A boat watermaker (Reverse Osmosis Desalinator) is economical and essential to save the boat owner money in many respects:

– It allows for washing down of the boat with demineralized water, meaning no laborious drying time nor spots are left on the hull or rigging – saving thousands of dollars in rigging and hundreds of hours in labor.

– It eliminates the need to buy water, reducing time spent making trips to shore for new supplies and reducing potential bacterial and virus attacks due to untreated sources.

– Lastly, it reduces the weight of stored water on board: Water weighs 8.3 pounds per gallon, and with a watermaker, you can remain on top of the necessary minimal a watermaker onboard brings great peace of mind to boat owners. Knowing you can have a clean, reliable water source anytime is a tremendous benefit that cannot be overstated. And in addition to this level of security, a watermaker saves time and money.

Consider the time and effort it takes to wash a boat manually. Not only is it labor-intensive, but it often leaves behind unsightly water spots that are difficult to remove. With a watermaker, you never have to worry about these things. The demineralized water it produces is perfect for washing down a boat, leaving behind a clean, spot-free surface that requires no further attention.

But the benefits of a watermaker go deeper than simply saving time and effort. By eliminating the need to rely on shore-based sources for water, a watermaker also eliminates the associated risks of bacterial and viral contamination. This is particularly important for long-term cruisers who may be traveling to remote locations where safe drinking water is not readily available.

Additionally, a watermaker helps to reduce the weight and draft of the boat. Water is heavy, and carrying large quantities on board can significantly impact a boat’s performance. By making only the water needed daily, a watermaker keeps the boat’s weight low and allows for a safer, more efficient voyage.

In summary, the benefits of having a watermaker on board are numerous and significant. Its ability to provide a consistent source of clean, safe drinking water while reducing time, effort, and weight makes it an indispensable tool for any boat owner traveling on the open seas.

The typical R.O. system is operated for 4-6 hours per day.
• The amount of water that needs to be produced daily for purposes such as a washing machine, drinking, showering, ice, boat wash down, and dishwasher can be determined.
• Divide the total gallon usage by the number of hours the system will be used to determine the Gallon Per Hour rating of the required R.O. System (e.g., a 170 gallons used per day divided by 5 hours of operation would require a 34-gallon-per-hour system).
• Marine systems range from 7 to 283 gallons per hour (170 to 6,800 gallons per day) while commercial systems can produce up to 44,000 gallons per day.

Once you have determined the gallons per hour for your R.O. system, you can decide which watermaker system will best suit your needs and budget. If you need more capacity than a standard system offers, systems are available with multiple membranes and higher-capacity pumps to provide nearly limitless water production possibilities. These systems also require less maintenance since they only need to be serviced as needed, as opposed to when the individual membrane needs replacement.

In addition to capacity considerations, you also want to consider how much water pressure you will need for your system to ensure it works properly. Most systems require at least 3-5 pounds per square inch (psi) of water pressure; some require even higher pressures. Your local marina or boatyard can provide you with the necessary water pressure requirements for your system.

When deciding on an R.O. system, it is essential to consider not only your boat’s capacity and pressure needs but also the quality of the water your system produces. A sound R.O. system should be able to remove 99% of the contaminants in your water, for example, chlorine and lead, as well as other particulates and dissolved solids. This will ensure you drink and use clean, safe water on board your boat or yacht.

In conclusion, selecting the right R.O. system for your boat can be daunting, but it can also be made simple and hassle-free with the right information. Consider all of the factors discussed above before making a purchase decision to ensure you get the best system for your needs and budget. With proper installation and maintenance, you should be able to enjoy safe, clean water on board for many years to come.

The life of a watermaker membrane depends on several factors, such as the type and quality of water being processed, the frequency of maintenance and cleaning, and the amount of use it receives. Generally speaking, reverse osmosis membranes used in most residential watermakers can last between two to five years before they need to be replaced. However, with regular care and maintenance, some types of watermaker membranes can last up to 10 years or more. To ensure that your system is running properly, it’s essential to follow manufacturer instructions for cleaning cycles and other preventive measures.

What Capacity Watermaker System Is Right For My Boat?

The typical R.O. system is operated for 4-6 hours per day.
• The amount of water that needs to be produced daily for purposes such as a washing machine, drinking, showering, ice, boat wash down, and dishwasher can be determined.
• Divide the total gallon usage by the number of hours the system will be used to determine the Gallon Per Hour rating of the required R.O. System (e.g., a 170 gallons used per day divided by 5 hours of operation would require a 34-gallon-per-hour system).
• Marine systems range from 7 to 283 gallons per hour (170 to 6,800 gallons per day) while commercial systems can produce up to 44,000 gallons per day.

Once you have determined the gallons per hour for your R.O. system, you can decide which watermaker system will best suit your needs and budget. If you need more capacity than a standard system offers, systems are available with multiple membranes and higher-capacity pumps to provide nearly limitless water production possibilities. These systems also require less maintenance since they only need to be serviced as needed, as opposed to when the individual membrane needs replacement.

In addition to capacity considerations, you also want to consider how much water pressure you will need for your system to ensure it works properly. Most systems require at least 3-5 pounds per square inch (psi) of water pressure; some require even higher pressures. Your local marina or boatyard can provide you with the necessary water pressure requirements for your system.

When deciding on an R.O. system, it is essential to consider not only your boat’s capacity and pressure needs but also the quality of the water your system produces. A sound R.O. system should be able to remove 99% of the contaminants in your water, for example, chlorine and lead, as well as other particulates and dissolved solids. This will ensure you drink and use clean, safe water on board your boat or yacht.

In conclusion, selecting the right R.O. system for your boat can be daunting, but it can also be made simple and hassle-free with the right information. Consider all of the factors discussed above before making a purchase decision to ensure you get the best system for your needs and budget. With proper installation and maintenance, you should be able to enjoy safe, clean water on board for many years to come.

Yes, you can; however, certain water conditions and operating parameters must be met.

Watermakers are devices that have made it possible to get fresh, clean water from the ocean. But can you use them in places other than the ocean? The answer is yes! With a few modifications and adjustments, watermakers can also be used to desalinate freshwater from lakes and rivers. This means that no matter where you are in the world, you can easily access potable water.

In all Watermakers, Inc’s watermakers, safety precautions are built into the machine to prevent overpressure. Electrical should be handled by a professional

If so, it could be a sign that something is wrong. The most likely culprit is bacteria growth in the pre-filter of your watermaker. This can happen when the pre-filter has not been changed for an extended period of time, allowing bacteria to accumulate and make its presence known through an unpleasant odor. Fortunately, this issue can be easily fixed with regular maintenance and replacement of the pre-filters on your watermaker.

The short answer is yes, with carbon filters. When cleaning and maintaining your watermaker, one of the most critical questions you need to ask is whether or not dock/city water is safe to use. While some situations in which using this type of water may be acceptable, it can also be dangerous if not done correctly. To ensure that your watermaker remains clean and functioning correctly, it’s essential to understand when and how you should use dock/city water for rinsing purposes. By understanding the risks associated with using this type of water and what precautions you should take before doing so, you can keep your equipment safe while still getting a thorough rinse.

The answer is simple: it tastes just like regular tap or some bottled waters.

The answer can vary depending on certain factors when determining how long a watermaker pre-filter should last. The amount of sediment in your water and how long you run it in that environment will play a significant role in deciding when to replace your watermaker pre-filter. Additionally, other factors, such as the type of system you have and its maintenance schedule, need to be considered. Considering these elements will help ensure you get the most out of your pre-filter for as long as possible.

Storing your watermaker long term requires a bit of extra care and attention. It is important to use a pickling solution to prevent corrosion and other damage from occurring while it is not in use. Pickling solutions are chemical compounds that can be used to protect metal surfaces from corrosion and rust, making them an ideal choice for storing your watermaker over extended periods of time.

Maintaining a watermaker can be expensive, but it doesn’t have to be. With proper care and regular servicing, you can keep your watermaker running efficiently for years with minimal cost. Understanding how watermakers work, what servicing they need and when, as well as preventative maintenance measures will help ensure that you get the most out of your investment in a quality piece of equipment. Knowing what to look for in terms of service requirements is also important so that any necessary repairs are made quickly before more serious damage occurs. By taking the time to properly maintain your watermaker and address any issues promptly, you’ll save yourself money in the long run while enjoying reliable performance from this essential piece of marine equipment.

General watermaker service with labor is between $400-$600

A watermaker is invaluable for anyone who spends a good amount of time on the open seas. Not only does it provide access to clean drinking water, but it also helps reduce your reliance on costly bottled water and other sources. But how long will a typical watermaker last? The answer depends on several factors, including the quality of the unit you choose, how often you use it, and whether or not you properly maintain it. With proper care and maintenance, most modern-day models should last many years without major repairs or replacements. We have a watermaker that is 40 years old.

Installing a watermaker on a boat is an excellent way to ensure you have access to clean water while at sea. However, before installing the watermaker, it is essential to consider the best installation location. The ideal place for installation depends on factors such as space availability and type of vessel, so careful consideration should be given when deciding where on your boat to install the watermaker.

Using a watermaker is an efficient and effective way to make fresh drinking water. It takes only a few minutes to turn saltwater into freshwater with the help of this device. Watermakers are becoming increasingly popular as they provide access to clean, safe drinking water in areas where it’s not readily available. They can be used on boats, RVs, or even at home for emergencies and natural disasters such as hurricanes or floods. Watermakers convert saltwater into freshwater using a simple process that involves filtering out impurities and adding minerals so the resulting product is safe for human consumption. The result is pure, delicious drinking water purified from pollutants and contaminants found in most bodies of saltwater.

Percentage-wise, product/brine is 80/20%

A watermaker is a machine that converts saltwater into freshwater. It works by taking in saltwater, filtering out the impurities and minerals, then using reverse osmosis to create clean drinking water. Watermakers are often used on boats or in areas with limited access to fresh water. Depending on the size of the unit and the type of technology used, a single watermaker can produce anywhere from 10 to over 2,000 gallons per day! This makes them an invaluable resource for those living off-grid or at sea.

A watermaker is an essential piece of equipment for any boat that plans to spend extended periods of time at sea, as it provides a reliable source of clean drinking water. But can a watermaker still be useful when docked in a marina or harbor? The answer is yes – while it may not be necessary to use the full power of a watermaker while docked, there are still some benefits to having one installed on your boat.

The short answer is yes, but not recommended.

A watermaker is an essential piece of equipment for any long-term cruising or offshore travelling. It produces fresh water from seawater, ensuring a constant supply of drinking and cooking water on board. However, operating a watermaker requires regular maintenance and replacement of consumables.

1. Pre-filters

Pre-filters are the first line of defence for your watermaker, protecting it from large particles and debris that can damage the system. It is recommended to replace the pre-filters every 3-6 months, depending on the water quality and usage.

2. High-pressure pump oil

The high-pressure pump is the heart of your watermaker, and it requires regular oil changes to maintain its performance and longevity. The oil should be changed every 100-200 hours of operation, or once a year, whichever comes first.

3. Membranes

Membranes are the most critical component of your watermaker, responsible for the actual process of filtering seawater into freshwater. The lifespan of membranes can vary widely depending on factors such as water quality and usage, but on average, they can last for 2-5 years. It is recommended to have a spare set of membranes on board to ensure uninterrupted water production in case of failure.

4. Miscellaneous consumables

Other consumables that you should have on board include O-rings, cleaning chemicals, and pressure gauges. O-rings are crucial to maintaining a watertight seal in the system, and they should be replaced every six months. Cleaning chemicals are used to remove scale and other deposits that can reduce membrane performance, and pressure gauges are used to monitor the system’s pressure and ensure optimal performance.

In conclusion, operating a watermaker requires regular maintenance, including the replacement of consumables. The basic watermaker consumables that you should have for a year of operation include pre-filters, high-pressure pump oil, membranes, and miscellaneous consumables. By keeping these consumables on board, you can ensure continuous, reliable water production and extend the life of your watermaker.

Watermakers are a popular choice among sailors and other water enthusiasts as it allows them to produce their freshwater while out at sea. However, like most equipment, these systems require maintenance to ensure they function efficiently and for a long time. Here’s what you need to know about watermaker maintenance:

1. Regular Use: Watermakers require regular use to keep them running smoothly. Leaving the system idle for an extended period can cause severe damage to the membranes.

2. Flush the System: Before and after use, it’s crucial to flush the system. Use fresh water or biocides to flush away any deposits that could accumulate within the system. It’s essential to keep the watermaker clean and free of unwanted build-up.

3. Replace Filters: Most watermakers have multiple filters installed, and replacing them regularly is vital. Filtration is the key to keeping the water produced by the system clean, so make sure the filters are well-maintained.

4. Check Valves: Besides the filters, it’s critical to check the valves in the system. Sticky valves can cause the system to malfunction, harming the watermaker.

5. Check Pumps: The pumps are an essential part of the watermaker, and ensuring they work correctly is crucial. Regularly checking the pumps and maintaining them can prevent any future malfunctions.

6. Inspect Membranes: Membranes are the critical components of the watermaker that filter the seawater to produce fresh water. Regular inspection can help detect any cracks or defects that could lead to a malfunction.

7. Keep the System Dry: Lastly, keeping the watermaker dry is vital. Moisture could get into the system and cause damage, so keep it dry and clean.

In conclusion, watermaker maintenance is essential to keep the system running smoothly and prevent significant damage. Maintaining the system regularly and ensuring the proper functioning of all the parts is essential. With proper maintenance, your watermaker can provide you and your crew with a safe and reliable fresh water supply while you’re at sea.

The remote operation of a watermaker is not only possible but also highly desirable in many situations. A watermaker is a device that transforms seawater into safe water, and it is often used on boats and yachts. The traditional way to operate a watermaker is to manually turn it on and off to generate the desired amount of water. However, with the advancement of technology, it is now possible to operate a watermaker remotely.

The remote operation of a watermaker is accomplished by integrating different devices, such as a monitoring system, a control panel, and a communication system. The monitoring system monitors the seawater quality, water pressure, and other parameters, while the control panel regulates the watermaker’s operation. The communication system enables the remote operator to access the watermaker’s data and control it remotely.

The benefits of remote operation are numerous. Firstly, it increases the convenience and efficiency of the watermaker’s use. The remote operator can turn on the watermaker and produce drinking water at any time, regardless of their location. This is particularly useful when sailing through remote areas with limited access to drinking water.

Secondly, a remote operation reduces the workload required to operate the watermaker. Instead of manually turning it on and off, the remote operator can program the watermaker to produce water at set times and intervals, thereby reducing the need for constant monitoring.

Thirdly, remote operation enables real-time monitoring of the watermaker’s performance. This means that the remote operator can detect any issues with the watermaker and take corrective action immediately, preventing any damage to the device and ensuring its longevity.

In conclusion, the remote operation of a watermaker is possible and highly beneficial. It increases efficiency, reduces workload, and enables real-time monitoring of the device’s performance. With the advancement of technology, remote operation of watermakers is becoming increasingly common and is likely to become the norm soon.

Short Answer is yes, R01 or R02

Watermakers have become an essential tool for boaters, providing access to fresh water while at sea. But after extended use, the membranes in these machines can become clogged with impurities and require cleaning to maintain peak performance.

The good news is that watermaker membranes can be cleaned using various methods in most cases. Before we dive into those methods, it is essential to understand how these membranes work and why cleaning is necessary.

Watermakers use reverse osmosis (RO) to convert seawater into potable water. Seawater is forced through ultra-fine membranes, which filter out impurities such as salt and other minerals. Over time, these membranes can become clogged with impurities, resulting in decreased efficiency and even system failure.

When cleaning watermaker membranes, there are several methods to consider. One option is chemical cleaning, which involves using specialized cleaning solutions designed to dissolve and remove impurities from the membrane. This method is effective but can be time-consuming and costly, as it may require you to purchase specialized cleaning products.

Another option is high-pressure cleaning, which uses a pressure washer to blast away impurities from the membrane. This method is quicker than chemical cleaning and can be done using equipment you might already have on board your vessel. However, it may be less effective in removing all impurities.

Lastly, there is the option of manual cleaning, which involves physically scrubbing the membrane with a soft-bristle brush or sponge. This method is most effective when combined with chemical or high-pressure cleaning and can be a cost-effective solution for smaller vessels.

Regardless of the method chosen, it is important to understand that regular cleaning of your watermaker membranes is crucial for proper maintenance and optimal performance. Neglecting to clean your membranes can lead to decreased efficiency, higher energy costs, and even system failure, so incorporate a regular cleaning schedule into your boat maintenance routine.

In conclusion, cleaning watermaker membranes is essential to maintaining a functioning watermaker. While the specific method chosen will depend on your vessel and individual circumstances, it is essential to make regular cleaning a priority to ensure your watermaker is operating at peak performance.

Watermakers are essential equipment for many boaters and sailors out at sea. These devices use reverse osmosis to turn saltwater into drinking water, using a series of membranes to filter out impurities such as salt and minerals.

To keep watermakers running smoothly and effectively, it is essential to maintain the membranes and clean them regularly. But how often should you clean your watermaker membranes?

The answer depends on various factors, including the quality of the seawater, the frequency of use, and the type of membrane in your watermaker. As a general rule, it is recommended that you clean your watermaker membranes at least once a year or every 500-700 hours of operation.

However, if you notice a decrease in performance or output or a buildup of sediment or other contaminants on the membranes, you may need to clean them more frequently. In some cases, it may be necessary to replace the membranes altogether.

To clean your watermaker membranes, you will need to follow the manufacturer’s instructions carefully. This may involve flushing the system with a cleaning solution, soaking the membranes in a cleaning solution, or even disassembling the membranes to scrub them clean.

It is important to note that cleaning your watermaker membranes is not a task to be taken lightly. Improper cleaning techniques or harsh chemicals can damage the membranes and reduce lifespan. For this reason, it is always best to consult with a professional technician or the manufacturer of your watermaker before attempting to clean the membranes yourself.

In addition to regular cleaning and maintenance, there are several other ways to extend the lifespan of your watermaker membranes. These include using a pre-filter to remove larger particles from the seawater before it enters the system, avoiding harsh chemicals or cleaning agents, and periodically checking for leaks or other issues that can cause damage to the membranes.

By following these tips and guidelines, you can help ensure that your watermaker remains in top condition and provides clean, safe drinking water for years to come.

So, how long do watermaker membranes last? The answer is, it depends. Several factors can influence the lifespan of a membrane, including the quality of the feed water, operating conditions, and maintenance practices.

The quality of the feed water has a significant impact on membrane life. High contaminants, including minerals, iron, and particles, will clog the membrane and reduce its effectiveness. Therefore, ensuring that the watermaker receives a consistent supply of clean seawater or freshwater is crucial.

Operating conditions like pressure, flow rate, and temperature can also affect membrane life. The high-pressure operation may cause physical damage, while the low-pressure operation may result in bacterial growth that can reduce membrane performance. Operating temperatures that exceed recommended levels may also degrade the membrane material, causing it to break down over time.

Regular maintenance and cleaning are essential to prolonging membrane life. Without proper maintenance, biofilm, bacteria or algae can colonize the membrane’s surface and form a barrier that limits water flow. Additionally, cleaning the system using appropriate chemicals and cleaning procedures will help prevent membrane fouling and displacement.

Typically watermaker membranes can last for several years, depending on usage and operating conditions. It is common to replace them every 3 to 5 years, but a membrane can last much longer with proper care. You should follow the manufacturer’s recommendations for maintenance and replacement schedules.

Watermakers are necessary devices on any boat or yacht, allowing them to produce fresh water using ocean water. Over time, the watermaker membranes in these devices can wear out and need to be replaced. This process may seem daunting initially, but with the proper tools and knowledge, it can be done quickly and easily.

The first step in changing the watermaker membranes is to shut off the power and water supply to the device. This is important to avoid any accidents and ensure that no water from the system enters the boat’s plumbing. It is also important to disconnect any hoses or fittings that are connected to the watermaker.

Once the watermaker is disconnected correctly, the next step is to remove the pressure vessel. This is the container that holds the watermaker membranes and allows them to filter the water. Depending on the type of watermaker, this may require using special tools or simply loosening some bolts. Once the pressure vessel has been removed, the old membranes can be carefully removed and disposed of properly.

After the old membranes have been removed, the new ones can be installed in the same way. It is important to make sure that they are properly aligned and inserted into the pressure vessel. Once the new membranes are in place, the pressure vessel can be reassembled and reconnected to the watermaker system.

Finally, it is important to flush the new membranes to remove any residue or particles that may have accumulated during the installation process. This can be done by running fresh water through the system for a few minutes. Once this is complete, the watermaker can be turned back on and tested to ensure that it is working properly.

In conclusion, changing watermaker membranes is a simple but essential process for any boat owner. By following these steps and paying attention to the details, you can ensure that your watermaker continues to produce clean and fresh water for years to come.

Watermaker membranes are crucial components of any desalination system. They are responsible for removing salt and impurities from seawater to produce fresh drinking water on board a boat or yacht. But what happens when these membranes fail or need replacement? Are there any other spare parts for watermaker membranes?

Fortunately, yes, there are several spare parts available for watermaker membranes. One of the main spare parts is the feed and brine seals. These seals protect the membrane from damage caused by high-pressure seawater. They are made from high-quality materials such as Viton, which is resistant to heat, acid, and chemicals. The feed and brine seals are designed to be replaced every two years to ensure the maximum efficiency and lifespan of the watermaker.

Another important spare part is the pressure vessel, which is the container that holds the membrane. Over time, the pressure vessel can become corrupted or damaged, which can affect the performance of the watermaker. Replacement pressure vessels are available in different sizes and materials, such as stainless steel, fiberglass, or carbon fiber. They are designed to handle high-pressure seawater and protect the membrane from damage.

In addition to feed and brine seals and pressure vessels, spare parts such as flow restrictors, check valves, and pressure gauges are essential for the proper functioning of a watermaker. Flow restrictors regulate seawater flow into the watermaker, while check valves prevent seawater from flowing back into the system. Pressure gauges indicate the pressure of the seawater inside the membrane, which helps to monitor the efficiency of the watermaker.

Just to let you know, not all spare parts are compatible with all watermaker models. So, consulting with the manufacturer or a certified technician is crucial to determine which spare parts work with your watermaker. Using the wrong spare parts can compromise the efficiency and lifespan of the watermaker.

In conclusion, several spare parts are available for watermaker membranes, including feed and brine seals, pressure vessels, flow restrictors, check valves, and pressure gauges. These spare parts are crucial for adequately functioning a watermaker and should be replaced periodically to ensure maximum efficiency and lifespan. It is essential to consult with the manufacturer or a certified technician to select the right spare parts for your watermaker.

With the brine seal against the flow

No

Watermakers are a vital component for any boat owner. They provide an unlimited supply of fresh water, which is essential for extended periods at sea. However, watermakers can malfunction without proper care and maintenance and cause major problems. One key question that often comes up is whether a watermaker needs a strainer. In short, the answer is yes, a watermaker needs a strainer.

A strainer is necessary for a watermaker because seawater is full of debris, such as sand, seaweed, and other particles. These particles can get caught in the watermaker pump, causing it to clog or even break down. A strainer will capture and trap these particles before they enter the watermaker, ensuring it runs smoothly.

The type of strainer needed for a watermaker depends on a few factors, such as the size and model of the watermaker, the seawater conditions, and the type of debris present. In general, a coarse strainer is used to capture larger particles, while a fine strainer is used for smaller particles like sand. A seawater strainer is designed to filter the water before it goes into the watermaker.

There are many types of strainers available on the market, including basket strainers, cartridge strainers, and disc strainers. Each has its own advantages and disadvantages. Basket strainers are easy to clean and maintain, while cartridge strainers have a longer lifespan. Disc strainers are compact and can work well in tight spaces.

Aside from capturing debris, a strainer also protects other components of the watermaker, such as the pressure pump, membranes, and valves. By preventing debris from entering these components, a strainer can prolong their lifespan and reduce the need for costly repairs or replacement.

In conclusion, a strainer is an essential component of a watermaker. It protects the watermaker from damage and ensures it functions smoothly by capturing and trapping debris before they enter the system. The type of strainer used will depend on the specific requirements of the watermaker and the seawater conditions. Boat owners should ensure they invest in a high-quality strainer and maintain it regularly to ensure their watermaker operates at peak performance.

Installing a watermaker can be a daunting task, but it doesn’t have to be. With the right tools and knowledge, you can install your own watermaker quickly and easily. The good news is that yes, it is possible for an individual to install their own watermaker in their home or boat. However, there are some important considerations that must be taken into account before starting the installation process.

Our watermakers are manufactured in Fort Lauderdale, FL/USA.

Yes, we offer international shipping. Our parts are also non-proprietary parts and are available in many places.

Yes, Just let us know and we can have your items ready for pickup.

Since 1984

Yes

200-100,000 GPD (gallons per day)

Yes, our reverse osmosis desalination watermakers technicians do travel.

Yes

Yes, we have most parts in stock.

.

We offer auto rinse, remote and timer options.

Our watermakers are modules and are customized to fit in most engine rooms.

Watermakers have revolutionized the way people obtain fresh water on boats and in remote areas. With a watermaker, individuals can produce their own fresh water by removing salt and other impurities from seawater. However, one common question among watermaker users is whether or not they need UV on their system.

UV, or ultraviolet, is a method for sterilizing water. It involves using UV light to kill bacteria and viruses present in the water. While UV is not required for a watermaker to function properly, it does offer several benefits that make it worth considering.

First and foremost, UV treatment provides an added layer of protection against bacteria and viruses that may be present in the feed water. While a properly maintained reverse osmosis membrane should remove most of these contaminants, UV can ensure that any remaining pathogens are eliminated.

UV treatment can also extend the life of the reverse osmosis membrane by preventing the growth of biofilm. Biofilm is a slimy substance that can form on surfaces and in pipes where water is present. If allowed to grow, it can clog the membrane and reduce its effectiveness. UV treatment can help prevent the growth of biofilm on the membrane surface, keeping it clean and functioning optimally.

Another benefit of UV treatment is that it can improve the taste and odor of the water. This is because UV can break down organic compounds that may be present in the water, which can contribute to unpleasant tastes and smells.

Overall, while UV treatment is not essential for a watermaker to operate, it does offer several benefits that make it a worthwhile investment for those who want to ensure the highest quality of water possible. It is important to note that UV bulbs must be replaced periodically to ensure that they are functioning properly, so it is important to factor this into the cost of installing and maintaining a UV system.

If you own a watermaker or are considering purchasing one, you may wonder whether keeping an operation log is necessary. The short answer is yes, keeping a log can be highly beneficial in maintaining your watermaker and ensuring that it operates at peak performance.

First and foremost, an operation log provides a record of your watermaker’s performance over time. By recording basic information such as the date, time, and duration of each use, as well as the quality and quantity of the produced water, you can identify trends and detect any changes in performance. For example, if you notice that the water production rate has decreased over time, you could review your log to identify any factors that may be causing this issue.

In addition to tracking performance, an operation log can also serve as a helpful troubleshooting tool. If you encounter any issues with your watermaker, you can consult your log to see if there are any patterns or commonalities that could be related to the problem. For instance, if you notice that the water production rate is consistently lower in the morning versus the afternoon, you may be able to identify that the issue is related to lower feed water temperatures during the morning.

Another advantage of keeping an operation log is that it can help you identify when maintenance or replacement of certain components is necessary. Most watermaker manufacturers provide guidelines for maintenance intervals, but these recommendations can vary depending on factors such as usage patterns, water quality, and environmental conditions. By tracking the number of hours of use and other key parameters in your log, you can more accurately determine when specific components might be due for service or replacement.

Finally, keeping an operation log can provide peace of mind and assurance that your watermaker is operating as it should be. By regularly reviewing the data in the log, you can ensure that your water quality is meeting your expectations, that your system is running reliably, and that any issues are quickly detected and addressed.

Overall, keeping an operation log for your watermaker is a simple yet effective way to maintain and optimize your system. By taking a few minutes to record basic information after each use, you can gain valuable insights into system performance, troubleshoot any issues that arise, and ensure that your watermaker is providing the quality water you need when you need it.

120V-380V, 12 AMP-40AMP, 60HZ-50HZ

The ideal pressure for watermakers varies depending on the type of membrane used in the system. For most reverse osmosis (RO) watermakers, the recommended operating pressure is between 800 and 1,200 psi (pounds per square inch). This pressure range ensures the optimum flow rate of seawater through the RO membrane, which in turn maximizes the production of fresh water.

However, it is essential to note that not all watermakers are the same, and some models may require different operating pressures. For instance, some low-pressure systems require only 70 to 150 psi, while others may require up to 2,000 psi. It is therefore essential to check the manufacturer’s recommendations for the specific model of watermaker installed on your boat or yacht.

Another critical consideration when determining the operating pressure of a watermaker is the feed water temperature. The ideal feed water temperature for most RO watermakers is around 25°C (77°F). If the water temperature is too low, the water’s viscosity increases, which can cause a drop in flow rate and increased pressure loss. On the other hand, if the feed water temperature is too high, it can damage the RO membrane, reducing the watermaker’s efficiency.

In conclusion, the correct operating pressure of a watermaker is an essential factor in ensuring it works efficiently and produces freshwater of the highest quality. Most RO watermakers operate within the 800 to 1,200 psi range, and it is crucial to check the manufacturer’s recommendations and adjust the operating pressure according to the feed water temperature. With the correct operating pressure, your watermaker will serve you faithfully for years to come, providing fresh water on demand, wherever your adventures take you.

Yes

No

Watermakers are essential for boaters, sailors, and anyone relying on seawater for freshwater needs. While watermakers offer unlimited low-cost and reliable freshwater, they can malfunction, and when this happens, the problem is usually related to the watermaker’s pump. Priming a watermaker pump is an essential process that facilitates optimal performance, ensuring the unit works efficiently.

Priming a watermaker pump is a straightforward process that requires minimal skill and expertise.

Short Answer: Remove the outlet hose.

One common issue boat owners encounter is a buckling fuse inside the watermaker’s electric control panel. Let’s take a closer look at the causes and possible solutions to this issue. A fuse, in its simplest form, is an electrical component that provides overcurrent protection. It is designed to melt and break the circuit when the current exceeds the threshold value, preventing further damage to the equipment. Inside the watermaker’s electric control panel, the fuse is a safety device, protecting the system’s electrical components from power surges or overloads. If the fuse inside the watermaker’s electric control panel keeps buckling or blowing, it could indicate a few potential problems. The first and most common cause is the high amount of electrical current passing through the circuit, exceeding the fuse’s amperage rating. This can be due to several factors, such as a faulty pump motor or corroded wiring. Another possibility is a short circuit, which happens when a live wire comes in contact with a neutral or ground wire or conductive surface. To solve the issue, the first step is to identify the root cause. This can be done by inspecting the entire watermaker system, from the pump down to the electric control panel, and checking for any signs of wear and tear or damage. If the problem is due to a faulty pump motor, it may need to be repaired or replaced. Corroded or damaged wiring and connections must be fixed or replaced to ensure proper electrical flow. Similarly, a short circuit can be identified and resolved by separating the wires and insulating any exposed areas. In summary, a buckling fuse inside the watermaker’s electric control panel is a warning sign of a potential problem with the system’s electrical components. It is crucial to find the root cause of the issue and address it accordingly to prevent further damage to the system. Boat owners can avoid such problems by performing regular checks and maintenance, ensuring that their watermaker system runs smoothly and consistently. By doing so, they can have access to clean drinking water while enjoying their time at sea.

For those unfamiliar with the term, “losing prime” refers to the process of losing the vacuum created within the watermaker’s system. This vacuum is necessary for the watermaker to operate, as it pulls in seawater and filters it to produce freshwater. Without it, the watermaker cannot function.

So, will the watermaker shut off if you lose prime? The short answer is yes. If you lose prime, the watermaker’s motor will stop running, and it will not produce any water. This can be frustrating for boat owners, especially if they are in the middle of a long trip and do not have easy access to freshwater.

There are a few reasons why a watermaker might lose prime. One common cause is a clogged pre-filter or intake screen. These filters can become clogged with debris, which prevents seawater from entering the system. Another cause could be air leaks in the system, which can disrupt the vacuum and prevent the watermaker from working correctly.

Thankfully, most modern watermakers are equipped with safety mechanisms to prevent damage if the system loses prime. These mechanisms include automatic shut-off switches that turn off the machine when it detects a loss of prime. This helps prevent the motor from overheating or becoming damaged and ensures that the watermaker is in good working condition when the problem is resolved.

In summary, losing prime can be a frustrating experience for boat owners using a watermaker. However, most modern machines are equipped with safety mechanisms that prevent damage and ensure the proper functioning of the equipment. In the event of a loss of prime, it is important to troubleshoot the issue and resolve it as quickly as possible to avoid any long-term problems with the watermaker. By doing so, you’ll have access clean drinking water while enjoying your time at sea.

Watermakers are an essential component of a boat’s water supply system. These machines are designed to produce fresh water from seawater, making life at sea much more comfortable and convenient. However, to ensure the safety and performance of the watermaker, it is crucial to install the correct filters. The primary purpose of a watermaker filter is to prevent any impurities or contaminants from entering the watermaker, and, therefore, contaminating the fresh water supply. Without proper filtration, viruses, bacteria, and other microorganisms can enter the system, damage the equipment, or contaminate the water. This can be a significant problem, especially in long-range boating situations where there is no way to obtain fresh water.

Three main types of filters are typically found in a watermaker system; pre-filters, carbon filters, and post-filters. Pre-filters are installed first in the filtration process and are designed to remove the larger particles found in seawater, such as sand, sediment and dust. These filters are commonly referred to as the ‘pre-treatment’ phase and they help protect the more expensive and sensitive filters located downstream. The second filter in a watermaker system is the carbon filter. The carbon filter is specifically designed to remove any impurities that might still be in the water after the pre-filtering process. These impurities could include small particles of dirt or other contaminants that may have gotten through the pre-filter stage. Carbon filters, in particular, help to improve the taste and odor of the water thus making it more palatable. The final filter is the post-filter. This filter is installed last in the filtration process, and it ensures that the water produced by the watermaker is free from any remaining particles, contaminants or debris. It is essential that a post-filter be installed, as it helps to ensure that the output water meets the safe drinking water standards.

Overall, a good filtration system is essential to any watermaker system. It is worth investing in a high-quality filtration system to ensure the longevity, purity and safety of the water on board. Investing in the appropriate filters and changing them at regular intervals will help to protect the boat’s water supply, ensuring that everyone on board can enjoy clean, fresh and safe water.

A watermaker carbon filter is an essential component of a watermaker system. The purpose of a watermaker system is to convert seawater into fresh potable water by removing salt and other impurities. However, seawater can contain a variety of contaminants aside from salt, including sediments, bacteria, and chemicals. The watermaker’s carbon filter is responsible for removing these non-salt contaminants from the seawater before it goes through the reverse osmosis membrane. Carbon is highly efficient in removing various types of pollutants from water. The carbon filter used in a watermaker system is typically made up of activated charcoal, which is highly porous and has a large surface area. This characteristic allows the carbon to physically trap and adsorb impurities from the water as it passes through the filter. Carbon filters are also effective in removing chlorine and chloramines, which may be present in water due to disinfection processes. These chemicals can cause damage to the reverse osmosis membrane, which is a critical component of the watermaker’s system. Thus, the carbon filter serves as a protective barrier, preventing contaminants from reaching the membrane. The importance of a watermaker’s carbon filter cannot be overstated. Without it, the reverse osmosis membrane can quickly become fouled, leading to reduced efficiency and potentially costly repairs. Moreover, the presence of contaminants in the water can impact the taste and odor of the water, which is crucial for its potability.

It is worth noting that the effectiveness of a carbon filter can be compromised by several factors, such as prolonged usage and accumulation of sediments. Thus, it is important to have the filter replaced regularly to ensure optimal performance. In conclusion, a watermaker carbon filter is a crucial component of a watermaker system. It effectively removes non-salt contaminants from seawater, protecting the reverse osmosis membrane and ensuring the potability of the water. It is recommended to have the filter regularly replaced to maintain peak performance.

When the pre-filter PSI drops.

The answer is yes; you should always rinse your watermaker after use. Although seawater may not seem harmful, it contains many minerals and contaminants that can harm your system if left unattended. The buildup of minerals and other sediments can cause blockages and damage to the internal components of your watermaker. Minerals such as salinity, iron, and sulfur can build up and form a layer of scale on the membrane and other surfaces, reducing the system’s efficiency and potentially causing costly repairs.

Rinsing your watermaker after use is a simple yet effective way to prevent these issues. Simply flushing the system with fresh water will help remove any residual salt and sediment deposits, keeping your watermaker in top condition for a longer period of time. You should thoroughly rinse your watermaker after each use and as often as possible during prolonged storage or inactivity. It is worth noting that the sediment buildup and other mineral deposits can also affect the quality and taste of the water you produce. Suppose you notice changes or irregularities in the water. In that case, it is essential to perform a thorough rinse and invest in a water analysis kit to monitor the quality of your water.

In summary, rinsing your watermaker is a critical step to maintaining the quality and efficiency of your system. Failure to do so can cause damage to your watermaker, reduce the lifespan of the system, and compromise the quality of the water produced. By taking the time to rinse your watermaker after each use, you can help ensure a hassle-free boating experience and have access to high-quality freshwater whenever and wherever you need it.

Weekly

Yes

Filter issue.

The more frequent you change the oil the better, but minimally after every 250-300 hours of use.

Having access to fresh water can be a challenge if you are on a boat or in any remote location. This is where watermakers come in handy. These devices convert seawater or brackish water into potable water by removing dissolved salts and other contaminants.

However, if you are using a watermaker for the first time or are unsure whether it is working properly, you may wonder how to tell if it is functioning correctly. Here are some ways to know if your watermaker is working or not:

1. Water flow: When the watermaker is turned on, a steady stream of water should flow from the discharge hose. If the water flow appears sluggish or slows down, it may indicate a clogged filter or membrane. Low water pressure can also indicate a malfunctioning pump or a damaged membrane.

2. Salinity: The salinity level of the produced water is a crucial indicator of the watermaker’s performance. If the watermaker functions at optimum levels, the resulting drinking water should have a low salt content, usually around 250 parts per million (ppm) or less. Use a handheld salinity meter to check the water’s salt levels. You can also taste the water to see if it has a salty flavor or not.

3. Water quality: The quality of the water produced by the watermaker is also a good indicator of how well it works. High-quality water should be clear, odorless, and tasteless. If the water looks cloudy, has a strange odor, or has an unusual taste, it could indicate that the watermaker’s filters or membranes must be replaced.

4. Power source: The watermaker needs a reliable power source to function correctly. Check that the batteries or generator are supplying sufficient power to the device. A malfunctioning power source may lead to the watermaker not functioning correctly.

5. Maintenance logs: Keeping track of maintenance logs is crucial for long-term watermaker performance. Record data on filter and membrane changes, flushes, and cleaning procedures. This can help you identify trends or issues before they become significant problems.

It is essential to take care of your watermaker and ensure it continues to function correctly. Knowing how to identify problems and regularly maintain the device will help ensure you have a stable supply of fresh, potable water that meets your needs.