Poly Propylene Magnetic Pumps

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Product Details:

Mounting Type Base Mount
Theory Centrifugal Pump
Noise Level Low noise operation
Max Suction Up to 3 meters
Head Size Up to 22 meters
Features Leak-proof, Corrosion-resistant, Maintenance-free, Energy Efficient
Flow Rate Up to 35 m3/h
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Poly Propylene Magnetic Pumps Price And Quantity

Minimum Order Quantity 1 Piece

Poly Propylene Magnetic Pumps Product Specifications

Noise Level Low noise operation
Theory Centrifugal Pump
Fuel Type Electric Driven
Power 0.5 HP to 5 HP
Mounting Type Base Mount
Discharge Pressure Up to 2.5 kg/cm2
Voltage 220V/380V
Material Polypropylene (PP)
Flow Rate Up to 35 m3/h
Seals Type Magnetic Drive, Sealless
Features Leak-proof, Corrosion-resistant, Maintenance-free, Energy Efficient
Head Size Up to 22 meters
Max Suction Up to 3 meters
Application Other
Priming Self-priming/NON Self-Priming (depending on model)
Frequency 50 Hz / 60 Hz
Pump Type Magnetic Drive Pump
Standard Conforms to industrial quality norms
Usage Other
Inlet/Outlet Threaded/Flanged as required
Structure Monoblock
Control System Manual/Electrical panel operated
Capacity Up to 35,000 LPH
Working Temperature Up to 80C
Pressure Max 2.5 kg/cm2
Caliber 25 mm to 50 mm
Speed 2800 rpm/1440 rpm
Suction Type Single Suction

Color Blue/Yellow combination
Protection Class IP55
Weight Approx. 7 kg to 25 kg (depends on model)
Motor Enclosure TEFC (Totally Enclosed Fan Cooled)
Installation Horizontal
Bearing Type Heavy Duty Ball Bearings
Impeller Type Closed / Semi open / Open (according to process requirement)

Poly Propylene Magnetic Pumps Trade Information

Supply Ability 10 Piece Per Week
Delivery Time 7 Days

Product Description

Feature

100% Leak Proof/seal less Pump.
Zero Leakage Corrosion Resistance.
User Friendly & Energy Saving.
Easy Maintenance & standard Spares.
Simple Reliable and Sturdy Monoblock.
Magnetic Drive Ensures 100% Leak Proof.
No Shaft Seal To Wear Or Replace.
Friction Free Operation For Reduced Power Consumption.
Easy To Maintain Simple Centrifugal Open Impeller.
Design Long Life, Reliable And Trouble Free operation.
Material of Construction : Poly Propylene Glass filled , PVDF (polyvinylidene fluoride)
Operating Temp: PP upto 80 deg C. PVDF upto 110 deg C

Application

Chemical industries
Pharmaceutical Industries
Textile Processing & Dying
Electroplating Idustries
Agitation De scaling Of Refrigeration
Water Processors

Range

Pump Model	Suction X Delivery Size	HP	Phase	Max. Capacity LPM	Max. Head Mtrs
RMD 15	14 x 14 mm Nozzle	0.12	Single	15	2.5
RMD 30	18 x 18 mm Nozzle	0.16	Single	30	4
RMD 50	20 x 20 mm Nozzle 1/2" x 1/2" BSP	0.25	Single/Three	50	5
RMD 85	26 x 26 mm Nozzle 1" x 1" BSP	0.5	Single/Three	85	9
RMD 125	26 x 26 mm Nozzle 1" x 1" BSP	0.75	Single/Three	125	12
RMD 170	1" x 1" BSP	1	Single/Three	170	14
RMD 300	11/2" x 11/4" BSP/Flanged	1.5	Three	280	20
RMD 400	2" x 11/2" Flanged	2	Three	400	24
RMD 500	2" x 11/2" Flanged	3	Three	500	30
RMD 600	21/2" x 2" Flanged	5	Three	620	34

Advanced Magnetic Drive Technology

Utilizing magnetic drive technology, these pumps eliminate the need for traditional shaft seals, preventing leaks and virtually removing the possibility of mechanical seal failures. The design significantly reduces maintenance and operational downtime, ensuring reliable performance in corrosive and hazardous environments.

Corrosion-Resistant Polypropylene Construction

Manufactured from premium polypropylene material, these pumps offer excellent chemical resistance, making them suitable for harsh media such as acids, alkalis, and corrosive liquids. This ensures long service life and minimal degradation, even with continuous exposure to aggressive substances.

Efficient and Versatile Operation

With energy-efficient motors, monoblock structure, and flow capacities up to 35,000 LPH, these pumps accommodate a wide range of industrial applications. Available in various impeller types and installation options, users can tailor each unit to specific requirements, ensuring optimal process compatibility and performance.

FAQ's of Poly Propylene Magnetic Pumps:

Q: How do Polypropylene Magnetic Pumps ensure leak-proof operation?

A: These pumps feature a magnetic drive and sealless design, which means there is no physical shaft passing through the pump casing. This technology prevents liquid leakage, making them ideal for handling hazardous or corrosive chemicals where containment is crucial.

Q: What applications are suitable for these magnetic pumps?

A: Polypropylene Magnetic Pumps are perfect for chemical processing, water treatment, pharmaceuticals, electroplating, and industries requiring the transfer of corrosive or sensitive fluids. Their corrosion-resistant construction makes them especially suitable for handling acids and alkalis.

Q: When is it necessary to choose between closed, semi-open, or open impellers?

A: The choice depends on the process requirements and nature of the pumped fluid. Closed impellers are preferred for clean liquids, while semi-open and open impellers are suited for handling liquids with suspended solids or higher viscosity.

Q: Where should these pumps be installed?

A: These pumps are designed for horizontal, base-mounted installation, making them suitable for integration into skid-mounted systems or on-site industrial setups, conforming to standard industrial quality norms.

Q: What process benefits does the magnetic drive provide over conventional pumps?

A: Magnetic drive pumps are inherently leak-proof and require far less maintenance than traditional shaft-sealed pumps. This minimizes both downtime and repair costs while enhancing safety, especially when transporting hazardous fluids.

Q: How energy efficient are these pumps?

A: Featuring TEFC motors and precision-engineered components, these pumps offer energy efficiency with minimal losses, supporting both 220V/380V power supplies at frequencies of 50 Hz or 60 Hz. This leads to reduced operational costs over time.

Q: What is the typical maintenance requirement for these pumps?

A: Thanks to the sealless, magnetic drive design and heavy-duty ball bearings, routine maintenance is minimal. Occasional inspections are sufficient to ensure continued, trouble-free operation.