About Sanitary Filter Pump
- Sanitary Filter Pump
- Head : 48 meter
- Capacity : 33 m3/h
- Delivery size : 12mm to 65 mm
- Temperature : -10 to 95 degree Celsius
- Test pressure : 10 kg/cm2
Standard futures : - Centrifugal single stage
- Flange as per din standard
- Back pull out design
- Open / close impeller
- Shaft sealing by single / doable mechanical seal
- Sealed grease lubricated , deep grove ball bearing
- He pump handle liquid having viscosities up to 1500 centrioles
- Also with flame proof motor
Optional futures : - Shaft sealing by gland packing
- Bearing lubricating by oil
- ANSI drilling on DIN flanges
- Trolley mounting arrangement
- Various type of connection
Material : - Casing : st. Steel ( cf8 / cf8m )
- Shaft : st. Steel ( ss 410 / ss 316 / ss 304 )
- Impeller : st. Steel ( ss 410 / ss 316 / ss 304 )
- Back Plate: st. Steel ( ss 410 / ss 316 / ss 304 )
- Mechanical Seal : TC/TC , SIC/SIC TEFLON/ GFT
- MOTOR COVER : SS 304 , SS 316
- GASKET : Viton / Nitrile/ Silicon / PTFE
- Colors dies & pigments / paints
- Descaling application
- Sagar industries
- Hot & cold water pumping
- Sparkling filter press
- Sugar syrup
- Chemical processing
- Application :
- Dairy industries
- Food processing plant
- Pharmaceutical industries
- Sugar & confectionery
- Bottling plants
- Distillery
- Beverages
- Water treatment plants
Hygienic Design for Sensitive ApplicationsThis pump adheres to 3A, DIN, SMS, and ISO standards, making it ideal for sectors requiring stringent hygiene control, such as food, beverage, dairy, and pharmaceutical industries. Its electropolished surface minimizes contamination risk, while robust mechanical seals (EPDM, FPM, PTFE) provide leak protection even in demanding environments.
Flexible Mounting and Connection OptionsUsers can choose from clamp, threaded, or flanged ends to ensure seamless integration into various pipelines. The horizontal mounting design allows for stable installation, while process compatibility is enhanced by self-priming options and multiple inlet/outlet sizes (DN32 to DN65).
Reliable Performance with Easy MaintenanceOperating at either 1450rpm or 2900rpm under manual or automatic control, the pump supports single or three-phase voltage (220V/380V) and delivers quiet performance (75 dB). The design is optimized for quick cleaning and simple maintenance, supporting CIP procedures and promoting efficient production workflows.
FAQ's of Sanitary Filter Pump:
Q: How does the Sanitary Filter Pump ensure a hygienic operation in food and beverage applications?
A: The pump features an electropolished surface finish (Ra 0.6m) and is built from stainless steel 304/316L to prevent contamination and facilitate easy cleaning. It complies with international sanitary standards like 3A, DIN, SMS, and ISO, making it suitable for critical hygiene environments.
Q: What types of mechanical seals are available, and how do they impact usage?
A: The pump supports EPDM, FPM, or PTFE mechanical seals, which offer excellent chemical resistance and longevity. These seal options ensure leak-proof performance across a wide range of liquids and temperatures, enhancing reliability in various industrial processes.
Q: When is self-priming functionality recommended for this pump?
A: Self-priming is optional and recommended when the pump needs to handle suction from below ground or when the inlet is above the pump level. This feature provides greater flexibility in installation and operation, particularly in complex system layouts.
Q: Where can this sanitary pump be installed, considering its mounting and ambient requirements?
A: The pump is designed for horizontal mounting and operates efficiently in environments with ambient temperatures ranging from -15C to +40C. Its IP55/IP65 protection class ensures suitability for indoor and moderately harsh industrial settings.
Q: What is the maximum viscosity the pump can handle, and which liquids are typically filtered?
A: This pump manages liquids with viscosities up to 500 cps. It is typically used for filtering products such as milk, juices, pharmaceutical solutions, and other food-grade or high-purity liquids.
Q: How does the closed impeller design benefit the filtration process?
A: A closed impeller ensures optimal flow efficiency and minimizes the risk of product contamination. It also supports high head and flow rates (up to 25 m3/h, 35 meters), making it ideal for demanding filtration applications.
Q: What maintenance process is recommended for keeping this pump in optimal condition?
A: Regular cleaning and inspection according to the CIP (Clean-In-Place) procedure are advised. Maintenance is simplified due to its hygienic design and easy accessibility, preventing downtime and maximizing operational efficiency.