Centralized water supply
Add UV disinfection to a treated-water supply line, with capacity matched to normal and peak demand.
Industrial water treatment / MegaUV series
MegaUV SeriesIndustrial UV water treatment systems
MegaUV industrial UV water treatment systems use UVC LEDs for centralized supply, pretreated process water and OEM treatment lines. Choose from five capacities covering 15–150 t/h.
15–150 t/h
Nominal series capacity
265–280 nm
UVC LED wavelength
≤0.6 MPa
Operating conditions Working pressure
Process applications
UVC LED disinfection for treated-water lines
MegaUV integrates UVC LED disinfection into centralized water supply, process-water and packaged treatment systems. Specify the duty from water quality, operating flow and the required disinfection target.
- 01 / UPSTREAM
Water preparation
Treatment to meet inlet-water requirements
- 02 / DISINFECTION
MegaUV
Water passes through the UVC LED reactor
- 03 / DOWNSTREAM
Your process
Treated-water supply or point of use
Pretreated process water
Specify the reactor around process-water quality, temperature and material compatibility.
OEM treatment systems
Coordinate the reactor, cabinet and interfaces within a packaged water-treatment system.
UVC LED installation references
Partner-supplied UVC LED installations showing parallel-unit integration.
Industrial park water supply
50 t/h × 5 units in parallel
Drinking-water disinfection for an industrial park.
Pharmaceutical water preparation
30 t/h × 3 units in parallel
UV disinfection within a purified-water preparation system.
01 / Thermal management
Active water cooling for the LED assembly
A dedicated pump circulates water through the LED cooling circuit. Thermal management is built into the reactor assembly, with cooling specified for inlet temperature and material compatibility.
- Cooling method
- Pumped water circulation
- Pump power
- 115 W rated / 180 W max.
- Standard frequency
- 50 Hz
02 / Monitoring & control
UV intensity, temperature and operating time
Monitor key operating parameters through a dedicated control cabinet, with a passive dry-contact interface for coordinated start and stop.
Overtemperature protection
Automatic shutdown above 60°C. Restart is manual after the condition clears.
Standard control scope
- Monitoring
- UV intensity, temperature and operating-time records
- General alarms
- Indicator light
- External start / stop
- One passive dry contact
- Reactor-to-cabinet cable
- 5 m standard
03 / Installation & service
Flanged connections and maintenance access
The supported stainless-steel reactor connects to the treatment line through flanged ports. Plan the reactor position, cabinet location and maintenance clearance together.
LED modules are removed for cleaning. The service procedure and cleaning interval follow the supplied configuration, water quality and operating conditions. Use technical support to confirm model-specific installation inputs, and OEM / ODM project review for custom integration.
- Reactor housing
- SUS304; 316L option
- Enclosure protection
- Reactor IP54 / cabinet IP40
Engineering selection
Five capacities, from 15 to 150 t/h
Match flow, connections and electrical load to your treatment line. Nominal capacities apply at UVT ≥93% at 275 nm, measured over a 10 mm optical path. Read the UVT measurement guide and flow-rate and UVT sizing guide before selecting a capacity.
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| Model | Nominal flow t/h | Rated power W | Connection | Reactor outline L × W × H, mm | Engineering drawing |
|---|---|---|---|---|---|
| MegaUV-015 | 15 | 580 | DN80 | 980 × 260 × 450 | Request drawing |
| MegaUV-020 | 20 | 800 | DN80 | 980 × 260 × 450 | Request drawing |
| MegaUV-030 | 30 | 1,200 | DN80 | 980 × 260 × 450 | Request drawing |
| MegaUV-050 | 50 | 2,000 | DN150 | 1100 × 400 × 530 | Request drawing |
| MegaUV-150 | 150 | 6,000 | DN200 | 1500 × 600 × 800 | Request drawing |
Planning a 5 or 10 t/h installation?
The existing 5 and 10 t/h configurations are moving to an E-type replacement. Use the reference specifications below for early planning and contact us for the current supply configuration.
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| Reference model | Nominal flow, t/h | Rated power, W | Connection | Reactor outline, mm |
|---|---|---|---|---|
| MegaUV-005 | 5 | 310 | DN65 | 876 × 238 × 365 |
| MegaUV-010 | 10 | 500 | DN65 | 876 × 238 × 365 |
Dimensions & installation
Reactor dimensions and installation drawings
15–30T · reactor drawing
Dimensions in mm50–60T · reactor drawing
Dimensions in mmThese reference sheets are labeled by flow group, not individual MegaUV model code. Request the selected model’s installation drawing, flange details and service clearance. For 150 t/h, request a project drawing.
Technical specifications
Operating conditions and system specifications
Choose a category below to view its specifications.
Operating data
9 specifications- UVC wavelength
- 265–280 nm
- Power supply
- AC 200–240 V, 50 Hz
- Working pressure
- ≤0.6 MPa
- Inlet water temperature
- 0–35°C
- UV transmittance
- ≥93% at 275 nm
10 mm optical path - Inlet turbidity
- ≤1 NTU
- Ambient conditions
- 5–45°C; RH ≤90%
- Nominal UV dose
(manufacturer rating) - 40 mJ/cm²
- LED life
(manufacturer rating) - L70 ≥20,000 h
At LED pin temperature ≤45°C
Materials
8 specifications- Reactor housing
- SUS304 stainless steel;
316L housing available - Optical window
- JGS2 quartz glass
- Seals
- EPDM and silicone rubber
- Cooling heat sink
- AL6061 aluminum alloy
Confirm whether process water contacts the AL6061 heat sink in the supplied configuration. - Cooling pipework / pump head
- SUS304 stainless steel
- Enclosure protection
- Reactor: IP54
Standard control cabinet: IP40 - Standard cable length
- 5 m between reactor and cabinet
- 50 t/h flange specification
- HG/T 20592-2009, PN16
System pressure limit: ≤0.6 MPa
Controls
8 specifications- Standard monitoring
- Temperature, UV intensity and operating-time records
- Start / stop interface
- One passive dry contact
- General alarm response
- Indicator light
- Overtemperature response
- Automatic shutdown above 60°C; manual restart after the condition clears
- Optional functions
- Flow meter and interlocks
- Custom integration
- Pump-stop and valve-close coordination
- Cooling pump
- IUPS1-10-0.18
115 W rated; 180 W maximum - Frequency configuration
- Standard 50 Hz;
60 Hz pump customization available
Specification and test scope
Compare the model specifications with your flow and installation requirements. Water-quality and temperature conditions are listed with the relevant values.
UVT condition for the nominal capacities
UVT ≥93% is specified at 275 nm over a 10 mm optical path. Include both wavelength and path length with your water analysis. A reading taken at another wavelength is not directly interchangeable.
40 mJ/cm² is a manufacturer rating
40 mJ/cm² is the manufacturer’s nominal dose at the specified UVT. Request the selected model’s test report for performance verification.
L70 life and the temperature condition
Rated LED life is L70 ≥20,000 h at an LED pin temperature ≤45°C. L70 means 70% of initial light output; it describes LED output, rather than whole-system service life.
Model-specific performance reports
For project verification, request a report identifying the reactor model, test organism, flow, water quality, method and operating conditions. Our testing and validation guide explains how to review the evidence.
Project planning
Plan your MegaUV installation
01 How do I choose the right capacity?
Start with normal and peak flow, UVT at 275 nm over a 10 mm path, water temperature and the treatment target. The nominal range uses UVT ≥93%. Lower-UVT water needs a project-specific sizing assessment. Follow the sizing workflow; no flow derating is assumed from the nominal label alone.
02 Can MegaUV be configured for 60 Hz?
The standard system uses a 50 Hz cooling pump. A 60 Hz pump can be customized. Tell us the destination voltage and frequency so the complete electrical configuration can be specified for the project.
03 What is needed for the installation layout?
Confirm the selected model, flange details, available pipework space, cabinet position and maintenance clearance. The standard cabinet cable is 5 m. Use a project-approved drawing for installation; the LDS17 reference drawings shown above identify flow groups and require confirmation for the ordered model.
04 Which wavelength and path length should I report for UVT?
For the MegaUV nominal capacity condition, report UVT at 275 nm over a 10 mm path. Send the measured value, wavelength, path length and sample location. UVT254 measured over 1 cm is a common reference, but it cannot be substituted directly for the specified UVT275 value. See how UVT is measured.
05 Is the nominal UV dose the same as validated performance?
No. The stated 40 mJ/cm² is a manufacturer rating. Verified performance is tied to the reactor model, test organism, flow, water quality and operating conditions. Review the specification basis and request the selected model’s test report.
06 Which controls are standard, optional or custom?
Standard functions monitor UV intensity, temperature and operating time, with an indicator-light general alarm and one passive dry-contact start / stop interface. Temperature above 60°C triggers shutdown; restart is manual after the condition clears.
Flow metering and interlocks are optional. Pump-stop and valve-close coordination require custom system integration. Confirm the required response and supplied I/O scope during project review.
Start your project
Specify MegaUV for your project
Share your application, flow and water conditions. We’ll help define the reactor, cooling arrangement and control scope for your installation.
- Normal and peak flow
- Water quality, UVT and temperature
- Connections and plant controls