GK horizontal centrifuge is a type of automatic filtration centrifuge featuring continuous running, intermittent operation and high-speed peeling, which is able to complete feeding, separation, washing, dehydration, discharging, back-blowing and other processes at full speed.
GK horizontal centrifuge is a type of automatic filtration centrifuge featuring continuous running, intermittent operation and high-speed peeling, which is able to complete feeding, separation, washing, dehydration, discharging, back-blowing and other processes at full speed, and therefore is commonly applied to the washing and solid-liquid separation of suspension medium containing solid particles.
With high separation factor, short single circulation duration and large handling capacity, relatively dry residues after filtration can be obtained and ideal washing effect can be ensured.
This type has high performance in separating suspensions with the cake density of 0.8~2.5, particle size of 0.05mm~1mm and solid concentration of 15%~80%.
It has been widely applied in the chemical, food, pharmaceutical, light industry and other industries for separating such materials as sodium bicarbonate, caustic soda, starch, boric acid, ammonium sulfide, sulfuric acid, sodium sulfate, ferrous sulfate, calcium phosphate, polyvinyl chloride, sodium chloride, and potassium chloride.
Control mode: PLC control, with touch panel and human-machine interface and supporting electric-hydraulic actuator to realize automatic remote control.
Multiple safety protections: speed detection, overvibration protection, cover opening protection, overload protection, overtemperature protection, peeler action protection, nitrogen protection, electromagnetic interlocking, etc.
Discharge mode: open discharging through chute or integrated discharging with peeler conveyed through spiral.
Hydraulic coupler can be adopted for the transmission of models below GK1250 to realize stable startup, simple control and effective overload protection of motor.
Variable-frequency control, dynamic braking or energy feedback braking, stepless regulation of speed are designed to realize energy saving, environmental protection and more reliable operation.
Optional configurations: online washing system, nitrogen protection system, steel platform, hydraulic locking device, etc.
Dovetail slot design is adopted for door and base fitting flange to ensure reliable sealing.
Full-hydraulic locking door and dual-locking protection are designed to ensure structural reliability and easy operation.
Enclosed and explosion-proof design is employed for the whole structure to meet the GMP standards and the requirements for the application in flammable and explosive places of the pharmaceutical industry.
Cake layer controller is configured to effectively control the thickness material layers, prevent overload operation, and avoid overflowing of materials.
Hydraulic drive is adopted to ensure stable discharge.
Detachable were-resistant hard-alloy blades are configured to expand the service life.
Spiral discharge is adopted to ensure high collection rate of cakes and effectively prevent the blockage of materials.
Equipment is supported by front and rear rolling bearing, with high rigidity and small revolving resistance.
Peeler support is welded and polished as a whole, with high structural strength and high rigidity to ensure smooth scrapping.
Maximum service life of 30 years.
Large bearing capacity and good vibration attenuation effect.
Anti-slip base plate, without fixing the equipment with bolts.Integrated design of floating platform and vibration attenuation system.
Dynamic load isolated positively, with no need to lay a foundation, easier to be installed.
Imported damper adopted for the vibration absorber, with special structural design to effectively improve the vibration isolating capacity as well as the equipment running safety and stability.
Integrated design for the equipment base, which is manufactured as a whole to ensure both aesthetic appearance and production safety.
Coaxial machining for the front and rear bearings to ensure high coaxial precision.
Ion plating process employed for the spindle sleeve to resist wear and corrosion, and realize a longer service life.
Welded as a whole to eliminate stress, with high strength and strong vibration resistance.
Multiple sealing structures such as lip seal, air-tight seal and labyrinth seal adopted to ensure reliable sealing for transmission.
Forcible lubricant spraying mode adopted to ensure good lubricating and cooling effect.
Devices for detecting the temperature, velocity, vibration, etc. are configured for the spindle assembly to realize real-time monitoring of the equipment's operation.
MAIN TECHNICAL PARAMETERS