HCCL High-power Sodium Hypochlorite Generator
Product Model
Equipment Model Active chlorine production (g/h) Input voltage DC consumption (KW) Overall dimension L*B*H (mm)
HCCL - 50 50 220VAC 50Hz 0.3 850*1450*1366
HCCL - 100 100 220VAC 50Hz 0.6 850*1450*1366
HCCL - 200 200 220VAC 50Hz 1.2 850*1450*1366
HCCL - 300 300 220VAC 50Hz 1.8 850*1450*1366
HCCL - 500 500 220VAC 50Hz 3.0 850*1150*1366
Technical Features and Advantages
1. Anti-corrosive aluminium profile framework design or PVC structural design aesthetic degree higher;
2. Small equipment occupied area: 850 * 2000mm;
3. Water volume to be treated: 1000-10000 m3/day;
4. Power supply voltage: 220VAC;
5. PLC automatic control, matching HMI interface, achieving the equipment automatic operation, automatic pickling, simple operation;
6. Supporting internet of Things, mobile APP monitoring function.
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.
How do we transform salt into NaClO disinfectant?
1. Softened water equipment
2. Efficient salting machine
3. Salt tank
4. Salt Dissolving Pump
5. Soft water tank
6. Dilute brine conveying device
7. PLC control cabinet
8. Pickling device
9. Sodium hypochlorite generator
10. Hydrogen detector
11. Hydrogen exhaust fan
12. Sodium hypochlorite storage tank
13. Sodium hypochlorite dosing system
14. Residual chlorine detector
Customer's Real Case
Sanitation Permit
Wading/disinfection Inspection Report
Hospital Sewage Filing
Utility Model Patents
Software Copyright
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