MANUFACTURER OF INDUSTRIAL INDUCTION BOILERS AND ELECTRIC BOILERS FOR HEATING AND DHW

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Reactor Heating

One of the applications of the “Termanik Tech” induction high-temperature boilers is the heating of reactors in chemical and petrochemical industries. The equipment allows to heat up substance in reactor to a temperature of 200-220°C / 390-430°F in strict adherence to required heating mode.
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Details

The usage of reactors in the pharmaceutical, chemical, pulp and paper and other industries is widespread. Providing the necessary thermal balance of the reactor is the most important task because it influences the quality of final product.

The applying of inductive-conductive “Termanik” boilers allows to perform the specified heating mode in a wide temperature range – from 30 to 200°C / 85-390°F (and even more in some cases), this being said the heating process and heat transfer meet the highest requirements for safety and efficiency.
Induction boilers allow to stop using the steam as a heat-carrying agent that could significantly increase the safety of the heating process, increase the durability of the elements of the heat engineering piping and fully automate the process, making it several times more economical and efficient.

As a heat carrier in a system with an induction boiler, various liquid heat carriers are used – water, ethylene-glycol mixes, high temperature fluids (HTF) and oils. In many cases, the use of autonomous inductive-conductive boilers is more profitable than the use of steam systems and other types of heating.

Specification
Heater power:
Termanik 25
Rated Electric Power 25 kW
Heat Output 0.022 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 90 kg
Termanik 50
Rated Electric Power 50 kW
Heat Output 0.043 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 240 kg
Termanik 75
Rated Electric Power 75 kW
Heat Output 0.065 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 300 kg
Termanik 100
Rated Electric Power 100 kW
Heat Output 0.086 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 360 kg
Termanik 125
Rated Electric Power 125 kW
Heat Output 0.108 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 400 kg
Termanik 150
Rated Electric Power 150 kW
Heat Output 0.129 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 580 kg
Termanik 160
Rated Electric Power 160 kW
Heat Output 0.138 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 790 kg
Termanik 250
Rated Electric Power 250 kW
Heat Output 0.210 Gcal/h
Rated Voltage 380 V
Current Frequency 50 Hz
Current Phase 3
Electrical Safety Class 2
Power Factor (Cos φ) 0.98
Working Pressure Max. 0,6 MPa
Net Weight (without water) 860 kg
Documentation:

 Терманик Комплекс декларация соответствия  Терманик декларация соответствия Сертификат ИСО 2020Патент Терманик

Delivery set

Product configuration and delivery set may vary according to the customer’s requirements and a specific task