HCCL series sodium hypochlorite generator shall get the dissolved salt, weak brine conﬁgured, transported, electrolyzed , and integrated into sodium hypochlorite generator, with the Hechuang single-chip MCU controller of independent design and development for controling completely automatic operation, it is only necessary to add salt regularly, achieving unattended operation.
1. Integrated structure design, compact body and small footprint 2. All process pipes and electric control cables are integrated in the casing. On-site installation only needs to connect one wire and three pipes, which is quick and convenient. 3. Special anti-fouling design, strong and durable 4. The core components are made of high quality brands , and the performance is stable 5. All water shortage protection and temperature protection measures are complete,to ensure the normal operation of equipment 6. The operation is simple and easy, and the requirements for the operator are low. 7. Imported electrode, high electrolysis eﬃciency and long service life 8. Automatically control the start and stop of drug production and reduce the labor intensity.
Sodium Hypochlorite Generator’s Electrolyzer
1. Electrolyzer’s anode selects pure titanium Ta1 as the base material+DSA special technical coating, (using ruthenium , iridium and other precious metal oxide for implementing 21 layer of repeated coating) to guarantee the chlorine-evolution eﬀect, and improve the equipment eﬃciency.
2. Electrolyzer’s cathode selects pure titanium Ta1 materials for manufacture.
3. One electrolyzer is set up with multiple electrolysis units, with simple composition, reducing the inter-electrode connecting bus, saving contacting power consumption.
4. Circular transparent visible electrolyzer design, electrode operating state is clear at a glance.
5. Experiment on electrode enhanced life has reached above 250 hours (GB/T 12176 requires to be greater than 20 hours) to guarantee the service life of anode coating reaches a length of over ﬁve years.
6. Electrolyzer adopts vertical titanium electrode assembly, its electrode structure design can rapidly and eﬀectively remove the hydrogen in each electrolyzer, to prevent bubble enlargement in the hydrogen production process, reduce the hydrogen attachment on the electrode surface which increases resistivity, and causes solution concentration ﬂuctuation.
7. To guarantee the safe hydrogen discharge, each electrolyzer is an independent hydrogen discharge.