Due to the lower power consumption and fewer plates this machine is considered one of enagic s starter models.
Kangen water system leveluk jr ii.
Kangen leveluk jrii by enagic.
Municipally supplied drinking water.
4 7 out of 5 stars.
Enagic s leveluk jr ii a big disappointment.
1 2 1 9 strong acidic water.
Dynamic range in 50 kpa 450 kpa.
High performance water ionizer with four electrode plates converts tap water to five different water types at the push of a button large lcd display built in electrolysis enhancer tank.
Enagic has released a new smaller edition of its leveluk series water ionizers and our disappointment couldn t be greater.
Introducing the new leveluk jriv.
0 3 0 7 with 60 kpa ease of use.
The jr ii s electrolysis chamber comprises 3 solid platinum coated titanium plates compared to the sd 501 s 7 plates.
The jr iv s electrolysis chamber comprises 4 solid platinum coated titanium plates compared to the sd 501 s 7 plates and the k8 s 8 plates.
1 7 2 5 acidic water.
The leveluk jr iv is capable of producing the same 5 different types of water as the other models in the leveluk series.
The jr ii has three solid electrode plates which reduces the energy consumption.
The importance of water quality.
Enagic states that due to a weak power supply and a mere three plates their new machine is not robust it is intended only for singles or couples.
Leveluk sd 501 platinum.
What is alkaline water.
The junior model the jrii has three solid electrode plates which reduces the energy consumption.
Fully automatic very simple to operate.
The leveluk jr ii is capable of producing the same 5 different types of water as the other models in the leveluk series.
Compared to the sd 501 the jr ii has a slower flow rate and the alkaline water produced by it has a somewhat weaker oxidation reduction potential orp.
If you re looking for an enagic machine that generates all 5 types of water this model is a good entry level choice and you can upgrade to the flagship sd501 model in the future.
Compared to the sd 501 and k8 the jr iv needs a slower flow rate to produce some therapeutic benefits of hydrogen.