Genuine Honda 3" Fire Fighting Pump, by Water Master. 2 Year Warranty. Renowned for its quality and reliability, this pump is powerful, efficient, light-weight and portable. Suitable for transferring high volumes of water quickly and safely, this model and can be used for fire fighting, high pressure water transfer, spray irrigation, flood irrigation, high pressure spraying, boom spraying, wash down and fast fill tanker applications.
Powered by a genuine Honda engine, this model comes standard with a roll over frame for extra protection and easier transportation. Electric Start Model available as an optional extra (see Accessories List).
- Fire fighting
- Washing down farm machinery
- Boom Sprays
- Water Sprinkling
- Water Tanks
- Rural Properties
- Water transfer
- Agricultural & Farms
- Housing in Rural Areas
- Shires and Councils
- Fire Fighting
- Emergency Services
Water Master Fire Fighting Pumps Performance Charts
This product is ‘Honda Australia Approved’ - meaning that the Honda engine used in an Original Equipment Manufacturers (OEM) product, has been engine match tested by Honda Australia, is a genuine Honda engine and meets their strict quality and operational standards, and is backed by their national service agent network. The following table outlines the new extended warranty for the different Honda engine types:
|Fuel Tank Capacity||6.7 L|
|Discharge Size||1.5" (x2) & 2.5" (x1)'|
|Max. Head||72 M|
|Max Flow Rate||750 L/min|
|Fuel Type||Unleaded Petrol|
|Dimensions (LxWxH) mm||763 x 520 x 573 (L x W x H)|
|Net Weight (kg)||60.0 Kg|
- Love that Honda Review by Paul Prenter , Armidale NSW
Quality Value Price
Product ReviewI was tempted by other brands, but I'm very happy I stuck to Honda. The build is excellent, and the unit feels professional and very much a quality item. The roll cage also is very nicely done and makes the unit easy to maneuver. And it pumps like a beaut!
Shopping ExperienceVery easy. The website is very informative and makes the process very fast and very easy.Recommend this product to a friend? yes(Posted on 5/12/16)
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For details relating to the Water Master delivery process CLICK HERE
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Which type and size of pump is best for pumping water from a house tank up to holding tanks for gravity feed? I need to pump up the hill to a 15 metre head height over a distance of approximately 100 metres.
Hi, it is difficult to advise exactly what pump you need without more information; e.g. what is the uplift from the tank to the pump, how much water you need to move, how quickly, whether the distance between the points is in a straight line, what size are your hoses etc. etc.
However, as a rule of thumb, the maximum head capacity of the pump can tell you what the pump can do in terms of; suction height + uplift. For example, if you needed to draw up water 5 metres from the water source to the pump, then move the water from the pump up a gradient of 15 metres, then you would need a pump with a maximum head greater than 20 meters (5 +15).
Also remember that there will be a small loss of head capacity through general friction, so your first consideration is a pump with head capacity greater than 20 metres, then secondly what flow rate (litres/min) you require - this is where the pump charts come in handy (on the product brochures) as the water flow rate diminishes with the height.
Depending on your suction height, I would be inclined to look at a Honda or Subaru powered 2" or 3" Transfer Pump that has a head capacity of around 30-35 metres and flow rate of around 500-600 litres per minute. If your suction height or flow rate requirement is larger, then you'll need to look at a larger pump.
Based on my understanding of ‘Maximum Head’, would I be right in saying that a pump with a Max Head of say 20m, could transfer water 18m directly vertical, if the suction inlet was 2m above the water source?
Yes. That is the correct interpretation of the Max Head capacity of a pump. Note in your theoretical example though, the water pressure and flow rate would be around zero at the discharge point (because the max head of the pump is 20 metres and the sum requirement of your example is also 20 metres). In practice, if you're pumping requirement totaled 20 metres, you would want to get a pump with a max head capacity of greater than 20 metres, to have sufficient water flow and account for small head loss from friction.
I see the Firefighting pump models often have two (or more) outlets, which are slightly different in size. Which outlet does the pump specifications (e.g. Max Head and Water Flow Rate) refer to?
Good Question. For Fire Fighting Pumps, the smaller outlets are designed for pressure and the larger outlet is designed for water transfer. When looking at the pump specs, the Maximum Head capacity relates to the smaller outlets and for Water Flow rate, this relates to the larger transfer outlet.
Do the pumps have varying settings to control water flow, or do they run at one speed?
The engines that run the pumps have an engine throttle, which controls the engine speed and therefore in turn the pace at which the water is being pumped. But there is not a direct pump speed control.
The exception to this within our range of pumps is the Honda 6” Water Master Transfer Pump model (MH60E), which comes with an automatic throttle.
When talking about the size of the pump, does that refer to the diameter of the inlet or the outlet?
In our range of pumps, the inlet and outlet size of the pump is the same, with the exception of the Fire Fighting pump models. These high pressure Fire Fighting pump models will have one inlet and one transfer outlet the same size which classifies the size of the pump...then most Fire Fighting Pump models will also have two additional outlets which are slightly smaller and are designed for the high pressure discharge.
Hi, With the Water Master pumps, what materials are the actual pumps made out of?
Thanks very much for your inquiry. In regards to the water master pump range the fire fighting and water transfer pumps are both made of cast aluminium; the trash pumps are made of cast iron. The standard chemical pump is made of plastic, and the stainless steel model is made of stainless steel.
Hi, I need to irrigate my garden approx 20m x 20m with a pump. I have a creek for a water source about 20-30 metres from my garden. Which type of pump is best for me?
Thanks for your question Craig. Most any water pump would handle your application. It largely depends on how you plan to "water" your garden which will help you decide the best type of pump. If you are simply watering with a garden hose and no nozzle, then this water pump would do the job. Please note that the pump should be as close to the water source as possible and you should use a good quality suction hose as well as a quality strainer to prevent any debris from getting into the pump.
If you intend to use a nozzle or a sprinkler for your your watering, then it may be worth considering a high pressure fire fighting pump as these pumps provide a higher pressure that would be needed to provide effective coverage and proper operation of the nozzle or sprinkler heads.
Hi, I’m looking for a pump to deliver water from a creek to a garden area about 400 meters apart; what do you recommend?
Hi, our portable pump range (transfer pumps, fire fighting pumps, trash pumps, submersible pumps, chemical pumps) have models that will effectively handle pumping vertical distances from about 20 metres up to about a maximum of around 90 metres - this is the Maximum Head capacity rated on every pump's specifications.
The Maximum Head rating will tell you the maximum height the pump can pump to. So you need to know how much height you will need to draw from the water source up to the pump (suction height) and how much height you will be moving the water (uplift). For example, if you needed to draw up water 5 metres from the water source to the pump, then move the water from the pump up a gradient of 25 metres, then you would need a pump with a maximum head greater than 30 meters (5 + 25). Also note that as water moves through the hosing and the bends it will encounter friction, causing some small additional head loss - so you should need to choose a pump with maximum head larger than your height pumping requirements. Then you'll need to consider what flow rate you want to move the water at...this is where Pump Charts are important to consider (see product brochure) because delivery capacity falls away as max head capacity is approached.
Overall, work out your suction height + uplift, then choose a pump with max head capacity to more than handle the sum of those heights, and a pump that satisfies your flow rate requirements.