Operating sequence
Five steps during a wash cycle
- Water demand starts the system. When the washer opens its inlet valve, incoming cold-water flow activates the unit automatically.
- Incoming air passes through the desiccant dryer. The replaceable cartridge removes moisture from the air before it reaches the oxidation module; this is not an automatic dehumidification feature.
- The oxidation module produces ozone on demand. The module operates only while the unit detects the required water flow.
- Venturi injectors and the static mixer combine gas and water. The viewing window lets you check for bubbles and the normal blue operating light.
- Treated water flows to the washer. When water flow stops, the unit completes its short shutdown cycle and turns off automatically.
Published manual data
Key connection and size specifications
| Electrical input | AC 100-240V, 50/60Hz through the supplied adapter |
|---|---|
| Electrical output | DC 12V, 3A |
| Water pressure | 40-75 PSI |
| Water temperature | Cold water only |
| Approximate dimensions | 12.19 in H x 16.50 in W x 3.75 in D |
| Approximate weight | 5.5 lb |
Washer note: some high-efficiency washers draw from both inlet connections even on a cold cycle. Send the exact washer model before ordering so the connection can be reviewed.
Product scope
Designed for residential laundry
What it is designed to do
Support cold-water laundry and help reduce reliance on detergent and hot-water use, depending on the load, washer, water quality, and cleaning needs.
What it is not
It is not a drinking-water device, a medical sterilizer, or a substitute for a validated healthcare or industrial laundry process.
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