high temperature pumps INKF-K
Design and Technical Specifications
Usage places
Technical information
System characteristics The SPX Johnson Pump CombiTherm is developed especially for thermal oil (DIN4754) and hot water applications EN12953-6 (DIN 4752) (ratings and dimensions to EN733 (DIN24255)). CombiTherm ensures uniform process temperatures while keeping damaging heat away from seal faces and bearings. CombiTherm is designed to require no external cooling when working within the given parameters. The throttle bush, journal bearing and seal placement reduce circulation and temperature along the pump length. This greatly reduces the temperature at the seal face and bearings. Applications The CombiTherm is developed especially for thermal oil and hot water applications: Thermal oil circulation and Heat transfer; Bitumen for roads and roofing; Chemical, agitators, reactors, drying plants, polymerisation; Rubber and plastics, injection moulding, PVC tape; Food, ovens, fish frying, distillation of fatty acids and glycerine, fat softening, potato chips, milk powder plants; Paper, calendar rolls, cardboard. washing machines and driers; High temperature hot water circulation, hospitals, heating systems. Technical data Maximum capacity: 350m3/h (50Hz) 400m3/h (60Hz) Maximum delivery head: 110m (50Hz) 160m (60Hz) Maximum liquid temprature: Thermal oil 350°C, Hot water 190°C Maximum operating pressure: 16bar Maximum speed: 3600rpm Long cooling length Slide bearing - product lubricated Standard mechanical seal Cooling vanes Hardened shaft Back vanes and labyrinth prevent solids from reaching bearing and seals Nodular cast iron construction Pump specifics • Nodular cast iron construction • Long cooling length displacing seal away from the pumped liquid • Back vanes and labyrinth prevent solids from reaching bearing and seals • Product lubricated slide bearing • Standard mechanical seal
CENTRIFUGAL PUMP FOR HOT OILS
Some oils need to retain heat when moving from one process system to another. For these purposes, manufacturers of pumping equipment are developing special units - centrifugal pumps for hot oil, which can withstand temperatures up to +400 ℃. Such pumps require minimal maintenance and are represented by two types: centrifugal and screw.
CENTRIFUGAL OIL PUMPS
A series of centrifugal oil pumps from the Turkish company Vestapomp is designed for the circulation of high-temperature liquids, such as hot water (up to +200 ℃) or hot oil (up to +320 ℃), in various technological systems. Vesta pumps withstand pressure up to 25 bar and are capable of pumping up to 1,450 m3 per hour.
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ORDER MODIFICATION
VESTA CENTRIFUGAL PUMP PRINCIPLE FOR HOT OIL
The design of the centrifugal pump for hot oil is a single-line, single-stage scroll pump with a shaft seal or a pump with a magnetic coupling without a shaft seal. In a centrifugal pump, the process fluid enters through the suction port, and then into the center of the pump, called the impeller.
The impeller rotates and moves the fluid located in the cavities between the blades outward. When the fluid leaves the impeller inlet funnel, a low pressure region is created, as a result of which a new fluid enters the inlet. The faster or larger the impeller, the higher the rate of fluid movement and the more energy is transferred to it.
SCOPE OF APPLICATIONS OF VESTA PUMPS FOR HOT OILS
They are mainly used for pumping mineral and synthetic oils, hot oils and hot hydrocarbons. The most common hot oils that pumps of this type work with:
heat transfer oil for Marlotherm boilers;
Duratherm coolant used in road construction;
refined vegetable oil based Paratherm coolant;
Mobiltherm oil for use in closed direct heating installations.
High-temperature oil pumps are used when it is necessary to supply oil to a burner or furnace, as well as circulating equipment for hot oil and for circulating fuel as part of a larger boiler feed or heating system.
Design and Technical Specifications
Usage places
Technical information
System characteristics The SPX Johnson Pump CombiTherm is developed especially for thermal oil (DIN4754) and hot water applications EN12953-6 (DIN 4752) (ratings and dimensions to EN733 (DIN24255)). CombiTherm ensures uniform process temperatures while keeping damaging heat away from seal faces and bearings. CombiTherm is designed to require no external cooling when working within the given parameters. The throttle bush, journal bearing and seal placement reduce circulation and temperature along the pump length. This greatly reduces the temperature at the seal face and bearings. Applications The CombiTherm is developed especially for thermal oil and hot water applications: Thermal oil circulation and Heat transfer; Bitumen for roads and roofing; Chemical, agitators, reactors, drying plants, polymerisation; Rubber and plastics, injection moulding, PVC tape; Food, ovens, fish frying, distillation of fatty acids and glycerine, fat softening, potato chips, milk powder plants; Paper, calendar rolls, cardboard. washing machines and driers; High temperature hot water circulation, hospitals, heating systems. Technical data Maximum capacity: 350m3/h (50Hz) 400m3/h (60Hz) Maximum delivery head: 110m (50Hz) 160m (60Hz) Maximum liquid temprature: Thermal oil 350°C, Hot water 190°C Maximum operating pressure: 16bar Maximum speed: 3600rpm Long cooling length Slide bearing - product lubricated Standard mechanical seal Cooling vanes Hardened shaft Back vanes and labyrinth prevent solids from reaching bearing and seals Nodular cast iron construction Pump specifics • Nodular cast iron construction • Long cooling length displacing seal away from the pumped liquid • Back vanes and labyrinth prevent solids from reaching bearing and seals • Product lubricated slide bearing • Standard mechanical seal
CENTRIFUGAL PUMP FOR HOT OILS
Some oils need to retain heat when moving from one process system to another. For these purposes, manufacturers of pumping equipment are developing special units - centrifugal pumps for hot oil, which can withstand temperatures up to +400 ℃. Such pumps require minimal maintenance and are represented by two types: centrifugal and screw.
CENTRIFUGAL OIL PUMPS
A series of centrifugal oil pumps from the Turkish company Vestapomp is designed for the circulation of high-temperature liquids, such as hot water (up to +200 ℃) or hot oil (up to +320 ℃), in various technological systems. Vesta pumps withstand pressure up to 25 bar and are capable of pumping up to 1,450 m3 per hour.
LEARN PRICE AND BUY
ORDER MODIFICATION
VESTA CENTRIFUGAL PUMP PRINCIPLE FOR HOT OIL
The design of the centrifugal pump for hot oil is a single-line, single-stage scroll pump with a shaft seal or a pump with a magnetic coupling without a shaft seal. In a centrifugal pump, the process fluid enters through the suction port, and then into the center of the pump, called the impeller.
The impeller rotates and moves the fluid located in the cavities between the blades outward. When the fluid leaves the impeller inlet funnel, a low pressure region is created, as a result of which a new fluid enters the inlet. The faster or larger the impeller, the higher the rate of fluid movement and the more energy is transferred to it.
SCOPE OF APPLICATIONS OF VESTA PUMPS FOR HOT OILS
They are mainly used for pumping mineral and synthetic oils, hot oils and hot hydrocarbons. The most common hot oils that pumps of this type work with:
heat transfer oil for Marlotherm boilers;
Duratherm coolant used in road construction;
refined vegetable oil based Paratherm coolant;
Mobiltherm oil for use in closed direct heating installations.
High-temperature oil pumps are used when it is necessary to supply oil to a burner or furnace, as well as circulating equipment for hot oil and for circulating fuel as part of a larger boiler feed or heating system.
Design and Technical Specifications
Usage places
Technical information
