SW50 - Water pump Ashland - Free user manual and instructions

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Brand: Ashland
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USER MANUAL SW50 Ashland

SPECIFICATIONS and PARTS MANUAL

SWH50/SWH100/SWH150/ SWH200 & SWHD100/ SWHD150/SWHD200 Heavy Duty Sewage Pumps SWHD100/SWH

Thank you for purchasing this pump. Take the time to read the instructions carefully before using this product. We strongly recommend that you keep this instruction manual in a safe place for future reference.
Please refer to our website and the Products Center for additional installation and operation instructions and replacement parts information.

LIMITED WARRANTY

This pump is warranted to be free from defects in material and workmanship and to perform within applicable specifications for a period of three years from date of installation or 42 months from date of manufacture, which ever comes first. Obligation under this warranty is limited to repairing or replacing any part thereof, which shall within one year be returned to us with transportation charges prepaid, and proved to be defective.

The above limited warranty takes the place of all other warranties, express or implied and correction of such defects by replacement or repair shall constitute a fulfillment of all obligations under the terms of the warranty, which specifically EXCLUDEs any incidental damages caused by or associated with this product or its use. The warranty does not cover any unit which has been damaged either in transit or by misuse, accident or negligence. No warranty or representative not contained herein shall be binding.

Ashland SW50 - LIMITED WARRANTY - 1

MARKS AND MEANING:

DANGER ates an dous situation

which, if not avoided, WILL result in death or serious injury.

WATIRIyirates an

LAWARINSSIDous situation which, if not avoided, MAY result in death or serious injury.

Cunipindicates a

dous situation

which, if not avoided, MAY result in minor or moderate injury.

IMPORTANT

Prior to installation, record Model Number, MFG Date, Amps, Voltage, Phase and HP, from pump nameplate for future reference. Also record the voltage and current readings at startup:

1 Phase Models

Amps: Volts:

3 Phase Models

Amps L1-2: Volts L1-2:

Amps L2-3: Volts L2-3:

Amps L3-1 Volts L3-1:

Model Number:

MFG Date:

Phase:

HP:

SN:

Ashland SW50 - SN: - 1

Sewage Pumps Model: SWH & SWHD Series General Safety Information

Before installation, read the following instructions carefully. Failure to follow instruction and safety information could cause serious bodily injury, death and/or property damage. Each Ashland Pump is individually factory tested to ensure proper performance. Closely following these instructions will eliminate potential operating problems assuring years of trouble-free service.

Most accidents can be avoided by using common sense.

IMPORTANT - Ashland Pump is not responsible for losses, injury or death resulting from failure to observe these safety precautions, misuse, abuse or misapplication of pumps or equipment.

DANGERducts mustitized, or

decontaminated prior to shipment, to

in some employees will not be exposed to

health hazards in handling said materials.

All applicable laws and regulations shall apply.

AWARINNG fitted pumps may contain lead levels higher than o

sidered safe for potable water systems. Government agencies have determined that leaded copper alloys should not be used in potable water applications.

AWNING, and junction connection must be in accord

ance with the National Electric Code and all applicable state and local codes. Requirements may vary depending on usage and location.

WARNING

Installation and servicing is to be conducted by qualified personnel only.

DANGER

Rotating machinery, amputation or severe lacerations can result.

Ashland SW50 - DANGER - 1

Keep clear of suction and discharge openings. DO NOT insert fingers into pump with power connected.

WARNING

wear eye protection when on pumps. Do not wear loose

clothing that may become entangled in moving parts.

DANGER

Pumps build up heat and pressure during operation.

Allow time for pumps to cool before handling or servicing.

DANGER

Hazardous Voltage can shock, burn or cause death. This pump is

Ashland SW50 - DANGER - 1

not intended for use in swimming pools or water installations where human contact with pumped fluid is possible.

DANGER

Risk of electrical shock. To reduce risk of electrical shock,

Ashland SW50 - DANGER - 1

always disconnect pump from source before handling. Lock out power & tag.

WARNING

Do Not use these pumps in water over 104^ . Do not exceed manu

factures recommended maximum performance, as this could cause the motor to overheat.

CAUTION

Make sure lifting handles are securely fastened each time before lifting.

DANGER

Do not lift, carry or hang pump by the electrical cables. Damage to

Ashland SW50 - DANGER - 1

the electrical cables can cause shock, burns or death. Never handle connected power cords with wet hands. Use appropriate lifting device.

WARNING

Sump and sewage pumps often handle materials which could cause

illness or disease. Wear adequate protective clothing when working on a used pump or piping. Never enter a basin after it has been used.

DANGER

Failure to permanently ground the pump, motor and controls before

Ashland SW50 - DANGER - 1

connecting to power can cause shock, burns or death.

DANGER

These pumps are NOT to be in locations classified

Ashland SW50 - DANGER - 1

as hazardous in accordance with the National Electric Code, ANSI/NFPA 70.

WARNING

Do not introduce into any sewer, either directly, or through a kitchen

waste disposal unit or toilet: Seafood Shells, Aquarium Gravel, Cat Litter, Plastic Objects, Sanitary Napkins or Tampons, Diapers, Rags, Disposable Wipes or Cloth, Medications, Flammable Material, Oil or Grease, Strong Chemicals, Gasoline.

Operation against a closed discharge valve will cause premature bearing and seal failure on any pump.
- Any wiring of pumps should be performed by a qualified electrician.
- Cable should be protected at all times to avoid punctures, cuts, bruises, and abrasions-inspect frequently.
- Never handle connected power cords with wet hands.
- Never let cords or plugs lie in water outside the sump pit.
- These pumps are offered in a three phase and single phase wiring configuration. Voltages will vary according to the application and can be seen in the tables in this manual.

Ashland SW50 - WARNING - 1

Sewage Pumps Model: SWH & SWHD Series Specifications

Model HP Hz Volts/Ph RPM Full Load Nema Start Cord Cord Cord Amps Code Type Size O.D. Volute Housing Impeller Shaft

SWH50M1-20

1/2

115/1

3450

12.0

SOW

16AWG/3C

.430

Cast Iron

SWH50M2-20

1/2

230/1

3450

6.0

SOW

16AWG/3C

.430

Cast Iron

SWH50M3-20

1/2

230/3

3450

SOW

16AWG/4C

.460

Cast Iron

SWH50M4-20

1/2

460/3

3450

SOW

16AWG/4C

.460

Cast Iron

SWH50M5-20

1/2

208/1

3450

6.8

SOW

16AWG/3C

.430

Cast Iron

SWH50M6-20

1/2

208/3

3450

4.2

SOW

16AWG/4C

.460

Cast Iron

SWH100M2-20

230/1

3450

SOW

16AWG/3C

.430

Cast Iron

SWH100M3-20

230/3

3450

6.6

SOW

16AWG/4C

.460

Cast Iron

SWH100M4-20

460/3

3450

3.3

SOW

16AWG/4C

.460

Cast Iron

SWH100M5-20

208/1

3450

SOW

16AWG/3C

.430

Cast Iron

SWH100M6-20

208/3

3450

6.8

SOW

16AWG/4C

.460

Cast Iron

SWH150M2-20

1-1/2

230/1

3450

13.8

SOW

14AWG/3C

.575

Cast Iron

SWH150M3-20

1-1/2

230/3

3450

7.6

SOW

16AWG/4C

.460

Cast Iron

SWH150M4-20

1-1/2

460/3

3450

3.8

SOW

16AWG/4C

.460

Cast Iron

SWH150M5-20

1-1/2

208/1

3450

SOW

14AWG/3C

.575

Cast Iron

SWH150M6-20

1-1/2

208/3

3450

7.8

SOW

16AWG/4C

.460

Cast Iron

SWH200M2-20

230/1

3450

SOW

14AWG/3C

.575

Cast Iron

SWH200M3-20

230/3

3450

SOW

16AWG/4C

.460

Cast Iron

SWH200M4-20

460/3

3450

4.5

SOW

16AWG/4C

.460

Cast Iron

SWH200M5-20

208/1

3450

SOW

12AWG/3C

.655

Cast Iron

SWH200M6-20

208/3

3450

10.4

SOW

16AWG/4C

.460

Cast Iron

SWHD100M2-20

230/1

3450

SOW

16AWG/3C

.430

Cast Iron

SWHD100M3-20

230/3

3450

6.6

SOW

16AWG/4C

.460

Cast Iron

SWHD100M4-20

460/3

3450

3.3

SOW

16AWG/4C

.460

Cast Iron

SWHD100M5-20

208/1

3450

SOW

16AWG/3C

.430

Cast Iron

SWHD100M6-20

208/3

3450

6.8

SOW

16AWG/4C

.460

Cast Iron

SWHD150M2-20

1-1/2

230/1

3450

13.8

SOW

14AWG/3C

.575

Cast Iron

SWHD150M3-20

1-1/2

230/3

3450

7.6

SOW

16AWG/4C

.460

Cast Iron

SWHD150M4-20

1-1/2

460/3

3450

3.8

SOW

16AWG/4C

.460

Cast Iron

SWHD150M5-20

1-1/2

208/1

3450

SOW

14AWG/3C

.575

Cast Iron

SWHD150M6-20

1-1/2

208/3

3450

7.8

SOW

16AWG/4C

.460

Cast Iron

SWHD200M2-20

230/1

3450

SOW

14AWG/3C

.575

Cast Iron

SWHD200M3-20

230/3

3450

SOW

16AWG/4C

.460

Cast Iron

SWHD200M4-20

460/3

3450

4.5

SOW

16AWG/4C

.460

Cast Iron

SWHD200M5-20

208/1

3450

SOW

12AWG/3C

.655

Cast Iron

SWHD200M6-20

208/3

3450

10.4

SOW

16AWG/4C

.460

Cast Iron

Note: All dimensions have a tolerance of +1/8

Ashland SW50 - Sewage Pumps Model: SWH & SWHD Series Specifications - 1

Sewage Pumps Model: SWH & SWHD Series Specifications and Dimensions

Description: To pump domestic, commercial and light industrial sewage

Physical Data:

DISCHARGE SIZE 2" NPT Flanged Discharge, 3" NPT Optional

IMPELLER TYPE Vortex-Cast Iron

CABLE LENGTH 20'

Liquid Handling:

SOLIDS SIZE 2"

ACCEPTABLE PH RANGE 6-8

Temperature:

MAXIMUM STATOR 130^

MAXIMUM LIQUID TEMP. 104^ -Intermittent

Technical Data:

POWER CORD TYPE SOW

MOTOR HOUSING Cast Iron

VOLUME Cast Iron

IMPELLER Cast Iron

MOTOR SHAFT SS416

HARDWARE SST

"O RINGS NBR

MECHANICAL SEALS Mechanical Carbon-Ceramic

UPPER BEARING 6203

LOWER BEARING 6203 for SWH series, 6204 for SWHD series

Ashland SW50 - Sewage Pumps Model: SWH & SWHD Series Specifications and Dimensions - 1
SWH50/SWH100/SWH150/SWH200 Series

Ashland SW50 - Sewage Pumps Model: SWH & SWHD Series Specifications and Dimensions - 2
SWHD100/SWHD150/SWHD200 Series

Ashland SW50 - Sewage Pumps Model: SWH & SWHD Series Specifications and Dimensions - 3

Sewage Pumps Model: SWH & SWHD Series Performance

Ashland SW50 - Sewage Pumps Model: SWH & SWHD Series Performance - 1
SWH50 PERFORMANCE

SWH50 PERFORMANCE CHART

Total Lift(feet)	10	20	25	30	32
GPM	140	85	56	20	0

Sewage Pumps Model: SWH & SWHD Series Receiving and Installation

Receiving Inspection

Upon receiving the pump, it should be inspected for damage or shortages. If damage has occurred, file a claim immediately with the company that delivered the pump. If the manual is removed from the packaging, do not lose or misplace.

Storage

Any product that is stored for a period longer than six (6) months from the date of purchase should be bench tested prior to installation. A bench test consists of, checking the impeller to assure it is free turning and a run test to assure the motor (and switch if provided) operate properly. Do not pump out of liquid.

WARNING A clearance under the pump to entreat of sewage solids must be a minimum of 2 inches to a maximum of 3.5 inches.

Submergence

The pump should always be operated in the submerged condition. The minimum sump liquid level should never be less than above the pump's motor (see fig. 1), unless very briefly.

Installation

The sump or basin shall be sealed and vented in accordance with local plumbing codes. This pump is designed to pump domestic wastewater, nonexplosive and noncorrosive liquids and shall NOT be installed in locations classified as hazardous in accordance with the National Electrical Code (NEC) ANSI/ NFPA 70 or Canadian Electric Code

(CEC). The pump

should never I installed in a trench, ditch, or hole with a dirt bottom.

The legs will sink into the dirt and the suction will become plugged.

Ashland SW50 - Installation - 1

Discharge Piping

Install discharge piping or hose assembly to the pump. Discharge piping should be as short as possible and sized no smaller than the pump discharge. Do not reduce the discharge pipe size below that which is provided on the pump. Both a check valve and a shut-off valve are recommended for each pump. The check valve is used to prevent backflow into the sump. The shut-off valve is used to manually stop system flow during pump servicing. Be sure the discharge pipe has a 1/8'' diameter hole approx. 5'' from end nearest volute and oriented towards the pump body.

Control Panel

Single phase series sewage pumps DO NOT require a control panel, but do require a level control.

Motor: Each motor is provided with heat sensor thermostats attached directly to the motor windings. The thermostats open if the motor windings see excessive heat and, in turn, open the motor contactor in the control panel when used, breaking the power to the pump. When the motor is stopped due to an overheated condition, it will not start until the motor has cooled.

Pre-operation

CHECK VOLTAGE AND PHASE

Before operating pump, check to make sure that voltage and phase information stamped on the pump's identification plate matches the available power.

CHECK PUMP ROTATION

Before putting pump into service for the first time, the motor rotation must be checked. Improper motor rotation can result in poor pump performance and can damage the motor and/or pump.

IDENTIFICATION PLATE

Note the numbers on the pumps identification plate and record in this manual for future reference.

Electrical Connections

Ashland SW50 - Electrical Connections - 1

Always rely upon a Certified Electrician for installation.

Ashland SW50 - Electrical Connections - 2

Sewage Pumps Model: SWH & SWHD Series Receiving and Installation

It is recommended that the level control float should be set to insure that the liquid in the sump never drops below the top of the motor housing. The level control should have adequate clearance so it cannot hang up in it's swing and that the pump is completely submerged when the level control is in the "Off" mode. Minimum tether length is 3.50^ .

By adjusting the cord tether the control level can be changed. DO NOT USE THE POWER CABLE TO LIFT PUMP.

Pump-Down Test - Be sure pump has been plugged in, lowered into the basin or sump, check the system by filling with liquid and allowing the pump to operate through its pumping cycle. The time needed to empty the system, or pump-down time along with the volume of water, should be recorded.

Thermal Protection

Motors are protected by a thermo-overload or thermo sensor depending on the model and single or three phase.

Maintenance

Minimal maintenance is required. Perform the following checks when pump is removed from operation or when pump performance deteriorates:

a). Inspect motor chambers for oil level and contamination.
b). Inspect impeller and body for excessive build-up or clogging.
c). Inspect motor and bearings.
d). Inspect seal for wear or leakage.

Servicing

Cooling Oil - Anytime the pump is removed from operation, the cooling oil in the motor housing should be checked visually for oil level and contamination. To check oil, set unit upright. Remove pipe plug from housing. With a flashlight, visually inspect the oil in the housing to make sure it is clean and clear, light amber in color and free from suspended particles. Milky white oil indicates the presence of water. Oil level should be just above the motor when pump is in vertical position.

Oil Testing

Drain oil into a clean, dry container by placing pump on it's side. Remove pipe plug, from housing.
Check oil for contamination using an oil tester with a range to 30 Kilovolts breakdown.
If oil is found to be clean and uncontaminated (measuring above 15KV breakdown), refill the housing.
If oil is found to be dirty or contaminated (or measures below 15 KV. breakdown), the pump must be carefully inspected for leaks at the shaft seal, cable assembly, o-ring and pipe plug, before refilling with oil. To locate the leak, perform the following pressure tests.

After leak is repaired, dispose of old oil properly, and refill with new oil.

Pressure builds up extremely fast, increase pressure by "TAPPING" air nozzle. Too much pressure will damage seal. DO NOT exceed 10 P.S.I.

Motor Housing Pressure Test:

If oil has been drained, fill to normal level before performing pressure test. Remove pipe plug from motor housing.

Apply pipe sealant to pressure gauge assembly and tighten into hole. Pressurize motor housing to 10 P.S.I. Use soap solution around the sealed areas above the oil level and inspect joints for "air bubbles". For sealed areas below oil level, leeks will seep oil. If, after five minutes, the pressure is still holding constant, and no "bubbles" / oil seepage is observed, slowly bleed the pressure and remove the gauge assembly. Replace oil. Leak must be located and repaired if pressure does not hold.

Oil Replacement Motor Housing

Remove pipe plug from motor housing.

Drain all oil (if not already done so) from motor housing and dispose of properly per Local Code. Set pump upright and refill with new cooling oil, see "Cooling Oil" chart. Fill to just above motor (1.2L) as an air space must remain in the top of the motor housing to compensate for oil expansion. Apply pipe thread compound to threads of pipe plug then assemble to motor housing. Check that o-ring is in place and does not need to be replaced. Reassemble cord cap to motor housing.

Ashland SW50 - Oil Replacement Motor Housing - 1

DO NOT overfill oil. Overfilling of housing oil can create excessive and dangerous hydraulic pressure which can destroy the pump and create a hazard. Overfilling avoids warranty.

WARNING Before any service work is done, disconnect and lock electrical power to pump.

Cooling Oil Recommended Supplier/Grade
Shell Diala	S2-2X-A
BP	Enerpar SE100
Conoco	Pale Paraffin 22
Mobile	D.T.E. Oil Light
Texaco	Diala-Oil-AX

Ashland SW50 - Oil Replacement Motor Housing - 2

Ashland SW50 - Oil Replacement Motor Housing - 3

Sewage Pumps Model: SWH & SWHD Series Installation and Service

Volute - Remove socket head cap screws from volute.

Impeller - Remove impeller by turning counter-clockwise careful application of heat may be necessary. Do Not store pump without impeller in place.

Seal- Handle seal parts with care. Remove rotating member from shaft. Remove pressed-in spring component from seal plate. Examine all seal parts. Inspect contact faces for signs of uneven wear tracks on stationary face, chips and scratches on either seal face. DO NOT interchange seal components, replace the entire shaft seal if necessary.

Seal Plate - Remove cap screws from seal plate. Remove seal plate and o-ring.

Bearings - Using a bearing puller or arbor press remove bearing from shaft. Remove upper motor bearing from shaft with a bearing puller.

Ashland SW50 - Sewage Pumps Model: SWH & SWHD Series Installation and Service - 1

REASSEMBLY

Bearing - Be careful not to damage the rotor shaft when replacing bearing. Using an arbor press, hold the rotor and press the upper bearing on the rotor shaft, applying force to the inner race of the bearing only. In the same manner replace lower bearing (49) onto rotor shaft.

Seal Plate - Lubricate and set o-ring in bottom of seal plate. Place seal plate over shaft, being sure o-ring is not twisted and in the groove. Place four capscrews through holes in motor housing and into seal plate and torque to 6.5 ft/lbs.

Outer Seal - Clean and oil stationary seal cavity in seal plate. Slide seal guide tool over motor shaft. Lightly oil (Do not use grease) outer surface of seal's stationary member.

Press stationary firmly into seal plate using a seal pusher tool. Be sure the stationary member is in straight. Nothing but the seal tool is to come in contact with seal face.

Ashland SW50 - REASSEMBLY - 1

IMPORTANT! Do not hammer on the seal her. It will damage the seal face.

With lapped surface of rotating member facing inward toward stationary, slide rotating member and onto shaft, until lapped faces of stationary and rotating seal are together.

Impeller - Place impeller on motor shaft by turning clockwise. Blue thread locking compound is recommended.

Volute - Place volute on seal plate. Place socket head cap screws through volute and into seal plate Then torque evenly to 11 ft/lbs.

Ashland SW50 - REASSEMBLY - 2

Sewage Pumps Model: SWH & SWHD Series Installation and Service

Installing Pump in Sump

These pumps are usually installed in concrete or fiberglass basins with the lift-out rail system. Figure 3 shows pump mounted on the rail system. Instructions for installing rail system are furnished with rail package.

If pump is not installed with lift-out rail system it must be properly supported on legs and connected to discharge pipe so that space is provided under pump for entrance of sewage. Pump inlet should not be closer than 2 inches from bottom of sump.

It is not generally desirable to install these pumps without the rail system except on special O.E.M. packaged systems. Check valves should always be installed along with shut-off valves. This allows for easier service and prevents backflow into basin.

Starting Pump After Installing in Sump

Before lowering pump into basin, connect power lines and start motor. Impeller should turn counterclockwise when looking at impeller.

Service and Repair

Important: Pump should be thoroughly cleaned of trash and deposits before starting disassembly operations (pages 6-8).

WARNING

Disconnect all power and control wires to motor at control panel before starting disassembly operation. Never rely on opening circuit breaker only.

CAUTION

Operating pump builds up heat and pressure; allow time for pump to cool to room temperature

Ashland SW50 - CAUTION - 1
FIGURE 3

PROBLEMS	POSSIBLE CAUSES/SOLUTIONS
PUMP DOES NOT RUN AND MAKES HUMMING SOUND	·Line circuit breaker is off, or fuse is blown or loose ·Water level in sump has not reached turn-on level as indicated in installation drawing. ·Pump cord is not making contact in receptacle. ·Float is stuck. It should operate freely in basin. ·If all of the above are OK, then the motor could be malfunctioning.
PUMP RUNS BUT DOES NOT DELIVER WATER	·Check if valve is installed backwards. Arrow on valve should point direction of flow ·Discharge shut-off valve (if used) may be closed. ·Impeller or volute openings are fully or partially clogged. Remove pump and clean. ·Pump is air-locked. Start and stop several times by plugging and unplugging cord. Check for clogged vent hole in pump case. ·Inlet holes in pump base are clogged. Remove pump and clean the openings. ·Vertical pumping distance is too high. Reduce distance or change the discharge fittings of the pump.
PUMP RUNS AND PUMPS OUT SUMP, BUT DOES NOT STOP	·Float is stuck in up position. Be sure float operates freely in basin. ·Defective float switch. Replace float switch.
PUMP RUNS BUT ONLY DELIVERS A SMALL AMOUNT OF WATER	·Pump is air-locked. Start and stop several times by plugging in and unplugging cord. Check for clogged vent hole in pump case. ·Vertical pumping distance is too high. Reduce distance or change the discharge fitting of the pump. Inlet holes in pump base are clogged. Remove pump and clean the strainer and openings. ·Impeller or volute openings are fully or partially clogged. Remove pump and clean. ·Pump impeller is partially clogged with tar or paint, causing motor to run slow and overload. Remove pump and clean.
FUSE BLOWS OR CIRCUIT BREAKER TRIPS WHEN PUMP STARTS	·Pump impeller is partially clogged causing motor to run slow and overload. Remove pump and clean. ·Motor stator may be defective. ·Fuse size or circuit breaker may be too small. ·Impeller or volute opening are fully or partially clogged. Remove pump and clean.
MOTOR RUNS FOR A SHORT TIME, THEN STOPS	·Inlet holes in pump base are clogged. Remove pump and clean the openings. ·Pump impeller is partially clogged causing motor to run slow and overload. Remove pump and clean. ·Motor stator may be defective. ·Impeller or volute openings are fully or partially clogged. Remove pump and clean. Also clean the strainer if one is installed.

ELECTRICAL PRECAUTIONS

AWARNG

jump, always shut off the main power breaker and

then unplug the pump. Make sure you are not standing in water and are wearing insulated protective sole shoes, under flooded conditions. Contact your local electric company or a qualified licensed electrician for disconnecting electrical service prior to pump removal

Ashland SW50 - AWARNG - 1
MOTOR PARTS GROUP

Ashland SW50 - AWARNG - 2

NO.

PART

NO. For Pump Models

QTY

SWH50M1-20

SWH50M2-20

SWH50M3-20

SWH50M4-20

SWH50M5-20

SWH50M6-20

SWH100M2-20

SWH100M3-20

SWH100M4-20

SWH100M5-20

SWH100M6-20

115V/1PH

230V/1PH

230V/3PH

460V/3PH

208V/1PH

208V/3PH

230V/1PH

230V/3PH

460V/3PH

208W/1PH

208W/3PH

WET-END PARTS GROUP

091SH0502A

091SH1002A

VOLUTE

091SWH501

IMPELLER

091SWH502

091SWH102

SHAFT-SEAL

091EP5003

GASKET

091SWH030

FLANGE

091SWH231

091SWH131

SCREW

091SWH030

WASHER

091SWH030

MOTOR PARTS GROUP

091SH0509A

091SH0510A

091SH0511A

091SH0512A

091SH0511A

091SH1009A

091SH1010A

091SH1011A

091SH1010A

SEAL PLATE

091EP5004

WASHER

091EP5005

SCREW

091EP5006

O-RING

091EP5007

STATOR ASSY

091SWH519

091EP7509

091SWH539

091SWH529

091SWH539

091EP1009

091EP1039

091EP1029

091EP1039

BEARING

091EP5010

C-RING

091EP5011

ROTOR ASSY

091SH0512

091SH1012

SPRING WASHER

091EP5013

TOP COVER

091EP5014

GROUND LINE

091EP5015

091EP5315

091EP5015

091EP5315

SCREW

091SH0516

091SH1016

CLMP

091EP5017

NONE

091EP5017

NONE

091EP5017

NONE

091EP5017

NONE

SCREW

091EP5018

NONE

091EP5018

NONE

091EP5018

NONE

091EP5018

NONE

CAPACITOR

091EP5019

NONE

091EP5019

NONE

091EP5019

NONE

091EP5019

NONE

HOUSING

091EP5020

O-RING

091EP5021

ADAPTER

091EP5022

091EP5322

091EP5022

091EP5322

RETainer RING

091EP5023

SCREW

091EP5024

POWER CORD

091EP5025

091EP5026

091EP5326

091EP5026

091EP5326

HANDLE

091EP5027

SCREW

091EP5028

NUT

091EP5029

Ashland SW50 - AWARNG - 3

Sewage Pumps Model: SWH Series Parts

NO.

DESCRIPTION PART NO. For Pump

Models QTY

SWH150M2-20

SWH150M3-20

SWH150M4-20

SWH150M5-20

SWH150M6-20

SWH200M2-20

SWH200M3-20

SWH200M4-20

SWH200M5-20

SWH200M6-20

230V/1PH

230V/3PH

460V/3PH

208V/1PH

208V/3PH

230V/1PH

230V/3PH

460V/3PH

208V/1PH

208V/3PH

091SH1502A

091SH2002A

VOLUTE

091SWH501

IMPELLER

091SWH152

091SWH202

SHAFT-SEAL

091EP5003

GASKET

091SWH030

FLANGE

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

SCREW

091SWH030

WASHER

091SWH030

091SH1509A

091SH1510A

091SH1511A

091SH1510A

091SH2009A

091SH2010A

091SH2011A

091SH2010A

SEAL PLATE

091EP5004

WASHER

091EP5005

SCREW

091EP5006

O-RING

091EP5007

STATOR ASSY

091SH1509

091SH1539

091SH1529

091SH1539

091SH2009

091SH2039

091SH2029

091SH2039

BEARING

091EP5010

C-RING

091EP5011

ROTOR ASSY

091SH1512

091SH2012

SPRING WASHER

091EP5013

TOP COVER

091EP5014

GROUND LINE

091EP5015

091EP5315

SCREW

091SH1016

091SH2016

CLAMP

091EP5017

NONE

091EP5017

NONE

091EP5017

NONE

091EP5017

NONE

SCREW

091EP5018

NONE

091EP5018

NONE

091EP5018

NONE

091EP5018

NONE

CAPACITOR

091EP5019

NONE

091EP5019

NONE

091EP5019

NONE

091EP5019

NONE

HOUSING

091EP5020

O-RING

091EP5021

ADAPTER

091EP5022

091EP5322

RETainer RING

091EP5023

SCREW

091EP5024

POWER CORD

091EP1526

091EP5326

091SWH226

091EP5326

HANDLE

091EP5027

SCREW

091EP5028

NUT

091EP5029

Ashland SW50 - Sewage Pumps Model: SWH Series Parts - 1
MOTOR PARTS GROUP

Ashland SW50 - Sewage Pumps Model: SWH Series Parts - 2

Ashland SW50 - Sewage Pumps Model: SWH Series Parts - 3

Sewage Pumps Model: SWHD Series Parts

NO.

DESCRIPTION PART NO. For Pump

Models QTY

SWHD100M2-20

SWHD100M3-20

SWHD100M4-20

SWHD100M5-20

SWHD100M6-20

SWHD150M2-20

SWHD150M3-20

SWHD150M4-20

SWHD150M5-20

SWHD150M6-20

230V/1PH

230V/3PH

460V/3PH

208V/1PH

208V/3PH

230V/1PH

230V/3PH

460V/3PH

208V/1PH

208V/3PH

WET-END PARTS GROUP

091SD1002A

091SD1502A

VOLUTE

091SWHD01

IMPeller

091SWH102

091SWH152

SHAFT-SEAL

091EP5003

GASKET

091SWH030

FLANGE

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

091SWH331

091SWH231

SCREW

091SWH030

WASHER

091SWH030

MOTOR PARTS GROUP

091SD1021A

091SD1023A

091SD1523A

091SD1521A

091SD1523A

SCREW

091SWHD08

NUT

091EP5029

SEAL PLATE-DOWN

091SWHD10

O-RING

091SWHD11

C-RING

091SWHD12

SHAFT-SEAL

091SWHD13

SENSOR

091SWHD14

SEAL PLATE-UP

091SWHD15

SENSOR LINE

091SWHD16

SCREW

091SWHD17

WASHER

091EP5005

SCREW

091EP5006

O-RING

091SWHD20

STATOR ASSY

091SD1021

091SD1023

091SD1523

BEARING

091SWHD22

C-RING

091SWHD23

ROTOR ASSY

091SD1024

091SD1524

BEARING

091EP5010

SPRING WASHER

091EP5013

TOP COVER

091SWHD27

GROUND LINE

091SWHD28

GROUND LINE

091EP5015

091EP5315

SCREW

091SD1030

CLAMP

091EP5017

NONE

091EP5017

NONE

091EP5017

NONE

091EP5017

NONE

SCREW

091EP5018

NONE

091EP5018

NONE

091EP5018

NONE

091EP5018

NONE

CAPACITOR

091EP5019

NONE

091EP5019

NONE

091EP5019

NONE

091EP5019

NONE

HOUSING

091SWHD34

O-RING

091EP5021

ADAPTER

091EP5022

091EP5322

RETAINER RING

091EP5023

SCREW

091EP5024

POWER CORD

091EP5026

091EP5326

HANDLE

091EP5027

SCREW

091EP5028

SENSOR CORD ASSY

091SWHD42

NO.	DESCRIPTION PART NO. For Pump M	deels Q'TY
	SMHD200M2-20 SMHD200M3-20	SWHD200M4-20	SWHD200M5-20	SWHD200M6-20
	SMHD200M2-20 SMHD200M3-20	230V/1PH	230V/3PH	460V/3PH	208V/1PH	208V/3PH
WET-END PARTS GROUP		091SD2002A	091SD2002A	091SD2002A	091SD2002A	091SD2002A
1	VOLUTE	091SWHD01	091SWHD01	091SWHD01	091SWHD01	091SWHD01	1
2	IMPeller	091SWH202	091SWH202	091SWH202	091SWH202	091SWH202	1
3	SHAFT-SEAL	091EP5003	091EP5003	091EP5003	091EP5003	091EP5003	1
4	GASKET	091SWH030	091SWH030	091SWH030	091SWH030	091SWH030	1
5	FLANGE	091SWH231	091SWH331	091SWH231	091SWH331	091SWH331	1
5	FLANGE	091SWH331	091SWH231	091SWH331	091SWH231	091SWH331	1
6	SCREW	091SWH030	091SWH030	091SWH030	091SWH030	091SWH030	2
7	WASHER	091SWH030	091SWH030	091SWH030	091SWH030	091SWH030	2
MOTOR PARTS GROUP		091SD2021A	091SD2023A	091SD2023A	091SD2021A	091SD2023A
8	SCREW 091S	WD08 091S	WD08 091S	WD08 091S	WD08 091S	WD08 091S	4
9	NUT	091EP5029	091EP5029	091EP5029	091EP5029	091EP5029	2
10	SEAL PLATE-DOWN	091SWHD10	091SWHD10	091SWHD10	091SWHD10	091SWHD10	1
11	O-RING	0901SWHD11	091SWHD11	091SWHD11	091SWHD11	091SWHD11	1
12	C-RING	091SWHD12	091SWHD12	091SWHD12	091SWHD12	091SWHD12	1
13	SHAFT-SEAL	091SWHD13	091SWHD13	091SWHD13	091SWHD13	091SWHD13	1
14	SENSOR	091SWHD14	091SWHD14	091SWHD14	091SWHD14	091SWHD14	2
15	SEAL PLATE-UP	091SWHD15	091SWHD15	091SWHD15	091SWHD15	1
16	SENSOR LINE	091SWHD16	091SWHD16	091SWHD16	091SWHD16	091SWHD16	2
17	SCREW	091SWHD17	091SWHD17	091SWHD17	091SWHD17	091SWHD17	2
18	WASHER	091EP5005	091EP5005	091EP5005	091EP5005	091EP5005	8
19	SCREW	091EP5006	091EP5006	091EP5006	091EP5006	091EP5006	8
20	O-RING	091SWHD20	091SWHD20	091SWHD20	091SWHD20	091SWHD20	1
21	STATOR ASSY	091SD2021	091SD2023	091SD2023	091SD2021	091SD2023	1
22	BEARING	091SWHD22	091SWHD22	091SWHD22	091SWHD22	091SWHD22	1
23	C-RING	091SWHD23	091SWHD23	091SWHD23	091SWHD23	091SWHD23	1
24	ROTOR ASSY	091SD2024	091SD2024	091SD2024	091SD2024	091SD2024	1
25	BEARING	091EP5010	091EP5010	091EP5010	091EP5010	091EP5010	1
26	SPRING WASHER	091EP5013	091EP5013	091EP5013	091EP5013	091EP5013	1
27	TOP COVER	091SWHD27	091SWHD27	091SWHD27	091SWHD27	091SWHD27	1
28	GROUND LINE	091SWHD28	091SWHD287	091SWHD287	091SWHD287	091SWHD287	1
29	GROUND LINE	091EP5015	091EPS315	091EPS315	091EPS315	091EPS315	1
30	SCREW	091SD2030	091SD2030	091SD2030	091SD2030	091SD2030	4
31	CLAMP	091EP5017	NONE	NONE	091EP5017	NONE	1
32	SCREW	091EP5018	NONE	NONE	091EP5018	NONE	1
33	CAPACITOR	091EP5019	NONE	NONE	091EP5019	NONE	1
34	HOUSING	091SWHD34	091SWHD34	091SWHD34	091SWHD34	091SWHD34	1
35	O-RING	091EP5021	091EP5021	091EP5021	091EP5021	091EP5021	1
36	ADAPTER	091EP5022	091EP5322	091EP5322	091EP5022	091EP5322	1
37	RETainer RING	091EP5023	091EP5023	091EP5023	091EP5023	091EP5023	1
38	SCREW	091EP5024	091EP5024	091EP5024	091EP5024	091EP5024	2
39	POWER CORD	091EP1526	091EP3326	091EP5326	091SWHD26	091EP5326	1
40	HANDLE	091EP5027	091EP5027	091EP5027	091EP5027	091EP5027	1
41	SCREW	091EP5028	091EP5028	091EP5028	091EP5028	091EP5028	2
42	SENSOR CORD ASSY	091SWHD42	091SWHD42	091SWHD42	091SWHD42	091SWHD42	1

Ashland

P U M P

Honest, Professional, Dependable

1899 Cottage Street, Ashland, Ohio 44805

Telephone: 855 281-6830 Fax: 877 326-1994

ashlandpump.com

Ashland

P U M P

MANUAL DE OPERACION, FUNCIONAMIENTO, ESPECIFICACIONES Y PIEZAS

SWH50/SWH100/SWH150/ SWH200 & SWHD100/ SWHD150/SWHD200 Trabajo Pesado Bombas de Agua

Ashland SW50 - SWH50/SWH100/SWH150/ SWH200 & SWHD100/ SWHD150/SWHD200 Trabajo Pesado Bombas de Agua - 1
SWH50/SWH100/SWH150/SWH200

Amps L1-2: Volts L1-2:

Amps L2-3: Volts L2-3:

Amps L3-1 Volts L3-1:

Numero Modeloo:

MFG Fecha:

Fase:

HP:

SN:

Ashland SW50 - Numero Modeloo: - 1

ACCEPTABLE PH RANGE 6-8

Temperature:

MAXIMO ESTATOR 130^

MAXIMO TEMP. LIQUIDO 104°F - Intermitente

Dato Tecnico:

TIPO DE CABLE ELECTRICO SOW

Ashland SW50 - Numero Modeloo: - 2
Series SWHD100/SWHD150/SWHD200

Ashland SW50 - Numero Modeloo: - 3

Bombas de Agua Residual Modelos: SWH/SWHD Serie Funcionamento

GAMME DE PH ACCEPTABLE 6-8

Temperature:

STATOR MAXIMAL 130^

TEMPERATURE LIQUIDE 104°F - Intermittent MAXIMALE

Donnees Techniques:

TYPE DE CORDON SOW D'ALIMENTATION

BOITIER DU MOTEUR Fonte

VOLUME Fonte

IMPELLEUR Fonte

ARBRE DU MOTEUR SS416

MATÉRIEL SST

ANNEAU D"O" NBR

SCELLES Mechanique Simple Carbone / Céramique

PALIER SUPERIEUR 6203

Ashland SW50 - Bombas de Agua Residual Modelos: SWH/SWHD Serie Funcionamento - 1
Série SWHD100/SWHD150/SWHD200

Ashland SW50 - Bombas de Agua Residual Modelos: SWH/SWHD Serie Funcionamento - 2

1899 Cottage Street, Ashland, Ohio 44805

Telephone: 855 281-6830·Fax: 877 326-1994

ashlandpump.com