Fluid Bed Dryer has adopted new concept of GMP Regulation with improved performance (drying time is much less than the conventional model) minimum involvement of manual labor simplified maintenance and utilize modular construction techniques to provide flexible installation options.
The process unit is two piece made of SS-304/316 stainless steel. Through mixing of Dry powders, Agglomeration and Drying are carried out in one unit of Fluid Bed Dryer.
A solid ‘D’ shaped food type silicon rubber gasket is provided in the groove of the flanged joint (between the product container and the retarding chamber) to prevent any leakage of air with fines during operation.
Product container is lifted by specially designed arrangement with the help of one centrically fitted pneumatic cylinder which ensures uniform lifting throughout the periphery of the container which ultimately gives uniform upward pressure to the solid ‘D’ shaped Rubber Gasket, thereby preventing any leakage during operation.
Pneumatic cylinder is used for auto shaking device of the finger bags is mounted on the body and is fitted with a wire rope made out of S.S. 304 guided by pulleys thus rendering the shaking extermely efficient. It also brings down the finger bags to such a level that these can be inspected very easily form the bottom of the retarding chamber. If the shaking is not efficent , the particles will be retained in the finger bags and there will be no proper fluidisation resulting in formation of lumps in the products container.
Blower and filter with heating arrangement are housed in the rear chamber . They can also be housed the services zone to avoid sound pollution as well as to avoid interference of the maintenance people in the production zone.
Centrifugal type blower fan with dynamically balanced impeller and backward curved blades.All Stainless steel construction.Direct coupled non—flameproof electric drive. Anti –vibration mounting and independent sub-support frame.
Free standing unit constructed from aluminum anodized frame work (SS-304) with doubled skinned panels. All wall panels are cross based for added strength. Quick release panels provided for inspection and maintenance access.
The air intake section has a full face external flange for attachment of angle intact, or and extended inlet air duct.
Inlet system comprssiong of 20 Micron washable filters. followed by 5 micron prefilter, then pass through , heating coil section containing a full air duct steam operated heater battery, constructed with stainless steel tubes and headers and a steel casing (SS-304). The moving process air passes through the steam heater to achieve the desired temperature. to match the inlet to the processing unit.
PT 100 temperature sensing probe will be fitted into the air Transtion duct and will be connected upto the control panel.
As per international practices the equipment is provided with a rapture disc as measures of explosion Vent, Tested at 2 Bar pressure, mounted on the side of the dryer.
A std designed earthing device spring type is provided with the dryer however intrincically safe earthing device with low voltage relay is also available.
A free stading steel control panel having the following controls.
Semi-automated and fully automated PLC and PLC/PC control system are available for selection at an appropiate level of additonal cost. (OPTION)
MODEL |
15 |
30 |
60 |
120 |
200 |
250 |
300 |
Container Volume : Litres |
50 |
100 |
220 |
430 |
590 |
780 |
950 |
Batch Capacity : King |
15-20 |
30-40 |
60-75 |
120-140 |
200-225 |
250-280 |
300-300 |
Drying Temp oC |
50-80 |
50-80 |
50-80 |
50-80 |
50-80 |
50-80 |
50-80 |
Motor H.P. |
3 |
5 |
10 |
15 |
20 |
25 |
30 |
Heating Load : KW for Electrical Heating |
9 |
18 |
36 |
54 |
Electrical heating not recommended. |
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Approx. Steam Consumption Kgs./hr at Steam pressure 3 Kg/cm2 |
15 |
25 |
50 |
100 |
160 |
200 |
250 |