GKC Pharameceutical Industry Peeler Centrifuge

The machine  is controlled by PLC. It regulates speed by frequency convertor; braking system adopts dynamic braking and regenerative braking. Through such procedures as product level detection, speed inspection, shaft temperature and vibration monitoring, the whole separation process is automatic circulative work (including feeding, dehydration, washing, discharging and etc.). Also manual operation mode is available which can be changed over from full-automation mode by customer's will.

GKC automatic centrifuge adopts wall penetration installation; its power area and processing area can be separated. It can be used in pharmaceutical industry which has high requirements. The whole housing bucket can be open for inspection and cleaning.

1. It is fully conformed to GMP cGMP and FDA Norm and meet the requirements of asepsis raw medicine production.

2. With absolute isolation between power area and process area. it is suitable for occasion when customer requires high quality cleaning to avoid the contamination to product.

3. The out shell bucket can be opened, so the whole internal parts can be observed and easy for touch wiping and cleaning.

4. Perfect CIP system can be carried out to wash the internal parts of centrifuge to avoid cross contamination which are not easy to clean.

5. Unique pneumatic counter-pulse device is equipped, which can remove remnant filter cake as much as possible.

6. Totally-enclosed structure equipped with inert gas protection is adopted to be used in ex-proof  I section.

GKC INVERTING FILTER CENTRIFUGE WORKING PRINCIPLE

Host machine starts and automatically speeds up, meanwhile gas inside machine can be exchanged with nitrogen or other inert gas. When predetermined target is met and drum speed is suitable for feeding, feeding valve will be open automatically and product level detection begins to work. When layer thickness is thick enough to reach the product detection slab, feeding valve closes to stop feeding. Under the effect of centrifugal force, most of the liquid in suspension is thrown out through filter cloth (or filter net) and the holes on drum wall then flows into mother liquid tank through horizontal liquid outlet (initial filter). With product dehydration going on, centrifuge will automatically slow down to washing speed according to technical requirement for washing. Washing valve opens automatically. With washing liquid rising to a certain height, washing valve  closes and centrifuge speeds up automatically for further dehydration (secondary filter).

After a moment of operation, product will be fully dried, then discharging will be in process. Then discharging valve opens and discharging cylinder begins to work when centrifuge automatically slows down to predetermined speed. With scraper rising spirally and automatically, solid product is scraped down into the hopper equipped with spiral discharger. With constant motion of spiral discharger, product is pushed out and discharged through valve. Scraper rises closer to filter cloth with a certain distance till the bar on scraper device approaches proximity switch to stop scraper rising then retreats quickly after a short stay (about 15s) then enters next cycle.