Flexible installation
Separate generator and control assemblies allow installation around the available equipment space while keeping the timer and meters accessible.
PRODUCT / TECHNICAL DATA Cleanroom Disinfection SuppliesSpecifications / Configurations / Procurement
PRODUCT GALLERYST
Product view
Cleanroom Disinfection Supplies
Built-In Ozone Generator
Product specifications
| Brand | ST |
|---|---|
| Product type | Built-in ozone generator |
| Construction | Split generator and control unit |
| Rated voltage | 220 V |
| Control | Programmable timed start and stop |
| Panel instruments | Analogue voltage and current meters; digital timer |
| Serviceable modules | Ozone module, power supply and controller; independently replaceable |
| Electrical layout | Separated assemblies to reduce electromagnetic interference |
| Main functions | Germicidal treatment, disinfection and odour removal |
| Additional process applications | Ammonia treatment, formaldehyde treatment, water disinfection and chlorine removal in configured treatment systems |
| Disinfection rate | 99.9% |
| Reference treatment cycle | 30 minutes |
| Reference configuration output | 20–40 g/h |
| Treatment medium | Ozone gas; no liquid disinfectant dosing for room treatment |
| Customisation | Ozone output and installation configuration |
Customization availableSpecifications can be customized to your requirements.
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Specify the quantity and configuration in your inquiry.
Built-In Ozone Generator supplies ozone for planned disinfection and odour treatment in vacant workshops and cleanrooms. In an air-handling installation, circulating air distributes the gas through the designated treatment zone, where oxidation acts on susceptible microorganisms and odour compounds after routine cleaning.
The split design separates the generator from its control unit, allowing the controls to remain accessible at the installation. Scheduled start and stop reduce manual switching, while independently replaceable ozone, power and control modules simplify servicing.
MODELS AND DIMENSIONS
Ozone output configurations
| Ozone output (g/h) | Installation type |
|---|---|
| 5 | Built-in, split design |
| 10 | Built-in, split design |
| 20 | Built-in, split design |
| 30 | Built-in, split design |
| 40 | Built-in, split design |
| 50 | Built-in, split design |
| 60 | Built-in, split design |
| 70 | Built-in, split design |
| 80 | Built-in, split design |
| 90 | Built-in, split design |
| 100 | Built-in, split design |
| 120 | Built-in, split design |
| 150 | Built-in, split design |
| 180 | Built-in, split design |
| 200 | Built-in, split design |
Set the operating cycle for the measured ozone concentration, distribution and target organisms in the actual treatment zone.
SPLIT DESIGN AND MODULAR SERVICE
Build treatment into the facility's routine
Scheduled start and stop
Programme disinfection periods around production downtime to reduce repeated manual switching and unnecessary operation.
Replace the affected module
The ozone module, power supply and controller can be changed independently, simplifying repairs without replacing the complete assembly.
Gas distribution through the system
A designed circulation path brings ozone to the treatment zone without hand-spraying each exposed area; airflow and gas concentration determine contact.
APPLICATION ENVIRONMENTS
Planned treatment between production activities
Food-processing and packaging workshops
Add a controlled room-treatment step after cleaning and between production runs to address microbial contamination and residual odours.
Cleanrooms and component workshops
Integrate scheduled ozone cycles into a vacant production zone's disinfection procedure, with equipment and materials assessed for ozone compatibility.
Manufacturing and processing workshops
Use a fixed treatment installation for recurring shutdown-period disinfection without moving a generator between production areas.
Engineered water and process treatment
Use a suitably configured ozone system for water disinfection or selected contaminant treatment, with gas contacting, reaction control and residual-gas management matched to the process.
SYSTEM INTEGRATION
Coordinate the generator with airflow and access
Air-handling installation
Choose the generator position and circulation route with the air-handling layout; provide service access and coordinate fan operation, dampers and ozone generation for the treatment zone.
Process treatment configuration
Water disinfection needs an ozone-compatible gas-to-water contact system; ammonia, formaldehyde and chlorine treatment need a process designed for the actual medium and contaminant load.
OPERATING CONDITIONS
Keep ozone within the controlled treatment area
During room treatment
Exclude people, animals and plants, prevent ozone reaching occupied connected rooms, and protect ozone-sensitive materials. Ozone inhalation can injure the lungs.
Before reopening
Stop generation, ventilate or remove residual ozone, and verify the concentration before re-entry. The treatment-cycle duration is not the room's re-entry time.
PROCUREMENT / INQUIRY
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