The term "drinking system" refers to a fairly wide range of devices. It can be special filtering systems for the home or drinking systems for people who engage in various sports.
Stationary drinking system "New E220 water"
This model is a water filter, which will have to pay 2500 rubles. Its installation is carried out using a ball valve or tee, which are included in the delivery. The system is connected to the cold water main, which is most often carried out under a kitchen sink. The purified water flows up through the installed faucet. In these filters, water is taken from the water supply, passes through a chain of filter cartridges, and then fed through a special tap. This drinking system is intended for the comprehensive purification of tap water from mechanical impurities such as rust, sand and silt.
Extra features
Water after filtration will be freed from inorganic as well as organic substances, heavy metals, chlorine impurities, which will depend on the modification of filter cartridges. The latter are used sequentially, so they can have different purposes and degree of purification. The stationary drinking water supply system has filters and is able to provide excellent cleaning performance, it has a low cost and a huge resource. If we compare its cost with the prices of bottled water, then we can note that the price of water from such a drinking system will be 20 times lower. Among other things, its quality is often much higher.
The main characteristics of the drinking system of the brand new water E220
The drinking system described above has many advantages, among them:
- fixed connection;
- multi-stage cleaning;
- separate tap for clean water;
- low cost of water at the exit.
This installation is made in Russia, therefore, for domestic consumers, its cost is several times lower than similar devices manufactured abroad. The performance of this equipment is quite large, in one minute you can get 2 liters of water. The pressure can vary from 0.14 to 0.8 MPa, this is equivalent to a limit of 1.4 to 8 kgf / cm 2 . During the installation process, you will need to use plastic stationary pipes and fittings.
Key Features of Backpack Drinking Systems
The drinking system can be represented by equipment that is intended for use in tandem with a backpack. These devices are convenient, productive and efficient. The athlete does not need to stop or slow down to get a bottle, if you need to use the system, you can drink water from the tube. However, it is important to think about how to choose such a drinking system, because one can be an excellent solution for a certain group of athletes, and the other will be completely inappropriate. In this case, it is necessary to take into account the activity, which will affect the volume of the drinking system. For example, for climbers or backpackers suitable tanks up to 3 liters, which are represented by tourist drinking systems.
If we are talking about backpackers in good physical shape, cyclists or runners, then such a system will be strengthened by the belt, and its volume can be equal to one liter. Unprofessional cyclists usually use 1 liter tanks, they occupy a small space, but cyclists can purchase a small or medium system in which a sufficiently large tank with a volume of 2 to 3 liters is installed.
If you are interested in a drinking system for a backpack, then you must consider how many fluid ounces you will need during sports training. If the tank volume is equal to the limit of 1 to 1.5 liters, then you can use 34-50 fluid ounces. This choice will be a good solution for children, as well as people who travel around the city for short distances. Tanks of such a volume are also suitable for lay cyclists who aim to reduce weight.
Solution for most
The most common tank size is a two-liter volume, which allows you to get 68 fluid ounces. This is the optimal balance of volume and weight. This amount of water will be enough for most cyclists. If you do not want to stop during sports walks or cycling to replenish the system, it is best to choose a three-liter tank, in which 102 fl oz.
Overview of drinking systems for a backpack
If you are interested in a drinking water system for a backpack, then you can pay attention to Cyclotech, which costs 700 rubles. This soft system has a flexible hose and valve, the last of which is leakproof. The equipment has a passive valve. The outer cap completely eliminates the possibility of dirt and dust entering during movement. This system will be convenient to use, since it is combined with a backpack, and the tank has an optimal volume of 2 liters.
As another option, consider the FFW MOLLE 70OZ Hydrator, which is a real survival kit. This item is made in the United States and has a camouflage case. Inside is a plastic container that holds about 2.1 liters of water. For ease of use, the manufacturer provided for an elastic cap, which allows, if necessary, to connect the hydrator tube to a standard plastic flask. It is noteworthy that this drinking system can be used even in conjunction with a gas mask.
Another drinking system for running is HYDRAMAX 120OZ, which costs 1800 rubles. and has a camouflage case. The system is supplemented by a pocket with a zipper. The internal container can hold up to 3.55 liters of water. The system can be worn on the shoulder straps behind your back, like a backpack.
Characteristics of central drinking water systems
Such systems should ensure the receipt of water from natural sources, its further purification and supply to places of consumption. To accomplish these tasks, special structures are used that include water intake components, water intake structures, water treatment facilities , water conduits and water supply networks, as well as towers and reservoirs. Domestic drinking water supply systems may vary depending on natural conditions and the nature of water consumption.
The source of water supply, its capacity, nature, water quality and distance to the water supply facility have a huge impact on the water supply scheme. By the method of water supply, such systems can be gravitational, pumping or zone. In the first case, water flows by gravity, in the second, water is supplied mechanically, and in the latter case it can flow by gravity to some sections and, with the help of pumps, to others.
Centralized drinking water supply systems can differ in the nature of the sources used, for example, water can be obtained from lakes and rivers, artesian wells and springs, as well as produced by a mixed type. If we are talking about cities and populated areas, then such systems have a combined type, they are combined in the farm into fire water pipes. Of these, water also flows to industrial enterprises if the latter consume a small amount of water.
Conclusion
The use of a combined drinking system is justified in cases where the water supply network has a small number of branches, in which case water is supplied only to large water consumers.