Horizontal Scraper Discharge Centrifuge
Intro
Horizontal scraper discharge centrifuge is a horizontal, scraper discharge filter centrifuge. Periodic operation can be performed cyclically at full speed. You can choose to operate in two ways, automatic or manual. Each cycle can be programmed for feeding, separating, washing, separating, unloading and washing. The duration of each operation can be adjustedDetail
Product introduction: The horizontal scraper discharge centrifuge is a horizontal, scraper discharge filter centrifuge. Periodic operation can be performed cyclically at full speed. You can choose to operate in two ways, automatic or manual. Each cycle can be programmed for feeding, separating, washing, separating, unloading and washing. The duration of each process can be adjusted.
This machine adopts electric-hydraulic automatic control system. There are independent electrical control box (with intelligent program controller) and hydraulic station.
This machine is suitable for separating suspensions containing soluble solids with medium and fine particle size. The particle size of the solids ranges from 0.01 to 5mm, and the solid-liquid ratio of the suspension should be >18% (by weight).
The basic models of our company's centrifuges are GK1250, GK800 and WG800.
GK1250D, GK800D, and WG800D centrifuges are improved versions of GK1250, GK800, and WG800, respectively.
Scope of application: GK1250, GK800, WG800 series products are widely used in chemical, pharmaceutical, light industry, salt making and other industries. Can be used to separate sodium sulfate, ammonium sulfate, nickel sulfate, ferrous sulfate, graphite, urea, caustic soda, boric acid, potassium chloride, polyethylene, polystyrene, ethylene, polyvinyl chloride, anthracene, sodium pentachlorophenate, sodium carbonate , potassium sulfate, bleaching essence and other products.
GK1250D, GK800D, WG800D series products are widely used in the filtration and separation of corn starch, potato starch, sweet potato starch, tapioca starch, wheat starch, modified starch, plantain starch, etc.
Main material: The material of the material contact part of the machine adopts SUS304, SUS316, SUS316L, etc. according to the needs of users. Other parts are made of carbon steel, cast iron, cast steel, etc.
The second-generation horizontal scraper discharge centrifuge produced by the company is based on the first-generation centrifuge, according to the current international advanced technology and the use of various users (domestic and foreign) for many years and the operation of the equipment, Some key components have been technically modified to make them more suitable for the use and operation of relevant professional users. Some technical modifications have provided guarantees in terms of energy saving, safety assurance, ease of use and user terminal product quality, becoming the current domestic 1250, The most complete product of the 800 horizontal scraper centrifuge.
Ⅰ, function comparison of old and new models
Ⅱ、Processing process of new horizontal scraper discharge centrifuge
Ⅲ, new horizontal scraper centrifuge exhibition site
Technical parameters:
Project | GK1250-NB, GK1250-NB-D | GK800-NB, GK800-NB-D | WG800, WG800D |
Drum Inner Diameter | 1250mm | 800mm | 800mm |
Drum Length | 500mm | 400mm | 400mm |
Drum speed | 1200rpm | 1445rpm | 1420rpm |
Separation Factor | 1000 | 930 | 900 |
Drum Effective Volume | 230L | 95L | 95L |
Max Charge | 350kg | 120kg | 120kg |
Main Motor Model | Y250M-4 | Y200L-4 | Y200L-4 |
Main motor power |
55KW 45KW plus inverter (price is extra) |
30KW | 30KW |
Main motor speed | 1480rpm | 1480rpm | 1480r/min |
Oil Pump Motor Model | 1HP-4P | 1HP-4P | Y90S-4/B5 |
Oil pump motor power | 0.75 KW | 0.75 KW | 1.1KW |
Oil pump motor speed | 1400rpm | 1400rpm | 1400rpm |
Oil Pump Model | TCVP-F08 | TCVP-F08 | CB-B20 |
Oil Pump Flow | 8L/min | 8L/min | 20 L/min |
Maximum working oil pressure | 3MPa | 3MPa | 2.5MPa |
Process in automatic operation Duration range of |
0 to 60 minutes | ||
Centrifuge Dimensions (L×W×H) |
2339×1880×1890mm | 2053×1955×1344mm | 2200×1620×1800mm |
Gross Equipment Weight | ~6890kg | ~3700 kg | ~4000 kg |
Ⅰ. Comparison of functions of old and new models
Features of the second generation horizontal scraper centrifuge
The second-generation horizontal scraper discharge centrifuge produced by Hangzhou Huadong Chemical Equipment Industry Co., Ltd. is a new generation of centrifuge designed and manufactured by independent innovation and adopting international advanced technology according to the shortcomings of domestic and foreign users in use and operation. machine. Compared with the existing horizontal scraper unloading centrifuge, the second-generation horizontal scraper unloading centrifuge is more adaptable to the use and operation of relevant professional users, and saves energy, safety, convenience and users. The quality of end products is fully guaranteed, and it is the most complete product of 1250 and 800 horizontal scraper centrifuges in China.
I. Comparison table of old and new models of GK1250 centrifuge:
Serial number |
structure or |
first generation |
second generation |
Advantage Analysis |
1 |
Feed limit device |
None |
Yes |
The feeding amount of the first-generation centrifuge is simply set by the time program. Due to the unstable control of the Baume degree of the slurry before feeding, the feeding overflow or insufficient feeding often occurs. The overflowing slurry enters the drain port and is directly discharged, causing waste, and insufficient feeding affects the production capacity, thereby increasing the cost. |
2 |
Scraping mechanism |
The scraper shaft seat is short, the scraper shaft is thin, and the work execution oil cylinder is a pull cylinder. |
The scraper shaft seat is long, the scraper shaft is thick, and the work execution oil cylinder is a push cylinder. |
The scraper shaft seat is lengthened and thickened to enhance the rigidity. Compared with the first-generation oil cylinder, the effective thrust of the work execution oil cylinder is increased by 25%, the operation is more stable, and the service life is long. |
3 |
Hydraulic station |
No oil cooler, high working oil temperature. |
Added oil cooler, low oil temperature. |
The first-generation centrifuges are prone to deterioration due to high oil temperature, short oil replacement cycle, and poor pipeline sealing effect. The second-generation centrifuge adds an oil cooler and uses a vane pump. The sealing effect is good, the maximum working pressure can reach 5 MPa, and the service life is long. |
4 |
Main bearing lubrication system |
Grease lubricated. |
Use thin oil lubrication. |
Good lubrication conditions at high speed and long bearing life. |
5 |
Main bearing temperature display and alarm device |
None |
Yes |
The new standard JB/T7220-2006 has been used for centrifuges in my country, and the original JB/T7220-94 standard has been invalidated. The new standard stipulates that the main bearing temperature display and alarm are standard equipment, and the first generation products do not have this device. |
6 |
Feed valve |
The size of the feed inlet cannot be adjusted. |
Hydraulic feeding valve is selected, and the size of the feeding port can be adjusted freely. |
Good applicability to working conditions. |
7 |
Quality Assurance Period |
12 months from the factory |
Factory 18 or equipment running for 12 months |
The whole machine is in good operating condition and the failure rate is low. |
2. Comparison table of old and new models of GK800 centrifuge:
Serial number |
structure or |
first generation |
second generation |
Advantage Analysis |
1 |
Scraping mechanism |
The scraper shaft seat is short, the scraper shaft is thin, and the work execution oil cylinder is a pull cylinder. |
The scraper shaft seat is long, the scraper shaft is thick, and the work execution oil cylinder is a push cylinder. |
The scraper shaft seat is lengthened and thickened to enhance the rigidity. Compared with the first-generation oil cylinder, the effective thrust of the work execution oil cylinder is increased by 25%, the operation is more stable, and the service life is long. |
2 |
Hydraulic station |
No oil cooler, high working oil temperature. |
Added oil cooler, low oil temperature. |
The first-generation centrifuges are prone to deterioration due to high oil temperature, short oil replacement cycle, and poor pipeline sealing effect. The second-generation centrifuge adds an oil cooler and uses a vane pump. The sealing effect is good, the maximum working pressure can reach 5 MPa, and the service life is long. |
3 |
Main bearing temperature display and alarm device |
None |
Yes |
The new standard JB/T7220-2006 has been used for centrifuges in my country, and the original JB/T7220-94 standard has been invalidated. The new standard stipulates that the main bearing temperature display and alarm are standard equipment, and the first generation products do not have this device. |
4 |
Feed valve |
The size of the feed inlet cannot be adjusted. |
Hydraulic feeding valve is selected, and the size of the feeding port can be adjusted freely. |
Good applicability to working conditions. |
5 |
Separation factor |
The separation factor is 876 |
The separation factor is 930 |
By changing the speed ratio of the pulley, the separation factor is increased from 876 in the first generation to 930 in the second generation, and the separation effect is better. |
6 |
Quality Assurance Period |
12 months from the factory |
18 months from the factory or 12 months of equipment operation |
The whole machine is in good operating condition and the failure rate is low. |
The times are developing, technology is progressing, and technology is updating. The company insists on taking technological innovation as the guide, continuously improving and perfecting existing products, launching new products, making them more suitable for users' production and operation, and providing customers with more comprehensive service.
Ⅱ、Processing process of new horizontal scraper discharge centrifuge
-
Drum Balance
-
Riveting and welding
-
Boring headstock
-
Assembly site
-
Assembly site
-
Assembly site
-
Electric control installation
-
The internal structure of the device
-
Finished product warehouse
-
Finished product warehouse
-
Finished product warehouse
-
Equipment packaging
-
Delivery site
-
Delivery site
-
Delivery site
-
Delivery site
-
Delivery site