welcome to training on submersible pumps

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Certified Service Training Welcome to training on Submersible Pumps Start

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Welcome to training on Submersible Pumps. Start. Submersible Pumps. Single Phase Models. Three Phase Models. What are Submersible Pumps Where are they used Who uses them Why use Submersible Pumps When to use Submersible Pump. The Basics. - PowerPoint PPT Presentation

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Page 1: Welcome to training on Submersible Pumps

Certified Service Training

Welcome to training on Submersible Pumps

Start

Page 2: Welcome to training on Submersible Pumps

Certified Service Training

Submersible Pumps

Single Phase Models

Three Phase Models

Page 3: Welcome to training on Submersible Pumps

Certified Service Training

The BasicsWhat are Submersible Pumps

Where are they used

Who uses them

Why use Submersible Pumps

When to use Submersible Pump

Page 4: Welcome to training on Submersible Pumps

Certified Service Training

What is a Submersible Pump

A submersible pump is typically a bottom suction, single stage centrifugal pump directly mounted on the shaft of a submersible motor

Motors can be electric, hydraulic or pneumatic

Page 5: Welcome to training on Submersible Pumps

Certified Service Training

Where are they used ?

Anywhere water is and needs to be removed

Sand and Gravel Pits

Quarries

Dewatering well applications

Manhole dewatering

Coffer dams

Excavations

Construction sites ( all phases)

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Certified Service Training

Who uses Submersible Pumps

General contractors

Municipalities

Utilities

Landscapers

Rental stores

Page 7: Welcome to training on Submersible Pumps

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AdvantagesNo suction hose or suction lift to calculate

Instant priming

High discharge head or high flow

Little attention required

Small investment for large capacity

Few parts, low repair & service costs

Runs dry for a short time

External power source required

Lower volume compared to trash pumps

Must be pulled out for inspection

Small solid size capacity

Why use a Submersible Pump

Disadvantages

Page 8: Welcome to training on Submersible Pumps

Certified Service Training

When to use a Submersible Pump

Anywhere pumping head requirements exceed that of a trash pump

Environments where an internal combustion engine is not desired or allowed

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P = Pump

S = Submersible

A = Automatic

2, 3, 4 = Discharge port size in inches

400-1100 = motor wattage

last digit = Phase either 0 (1Ø) or 3 (3 Ø)

HH = High Head

HF = High Flow

Example: PS411003HF

Pump Submersible 4” 1100watt 3 Phase motor with High Flow

Electric Submersible Pump Nomenclature

Page 10: Welcome to training on Submersible Pumps

Certified Service Training

Submersible Pump ModelsPS2-400

PS2-500

PSA2-500

PS2-750

PS3-1500

120 & 240 VAC Switchable

PS3-2200

240 VAC

Single Phase

Available in 120 or 240 volt modelsexcept for PSA2-500 which is 120 volt only.

Page 11: Welcome to training on Submersible Pumps

Certified Service Training

Submersible Pump ModelsPS2-1503

PS2-2203

PS2-3703

PS3-1503

PS3-2203

PS3-3703

PS3-5503

PS4-3703

PS4-5503

PS4-7503

PS4-1103HH

PS4-1103HF

Three Phase

Available in

240, 480 & 575 volt models

Page 12: Welcome to training on Submersible Pumps

Certified Service Training

Pump Components

Intake strainer Impeller

Mechanical Seal

Oil Chamber

Outer Housing

Discharge

Volute & wear plate

Motor Housing

Page 13: Welcome to training on Submersible Pumps

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Stator

Rotor

Pump Components

Power Cable Handle

CapacitorCircle

Thermal

Protector

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Molded Cable Boot

Limited Tightening Plate

Anti-Wicking Block

Power Supply Cable

0.5 - 5 HP Pumps

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Cable Gland compresses the cable boot a full 360°

Upper Chamber

Insures an area around the thermal expansion boot allowing it to expand freely without contacting the cast iron walls.

Thermal expansion cable boot.

Extends the bending radius of the power cable and prevents kinking at the entry point

Power Supply Cable5 HP & larger Pumps

To prevent wicking each conductor is stripped back exposing the copper conductor,then fed through a fiber conductor. Epoxy is then poured into the expansion boot

Page 16: Welcome to training on Submersible Pumps

Certified Service Training

Thermal Protector “CTP”

Snap Acting Disk

Terminals

Heater

Housing

Stationary Contacts

Calibration Nut

Movable Contacts

Circle Thermal Protector

Page 17: Welcome to training on Submersible Pumps

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Thermal Protector “MTP”

MTP

( Miniature Thermal Protector)

Page 18: Welcome to training on Submersible Pumps

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Miniature Thermal Protector(expanded view)

1) Neoprene coated leads

2) Epoxy sealing compound

3) Plated steel casing

4) Ceramic insulator

5) Stationary Silver Contact

6) Movable Silver Contact

7) BI-Metal Strip

8) Mylar sleeve

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Mechanical Seal

Sealing Faces

Silicon Carbide

Carbon/Ceramic

Internal seals

Spring mechanism

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Oil lifter system

Exclusive design

Enables the pump to be run with only a 1/3 of the oil with-out damage to the seal.

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Oil lifter system

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V - ring seal

Bottom of the Mechanical Seal Face

V-Ring (on Stainless Shaft Sleeve)

Shaft Sleeve

Impeller

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Another form of seal is the lip seal.

All three phase units have lip seals

Lip Seal

This stationary seal is mounted below the bottom of the mechanical seal faces.

The impeller hub rotates against the flexible lip of the lip seal.

Page 24: Welcome to training on Submersible Pumps

Certified Service Training

Maintenance

Every use or weekly

Visual inspection

Power cord check

Amp draw check

Monthly

Inspection of

Strainer

Impeller

Wear plate

6 months / 1000 hours

Oil inspection

Yearly / 2000 hours

Oil change

Pump overhaul

O-rings, seals

Mechanical seal inspection

Page 25: Welcome to training on Submersible Pumps

Certified Service Training

This completes the submersible pump section

Thank you