vaughan chopper pumps

41
Presented by: Email: [email protected] or [email protected] Mobile: 0044 (0) 7501 483470 www.bpf-ltd.com A Unique Solution To Common Problems

Upload: aidan-mclaughlin

Post on 10-Mar-2016

394 views

Category:

Documents


2 download

DESCRIPTION

technical data

TRANSCRIPT

Page 1: Vaughan Chopper Pumps

Presented by:

Email: [email protected] or [email protected]

Mobile: 0044 (0) 7501 483470

www.bpf-ltd.com

A Unique Solution To Common Problems

Page 2: Vaughan Chopper Pumps

WARNINGThe Vaughan ‘Chopper’ Pumps & Tank Mixing Systems will,

Dramatically Increase Your Equipment Efficiency

Dramatically Reduce Operational Costs

Eliminate Blockage & Ragging Problems

Dramatically Reduce Motor Overload Conditions

Offer ‘Guaranteed’ Returns On Your Investment

Positively Affect The Bottom Line Of Your Business

Reduce Your C02 Emissions & Carbon Footprint

Solving Problems Saves Money & Reduces C02 Emissions

ENTER AT YOUR OWN RISK!!

Page 3: Vaughan Chopper Pumps

The Increasing Operational Challenges

Regular call outs dealing with blocked pumps.

Expensive overheads for callouts.

Lack of resources to deal with regular problems.

High energy bills.

Additional administration and associated costs.

Management of equipment that doesn't work.

Actively looking for efficiency savings.

Operational budget cut backs.

Increasing Targets & Objectives.

£

Page 4: Vaughan Chopper Pumps

Standard Sewage?

What Are You Pumping?

Page 5: Vaughan Chopper Pumps

What Else Are You Pumping?

More Standard Sewage?

Page 6: Vaughan Chopper Pumps

Frequent & Premature Equipment Failures

How does The Vaughan ‘Chopper’ Pump deal with all

of these problem areas that no-one else can handle?

Plugging at the suction intake.

Binding of materials around the impeller

Abrasives which rapidly wear standard materials

(Grit, Stones, Gravel)

Reweave of materials behind impeller

Shaft deflection and vibration when handling solids.

Approximately 22-24% of submersible pumps failures are associated with

Reweave of material behind the impeller & Shaft deflection.

Approximately 22-24% of submersible pumps failures are associated with

Reweave of material behind the impeller & Shaft deflection.

Page 7: Vaughan Chopper Pumps

Other Manufacturers ‘Non-Clog’ Type Pumps Can’t Handle This Heavy Duty Environment.

Plugging - A Familiar Sight?

Page 8: Vaughan Chopper Pumps

A Blocked SewerSimilar to many sites throughout Northern Ireland, course hand rake screens had been installed at multiple SPS’s and were a constant drain on the NIW recourses. The objective was to remove the hand rake screens and thus remove the operational costs which typically consisted of:

• 1 operator - 5 days per week to manually rake the material into a bin.

• 1 lorry – at least 1 day per week to empty the bins.

This task will easily amount to an annual cost of over £3000 the addition

of any further costs arising from pump failures, repairs, sump tankering

etc which would be added to the base figure.

What would happen if the screens were removed? there would be premature failure to the existing standard Non-clog type pumps unless, they upgraded to the equipment designed for this duty, The Vaughan ‘Chopper’ Pumps

It is policy within many water authorities not to fit screens upfront to protect equipment. However, it is commonly accepted as a compromise over consistent and frequent failures of low cost and poor design of pumps.

The cost implications of this are substantial!!

Page 9: Vaughan Chopper Pumps

Rags & Debris result in regular & costly failures to

Other Manufacturers ‘Non Clog’?? Equipment

Rags & Plastics Cause Plugging, Binding &

Weaving of your equipment, resulting in

premature Failure!!

Page 10: Vaughan Chopper Pumps

Premature Failure of Standard cast iron Impeller worn after a few weeks of operation

Standard Pumping Equipment is manufactured from low cost materials such as Cast Iron which cannot handle:

Grit, Stones & Other Abrasives.

GRIT causes regular & costly failures to

Other Manufacturers ‘Non Clog’?? Equipment

Page 11: Vaughan Chopper Pumps

Motor Overload Conditions

Result in regular & Costly failures.

Shaft Deflection & Vibration causes

Seal Failures

Bearing Failure Motor Failures

Inadequate Designs cannot cope with Heavy

Duty Requirement.

Page 12: Vaughan Chopper Pumps

Motor Overload Conditions

Result in regular & Costly failures.

Reweave of fibres behind the impeller results in:

Seal Failures

Bearing Failure

Inadequate Designs cannot cope with the Heavy Duty Requirement.

MOTOR FAILURES!!

Page 13: Vaughan Chopper Pumps

Common Myth

All ‘Non-Clog’ or ‘Macerator’ or Cutter type

pumps are the same!

FALSE

Vaughan ‘Chopper’ Pumps are not to be confused with

other types or brands of chopper pumps, macerators,

grinder or cutter pumps.

The Vaughan Pump is a patented product and so it is

UNIQUE in the pump world.

Page 14: Vaughan Chopper Pumps

‘Chopper’ Pumps & Sludge Mixing Systems

Horizontal End Suction

Available Configurations

Electric Hydraulic Self Priming PedestalSubmersible Submersible Dry Well

Page 15: Vaughan Chopper Pumps

‘Chopper’ Pumps & Sludge Mixing Systems

Features & Benefits

As The Vaughan ‘Chopper’ Pump is:

Solution & NOT Cost Driven, What Technical Advantages does this bring?

Take a Closer Look

The Attention To Detail vs. Others

Page 16: Vaughan Chopper Pumps

The ONLY pump on the market designed from the ‘Inside to out’

As a ‘Chopper’

The Vaughan ‘Chopper’ has the unique ability to handle heavy Solids & Debris laden duties where all other equipment fails.

Guaranteed!!!

Page 17: Vaughan Chopper Pumps

Highly Efficient Impeller Design

This Unique Patented design integrates Pumping and Chopping into ONE efficient system.

The CHOPPING is done right where the pumping is done.

Increased efficiency

reduces energy usage and

lowers electricity bills.

Increased efficiency

reduces energy usage and

lowers electricity bills.

Page 18: Vaughan Chopper Pumps

v

Why is the Vaughan ‘Chopper’ Pump

Impeller design so efficient?

The Chopping action occurs as close to the most central part of the shaft rotation possible. This requires less energy even with the toughest materials.

Solids above 10mm

Solids below 10mm

Solids below 10mm are chopped in this new improved design with the new cutter nut tooth's leading edge scissor action design

Page 19: Vaughan Chopper Pumps

Field adjustment with:

NO special tool or shims necessary!

The E-series design incorporates a unique back pull-out plate with external adjustments of all critical cutting clearances.

Page 20: Vaughan Chopper Pumps

The ONLY pump available with ALL wear components in hardened materials

• All Wear Components – 61-64 Rockwell C (min 60)

• 4 times harder than standard grey iron.

• Designed to withstand impact.

• Designed to withstand abrasion.

• Minimal spares required over 20 years

NO OTHER PUMP O.E.M OFFERS THIS!

As Standard

Built to last

Page 21: Vaughan Chopper Pumps

Flared Bore intake

Vaughan offers 140mm as the smallest intake.

Allows the solids to get right to the intake chopping action without obstruction.

Others offer 50mm which block the intake

140mm

Flared Bore

Page 22: Vaughan Chopper Pumps

Unique Cutter Nut

Vaughan ‘Chopper’ Pumps

Cutter Nut

Eliminates Plugging

Page 23: Vaughan Chopper Pumps

Double Cutter Bar System

Extends across the intake

Chopping Action

Page 24: Vaughan Chopper Pumps

V-Notch Shear Plate Cutter

‘V’ - Disintegrator

The sharpened leading edge ensures the debris is effectively broken down with minimal effort.

Page 25: Vaughan Chopper Pumps

Patented Cutter Bar Shear Plate

Rear Scissor Edge Action

For The Rogue Materials & Stubborn Baby Wipes

Page 26: Vaughan Chopper Pumps

Cup Shaped Chopping Impeller blades

Machined edges slice the material against the back of the shear plate as it enters. The semi-open impeller clears it quickly and efficiently.

Page 27: Vaughan Chopper Pumps

Scissor Action Chopping

LARGE SOLIDS AND DEBRIS CHOPPED BY SCISSOR ACTION

Page 28: Vaughan Chopper Pumps

THIS IS NOT A CHOPPING

IMPELLER DESIGN

IT DOES NOT CHOP!!

According to the experts in Blade Technology

THE MOST EFFICIENT CHOPPING

IMPELLER DESIGN AVAILABLE

Others

Vaughan Others

Page 29: Vaughan Chopper Pumps

Upper Cutter Ring

The Vaughan ‘Chopper’ Pump eliminates material REWEAVE behind impeller. The biggest killer of mechanical seals in submersible pumps. This problem also causes bearing failure and motor overload conditions.

Page 30: Vaughan Chopper Pumps

Heavy Duty Mechanical Seal

Vaughan Cartridge Seal

A unique design built to withstand the rigours of chopping.

The main sealing faces are protected from the process with the new shrouded design.

Large oil bath chamber allows the seal to

‘dry-run’

Page 31: Vaughan Chopper Pumps

Vaughan - No Compromise SHAFT Design

Benefits

Extended and Reliable performance of your equipment

Oversized Shaft

Lowest shaft overhang

Minimal Shaft deflection

Features

Performance Guaranteed

Page 32: Vaughan Chopper Pumps

Heavy Duty Shaft

Vaughan Minimum Shaft size 1.750” (45mm)

Compared to Competitors: 20mm, 25mm, 30mm, 35mm

Page 33: Vaughan Chopper Pumps

Withstands the rigours of Combined Chopping & Pumping high solids content slurries.

Oversized and designed for severe use.

Angular contact ball bearings for high thrust loadings

All of this simply means…….

….Longer Life and Reduced Maintenance

Oversized Seal-and-Bearing System

Page 34: Vaughan Chopper Pumps

A Comparison to Other Manufacturers?

Standard ‘Non-Clog’? Type Pumps

There can be no comparisons made between

Vaughan and other types of equipment.

Page 35: Vaughan Chopper Pumps

Other Manufacturers Lightweight Bearing Systems

All have Single Thrust on top

All have small shaft diameters Most commonly

20mm to 35mm

All have Light Dutylower double Radial bearings

Page 36: Vaughan Chopper Pumps

Other Manufacturers Lightweight Bearing Systems

All have Single Thrust on top

All have small shaft diameters Most commonly

20mm to 35mm

All have Light Dutylower double Radial bearings

NONE OF THESE DESIGNS WILL COPE WITH A HEAVY

SHOCK LOADING

Page 37: Vaughan Chopper Pumps

All other Non-Clog? type pumps are basically a Centrifugal type with something added on: i.e.

Cutter Bar, Knife-edge, Grooves

NOT SUITABLE FOR HEAVY DUTIES

Page 38: Vaughan Chopper Pumps

Other Manufacturers’ Mechanical Seals

LIGHT DUTY designs are no match for Vaughan

NO COMPARISON!NO COMPARISON!

Page 39: Vaughan Chopper Pumps

SHAFT DEFLECTION

The main chopping action takes place between

the Auger-type impeller edge and the machined grooves on the I/D of the flange

Cutting Action takes place on the outer edge of impeller. This creates excessive radial forces to

the shaft causing deflection with resultant Mechanical Seal & Bearing failure.

Page 40: Vaughan Chopper Pumps

How Confident Are We?

You will never see

anything like this from other Pump MANUFACTURERS!

The Vaughan Non-Clog Guarantee

With almost 20,000 units in service, the Vaughan Chopper Pump has not only proven it’s value in problem solving, but also established itself as the reliable alternative to conventional pumping. Over the years, product reliability has also allowed Vaughan to guarantee the NON-CLOG performance of all chopper pumps. This guarantee is your written assurance of clog-free solids-handling performance, above-and-beyond the standard materials-and-workmanship warranty. Below is a sample guarantee so you can see how simple and

direct Vaughan's guarantee reads — no "catch phrases" or vague

requirements.

Vaughan Co., Inc. Performance Guarantee statement:

Vaughan guarantees to ____________ the NON-CLOG performance of

the model ________ chopper pump to pump _______ without plugging

for the duration of the warranty period, based on the following

conditions:

Terms ……………………

Page 41: Vaughan Chopper Pumps

The Vaughan ‘Chopper’ Pump Demo Trailer