Flange immersion heater with thermostat is flange immersion heater with built-in temperature control unit (thermostat), which can detect the temperature of the heating medium and realize overheat power-off protection, improving the energy-saving effect and safety of the product.
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Flange immersion heater is a type of immersion heater, which has a wide range of applications and is suitable for heating up various liquids.
Flange immersion heater with thermostat is flange immersion heater with built-in temperature control unit (thermostat), which can detect the temperature of the heating medium and realize overheat power-off protection, improving the energy-saving effect and safety of the product.
It is composed of heating elements, thermostat tube, flange, control box and leads. Material of the heating elements and flange can be chosen according to the properties of the liquid. The control box is easy to disassemble and install, which can effectively protect the thermostat and prevent accidental touch.
Flange immersion heater with thermostat can be customized not only in terms of the material of heating elements and flange, but also in terms of power, voltage, flange external diameter, immersion length, etc.. Available product parameters for reference: Power-10kW, voltage-3phase 380V, immersion length 900mm. It can heat 10kg of water from room temperature to 100°C in 5 minutes, REheatek provides calculation service. See below for more details.
The temperature control unit with built-in temperature-controlled flange heating elements is knob-based and simple to operate.
Overheat protection device installed on the immersion heater help to prevent the heater from dry heating when there is no liquid, and greatly protect the heater. Because immersion heaters are designed for use in a liquid environment, dry heating will cause the surface power load of the product to increase, affecting the product service life and may immediately burn out the heating element in severe cases.
OPTIONS
FLANGE HEATERS
Mounted on the side of tanks, it is extremely strong and provides excellent heat. Flange plate size, thickness and shape are determined by the application.
OVER THE SIDE HEATERS
A practical method of heating open tanks from the top (typically). It offers the ability to use this heater for multiple tanks while other immersion heaters can't be conveniently installed.
SCREW PLUG HEATERS
These heaters screw into your tank and provide heat to liquids in smaller tanks and compartments. They are installed into threaded openings or couplings in the tank or vessel.
CORROSIVE LIQUID HEATERS
Corrosion resistant sheath materials and special surface treatment are available so the heaters could be used in corrosive environments and have longer service life.
THERMO CONTROL
In order to achieve temperature control, overheat protection and longer life of the heaters, a thermostat or thermocouple could be integrated into the heaters.
CUSTOM NON-HEATING PARTS
No-heat parts could be customized for different applications.
Flange immersion heater is a type of immersion heater, which has a wide range of applications and is suitable for heating up various liquids.
Flange immersion heater with thermostat is flange immersion heater with built-in temperature control unit (thermostat), which can detect the temperature of the heating medium and realize overheat power-off protection, improving the energy-saving effect and safety of the product.
It is composed of heating elements, thermostat tube, flange, control box and leads. Material of the heating elements and flange can be chosen according to the properties of the liquid. The control box is easy to disassemble and install, which can effectively protect the thermostat and prevent accidental touch.
Flange immersion heater with thermostat can be customized not only in terms of the material of heating elements and flange, but also in terms of power, voltage, flange external diameter, immersion length, etc.. Available product parameters for reference: Power-10kW, voltage-3phase 380V, immersion length 900mm. It can heat 10kg of water from room temperature to 100°C in 5 minutes, REheatek provides calculation service. See below for more details.
The temperature control unit with built-in temperature-controlled flange heating elements is knob-based and simple to operate.
Overheat protection device installed on the immersion heater help to prevent the heater from dry heating when there is no liquid, and greatly protect the heater. Because immersion heaters are designed for use in a liquid environment, dry heating will cause the surface power load of the product to increase, affecting the product service life and may immediately burn out the heating element in severe cases.
OPTIONS
FLANGE HEATERS
Mounted on the side of tanks, it is extremely strong and provides excellent heat. Flange plate size, thickness and shape are determined by the application.
OVER THE SIDE HEATERS
A practical method of heating open tanks from the top (typically). It offers the ability to use this heater for multiple tanks while other immersion heaters can't be conveniently installed.
SCREW PLUG HEATERS
These heaters screw into your tank and provide heat to liquids in smaller tanks and compartments. They are installed into threaded openings or couplings in the tank or vessel.
CORROSIVE LIQUID HEATERS
Corrosion resistant sheath materials and special surface treatment are available so the heaters could be used in corrosive environments and have longer service life.
THERMO CONTROL
In order to achieve temperature control, overheat protection and longer life of the heaters, a thermostat or thermocouple could be integrated into the heaters.
CUSTOM NON-HEATING PARTS
No-heat parts could be customized for different applications.
Technical Parameters | |
Tube Diameter | Φ6mm ~ Φ67mm |
Voltage | 110V/220V/230V/240V/380V/415V |
Power | 1kW ~ 120kW |
Watt Density | 30W/cm² |
Wattage Tolerance | +5%, -10% |
Length Tolerance | ±1.5% |
Resistance Wire | Nickel chromium resistance wire (Ni80Cr20) |
Sheath Materials | Copper, Titanium, 304 Stainless Steel, 310 Stainless Steel, 316 Stainless Steel, Incoloy 800, Incoloy840 |
Surface Treatment | Polishing, coating, plating |
Technical Parameters | |
Tube Diameter | Φ6mm ~ Φ67mm |
Voltage | 110V/220V/230V/240V/380V/415V |
Power | 1kW ~ 120kW |
Watt Density | 30W/cm² |
Wattage Tolerance | +5%, -10% |
Length Tolerance | ±1.5% |
Resistance Wire | Nickel chromium resistance wire (Ni80Cr20) |
Sheath Materials | Copper, Titanium, 304 Stainless Steel, 310 Stainless Steel, 316 Stainless Steel, Incoloy 800, Incoloy840 |
Surface Treatment | Polishing, coating, plating |
Sheath Materials | Application |
Copper | Water, non-corrosive liquids |
Stainless Steel (304,310,316) | Process water, corrosive liquids, oils, acid, alcaline baths, asphalt, wax, heavy fuel, food processing equipment |
Incoloy (800, 840) | Water, oils, asphalt, wax, heavy fuel |
Titanium | Highly corrosive liquids |
Sheath Materials | Application |
Copper | Water, non-corrosive liquids |
Stainless Steel (304,310,316) | Process water, corrosive liquids, oils, acid, alcaline baths, asphalt, wax, heavy fuel, food processing equipment |
Incoloy (800, 840) | Water, oils, asphalt, wax, heavy fuel |
Titanium | Highly corrosive liquids |
Features | 1. Virtually 100% energy efficient 2. Provide uniform temperature 3. Can be formed and shaped into various geometries 4. Easy to install, remove and maintain 5. Oxidation and corrosion resistant 6. Durable |
Design Details | Please provide the following information: 1. Heating medium and operating temperature 2. Voltage and phase 3. Rating power 4. Mounting method 5. Sheath material 6. Detail dimensions 7. With or without temperature control Note:The more details provided, the better it'll be designed and fits the application |
Features | 1. Virtually 100% energy efficient 2. Provide uniform temperature 3. Can be formed and shaped into various geometries 4. Easy to install, remove and maintain 5. Oxidation and corrosion resistant 6. Durable |
Design Details | Please provide the following information: 1. Heating medium and operating temperature 2. Voltage and phase 3. Rating power 4. Mounting method 5. Sheath material 6. Detail dimensions 7. With or without temperature control Note:The more details provided, the better it'll be designed and fits the application |