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Honda WMP20X1 - 220 GPM (2") Chemical-Resistant Pump

Name: Honda WMP20X1 - 220 GPM (2") Chemical-Resistant Pump
Brand: Honda
SKU: 6631
Price: 599.00 USD
Availability: PreOrder
Rating: 4.82 (11 reviews)

Model:

WMP20X1A1T

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$599.00

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Estimated Availability August 31, 2021

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Honda WMP20X1 - 220 GPM (2") Chemical-Resistant Pump

Model: WMP20X1A1T

$599.00

Features

Specifications

Reviews

Product Q&A

Accessories

How-To Articles

Manuals

Features

Inlet Size

2"

Style

Chemical

GPM

220 Gallons

Engine

Honda GX

2" Multi-Purpose Water Pump
Centrifugal, self-priming design
Commercial Grade 163cc Honda OHV GX160 4-Cycle Engine
Reliable, technologically advanced & easy to start
Provides excellent torque & fuel efficiency
Protected By Honda Oil Alert® Warning System
Alerts you or shuts engine down if oil reaches an unsafe level
Helps to prevent engine seizure due to a low oil condition
Thermoplastic Impeller & Pump Housing w/ EPDM Seals
Designed for pumping industrial & agricultural chemicals
Please see brochure/spec sheet for list of approved chemicals
Carbon-Ceramic Mechanical Seal
Abrasion-resistant designed for extended wear
Isolation Mounted Engine & Pump
Rubber feet minimize vibration for quieter operation
Heavy Duty Full Frame Protection
Protects the pump and engine on all sides
EPA Approved & CARB Compliant
3-Year Residential & Commercial Warranty

California residents see

Warning: This product can expose you to chemicals including Carbon monoxide which is known to the State of California to cause Developmental Harm, and Soots, tars, and mineral oils (untreated and mildly treated oils and used engine oils) which is known to the State of California to cause Cancer.

For more information go to: www.p65Warnings.ca.gov

Specifications

WMP20X1A1T

Pump

Gallons Per Minute

220 Gallons

Inlet Diameter

Outlet Diameter

Self Priming

Yes

Pump Head Material

Glass-Reinforced Polyester

Pump Housing Drain

Yes

Quick Clean Out

Mechanical Seal Material

Ceramic Carbon

Impeller Material

Plastic

Handles Solids

Suction Head

26 Feet

Maximum PSI

Total Head Lift

105 Feet

Submersible

Engine

Engine Brand

Honda GX

Starting System

Recoil Start

Continuous Operation

Yes

Engine Cycles

4-Cycle

Low Oil Shutdown

Yes

Fuel Tank Size

0.825 Gallons

Consumer Engine Warranty

3 Years

Commercial Engine Warranty

3 Years

Accessories

Tool Kit

Strainer

Yes

Hose Couplings

Float Switch

Hose

Sold Separately

Hose Bands

Yes

Lifting Hook

Wheel Kit

Overview

Weight

56 Pounds

Made in USA

Consumer Warranty

3 Years

Product Length

20.5 Inches

Product Width

15.7 Inches

Product Height

17.7 Inches

UPC

408720000933

Additional Model Numbers

WMP20, WMP20X1A1T

Reviews

(11)

Honda WMP20X1A1T Reviews & Ratings

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Product Q&A

(3)

Product Questions Answered by Jim, the Water Pump Expert

How long will it run on a tank of gas?

Brent

from Alabama

November 08, 2016

Answer

That's a hard question to answer Brent and there really isn't a way to gauge it. Run times are based on how easy or how hard the engine is running. If you're pumping a short distance with minimal head lift, you may see about 2 to 3 hours of run time, but if you're pumping very long distances and requiring a lot of lift, that may dwindle to 60 - 90 minutes of run time. You might equate it to how you drive your car? If you accelerate fast and brake the same and often, your gas mileage suffers. It's the same with any gas powered piece of equipment. The harder you work it, the less run time you will realize.
If you have any other questions, please let me know.

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will this pump handle brine solution used on highways in the winter and last more than 1 season of use .

Philip B

from Virginia

November 12, 2014

Answer

Thank you for your interest in Water Pumps Direct. Please see the below list of approved chemicals for the Honda WMP20XA Pump. If you have additional questions on chemicals not listed, please contact Honda tech support at 770-497-6400.

WMP20XA Approved Pumping Applications
Industrial Chemicals

Acetic Acid, 20%
Aluminum Sulfate Ammonium
Nitrate
Ammonium Sulfate
Barium Sulfate
Borax (Sodium Borate)
Calcium Chloride*
Citric Acid
Copper Sulfate
Detergents (general)
Ethylene Glycol
Fatty Acids
Ferric Nitrate
Ferric Sulfate
Ferrous Sulfate
Formaldehyde, 40%
Glycerine (Gycerol)
Lactic Acid
Lead Acetate
Magnesium Chloride
Magnesium Nitrate
Magnesium Sulfate
Maleic Acid
Nickel Chloride
Nickel Sulfate
Oleic Acid
Phosphoric Acid, 0-80%
Potassium Carbonate
Potassium Chloride
Potassium Nitrate
Potassium Sulfate
Soaps (neutral)
Sodium Acetate
Sodium Bicarbonate
Sodium Bisulfate
Sodium Carbonate, 10%
Sodium Chlorate
Sodium Chloride
Sodium Nitrate
Sodium Silicate
Sodium Sulfate
Stearic Acid
Sulfuric Acid, 0-29%
Tartaric Acid
Vinegar
Water (clear)
Water (salt)
Zinc Sulfate
* Temperature does not exceed 27°C (80°F).

Agricultural Chemicals
Aatrex
Amiben
Ammonium Thiosulfate
Avenge
Banvel
Basagran
Bicep
Bladex
Dual
Eradicane
Extrazine
Larsban
Lasso
URAN Solutions
Modown
N-Serve 24
Phosphoric Acid Solutions
Poly-N
Ranger
Round-Up
Sutan
Treflan
Vernam

• Do not use the WMP20XA for pumping liquids for human consumption.
• After each use, drain the pump housing into a suitable container and flush with fresh water.
• The temperature operating range of the pump is between -7 and 54°C (20 and 130°F)

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Can i reduce the gpm from 220. We need a chemical pump for acid and this is the only one I can find. I only need about 30 gpm

Terrr

from Missouri

August 26, 2014

Answer

There is no problem installing a ball valve on the discharge to reduce the flow from 220GPM to your required 30GPM.
The only precautions to consider are:
1) Don't completely shut off the flow for more than a couple of minutes because the water will slowly heat up in the pump housing and can eventually get hot enough to cause damage. But simply stopping the flow
(dead-heading) briefly for a short period (a couple of minutes) is no problem. You can restrict the flow as much as you want long term, as long as a small amount is allowed to flow, just to keep the pump cool (even 1 gpm is enough).
2) Never drive over the discharge hose, but this is especially important if a valve is installed at the end of the hose and the pump is dead-headed.
Doing so can force water back into the pump (simple hydraulics) causing damage to the pump.
3) If the valve is installed directly on the pump, it needs to be very light PVC (or similar) without any long sections of pipe between the discharge port and the valve. A heavy valve or a valve rigidly installed using a section of pipe between the valve and the pump may cause the discharge elbow and/or pump housing to break. If the valve is heavy and/or not attached directly on the pump, it's best to run a section of flexible hose between the pump and the valve.
4) And lastly, never install a ball valve on or restrict the suction side of the pump. Doing this can result in cavitation damage.

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