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Slurry TRANSFER Pump

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Slurry TRANSFER Pump Specification

Flow Rate
Up to 180 m/h

Features
Robust Construction, Abrasion Resistant, Easy Maintenance, Long Service Life

Theory
Centrifugal Pump

Control System
Manual/Automatic Starters, Optional VFD

Inlet/Outlet
50 mm / 65 mm / 80 mm / 100 mm / 150 mm

Caliber
50 mm to 150 mm

Frequency
50 Hz / 60 Hz

Discharge Pressure
Maximum 8 bar

Voltage
415V / 380V (Three Phase)

Max Suction
Up to 7 meters

Working Temperature
Up to 80C

Fuel Tank Capacity
N/A (Electric Powered)

Noise Level
Below 80 dB(A)

Speed
1450/2900 RPM

Head Size
Up to 55 meters

Mounting Type
Base Plate Mounted

Material
Cast Iron / High Chrome Alloy / Stainless Steel

Structure
Horizontal Centrifugal

Power
3 HP to 50 HP

Standard
ISO 5199 / API 610

Fuel Type
Electric Motor

Pressure
Up to 8 bar

Usage
Slurry Transfer, Mining, Dredging, Mineral Processing, Wastewater

Application
Slurry, Mud, Ash, Pulp, Sand, Chemical, Construction Sites

Suction Type
Horizontal Suction

Seals Type
Mechanical Seal / Gland Packing

Priming
Self / Manually Primed (as per model)

Pump Type
Slurry Transfer Pump

Capacity
Up to 180 m/h

Slurry TRANSFER Pump Trade Information

Payment Terms
Cheque, Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T)

Supply Ability
200 Per Year

Delivery Time
200 Years

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
WOODEN CHARGE

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, Africa, Western Europe, Central America, South America, Asia

Main Domestic Market
All India

Certifications
ISO 9001-2008 MSME

About Slurry TRANSFER Pump

Slurry TRANSFER Pump

Head : 36 meter
Capacity : 277m3/h
delivery size : 40mm to 150 mm
temperature : -10 to 95 degree Celsius
test pressure : 10 kg/cm2

OPTIONAL FUTURES :

shaft sealing by gland packing
bearing lubricating by oil
ANSI drilling on DIN flanges
trolley mounting arrangement
various type of connection
STANDARD FUTURES :
- self-prime single & double stage
- flange as per din standard
- back pull out design
- open impeller
- shaft sealing by single / doable mechanical seal
- sealed grease lubricated , deep grove ball bearing
- pump can be offer with electro polishing for some special requirement
- also with flame proof motor
- pump are available in mono-block and in bare type also with flameproof motor all motor are of TEFC type
- very quick prime no need to foot valve
- very high suction capacity up to 8 meters

MATERIAL :

Casing : st. Steel ( CF8 / CF8M )
Shaft : st. Steel ( SS 410 / SS 316 / SS 304 / alloy-20)
Impeller : st. Steel ( SS 410 / SS 316 / SS 304 / alloy-20)
Back Plate: st. Steel ( SS 410 / SS 316 / SS 304 / alloy-20)
Mechanical Seal : TC/TC , SIC/SIC TEFLON/ GFT
MOTOR COVER : SS 304 , SS 316
GASKET : Viton / Nitrile/ Silicon / PTFE
special material also available on customer requirement

RELIABILITY :

The pump are hydraulically designed for maximum efficiency. Every pump passes through stringent process & quality control plans and is designed to give longer life with consistent performance and trouble free service.

Exceptional Solid Handling Capability

Designed to transfer abrasive slurries, this pump efficiently manages solid particles up to 65 mm in diameterideal for mining and dredging where robust, reliable equipment is essential. High-chrome alloy and stainless steel constructions ensure effortless passage of solids, resulting in minimal clogging and reduced maintenance downtime.

Versatile Applications Across Industries

From mineral processing and wastewater treatment to construction sites and chemical handling, the pumps advanced featuresincluding a variety of impeller types and robust electro-mechanical componentsensure high performance under challenging conditions. Suitable for transfer of slurry, mud, ash, sand, and various industrial fluids.

Durable, User-Friendly Design

Heavy-duty bearings, epoxy coating for corrosion protection, and easy maintenance features extend operational life. Flexible coupling, horizontal suction, and adaptable control systemsincluding optional VFDsmake installation and operation straightforward, while IP55 motor protection ensures reliable performance in diverse environments.

FAQs of Slurry TRANSFER Pump:

Q: How does the slurry transfer pump handle abrasive and solid-laden fluids?

A: The pump is equipped with open, closed, or semi-open impellers (depending on model and material) and is constructed from abrasion-resistant materials such as high chrome alloy or stainless steel. It is capable of handling solid particles up to 65 mm, reducing wear and extending operational life in tough slurry environments.

Q: What are the installation requirements for this slurry transfer pump?

A: The pump features a base plate-mounted structure with horizontal suction, flexible coupling, and multiple inlet/outlet sizes (50150 mm). It requires a three-phase electric power supply (415V/380V), supports self or manual priming (as per model), and can be integrated using manual or automatic startersplus optional VFD for speed control.

Q: When should mechanical seals or gland packing be chosen for the pump?

A: Selecting between mechanical seals and gland packing depends on the specific application and nature of the slurry. Mechanical seals are suitable for cleaner or more abrasive fluids to minimize leakage, while gland packing may be suitable for less demanding or lightly abrasive conditions.

Q: Where is this pump typically used?

A: The slurry transfer pump is widely used in mining, mineral processing, dredging, construction sites, wastewater treatment, and chemical industries across India. Its robust design and material versatility make it ideal for environments dealing with abrasive, high-solid-content fluids.

Q: What is the process for obtaining performance curves and technical documentation?

A: Performance curves and additional technical documents are available upon requestdealers, suppliers, or manufacturers can provide detailed information to match your specific operational requirements and ensure optimal pump selection.

Q: How does the pump benefit operators in terms of maintenance and longevity?

A: With its easy maintenance design, heavy-duty grease-lubricated bearings, corrosion-resistant epoxy coating, and solid handling capabilities, the pump ensures long service life and reduced downtime. This minimizes operational costs and maximizes uptime for continuous processing.

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