RO, under-sink and dispenser
AGLED-40002 is the compact appliance platform with 1/4″ quick-connect plumbing and separate 12 V or 24 V versions.
Model selection · POU to POE
AGLED Series UVC LED Water Disinfection Systems: POU to POE
Compare AGLED-40002, AGLED-40006, AGLED-12G and AGLED-40012 by treatment point, peak flow, hydraulic interface, control and service strategy. The range starts with a 4 L/min appliance module and extends to 12 GPM-class whole-house systems.
AGLED-40002
AGLED-40006
AGLED-12G
AGLED-400124 system platformsDistinct hydraulic duties
4 L/min to 12 GPMPOU through whole house
Model-specific test reportsLinked to each model
OEM / private labelApplication-team support
Application map
Choose AGLED by treatment point and peak flow
First decide where water is treated. The POU UVC LED solutions page covers terminal applications, while whole-house POE UVC LED solutions covers building-entry treatment. AGLED then provides the model-level choice inside those application paths.
Small residential or equipment loop
AGLED-40006 provides an intermediate nominal 6 GPM / 23 LPM platform with G1/2 connections and 24 V DC device input.
Residential and light commercial
AGLED-12G and AGLED-40012 address high-flow treatment with different power, connection, controller and service architectures.
Model comparison
Compare AGLED-40002, AGLED-40006, AGLED-12G and AGLED-40012
Current specifications, service features and linked model test reports are presented together for easy comparison.
Compact POU
AGLED-40002
For under-sink RO, dispensers and water-appliance integration.
- 4 L/min
- 1/4″ quick-connect
- 12 V / 24 V versions
- ≤8 W input
- 160 mW UVC output
- L70 ≥5,000 h
Nominal 6 GPM compact POE
AGLED-40006
An intermediate system for residential and equipment applications below the 12 GPM class.
- Nominal 6 GPM / 23 LPM
- G1/2 female connection
- 24 V DC device input
- 16 W input
- 500 mW UVC output
- L70 5,000 h
Efficient 12 GPM POE
AGLED-12G
A 24 V DC, flow-activated platform for whole-house and high-flow integration.
- 12 GPM / 45 LPM
- G1 female connection
- 24 V DC
- 16 W input
- 500 mW UVC output
- 5,000 h lifetime
Serviceable 12 GPM class
AGLED-40012
A high-flow platform differentiated by a replaceable UVC LED core module and operating-life controls.
- 12 GPM / 45 LPM
- G1 female connection
- 100–240 V AC
- 50 W input
- 2,000 mW UVC output
- Replaceable UVC LED assembly
| Model | Treatment role | Nominal / confirmed flow | Connection / power | Main selection reason |
|---|---|---|---|---|
| AGLED-40002 | Compact POU appliance | 4 L/min | 1/4″; 12 V or 24 V version | Compact RO and under-sink integration with full controlled parameter set. |
| AGLED-40006 | Compact POE / equipment loop | Nominal 6 GPM / 23 LPM | G1/2 female; 24 V DC | Compact 6 GPM platform with linked model SGS report and owner’s manual. |
| AGLED-12G | Whole house / light commercial | 12 GPM / 45 LPM | G1 female; 24 V DC | 16 W platform with flow activation and ordered adapter options. |
| AGLED-40012 | Serviceable whole-house platform | 12 GPM / 45 LPM | G1 female; 100–240 V AC | Replaceable light-source module plus runtime and service indications. |
Our application team matches published flow, pressure drop, water quality, connection and power options to the complete installation.
System architecture
What changes from compact POU to 12 GPM POE?
Each AGLED model is engineered for a distinct application class, with hydraulics, power, connection, controller behavior and long-term service planning matched to its treatment point.
Hydraulics
Peak demand, pressure drop, pipe size and flow control become central to whole-house selection.
Water quality
UVT, turbidity, hardness, iron and fouling risk affect optical margin and maintenance.
Electrical control
Power architecture, flow activation, start threshold and indication are matched to the installation.
Service strategy
Whole-house buyers need access, runtime tracking, replacement planning and clear fault response.
Serviceable design
AGLED-40012 replaces the light-source module rather than the complete chamber
This architecture is intended for distributors and installers who value planned service access and operating-life feedback in a high-flow platform.
- Replaceable UVC LED core module
- Operating-time countdown and state indication
- Fault and end-of-life reminder functions
- Configuration and service planning matched to the ordered version
Engineering selection
Select by water quality, hydraulics and installation
Share the project flow, water quality and installation requirements, and our team will match the model, connection and document package to the installation.
1. Peak and normal flow
Provide simultaneous fixture demand or equipment duty, not only average consumption. If flow can exceed the design point, define the flow-control strategy and review AGLED-40012 pressure drop and flow control.
2. UVT and pretreatment
Share UVT when available, plus turbidity, hardness, iron and the planned sediment treatment. Read what UVT means in water treatment.
3. Pressure and connection
Our team reviews inlet pressure, allowable pressure drop, pipe or tube size, fitting standard, flow direction, bypass arrangement and service clearance.
4. Power and service environment
Define supply voltage, enclosure location, ambient and water temperature, controller interface, duty cycle, access and expected service model.
Model test reports
Model-specific test evidence and supporting documents
Each percentage below is presented with the exact model, organism, test flow, startup-of-life timing and stated report conditions.
AGLED-40002 · 4 L/min test
SGS report NBF25-0016420-01 records >99.999% reduction using E. coli ATCC25922 at 4 L/min under the report’s stated conditions.
Open the AGLED-40002 SGS reportAGLED-40006 · 24 L/min test
SGS report NBF25-0018908-01 records >99.999% reduction using E. coli ATCC25922 at the report’s test flow of 24 L/min. The nominal product class is listed separately.
Open the AGLED-40006 SGS reportAGLED-12G · 50 L/min test
SGS report NBF25-0021833-01 records >99.999% reduction using E. coli ATCC25922 at 50 L/min, at startup of operating life and under stated conditions.
Open the AGLED-12G SGS reportAGLED-40012 · 50 L/min test
SGS report NBF25-0011031-01 records >99.999% removal using E. coli ATCC25922 at 50 L/min, at startup of operating life and under stated conditions.
Open the AGLED-40012 SGS reportAvailable documents include model SGS reports, the series electrical-compliance file and AGLED-40002 low-lead material documentation. Our team will assemble the documents relevant to the selected model and target market. Review how to read SGS test methodology for the report details.
Guides and field evidence
AGLED technical guides and field evidence
These pages answer the detailed question behind the model comparison, while keeping the AGLED Series hub focused on selection.
AGLED-40002 in RO systems
See tanked and tankless placement considerations for a compact terminal module.
Read the RO installation guide →Under-sink AGLED-40002 case
Connect model-level test evidence with an actual point-of-use application.
View the under-sink case →12G or AGLED-40012?
Compare power architecture, maintenance strategy and project selection factors.
Open the model comparison →UK 12 GPM installation
Review a whole-house project context and the source-water treatment challenge.
View the UK case →Selection questions
AGLED Series FAQ
How do I choose between AGLED-40002 and AGLED-40006?
Start with treatment point and peak flow. AGLED-40002 is a 4 L/min POU module with 1/4″ quick-connect and 12 V or 24 V versions. AGLED-40006 is a nominal 6 GPM compact POE system with G1/2 connections and 24 V DC device input.
How do AGLED-12G and AGLED-40012 differ?
Both address the 12 GPM class. AGLED-12G is a 24 V DC, 16 W, G1 platform, while AGLED-40012 adds a replaceable UVC LED module with runtime, fault and end-of-life indications. Our application team matches the power and service architecture to the project.
Does an SGS test flow equal the recommended design flow?
The report flow describes the exact test condition. Our application team combines it with the current product specification, UVT, water quality, pressure drop and treatment target to recommend the project design flow.
How does flow activation work?
Flow activation switches the UVC LED system on and off as water demand changes. Project flow control is selected separately as part of the complete hydraulic design.
What should I send for technical selection?
Send peak and normal flow, UVT or source-water results, inlet pressure, pipe or tube size, fitting standard, supply voltage, available space, service environment, target market and required documents.
AGLED Series selection
Send the hydraulic and water-quality inputs
Our application team will shortlist the suitable AGLED model and prepare the current technical, drawing and test-document package for review.