Water conservation is a critical aspect of sustainable living, particularly in regions where water resources are scarce or face increasing demands. When it comes to irrigation, a smart approach is essential to optimise water usage. One innovative solution that stands out is the Davey RainBank Rainwater Harvesting Controller. This automatic rainwater harvesting controller is designed to significantly reduce household mains water consumption, offering both environmental and practical benefits.
The RainBank system operates by automatically selecting the water source, giving priority to rainwater over the mains supply. This intelligent technology allows households to save up to 40% of their mains water use. The significance of this cannot be overstated, especially in times when water scarcity is a growing concern globally.
Irrigation set up on a large scale farm. Captured by Joel Dunn.
Uses and Design
Designed for various applications, including garden irrigation, toilet blocks, and home use in metropolitan areas, the RainBank system is a versatile and reliable solution. One of its key features is its seamless transition between rainwater and mains supply. When the rainwater tank is empty or during a power outage, the RainBank system effortlessly switches to mains water, ensuring a continuous water supply.
The environmental impact of the RainBank system is noteworthy. By reducing reliance on mains water, it contributes to the conservation of this precious resource. Additionally, the system has low power consumption during standby, aligning with the principles of sustainability.
The RainBank rainwater switching device is easy to install and can be mounted directly onto the pump or a nearby supportive wall, providing convenient access. Its uncomplicated technology, coupled with patented features, ensures a dependable and efficient rainwater harvesting solution.
Davey offers a range of RainBank models to suit different needs. The Side Entry options (KRB2F) are compatible with pump model HP50-06, providing a flow rate of 46 litres per minute at 200 kilopascals. The Top Entry options include KRB2 for use with pump model HS50-06, KRB3 for pump model HM60-08*, and KRB4 for pump model Hm90-13*, offering varying flow rates to accommodate different requirements.
Whether it’s residential or commercial applications, the RainBank system caters to diverse needs. It is available with a wide range of home pressure systems, including floatless options for flooded suction applications. Specialised systems for submersible pumps and RainBank Pro for commercial applications further demonstrate the versatility of this rainwater harvesting controller.
In conclusion, the Davey RainBank Rainwater Harvesting Controller is a commendable choice for those seeking an efficient, eco-friendly solution for irrigation. Its automatic rain-to-mains switching, low power consumption, and seamless operation make it a valuable asset for water-conscious households and businesses alike. By incorporating the RainBank system into your irrigation setup, you not only contribute to water conservation but also enjoy the practical benefits of a reliable and intelligent water supply system.
You know how important it is to have good piping and fittings, right? It’s not just for our homes but also big industries.
These systems are like the blood vessels that carry water, gases, and chemicals around. They ensure everything moves safely and smoothly, keeping businesses running efficiently.
Can you imagine moving all those fluids without the right pipes and fittings? It would be a total mess and a waste of time!
That’s why having reliable and efficient piping systems is a big deal. In this article, we will talk about different types of piping and help you determine which ones are most suitable for your needs.
Benefits and Applications of PVC Piping
PVC piping is made from a type of plastic called polyvinyl chloride, which is strong and durable.
They can resist rust, chemicals, and the sun’s rays, which helps them last a long time. Plus, PVC pipes are lightweight, making them easy to carry and install.
Moreover, the inside of PVC pipes is smooth, so liquids can flow through them without any blockages.
Here’s a look at some of the key applications where PVC pipes are needed:
Plumbing
PVC pipes are a go-to choice for plumbing systems, handling water supply lines, drain lines, and vents. They’re tough, corrosion-resistant, and have a smooth inside surface, meaning water flows smoothly, and blockages are less likely.
Irrigation
When getting water to plants, gardens, and fields, PVC pipes are a top pick. They’re reliable, affordable, and can handle different weather conditions. In short, they make watering a breeze.
Drainage Systems
PVC pipes are highly valued for efficiently transporting wastewater and excess water away from residential, commercial, and other areas. They are specifically engineered to withstand the demands of drainage systems, offering exceptional durability and reliability.
All about Polyethylene pipe
A Polyethylene pipe is a plastic pipe made from polyethylene resin. It is composed of long chains of polymer molecules, which give it excellent strength and flexibility.
Moreover, Polyethylene allows the pipe to withstand high pressures and resist cracking, making it a reliable choice for various uses.
Here are some of its features and benefits that make it highly sought after in the piping industry:
It is corrosion-resistant, which means it can withstand harsh environments and prolonged exposure to different substances without deteriorating.
Polyethylene pipe is lightweight, making it easy to transport, handle, and install. It is also flexible, allowing easier installation around obstacles and minimising the need for additional fittings.
This type of pipe has a smooth interior surface, which improves flow efficiency and reduces pressure loss.
Common Applications and Industries for Polyethylene Pipe
Polyethylene pipe is widely used in various applications and industries due to its exceptional characteristics. Let’s explore some of the common uses:
Gas distribution
Polyethylene pipe ensures safe and efficient gas distribution over long distances, providing a reliable energy supply to homes, businesses, and industries.
Water supply
Whether delivering water to households, irrigation systems, or commercial buildings, polyethylene Pe water pipe ensures reliable and efficient water flow, contributing to sustainable water management.
Industrial pipelines
In industrial settings, the transportation of various fluids is a critical requirement. Polyethylene pipe is extensively used for industrial pipelines due to its versatility and reliability.
It can handle various substances, including chemicals, oils, and slurries, making it suitable for diverse industrial processes.
An Overview of Common Plumbing Fittings
These fittings are essential components that connect and control the flow of water and other fluids within a plumbing network. Let’s take a closer look at some common plumbing fittings and their uses:
Elbows
They allow for a change in direction within a plumbing system. Elbows are typically available in 45-degree and 90-degree angles, enabling pipes to navigate corners and obstacles.
Couplings
Couplings are fittings used to join two pipes together. They provide a secure connection and help create a continuous pipeline. Couplings are commonly used for repairs, extensions, or modifications to the plumbing system.
Tees
As the name suggests, Tees have a T-shaped design and allow for branching off a main pipe into two or more directions. They are widely used in plumbing systems to connect multiple fixtures or appliances to a single water supply line.
Valves
Valves are critical plumbing fittings that control water flow or other fluids within a plumbing system. They enable you to start, stop, or regulate the flow, ensuring efficient usage and preventing wastage.
PVC Fittings and Their Role in Piping Systems
The primary role of PVC fittings is to ensure leak-proof and reliable connections between PVC pipes.
They enable proper alignment, support structural integrity, and maintain the desired flow characteristics within the piping network.
PVC fittings are known for their ease of installation, as they can be easily glued or solvent-welded to the PVC pipes, creating a strong and durable bond.
Here are some popular fitting choices that we currently have in stock:
Arplene Compression Fittings
These fittings are known for their reliable connections that don’t leak. They use compression rings to create a tight seal between the fitting and the pipe, so you can trust that your connections will hold up well.
Hansen Threaded Fittings
If you’re looking for fittings that are easy to install, Hansen threaded fittings are a great choice. They have threaded connections that you can simply screw onto the pipes, providing a secure joint without hassle.
Tavlit Swivel Fittings
Tavlit Swivel fittings are designed to give you flexibility in your piping system. They have a swivel mechanism that allows for easy adjustment of the pipe direction.
So, if you need to change the direction of your pipes, these fittings make it quick and convenient.
Four Common Plumbing Fittings
These fittings are essential components that connect and control the flow of water and other fluids within a plumbing network. Let’s take a closer look at some common plumbing fittings and their uses:
Elbows
They allow for a change in direction within a plumbing system. Elbows are typically available in 45-degree and 90-degree angles, enabling pipes to navigate corners and obstacles.
Couplings
Couplings are fittings used to join two pipes together. They provide a secure connection and help create a continuous pipeline. Couplings are commonly used for repairs, extensions, or modifications to the plumbing system.
Tees
As the name suggests, Tees have a T-shaped design and allow for branching off a main pipe into two or more directions. They are widely used in plumbing systems to connect multiple fixtures or appliances to a single water supply line.
Valves
Valves are critical plumbing fittings that control water flow or other fluids within a plumbing system. They enable you to start, stop, or regulate the flow, ensuring efficient usage and preventing wastage.
The Bottomline
At All About Pumps & Pipes, we ensure every customer finds what they want. If a specific item is not currently in stock, we are committed to sourcing it for you.
For expert guidance and more information on selecting the perfect pool pump, we invite you to visit our store and explore our comprehensive range.
Alternatively, you can contact us at (07) 5531 5554 for personalised assistance.
Pool pumps are crucial in maintaining a clean, healthy, and enjoyable swimming pool. These devices ensure proper water circulation, efficient filtration, and energy efficiency.
When choosing a pool pump for a typical home pool, the 1.25 HP model is often ideal. The 1.25 HP pool pump balances performance and energy consumption, making it suitable for most residential pools.
This power rating is perfect for pools of average size, providing enough water flow and filtration without being overly excessive. It ensures that the water is effectively circulated and filtered, freeing it from debris, dirt, and impurities.
Why is it a Popular Choice
The 1.25 HP pool pump is widely favoured and commonly chosen by pool owners for several compelling reasons. Here are some factors that contribute to its popularity:
Versatility
The 1.25 HP pool pump can work for different pools, like at residential homes or even bigger ones at hotels. It can handle lots of water and ensure it gets all filtered properly.
Optimal Performance
With this power, the 1.25 HP pump can move water through the pool’s pipes and filtration system. It creates a flow that helps circulate the water, preventing it from becoming stagnant. This circulation is important because it ensures that all pool areas receive fresh water, which helps distribute chemicals evenly and keeps the water clean and healthy.
Energy Efficiency
1.25 HP pool pumps with variable-speed motors offer adjustable pump speeds based on pool needs. So, it results in significant energy savings compared to single-speed pumps.
Easy Maintenance
Pool owners appreciate the straightforward maintenance requirements of the 1.25 HP pump. It typically operates smoothly with minimal need for repairs or replacements.
What Have We Got?
We have Davey and CTX in stock! These reputable manufacturers are known for their quality and reliable performance. Here’s the feature:
When it comes to pool filtration and in-floor cleaning systems, Davey has you covered with their exceptional range of pool pumps. Designed with versatility in mind, This brand excels at pool filtration, in-floor cleaning,and more making it a reliable companion for maintaining a clean swimming pool.
When meeting the needs and pressures of your swimming pool and spa equipment, the AstralPool CTX pump takes the lead.
It’s specifically designed to handle the demands and pressures of your swimming pool.
But here’s the best part: it connects seamlessly with the Genus Controller system. That means you have total control over your pool operations at your fingertips.
Plus, with three different sizes to choose from, the CTX pump is sure to meet your unique needs.
Wrapping Up
A 1.25 HP pool pump is necessary to keep your swimming pool clean, healthy, and enjoyable. When finding the right pump for your pool, we’ve got you covered with the Davey and CTX brands.
For more information and expert guidance on choosing the ideal pool pump, please visit our store to see our range, or give us a call on (07) 5531 5554.
In general, submersible pumps are designed to be fully immersed in water. Pumps are placed in the water to pump in out, this makes them great for clearing flooded garage, emptying ponds, pumping sewage, or acting as pond filters.
It includes draining flooded areas, emptying ponds, pumping sewage, or acting as pond filters.
However, finding the right submersible pump may require a bit of research.
Let’s guide you through the options and highlight the key features to consider when purchasing the best submersible pumps.
Assessing Your Needs for the Ideal Submersible Pump
Before we jump into choosing the perfect submersible pump for you, let’s take a moment to figure out what you need it for. It’s important to identify the specific application or purpose that you have in mind
Understanding your needs will help you narrow the options and choose a pump best suited for your intended use.
Consider the following factors when assessing your needs:
Fluid Type
Determine the type of fluid you need to pump. Is it clean water, wastewater, slurry, or corrosive chemicals?
Different submersible pumps are designed to handle specific fluid types, and selecting a pump compatible with your fluid ensures optimal performance and longevity.
Flow Rate
Calculate the desired flow rate, which refers to the volume of fluid that needs to be pumped within a specific time frame. The flow rate is typically measured in gallons per minute (GPM) or litres per second (L/s).
Head Pressure
Evaluate the head pressure, which is the resistance the pump must overcome to lift the fluid to the desired height or distance.
Head pressure is measured in feet or metres and includes vertical lift, friction loss, and elevation differences.
Determining the head pressure helps you select a pump that can handle the required pressure levels.
Discharge Capacity
Determine where and how you intend to discharge the pumped fluid. Consider the distance, elevation, and any specific requirements for the discharge point.
This information will help you select a submersible pump with the necessary discharge capacity to meet your needs.
Application Specifics
Think about any other requirements or specific considerations that are important for your application. For instance, if you’re looking for a submersible pump for a residential sump pit, you might want to prioritize features like automatic float switches for easy and convenient operation
On the other hand, if you require a pump for agricultural irrigation, you might consider factors such as construction and compatibility with irrigation systems.
Our Top Picks for Submersible Pumps
Reliability and durability are key requirements for both submersible pumps and stormwater systems.
To ensure these qualities, our team emphasises the importance of making the right choice when it comes to submersible pumps.
With that in mind, we have curated a selection of the finest submersible pumps that’ll meet your standards for performance and longevity. Here are some of the ones we have in stock:
Grundfos is a remarkable submersible borehole pump engineered specifically for efficiently pumping groundwater.
This exceptional pump is highly versatile and finds its application in a wide range of areas. It includes drainage, effluent management, wastewater handling, process water supply, and domestic water systems.
With its impressive capabilities such as the ability to handle solids up to 65mm and its minimal downtime, Grundfos SP offers numerous benefits for various pumping needs.
DOMO series is a range of stainless steel submersible pumps designed for performance and versatility. These pumps are available with twin-channel or vortex impeller options and can handle suspended solids up to 50mm in diameter (35mm for DOMO 7 and DOMO 7VX). They are specifically suitable for applications such as emptying septic tanks and emergency draining of flooded areas
The Orange SP100 Submersible Pump is versatile and reliable for various applications such as cellars, drains, stormwater management, and sewage handling. It features a Vortex action for the effective pumping of solids.
With dual carbon ceramic seals in an oil bath and additional lip seal protection, the pump offers durability and leak prevention.
It has a 6-meter rubber electrical cable and an automatic float switch option for convenient operation. The pump is built with a stainless steel shaft, inbuilt motor thermal protection, and can handle liquid temperatures up to 45ºC (60ºC intermittent).
The Bottomline
Conducting thorough research and considering your needs is crucial in selecting the best submersible pump.
By taking the time to understand your application requirements and exploring different brands and models, you can make an informed decision that ensures optimal performance and longevity.
Remember, choosing a pump that aligns with your fluid type, flow rate, head pressure, and discharge capacity is important.
For more information and expert guidance on selecting the ideal submersible pump, please visit our store to see our range, or give us a call on (07) 5531 5554.Follow us on Facebook and Instagram for more updates.
Installing irrigation controllers for your lawn or garden can help conserve water and save money on your water bill. However, installing an irrigation controller can be overwhelming.
That’s why we’ve crafted this guide on the DIY installation of irrigation controllers. We’ll also share tips and tricks to make the process as smooth as possible.
Gather Your Tools and Materials
Before beginning the installation process, gathering the necessary tools and materials is crucial. Here’s a list of what you’ll need:
Electrical outlet and extension cord (if necessary)
Choose the Right Location
Choosing the right location for your irrigation controllers is crucial to the success of your watering system. Here are the factors that need to be considered:
Distance From the Valve Box
Irrigation controllers will need to be connected to the valves, so choosing a location relatively close to the valve box is crucial to minimize the length of wire required.
Proximity to Power Outlets
Since irrigation controllers require power, choose a location close to an existing power outlet, or have an extension cord available.
Programming and Maintenance
Make sure the area is easily accessible for programming and maintenance. This place could include a space that is easy to reach and has good lighting and where the controller is not obstructed by other objects.
Aesthetics
Consider a location that is aesthetically pleasing and won’t detract from the appearance of your yard or garden. A discreetly placed area, such as behind a bush or in a corner, may be preferable.
Protection from Elements
Choosing a place shielded from exposure to the elements, such as rain, sun, or extreme temperatures, is essential. A location under an eave or inside a shed or garage can offer added protection to the controller and extend its lifespan.
Shut Off the Water and Power
Taking a few safety precautions before installing your irrigation controllers is essential. First, turn the water and power supply off to avoid accidents or damage. To do this, locate the main water supply valve and turn it off to stop the water flow to the system.
Next, find the circuit breaker that controls the power supply to the irrigation system and switch it off. Always wear protective gear, like gloves and safety glasses, when working with water and electricity to avoid injury.
Connect the Wires
Once you’ve chosen the location for your irrigation controller and shut off the water and power supply, it’s time to connect the wires. This step can seem daunting, but following a few simple steps can easily connect the wires from the controller to the valve wire.
Step 1: Remove the Cover
To begin, remove the cover of the irrigation controller to access the terminal screws. The cover is usually held in place by a few screws or clips.
Step 2: Locate the Valve Wires
Next, locate the valve wires in the valve box. These wires should be connected to the solenoids on each valve and are usually color-coded to match the corresponding valve.
Step 3: Strip The Insulation
Using wire strippers, strip off about half an inch of insulation from each valve wire. This will expose the metal wire underneath.
Step 4: Connect The Wiring
Connect the common wire to its terminal on the controller. The common wire is usually white and connects to the terminal labeled “C” or “COM.”
Step 5: Connect the Valve Wires
Connect each valve wire to its corresponding terminal on the controller. The valve wires should be connected to the terminals labeled with the zone number (e.g., 1, 2, 3). Make sure the cables are secured tightly under the screws.
Step 6: Czech each Zone
Once all wires are connected, replace the cover on the controller and turn on the power and water supply to test the system. Check that each zone is working correctly and adjust the programming as needed.
Mount the Irrigation Controller
After connecting the wires, the next step is to mount the irrigation controller onto a wall or other surface.
Step 1: Ensure the controller is straight
First, choose a suitable location that meets the requirements discussed earlier in this guide. Once you’ve found the right spot, use a level to ensure the controller is perfectly straight. This is important to ensure the controller works correctly and prevent water from flowing in the wrong direction.
Step 2: Drill a Hole
Next, mark the position of the mounting holes on the surface where the controller will be installed. Use a drill to make holes at the marked positions, then insert the appropriate screws into the holes.
Step 3: Secure the controller in Place
Place the controller onto the screws and adjust it as necessary. Finally, tighten the screws to secure the controller in place. It’s crucial to ensure the controller is securely mounted to prevent it from falling off the wall or being knocked out of position.
Test the System
After connecting the wires and mounting the controller, it’s time to test the system to ensure everything works correctly.
First, turn the water supply back on and switch the power to the controller. Then, run each zone manually and check for proper water flow and coverage.
If issues are found, such as uneven water distribution or dry spots, adjust the sprinkler heads or change the system as necessary.
Wrapping Up
Installing irrigation controllers can save water and money on water bills. Following the guide’s tips, one can easily install and secure the controller. Safety precautions must be taken, and a suitable location must be chosen.
At Allabout Pumps & Pipes, we understand the importance of having a reliable and efficient irrigation system. That’s why we aim to source the best irrigation controllers to make it easier for our customers.
Sprinkler used for farming irrigation. Source: Unsplash.
Irrigation is an essential component of modern agriculture, and sprinkler systems are a popular choice for delivering water to crops. However, selecting the right sprinkler system for different types of farming is crucial to maximize crop yield, minimize water usage, and ensure sustainable farming practices.
Here are some factors to consider when selecting the right sprinkler system for different types of farming:
Crop Type
Different crops have different irrigation requirements. For instance, high-value crops such as vegetables and fruits require precise irrigation to ensure uniform water distribution and reduce water stress. On the other hand, row crops such as corn and soybeans require high water volumes but can tolerate less precise irrigation.
Soil Type
Soil type can significantly affect water infiltration and distribution. Sandy soils, for example, require more frequent irrigation due to their low water-holding capacity. In contrast, clay soils have a higher water-holding capacity and can retain water for longer periods.
Dry soil compared to growing grass. Source: Elizabeth Lies.
Terrain
The topography of the land can also affect the selection of a sprinkler system. For instance, in hilly areas, low-pressure sprinklers may be more suitable to prevent water runoff and erosion.
Water Availability
The availability of water and its quality is another crucial factor to consider when selecting a sprinkler system. Drip irrigation systems may be a more suitable option for areas with limited water availability as they can reduce water usage and increase water efficiency.
Cost
The cost of installing and maintaining a sprinkler system is another factor to consider. While some sprinkler systems may have a higher upfront cost, they may offer greater long-term benefits in terms of water efficiency and crop yield.
Different Sprinkler Systems
Based on these factors, here are some examples of sprinkler systems suitable for different types of farming:
Center Pivot Sprinkler System
This system is suitable for large-scale farming and row crops such as corn, soybeans, and wheat. Center pivot systems use high-pressure sprinklers mounted on a central pivot that rotates around the field. This system is efficient in water usage and provides uniform coverage.
Low-Pressure Sprinkler System
This system is suitable for hilly terrain and areas prone to erosion. Low-pressure sprinklers operate at a lower pressure and deliver water close to the ground, reducing runoff and erosion.
Micro-Irrigation System
Micro-irrigation systems, such as drip irrigation and micro-sprinklers, are suitable for high-value crops such as vegetables and fruits. These systems deliver water directly to the root zone, minimizing water loss due to evaporation and providing precise irrigation.
Greenback Quick Action Valve used in micro-irrigation sprinkler system. Source: Greenback.
Solid Set Sprinkler System
This system is suitable for permanent crops such as orchards and vineyards. Solid set sprinkler systems use fixed sprinkler heads mounted on risers and are permanently installed. This system provides uniform coverage and is suitable for areas with limited water availability.
Selecting the right sprinkler system for different types of farming is crucial to maximize crop yield, minimize water usage, and ensure sustainable farming practices. As a reliable supplier of pumps and irrigation systems, Allabout Pumps and Pipes can help farmers select the right sprinkler system for their specific needs. We have a wide range of pumps and irrigation systems suitable for different types of farming, and our expertise lies in pumps and irrigation in the commercial, forestry, and sporting areas.
Allabout Pumps and Pipes can provide valuable advice and assistance to farmers in selecting the most appropriate sprinkler system for their specific needs. We have experience dealing with filtration of large commercial pump stations, sporting complexes, and other projects, and can help farmers choose a sprinkler system that is efficient, reliable, and cost-effective.
Irrigation is an essential component of modern agriculture, and sprinkler systems are a popular choice for delivering water to crops. However, selecting the right sprinkler system for different types of farming is crucial to maximize crop yield, minimize water usage, and ensure sustainable farming practices.
Here are some factors to consider when selecting the right sprinkler system for different types of farming:
Crop Type
Different crops have different irrigation requirements. For instance, high-value crops such as vegetables and fruits require precise irrigation to ensure uniform water distribution and reduce water stress. On the other hand, row crops such as corn and soybeans require high water volumes but can tolerate less precise irrigation.
Soil Type
Soil type can significantly affect water infiltration and distribution. Sandy soils, for example, require more frequent irrigation due to their low water-holding capacity. In contrast, clay soils have a higher water-holding capacity and can retain water for longer periods.
Terrain
The topography of the land can also affect the selection of a sprinkler system. For instance, in hilly areas, low-pressure sprinklers may be more suitable to prevent water runoff and erosion.
Water Availability
The availability of water and its quality is another crucial factor to consider when selecting a sprinkler system. Drip irrigation systems may be a more suitable option for areas with limited water availability as they can reduce water usage and increase water efficiency.
Cost
The cost of installing and maintaining a sprinkler system is another factor to consider. While some sprinkler systems may have a higher upfront cost, they may offer greater long-term benefits in terms of water efficiency and crop yield.
Different Sprinkler Systems
Based on these factors, here are some examples of sprinkler systems suitable for different types of farming:
Center Pivot Sprinkler System
This system is suitable for large-scale farming and row crops such as corn, soybeans, and wheat. Center pivot systems use high-pressure sprinklers mounted on a central pivot that rotates around the field. This system is efficient in water usage and provides uniform coverage.
Low-Pressure Sprinkler System
This system is suitable for hilly terrain and areas prone to erosion. Low-pressure sprinklers operate at a lower pressure and deliver water close to the ground, reducing runoff and erosion.
Micro-Irrigation System
Micro-irrigation systems, such as drip irrigation and micro-sprinklers, are suitable for high-value crops such as vegetables and fruits. These systems deliver water directly to the root zone, minimizing water loss due to evaporation and providing precise irrigation.
Solid Set Sprinkler System
This system is suitable for permanent crops such as orchards and vineyards. Solid set sprinkler systems use fixed sprinkler heads mounted on risers and are permanently installed. This system provides uniform coverage and is suitable for areas with limited water availability.
Selecting the right sprinkler system for different types of farming is crucial to maximize crop yield, minimize water usage, and ensure sustainable farming practices. As a reliable supplier of pumps and irrigation systems, Allabout Pumps and Pipes can help farmers select the right sprinkler system for their specific needs. We have a wide range of pumps and irrigation systems suitable for different types of farming, and our expertise lies in pumps and irrigation in the commercial, forestry, and sporting areas.
Allabout Pumps and Pipes can provide valuable advice and assistance to farmers in selecting the most appropriate sprinkler system for their specific needs. We have experience dealing with filtration of large commercial pump stations, sporting complexes, and other projects, and can help farmers choose a sprinkler system that is efficient, reliable, and cost-effective.
The Orange Pumps UPT650 Honda petrol engine drive utility pump is primarily designed to fight fires and work on other water transfer applications. There is no reason to doubt its quality and design because a team of experienced engineers developed it. As the pump combines high pressure, high volume, and excellent self-priming advantage, it will surely work fine in its firefighting applications.
Besides the self-priming advantage, this petrol engine drive utility pump also highlights a single impeller in its construction. That’s not an ordinary impeller because it beats other industry utility pumps. More than that, it performs five times quicker and better, even to twin impeller pumps—this proves that every part of Orange Pumps UPT650 Honda petrol engine drive utility pump is well focused on to ensure its quality.
Compared to other impellers that are either bolted, glued, or riveted together, this pump’s single impeller is much better in terms of durability. It is formed from a single piece of cast aluminum, which is highly known for top-notch strength that makes the single impeller more reliable and far stronger. What’s good about that is that it contributes to this utility pump’s impressive construction and performance. So, it can always work as expected, outperforming other ordinary pumps.
Orange Engine Drive Utility Pump UPT650 Petrol
Each impeller features wear and tear resistance that can help preserve engine bearings. In short, it promotes a longer engine-bearing life. Using this utility pump, the issues from shaft movement caused by non-concentric forces become less of a concern. Another practical advantage of the impeller is its self-clearing, wide vane feature. This allows easy, small solids handling.
This Orange Engine Drive Utility Pump UPT650 Petrol makes a great choice for Deep Well applications by connecting the smaller pipe going down the bore to any of the discharge ports on the flange. There won’t be an issue to encounter since the connection works fine to any port. This utility pump works best with a DC79-20 or DC54-20 Deep Well kit. Choosing from the two depends on the depth.
Spear water forms in underground pockets and can be tidal, unlike bore water. Seasonally, the water quality may vary through seasonal increases in salinity levels. It is commonly accessed by digging a few meters below the surface. That is why it helps water to return to its natural state, making it suitable for the required use like JT100.
Industries also often require heavy water use, but utilizing freshwater reserves is not feasible. This is why used water is distributed and treated for industry use. Major industries hire water treatment plants to provide them with services. It includes chemical and testing treatment to efficiently use water.
Spear Water Filter photo via Pristine Water Systems
What are the 3 Spear Water Filter Services?
Here are the three basic services offered.
1. Legionella Evaluation and Testing
Cooling towers in industries are open systems that have a high chance of being infiltrated with bacteria. Water in the towers is usually warm during the summer, which is why it is the ideal breeding ground for bacteria. This water is also intact with the environment; if left untreated, it could cause environmental health issues. However, it must be tested before the water can be treated to understand the level of bacteria involved.
Once the testing is conducted, it can be easier to conjure a chemical handling of the water. Facilities or industries that do not conduct Legionella testing tend to overfeed biocide in the systems. This is detrimental to the causes and systems of increased maintenance costs.
2. Corrosion Coupon Studies
Water systems often have high corrosion rates. If not effectively monitored, the systems can lead to heavy repair and maintenance costs. One of the main services offered by such companies is corrosion testing and evaluation. Test coupons are one of the inexpensive means of monitoring levels of corrosion. This is done by observing the system’s mils-per-year corrosion rate of coupons. When corrosions are done in a timely detected, repairing can be done effectively without going through extensive cost factors.
3. Water Treatment Consultants
Companies providing industrial treatment of water always provide their customers with efficient consultation before taking on any project. They will ensure that the customer gets adequate information about cooling and heating systems and the chemical processes needed to treat water. With consultation services, customers can understand the cost factor behind the mechanical testing and chemical treatment process.
Treatments & Recommendations
A successful spear water treatment requires the following first essential steps:
Identify the type of water that is to be treated, whether bore or spear
Perform a water test to determine what issues or problems are likely to be encountered if you use the water.
Typical spear water problems include:
Staining/color. (Iron and manganese/tannins)
Low pH. (Acidic compounds)
Excess hardness. (Calcium/ magnesium salts)
Sediment. (Oxidised iron/ manganese and/ or dirt/ mud etc.)
Salinity. (Salt)
Chemicals. (Chemical pollutants)
Bacteria. (Coliforms etc.)
What Does ALPP Provide
AllAbout Pumps & Pipes will find the guidance you need to help you in the right direction when planning an important project. If, on the other hand, you find it all a bit overwhelming and would like our help. The team finds detailed instructions on what to measure, where to measure, and any other details required for your design.
Conclusion
At AllAbout Pumps & Pipes, each pump installation of your choice has a different requirement of specific pressure to deliver the desired flow over a specified distance. The use of spear water filter products will help you do the work easier. Our team will equip you with the best products and trusted partners.
So, give us a call at 07-5531 5554 and we will find the right spear pump for you. If you prefer to check out our other suppliers and more of our range of pumps, just click here.
Pool pumps are sometimes referred to as the heart of your pool system. It helps remove waste toward the filtration system like the AstralPool CTX Series Pump product. They create the flow of water that circulates chemicals evenly throughout the pools. That is why it can effectively sanitize the water. It carries the water from the pool to the chlorinator, filter, and heater, so it can be sanitized, filtered, and heated before re-entering the pool.
In addition, an effective pool pump allows you to turn over your water the recommended amount of times per day based on the size of your pool. This helps remove debris from your pool while increasing the effectiveness of your pool chemicals that fight the growth of bacteria, algae, and bacteria in the water.
What to Look Out For?
Many people know they owna swimming pool pump, but what does it do? The pump is the catalyst for moving your swimming pool water. Water gets sucked in through the vacuums, main drain, skimmer, etc. The water travels worldwide through other pool equipment such as heaters, salt systems, filters, etc. Then it is pumped back into the pool through return inlets. It is the most crucial piece of equipment on your equipment pad, and without it, your other pieces of equipment won’t operate. Also, it is the most expensive to operate, so it is important to look for a quality one that will last you as many years as possible.
The Benefits of Using Pool Supplies the Right Way
A beautiful home with a lovely pool is vital to living the dream. A pool can be a great addition to your home as a place to have fun, unwind, and cool down. But a pool comes with its own set of challenges and responsibilities. You must ensure its safety and that the pool is properly maintained and cared for by its supplies.
Longer Lifespan
A pool’s longevity is maximized by installing high-quality supplies and regular maintenance. As mentioned above, the pump in your pool system is like the heart in your body. It circulates the water and keeps everything working. The steady circulation provided by the pool pump prevents the water in the pool from sitting still. For that reason, it could cause buildup and other problems.
The entire pool will be affected if your pump is outdated, broken, or needs maintenance. However, the cutting-edge horsepower technology of a pump like the AstralPool E-Series Pool Pump will ensure that your pool is always in peak condition.
Budget-Friendly
As mentioned, repairs due to improper maintenance can be very expensive. In turn, it makes a pool hard to budget, resulting in an unappealing. However, your budget will be much happier if you purchase the correct equipment and invest your time properly maintaining the equipment and the pool. Instead of many incidental expenses that creep up and surprise you, you will only incur the cost of your new equipment.
Less Incidental Repairs
When your pool is not properly maintained, there are many possibilities for things to go wrong. Especially when old, outdated equipment can cause corrosion in different pool areas, creating improper chemical function, discoloration, and poor water circulation. When these things happen, you have to call a repair company where professional repairs can be expensive.
Investing in proper maintenance and updated pool equipment decreases the likelihood of incidental repairs. And that peace of mind is worth more than the new equipment costs.
What Does ALPP Provide?
When it comes to Pool Supplies, AllAbout Pumps & Pipes believes in quality, durability, and reliability, which are qualities we seek when sourcing the best products. Considering this, we all know Australia has some of the harshest weather conditions. So, to make it easier on our customers, we as a team like to seek a good range of pumps on behalf of our customers.
Key Takeaways
Maintaining a pool is a daunting but rewarding task. At AllAbout Pumps & Pipes, pool supplies of your choice, like pumps, are reliable, durable, and have longevity. Our team will equip you with the best products and trusted partners.
If you need help with any big or small project or are looking for a product, just contact us. Our great team is very knowledgeable when it comes to the product range.
