The hose reel keeps the garden hose tightly wound up and secure in its position. This reduces the chance of it becoming caught in knots, and is quick to reach when needed. These devices are available in many sizes and configurations including some that come with beneficial features for enhanced efficiency. Also, you should consider the type of hose that you intend to use, as certain hoses are more suitable for certain water flow or pressures.
There are a variety of plastic hose storage hose rewinders available, including manual and automatic models. Manual hose reels are usually driven by a manual crank. The automatic hose reels feature an internal motor which retracts the hose automatically when required. Metals are the most durable and robust to weather conditions for both types.
To prepare a brand new hose to be used on a reel, you must first disconnect it from all head attachments, then unpack the hose, then expand it slightly so that it’s easy to fit onto the reel. Make sure you thread the hose through the opening on the reel and then connect the female end of the hose to the fitting for coupling by twisting it strongly.
Before using the hose take care to wind it up the reel until the cylinder fills approximately halfway, leaving about 2 feet of excess hose. To prevent kinks from occurring, make sure to form large and even coils while rolling. For the best results, coil your pipe in a figure-8 design, shifting the direction of your coils each time you shift direction to prevent unevenness.
Hose reels come in many sizes and designs. They can be equipped with an easy to use rewinding system. There are models that come with nozzle holders built into them, making them suitable for outdoor activities such as cleaning cars or gardening. Certain models can be mounted to the wall or freestanding or freestanding, while others are smaller and mobile for storage in tight space.
Some hose reels have been designed specifically for specific purposes for cleaning or firefighting. Whatever your application, choose one made from high-end weather-proof, weather-resistant materials so that it will hold up for the long haul and resist damage from chemical corrosive substances.
Our Security & Alarm specialist gives some pointers on Enterprise Safety and security: Helping keep your premises safe is one of the most significant worries of all organization operators. Break-in is one of the most typical criminal offenses to influence an organization and the impact can be far reaching. Get in touch with -
Here’s precisely how you can update your Business Security to keep things safe this year.
Examine your locks
This might seem like an apparent point, but you ‘d be shocked just how many people forget even the most basic of safety and security steps. Locks are one of the most basic safety measures, they should never be forgotten. Make sure that all locks on your premises work thoroughly.
Keep an eye on your lights
Ingenious use of lighting is another great way to deter possible robbers. Consider investing in safety and security lights to accompany you new alarm system or set your lights on random timers to give the impression that workers are working late.
Carry out frequent checks
Even the best devices in the world is no use if it does not function properly. Modern technology is not foolproof, so it’s important that you check your safety and security devices frequently to make sure everything is in working order. Talk to us about this -
Alarms
Warning devices can act as a strong deterrent to prospective criminals as they don’t want to be caught out activating an alarm system. For this reason, investing in an up-to-date alarm system is one of the crucial steps to boosting your safety and security.
Refresh your CCTV
CCTV has come a long way from where it initially started. No longer are pictures grainy and unclear, cameras will give you a crystal-clear sight of your organization facilities, making sure that any intruders are easily identifiable. If you haven’t done so in a while, updating your CCTV systems are one of the key things to do to ensure your organizations’ safety and security.
Employ access control
Access control systems give you complete control over who can and can’t enter your property. While keys can be duplicated, and locks can break, access control is much more modern approach to make sure your company Building is totally safe and secure.
Obtain suggestions from the service providers
If you’re not sure about the best security options for your business, why not get in touch with an expert? At - we know a thing or two about alarm systems and CCTV, and we’re always happy to advise on Enterprise Security so you can take the best course of action.
Did you know,according to the United States Geological Survey,nearly 270 million people rely on a public water supply annually? This statistic vividly portrays that over 85% of the US population leans on public,city,or municipal water suppliers to deliver pristine water for residential and Commercial purposes.
For those tapping into public sources,comprehending the intricacies behind the journey of clean water to your faucet is indispensable.
Water treatment facilities meticulously adhere to water quality standards outlined in the EPA’s Safe Drinking Water Act. However,each facility tailors its methods to meet these standards,adapting to the unique characteristics of its water sources. Consider this: a facility dealing with sediment-rich water employs a distinct process compared to one combating an influx of microorganisms.
Let’s dive into water facilities’ standard treatment processes that ensure safe and clean public water Delivery.
Choice of Water Source
The selection of a public water source is a multifaceted decision. It hinges upon factors such as proximity to the populace,volume availability,quality assessment,and the encompassing environmental and geological milieu. Diverse options,including lakes,rivers,springs,and groundwater reservoirs,serve as potential and viable public water supply sources.
Following the discernment of an appropriate water source,the water treatment facility initiates the next phase by channeling the selected water through a designed pipe network system.
Screening Away the Debris
Screening is the initial phase as the water flows into the water treatment facility. This critical step serves as a frontline defense for debris removal. It safeguards the machinery from potential clogging. Dead leaves,branches,and assorted waste materials are meticulously filtered out,ensuring that only particle-laden water proceeds through treatment.
Binding of Particles with Coagulation
Particles in the water are comprised of dirt,oils,and assorted dissolved contaminants. They pose a challenge for mechanical removal due to their composition.
These particles typically bear a negative charge. To address this,water treatment facilities introduce coagulants characterized by a positive charge. These specialized water treatment chemicals effectively intertwine with the particles,creating larger aggregates.
Among the commonly employed coagulant agents are aluminum sulfate,sodium aluminate,ferric chloride,and ferric sulfate,each playing a pivotal role in particle aggregation.
Throughout this process,the water undergoes high-energy mixing to ensure the optimal distribution of the coagulants,maximizing their efficacy in binding with the particles.
Forming of Flocs with Flocculation
Following the initial stage of coagulation,where larger particles emerge,the flocculation process takes center stage. This pivotal phase further enlarges the particles into cohesive clusters known as flocs. Gentle mixing encourages these particles to unite and form larger,aggregated flocs.
Upon the formation of flocs,water treatment facilities introduce polymers,enhancing the aggregation of these flocs and fostering an efficient amalgamation process.
Separate Solids with Sedimentation
During the sedimentation process,water enters designated settling tanks for quiescence. Within this phase,the combined floc masses bind post-flocculation,gaining weight and density.
As a consequence,suspended solids,now denser,gravitate toward the tank’s base,forming a distinct sludge layer. This separation effectively delineates the solid components from the treated water,marking a pivotal stage in the purification process.
Further Removal of Particles with Filtration
Following sedimentation,the water undergoes a critical phase: filtration. This pivotal stage aims to capture residual particles lingering within the water. Employing diverse filter layers composed of materials with varied pore sizes,the filtration process meticulously sieves the water.
Conventional filter media like sand,gravel,and charcoal play integral roles by trapping dirt,sediments,and other debris. Additionally,advanced filtration methods diversify the purification approach. Ultrafiltration screens,equipped with micropores,selectively allow water and minute molecules to pass. Meanwhile,in reverse osmosis,pressure drives water through a semipermeable membrane,effectively treating used water or saline solutions in particle removal.
Disinfection to Kill Microorganisms
The conclusive water treatment phase is disinfection,meticulously designed to eradicate lingering disease-causing bacteria for water safety.
Among the prevalent disinfection methods,chlorination is the most commonly employed technique. Introducing chlorine to the water effectively neutralizes microorganisms,contributing to their elimination. Moreover,residual chlorine is a protective shield,eradicating germs within the pipeline network and assuring sustained water safety from the treatment facility to your residence.
In addition to chemical disinfection,physical methods play a vital role in water treatment. Utilizing ultraviolet light (UV),electronic radiation,gamma rays,and heat disrupts the cellular activity of microorganisms,contributing further to purification.
Welcome to an insightful guide for optimizing your EcoWater treatment system. Maintaining your system is not only about ensuring clean and soft water but also about understanding the essential care needed to keep it running smoothly. Let’s embark on this journey to elevate your understanding of EcoWater system maintenance.
How the Ecowater System’s Water Softener Works
The EcoWater treatment system’s water softener uses a resin charged with negative ions. The positive ions of the sodium solution activate the resin. When the resin is activated, it softens hard water by filtering out high minerals and other impurities. The resin must “regenerate” or be cleaned and recharged with sodium solution. The EcoWater treatment system performs proportional regeneration at least once or twice a week in the early morning hours, depending on the user’s water usage pattern.
Salt Maintenance for Your EcoWater System
Ensuring the proper salt level in your EcoWater system is crucial for its performance. The automated regeneration cycle handles most maintenance tasks, leaving users primarily responsible for maintaining the salt level in the tank. Maintaining the salt level at around half full is advised, ensuring it stays approximately Three inches above the water level or at Level 5. Overfilling the salt tank should be avoided to prevent complications such as salt bridging and salt mushing.
What is the Best Salt for EcoWater Systems?
When choosing salt for your EcoWater water softener, consider pellet or nugget-shaped varieties, which come in several types:
Evaporated Pellets: Considered the purest option, evaporated pellets are less prone to causing salt bridging or mushing. However, they tend to be the most expensive.
Solar Pellets: These pellets dissolve more efficiently than rock salt pellets but may not be as effective in areas with very high water hardness.
Rock Salt Pellets: Among the most economical options, rock salt pellets can pose maintenance challenges due to their higher calcium sulfate content.
Potassium Chloride Pellets: Potassium chloride pellets can substitute for salt for individuals monitoring sodium intake. However, they may not always be readily available through EcoWater distributors and tend to be the priciest option. Increasing the dosage of water softeners by 10% is recommended to ensure proper resin regeneration.
Salt Bridges
Salt bridges are the hard crusts that form in the salt tank, away from the water. These crusts cannot recharge the resin. These crystalline formations occur due to factors like high humidity, sudden temperature shifts, or using an incompatible salt type.
To dissolve the salt bridges back into the water, carefully insert a long object, such as a broom handle, into the salt tank and break apart the crusts. Mix the salt back into the water.
Salt Mushing
When salt clumps on the bottom of the salt tank, it can turn into a thick layer that does not regenerate the resin effectively and causes blockage. Salt mushing is often caused by using low-quality water softener salt, or the water hardness is too high for the type of salt used.
To remedy this, drain the salt tank of water. Remove the salt mush and replace it with fast-dissolving high-quality salt pellets.
There is a temporary solution if high-quality, fast-dissolving salt is not immediately available. Take out the salt mush, dissolve it in hot water, and return it to the tank. Do this until you can buy better-quality and higher-softening salt.
Maintaining the Venturi Valve
The Venturi and nozzle system suctions the salt water from the salt tank into the resin tank for regeneration. The Venturi valve is prone to sediments, impurities, and salt-mushing blockages. It will need to be cleaned every six months. Here is a guide on how to clean your Venturi valve.
I Am Still Getting Hard or Impure Water. What Should I Do?
There are two possibilities if you are still getting hard water or water with impurities:
You are getting said water during the EcoWater System’s regeneration time.
Regeneration time signifies a phase when the water circumvents the system. This process occurs during the early morning hours. It lasts about an hour. However, if the regeneration schedule is faulty, it can result in receiving untreated water during that hour. It can risk water heaters to have mineral buildup inside them.
To rectify this issue:
Ensure the water system’s clock maintains accuracy.
Verify if the regeneration schedule aligns correctly (consult the manual or contact an EcoWater dealer for guidance).
If the time and schedule seem correct, yet intermittent untreated water persists, seek assistance from your EcoWater dealer to resolve the issue promptly.
Deep Cleaning the EcoWater Tank
The softener system maintenance consists of deep cleaning every 5-10 years. The older it gets, the shorter the years before it must be deep-cleaned again.
Drain the salt tank into a sewage drain and avoid throwing the salt water on the soil.
Remove the grid plate and wash the interior of the tank.
Soak the inside with bleach for 15 minutes before rinsing it.
Refill the tank with water and salt.
Questions? We’re Here to Help
Navigating the maintenance and care of your EcoWater treatment system is vital to ensuring its lasting efficiency and performance. Whether it’s understanding salt maintenance, troubleshooting regeneration issues, or planning system deep cleaning, our team, as an EcoWater Systems distributor, is here to assist you every step of the way. Learn more with the link below.
