Graco Husky e-Series

Husky 1050e

Introduction

The Husky 1050e is an Electric Operated

1” Double Diaphragm pump

(EODD)

It works like an AODD, but don’t see this as just an

electric AODD!

Why did Graco launch an Electric

Double Diaphragm Pump?

• Energy savings: save on cost of purchasing,

running and maintaining a compressor

• Can be used where no air is available

• To offer the advantages of an air driven

double diaphragm pump using a highly

energy efficient electric pump

3

“As with all things related to diaphragm pumps, the cost to run it depends on several factors including pump size and hours in service. Another key factor is the brand of pump you choose and that product’s efficiency rating. To give you an idea, 2-inch (51-millimeter) diaphragm pumps range in price from $1400 to $6000 and can cost anywhere from $3000 to $11,000 per year to operate.” –Modern Pumping Today

EODD Benefits!• The only electric pump that stalls under pressure

� No risk of damaging the pump or pipeline when it’s blocked or a valve is closed

� No extra pressure sensor needed

• Gives you a good level of control (metering, batching)

• Decreases your energy consumption

• No risk of contamination because no hydraulic backing

� No extra pressure sensor needed

• Cost effective alternative to other technologies

• Low pulsation mode of operation

• No exhaust air

• Works at low noise

• Can run dry

• Self Priming

• Can handle abrasives

• Large compatibility (many material options)

• Seal-less design (No mechanical seal)

Key Features

Electric 2HP AC Motor• Increased efficiency

• 110V, 220V, and 480V options

• ATEX options

Air Charged Center• Stalls under pressure

• Minimizes pulsation

• Improves diaphragm life

• No Hydraulic backer = no contamination

Diaphragm Pump Technology• Seal-less design

• Runs dry

• Handles abrasives

• Many configurations available

Brushless 2HP DC Motor• Increased control

• Maintenance and alarm notification

• Batch operation

• Meets API 675 and ANSI 7.1-7.5

or

Operation

Operation

Same fluid parts as AODD

Operation

We use an air pressurized

center section to push the

diaphragms (=pump) and a

center shaft to pull the

diaphragms (=suction)

Operation: stalling

When the pressure pushing on

the outside of the diaphragm

(fluid pressure) is equal to or

greater than the center section

(air) pressure ���� the pump will

stall.

If then the air pressure (center

section) increases (>= fluid) or

fluid pressure decreases (<

air), then the pump will start

pumping again

The motor will keep running all

the time

Operation

Husky 1050e Specifications

• Housing: Aluminium, Polypropylene or Stainless Steel

• Center Section: Aluminium or Stainless Steel

• Motor: AC, AC Atex or Brushless DC

• Pump only models(no motor): IEC or NEMA flange connection

• Cart: Option

• Compressor: Option (separate compressor kit available)

• Technical Specifications:

• Up to 190l/min

• Max 4,8 bar fluid outlet pressure & 5,5 bar air inlet pressure

• Volume/cycle: 0,64l

• Max speed: 280cpm

• Max solids: 3,2mm

About the Brushless DC

• Includes the GCA (Graco Control Architecture)

• More options:

� Batching

� Leak detection

� Level detection

� More control on speed (start/stop speed)

� metering

� Service reminders

� Lockable (password) so operators cannot change settings

� Plug & Play!

1050E Electric Pump

• Operating Time = 24 hours

• Flow Rate = 95 LPM

• Fluid Pressure = 3,5 bar

• Required Air = 0.6 l/day

• Cost of operating for 1 year

���� € 460

1050 AODD

Operating Time = 24 hours

Flow Rate = 95 LPM

Fluid Pressure = 3,5 bar

Required Air = 700l /min

Cost of operating for 1 year

���� € 2,300

AODD Cost Savings Example

Product Structure

1050 - Graco, USA

A04A–Aluminum Center, AC Motor

A04B– Aluminum Center, Brushless DC Motor

A04C –Aluminum Center, ATEX AC Motor (Europe)

A04D –Aluminum Center, Haz Loc Motor (USA only)

A04E – Aluminum Center, NEMA Gearbox

A04F – Aluminum Center, IEC Gearbox

A05A – Aluminum Center, AC Motor, 115V Compressor

A05B –Aluminum Center, Brushless DC Motor, 115V Compressor

A06A – Aluminum Center, AC Motor, 220V Compressor

A06B –Aluminum Center, Brushless DC Motor, 220V Compressor

S04A– SST Center, AC Motor

S04B– SST Center, Brushless DC Motor

S04C – SST Center, ATEX AC Motor (Europe)

S04D – SST Center, Haz Loc Motor (USA Only)

S04E – SST Center, NEMA Gearbox

S04F – SST Center, IEC Gearbox

S05A – SST Center, AC Motor, 115V Compressor

S05B – SST Center, Brushless DC Motor, 115V Compressor

S06A – SST Center, AC Motor, 220V Compressor

S06B – SST Center, Brushless DC Motor, 220V Compressor

A1 – Aluminum, NPT

A2 – Aluminum, BSPT

S1 – Stainless, NPT

S2 – Stainless, BSPT

P1 – Polypropylene, End Port

P2 – Polypropylene, Center Port

SS – Stainless Steel

PP – Polypropylene

GE – Geolast

TP – Hytrel

SP – Santoprene

FK – Viton

AL –Aluminum

PTS – PTFE/Santoprene

PTO – PTFE Overmold

SP – Santoprene

TP – Hytrel

FK – Viton

GE– Geolast

BN – Buna

CO – Neoprene

PT – PTFE

A –Pump Size and Material

B – Center Section and Motor

C – Porting and Material

D –SeatsE – Check Ball

F –Diaphragm

G –Oring

1050A-E-A04A-A1-SS-CW-CO-PT

A B C D E F G

SS – Stainless Steel

PP – Polypropylene

GE – Geolast

TP – Hytrel

SP – Santoprene

FK – Viton

CR – Neoprene

CW –Weighted Neoprene

AC –Acetal

Selector

Tool

Pricing Comparison

Key Market Applications

Waste Water TreatmentReplacement for large peristaltic

Pumping sludge and slurry

Couple with new SoloTech line of peristaltic pumps to offer complete solution

Energy SavingsReplacement of AODD pumps running in continuous duty applications

Lack of airCustomers with no additional compressor capacity

Customers adding new facilities that can save the cost of a large compressor

Installations where air is not available

Maintenance shut downs

Shut down compressor over the weekend

ControlInstallation of pumps in process where more control is required

Replacing existing electrical driven pumps

Improved metering accuracy over AODD pumps

16

Worldwide Process Pump Market

17

Centrifugal

52%

Other

3%Peristaltic

1%

Progessive

3%

Double Diaphragm

2%

Single Diaphragm

7%

Rotary Lobe

21%

Piston Plunger

11%

Targeted Technologies

Source: Fredonia 2008 World Pump Study

Competition

PeristalticExpensive for large flow rates

Expensive repair parts for large hoses

• Diaphragms outlast hose in most applications

Progressive Cavity / ScrewExpensive repair

Difficult to repair

Cannot run dry

Rotary Lobe and CentrifugalMinimal suction (require flooded inlet)

Shaft seals (mechanical seal) / rotor are expensive

Minimal solids or abrasive handling

Gear PumpMinimal suction capability

Expensive for larger flow rates

Expensive maintenance costs

No electric pump

competition can stall under

pressure!

Fieldtest 1

Pumping lime slurry for water

treatment application

� 24+ million cycles on pump

� Fluid Flow Rate: 68 LPM

� Fluid Pressure: 2,8 bar

� Replace 2 Eccentric Pumps size 4 with 1

- 1050e

� Were replacing hoses every 2 to 6 weeks

and have not replaced a diaphragm in 8

months

� Looking to purchase 2 units

Fieldtest 2: waste water handling

Pumping waste water

� 4 mio cycli

� 24/7 operation

� Replacing AODD

� Looking to install first pumps after our release

� Key Feature = electric, doesn’t want air

Marketing Tools

Video competitive technologies

FAQ (1/2)

• What is the difference in pressure (fluid/air) you need to run in low pulsation mode:

�5-10%

• What is the Quality standard: we tested to the same quality standard as a “standard”

AODD

• What connectivity is available

� Brushless DC � start/stop and 4-20mA (In future more will be added)

� AC� depending on VFD

• Colour: center section ALU = Blue, SST = SST colour

• ATEX: the compressor and VFD is not ATEX so need to stay out of the room

• Is the VFD included with the AC models: the VFD (16K911) is not included

• Can you use the same parts as the AODD (balls, diaphragms, seats): Yes

• Do we have metering in low pulsation mode as well: No

FAQ (2/2)

• What is the minimum speed: 10Hz

• Can I use my own compressor: Yes, any compressor will work

• Can we supply the pump without gearbox: NO, we need to keep control of what happens

in the pump (we only have models without motor, including gearbox)

• When we supply a pump complete with motor, can we replace the motor with a

“standard” off the shelve motor: No

• Can I upgrade an AODD into an EODD: No

• Can I replace an AODD with an EODD: Yes (same connections), but keep in mind the

different volume and pressure of an EODD

Timing

EMEA launch 28/9 (AC & DC)

Distributor webinars (4 languages)

Marketing materials will be ready by 28/9

Upon request you can receive drafts