Introduction

Appilcation

FG series Fluid Bed Dryed is one of the main process equipment in the solid dosage production procedure in pharmamaceutical industry, and is also widely used in chemical, foodstruff industries. Etc… this equipment is set with mixing and drying functions.

Priciple

This equipment is composed of main machine, air handling unit( AHU), heating and control system. When working, charge the material into the FBD Bowl, set the procedure and parameters according to processor. The inlet air is filtered by the air handling unit(AHU) and heated by the heating system, and the processed air enters the processor to blow up material into fluidization condition. Material are apace has been finished according to the set  procedure and parameters; the worker can move out the FBD Bowl to lock with NTF series Pharma Lifter for FBD Bowl for lifting and discharging the produced granules. During the whole process, powder dust and cross popution are effectively controlled.

Feature

This equipment is successfully designed on the basic of a wide research, absorption and digestion of advanced models. It has a reasonable structure with stable performances and easy operation; the whole machine has no dead angle or protruded screws. PLC is designed to ensure a fully automatic control. All the operation are automatically finished according parameters can be printed and records of orginal data are fully truth and reliable. PFGN Series FBD comply entirely with GMP Requirements for medicine production.

Main Technical Parameters
 

Items		Unit	FG 5	FG 15	FG 30	FG 60	FG 120	FG 200	FG 300	FG 500
Bowl volume		L	22	45	100	220	420	670	1000	1500
Capacity		Kg/h	5	15	30	60	120	200	300	500
Steam	Pressure	Mpa	0.4-0.6
	Consumption	Kg/h	18	33	60	120	140	180	310	400
Compressed air	Pressure	Mpa	0.45-0.6
	consumption	Kg/h	0.3	0.6	0.9	0.9	0.9	1.1	1.5	1.5
Fan power		Kw	5.5	7.5	11	18.5	22	30	45	55
Dimensions	W	mm	820	870	1020	1360	1650	1900	2100	2300
	H	mm	2250	2350	2810	3200	3850	4420	5200	5450
	Φ	mm	500	550	800	1000	1200	1400	1600	1800

Reference diagram