pump	L/min	25	32
Expansion tank volume	L	15	20
Max. heating temperature	℃	85	85
65ºC hot water output	L/min	5	5
Dimensions	mm	4.88	6.5
Inlet/outlet connection	DN	700*400*1020	700*400*1020
Heating area	m²	32	32
Temperature of low temperature protection	℃	140-170	180-220
Heating space	m³	530-670	640-800
Electric meter	A	10A(40A)	10A(40A)
Protection grade	IP	33	33
Heat dissipation of enclosure	%	≤2	≤2
Max. volume of heating	L	278	37

Features

Energy Saving When the indoor temperature exceeds the pre-set value, the central heating boiler will be automatically turned off, thus efficiently saving more than 30% energy. And it can save energy by 20% in comparison with traditional boilers that use resistance heating method.Constant Temperature and Comfortable Space Water temperature can be controlled within a range of 5~90ºC, and the precision of temperature control can reach ±1ºC, providing a comfortable atmosphere for your space. Unlike air conditioning equipment, induction heating does not create an ideal environment for bacteria to grow. No Noise In contrast to central heating boilers using air cooling method, water cooled heating boilers are more quiet and unobtrusive. Safe Operation Utilizing induction heating achieves separation of electricity and water, providing a safer operation. Besides, multiple protection functions such as antifreeze protection, electricity leakage protection, short circuit protection, phase loss protection, overheating protection, overcurrent protection, overvoltage protection, undervoltage protection, self-inspection protection are equipped. Safe usage is guaranteed for 10 years. Intelligent Control Our induction water heating boilers can be WIFI remotely controlled by smart phones. Easy to Maintain Induction heating do not constitute the condition of fouling, eliminating the need for fouling removing treatment.     FAQ Please Contact Our Customer Service before Make a Purchase   About Choosing Appropriate Power Choosing a suitable boiler based on your actual heating area For low-energy buildings, 60~80W/m² boilers are suitable; For general buildings, 80~100W/m² boilers are suitable; For villas and bungalows, 100~150W/m² boilers are suitable; For those buildings where sealing performance is not well and room height is greater than 2.7m or people frequently enter, the building heat load is correspondingly increased and the power of central heating boiler should be higher.   About Installation Conditions What are installation conditions Take a 15kW induction central heating boiler as an example: The cross section are of main power cable should not be less than 6mm3, main switch 32~45A, voltage 380V/50, minimum water flow of pump is 25L/min, the water pump needs to be selected according to building height.   About Accessories What accessories are required Since every installation site of customer is different, so that various accessories are required. We only provide central heating boilers, other accessories such as pump valve, piping and union connectors need to be purchased by customers.   About Connections For Heating What are applicable connections for heating HLQ’s induction central heating boilers can be flexibly connected to floor heating system, radiator, hot water storage tank, fan coil unit (FCU), etc.   About Installation Service Our products can be installed by our authorized local dealers. We also accept advance reservation, and we designate engineers to offer installation service and technical guidance on site.   About Logistics Shipping time and logistic distribution We promise to ship our ready-to-ship products within 24 hours, and ship our made-to-order products within 7-10 days. And the logistics service is based on customers’ requirements.   About Service Life How long is this product’s service life HLQ’s induction central heating boiler adopts high-frequency induction coil and industrial grade inverter, all key parts are made of imported high grade materials, its service life can reach 15 years or more.        

Induction heating thermal conductive oil boiler

Electromagnetic Induction heating thermal conductive oil boiler--Induction Fluid Boiler--Induction Fluid Heating Generator

Product Description Induction heating thermal conductive oil boiler is a new type of electromagnetic induction heating equipment that is safe, energy-saving, low-pressure and capable of providing high-temperature heat energy. It uses electromagnetic induction as heat source, heat thermal conductive oil as heat carrier, and uses hot-oil pump to transport the heated thermal conductive oil liquid to the equipment that needs to be heated. The heat source and the equipment form a circulating heat loop to achieve strong continuous transfer of heat energy, and so on and on again to meet the technological requirements of heating. It has industrial special heating equipment with simple operation, no pollution and small footprint. Technical Parameter

Induction heating thermal conductive oil boiler
Model Specifications	DWOB-80	DWOB-100	DWOB-150	DWOB-300	DWOB-600
Design pressure (MPa)	0.5	0.5	0.5	0.5	0.5
Working pressure (MPa)	0.4	0.4	0.4	0.4	0.4
Rated power (KW)	80	100	150	300	600
Rated current (A)	120	150	225	450	900
Rated voltage (V)	380	380	380	380	380
Precision	±1°C
Temperature range (℃)	0-350	0-350	0-350	0-350	0-350
Thermal efficiency	98%	98%	98%	98%	98%
Pump head	25/38	25/40	25/40	50/50	55/30
Pump flow	40	40	40	50/60	100
Motor Power	5.5	5.5/7.5	20	21	22

  Performance advantage: Induction heating thermal conductive oil boiler 1. Green and environmental protection: Compared with traditional boilers, it does not burn and emits no pollutants during heating. It is fully in line with the national long-term plan for pollution control, green environmental protection and low-carbon life. 2. Energy saving. Compared with the electric heating tube boiler, the electromagnetic induction boiler can save 20% to 30% of the energy. It uses the eddy current phenomenon of high frequency electromagnetic to directly heat the boiler furnace body. Its magnetic resistance is small and the thermal efficiency is high, which can reach more than 95%. 3. Long service life. Its service life is three to four times that of coal-fired and gas-fired boilers. Traditional boilers continue to corrode the furnace body due to the high temperature generated by combustion, and the furnace will be damaged over time. The electromagnetic boiler uses the principle of high-frequency electromagnetic heating, no name fire, no combustion. 4. High degree of automation: Adopt programmable automation control PLC technology, MCU single chip technology, touch screen and film technology. The ease of these technologies enables the remote control of the electromagnetic induction oil boiler without manual duty.    

Features

The electricmagnetic induction thermal conductive oil boiler has the characteristics of compact structure, small size, light weight, easy installation and operation, fast heating and no environmental pollution, etc. The computer automatically controls the temperature and can obtain a higher working temperature at a lower working pressure.  

Induction heating thermal conductive oil boiler

Electromagnetic Induction heating thermal conductive oil boiler--Induction Fluid Boiler--Induction Fluid Heating Generator

Product Description Induction heating thermal conductive oil boiler is a new type of electromagnetic induction heating equipment that is safe, energy-saving, low-pressure and capable of providing high-temperature heat energy. It uses electromagnetic induction as heat source, heat thermal conductive oil as heat carrier, and uses hot-oil pump to transport the heated thermal conductive oil liquid to the equipment that needs to be heated. The heat source and the equipment form a circulating heat loop to achieve strong continuous transfer of heat energy, and so on and on again to meet the technological requirements of heating. It has industrial special heating equipment with simple operation, no pollution and small footprint. Technical Parameter

Induction heating thermal conductive oil boiler
Model Specifications	DWOB-80	DWOB-100	DWOB-150	DWOB-300	DWOB-600
Design pressure (MPa)	0.5	0.5	0.5	0.5	0.5
Working pressure (MPa)	0.4	0.4	0.4	0.4	0.4
Rated power (KW)	80	100	150	300	600
Rated current (A)	120	150	225	450	900
Rated voltage (V)	380	380	380	380	380
Precision	±1°C
Temperature range (℃)	0-350	0-350	0-350	0-350	0-350
Thermal efficiency	98%	98%	98%	98%	98%
Pump head	25/38	25/40	25/40	50/50	55/30
Pump flow	40	40	40	50/60	100
Motor Power	5.5	5.5/7.5	20	21	22

Performance advantage: Induction heating thermal conductive oil boiler 1. Green and environmental protection: Compared with traditional boilers, it does not burn and emits no pollutants during heating. It is fully in line with the national long-term plan for pollution control, green environmental protection and low-carbon life. 2. Energy saving. Compared with the electric heating tube boiler, the electromagnetic induction boiler can save 20% to 30% of the energy. It uses the eddy current phenomenon of high frequency electromagnetic to directly heat the boiler furnace body. Its magnetic resistance is small and the thermal efficiency is high, which can reach more than 95%. 3. Long service life. Its service life is three to four times that of coal-fired and gas-fired boilers. Traditional boilers continue to corrode the furnace body due to the high temperature generated by combustion, and the furnace will be damaged over time. The electromagnetic boiler uses the principle of high-frequency electromagnetic heating, no name fire, no combustion. 4. High degree of automation: Adopt programmable automation control PLC technology, MCU single chip technology, touch screen and film technology. The ease of these technologies enables the remote control of the electromagnetic induction oil boiler without manual duty.   https://dw-inductionheater.com/product/induction-heating-thermal-conductive-oil-boiler?feed_id=117470&_unique_id=626e0777c84d8