The genius lies
in the details
During the manufacture of the ECAIA ionizer , attention was paid to quality, functionality, and durability. The entire production facility operates in accordance with GMP standards. These standards guarantee the utmost care and quality during production.
The rotary valve (mechanical & ceramic)
The sturdy ceramic rotary valve, encased in a high-quality plastic housing, makes it easy to switch the ECAIA ionizer on and off. It also allows for precise regulation and optimization of the flow rate, which is shown on the LCD display. However, the mechanical valve offers another significant advantage: the device filters water even without electricity. This is a key reason whySANUSLIFE INTERNATIONAL deliberately chose not to use an electric valve. As the name suggests, an electric valve only works with electricity. In the event of a power failure, no water flows. This means that the device cannot be used during a power failure. In addition, electric valves quickly become calcified. In addition to the mechanical solution, the material of the valve also offers an advantage. Ceramic is robust and extremely durable. This is further proof that nothing was left to chance during production.
The rotary valve (mechanical & ceramic)
The sturdy ceramic rotary valve, encased in a high-quality plastic housing, makes it easy to switch the ECAIA ionizer on and off. It also allows for precise regulation and optimization of the flow rate, which is shown on the LCD display. However, the mechanical valve offers another significant advantage: the device filters water even without electricity. This is a key reason whySANUSLIFE INTERNATIONAL deliberately chose not to use an electric valve. As the name suggests, an electric valve only works with electricity. In the event of a power failure, no water flows. This means that the device cannot be used during a power failure. In addition, electric valves quickly become calcified. In addition to the mechanical solution, the material of the valve also offers an advantage. Ceramic is robust and extremely durable. This is further proof that nothing was left to chance during production.
Stepless manual flow control
A mechanical, continuously variable flow control system, which is also shown on the LCD display – "low-standard-high" – allows the flow rate of the water to be adjusted. If, for example, the water pressure is too high, it can be quickly regulated using the mechanical rotary switch. The flow rate is also decisive for the ionization performance and influences the pH value of the ionized water. If the pH value is too low, this may be due to the water flowing too quickly. The "Low"/"High" setting intensifies/accelerates the ionization process, which usually leads to an increase/decrease in the pH value. The flow rate display on the LCD screen allows for optimal settings and a constant pH value.
Stepless manual flow control
A mechanical, continuously variable flow control system, which is also shown on the LCD display – "low-standard-high" – allows the flow rate of the water to be adjusted. If, for example, the water pressure is too high, it can be quickly regulated using the mechanical rotary switch. The flow rate is also decisive for the ionization performance and influences the pH value of the ionized water. If the pH value is too low, this may be due to the water flowing too quickly. The "Low"/"High" setting intensifies/accelerates the ionization process, which usually leads to an increase/decrease in the pH value. The flow rate display on the LCD screen allows for optimal settings and a constant pH value.
Self-cleaning system
An automatic descaling and cleaning system inside the device, combined with the new mechanical polarity reversal flow technology, optimizes the performance of the electrolysis chamber. However, this device does not replace manual descaling, which must be carried out depending on the hardness of the drinking water (input water).
Self-cleaning system
An automatic descaling and cleaning system inside the device, combined with the new mechanical polarity reversal flow technology, optimizes the performance of the electrolysis chamber. However, this device does not replace manual descaling, which must be carried out depending on the hardness of the drinking water (input water).
Drainage control for acidic water
The amount of acidic water can be regulated mechanically using a flow regulator on the outlet elbow. This in turn influences the pH value. It also helps to save water. Normally, the ratio of acidic to alkaline water is 40/60, but depending on the water properties, it can be adjusted between 20/80 and 50/50.
Drainage control for acidic water
The amount of acidic water can be regulated mechanically using a flow regulator on the outlet elbow. This in turn influences the pH value. It also helps to save water. Normally, the ratio of acidic to alkaline water is 40/60, but depending on the water properties, it can be adjusted between 20/80 and 50/50.
Patented self-diagnostic system
Specially integrated software ensures that the ECAIA ionizer adapts universally to the respective drinking water. This technology is part of the manufacturer's patented "PWM control method" and enables correct and automatic adjustment of the pH value, regardless of the current flow. The method guarantees optimal and standardized ionization performance around the clock. In addition, there are over 20 other individual setting options for manually determining the pH value (depending on the source water).
Patented self-diagnostic system
Specially integrated software ensures that the ECAIA ionizer adapts universally to the respective drinking water. This technology is part of the manufacturer's patented "PWM control method" and enables correct and automatic adjustment of the pH value, regardless of the current flow. The method guarantees optimal and standardized ionization performance around the clock. In addition, there are over 20 other individual setting options for manually determining the pH value (depending on the source water).
Efficient electronics with low power use
Transformer technology is used to convert alternating current into direct current. This has a better effect on the treated water than is the case with SMPS power supplies. Thanks to the use of this tried-and-tested electrical engineering, the ECAIA ionizer is very durable and less susceptible to electronic interference. Optimal performance is guaranteed by the power supply, the electrodes, and their arrangement in relation to each other. The electrodes in the ECAIA ionizer have been positioned in such a way that they achieve peak values despite the low amount of current.
Efficient electronics with low power use
Transformer technology is used to convert alternating current into direct current. This has a better effect on the treated water than is the case with SMPS power supplies. Thanks to the use of this tried-and-tested electrical engineering, the ECAIA ionizer is very durable and less susceptible to electronic interference. Optimal performance is guaranteed by the power supply, the electrodes, and their arrangement in relation to each other. The electrodes in the ECAIA ionizer have been positioned in such a way that they achieve peak values despite the low amount of current.
Maximum flexibility in fixed installation
Permanent installation does not always have to be inflexible. The ECAIA ionizer that it does not compromise on flexibility and convenience despite being permanently connected. The ECAIA ionizer can be placed ECAIA ionizer the countertop next to the sink or mounted on the wall behind the sink to save space. The filters are installed on the side, allowing for easy replacement. Variable connections allow the ECAIA ionizer to be connected ECAIA ionizer to the faucet or to the angle valve under the sink.
The ECAIA ionizer can also be positioned under the sink and operated using the ECAIA ionizer faucet. In this case, only the elegant 2-way faucet is visible, which can be used to tap alkaline and acidic water. The ECAIA ionizer faucet is available as an option in the shop.
Maximum flexibility in fixed installation
Permanent installation does not always have to be inflexible. The ECAIA ionizer that it does not compromise on flexibility and convenience despite being permanently connected. The ECAIA ionizer can be placed ECAIA ionizer the countertop next to the sink or mounted on the wall behind the sink to save space. The filters are installed on the side, allowing for easy replacement. Variable connections allow the ECAIA ionizer to be connected ECAIA ionizer to the faucet or to the angle valve under the sink.
The ECAIA ionizer can also be positioned under the sink and operated using the ECAIA ionizer faucet. In this case, only the elegant 2-way faucet is visible, which can be used to tap alkaline and acidic water. The ECAIA ionizer faucet is available as an option in the shop.
Here you will find filter analyses that were carried out in addition to the extensive H.A.C.C.P. certification of the ECAIA ionizer .