Reverse osmosis
A final microbial-control stage for tanked or tankless RO systems after the required filtration stages.
POU UVC LED MODULE · 1 US GPM
AGLED-40002 UVC LED Module for Reverse Osmosis Systems
Compact microbial control for RO systems and drinking-water appliances.
A stainless-steel, flow-triggered UVC LED module designed for the final treatment stage in point-of-use systems. Select it against real flow, water quality, pressure, voltage, fittings and target-market documents.
4 L/min Rated flow · 1 US GPM
≤8 W Rated input power
160 mW UVC radiant output
0.8 MPa Maximum inlet pressure · 8 bar
PRODUCT ROLE
A compact UVC LED stage that complements filtration.
AGLED-40002 uses UVC light alongside the sediment, carbon or membrane filtration selected for the complete drinking-water appliance.
APPLICATION FIT
Let our team match the module to your appliance.
- Flow matching: we match the module to the appliance’s highest realistic draw.
- Water review: we review UVT, turbidity and upstream filtration.
- Mechanical fit: we align pressure, 1/4-inch connections and service space.
- Electrical fit: we select the suitable 12 V DC or 24 V DC model version.
- Project documents: we prepare the relevant report and compliance files for review.
Water dispensers
Compact, on-demand treatment for drinking-water dispensers where peak flow and installation space fit the model.
Drinking terminals
Suitable for point-of-use terminals and faucet lines using a 1/4-inch quick-connect interface.
OEM appliances
A stainless-steel module for appliance integration with a defined voltage version, flow logic and service plan.
ENGINEERING DATA
Specifications for model selection.
The current drawing, datasheet and manual are available for project review and quotation support.
01
DIMENSION DRAWING AGLED-40002 mechanical drawing
Hydraulic & mechanical
Fit the module to the water path.
- Maximum flow rate
- 4 L/min · 1 US GPM
- Startup flow
- >500 mL/min
- Maximum inlet pressure
- 8 bar · 0.8 MPa
- Operating water temperature
- 1–45°C
- Inlet / outlet
- 1/4-inch standard quick-connect
- Product dimensions
- Ø38 × 129 mm
- Net weight
- 260 g
Electrical & optical
Choose the correct powered version.
- Input voltage
- 12 V DC or 24 V DC model version
- Rated input power
- ≤8 W
- UVC radiant output
- 160 mW (±10%)
- UVC wavelength
- 270–280 nm (±3 nm)
- L70 service basis
- ≥5,000 hours
- Cable length
- 500 ± 5 mm
- Test environment
- TC 22°C
04
ELECTRICAL & OPTICAL DATA Product parameters
| No. | Parameter | Symbol | Value | Unit |
|---|---|---|---|---|
| 01 | Input voltage | VIN | 12 / 24 | V |
| 02 | Input power | W | ≤8 | W |
| 03 | UVC radiation power | Φe | 160 | mW |
| 04 | UVC peak wavelength | WLP | 270–280 | nm |
| 05 | Lifetime test | L70 | ≥5,000 | h |
Measurement note
Peak-wavelength and radiant-power measurement errors are ±3 nm and ±10%. The 12 V and 24 V entries refer to different model versions, not a wide-voltage design.
OEM INTEGRATION REVIEW
Match the module to the actual appliance layout.
Our application team aligns the water path, flow direction, fittings, electrical control and model documents with the appliance design.
- 01 Define water conditions
Peak flow, UVT, turbidity, temperature and upstream treatment.
- 02 Match mechanical fit
Pressure, connection size, flow direction and service clearance.
- 03 Select electrical version
12 V DC or 24 V DC, appliance logic and safe cable routing.
- 04 Review documents
Match the exact model evidence to the project and target market.
MODEL-SPECIFIC EVIDENCE
>99.999% E. coli reduction recorded in the available SGS report at 4 L/min under the report conditions.
The linked model report presents the organism, flow and water conditions behind this result; our team aligns them with the project duty.
Open SGS test reportModel-specific results with clear test conditions.
The report identifies the model, organism, flow and water conditions behind the performance result.
Documents are separated by purpose.
CE, ACS and NSF/ANSI/CAN 372 files are listed individually for review.
Factory Test Items and Acceptance Criteria.
The table below lists pressure, sealing, environmental, vibration and packaging checks for this model.
These test conditions support technical review and product selection for the stated model.
No. Test item Test method and criteria
01 Tensile test
Terminal-to-wire tensile force ≥30 N for 1 minute without loosening; welded wire-to-module tensile force ≥35 N without defects within 10 seconds.
02 Dielectric withstand voltage
1500 V / 50 Hz AC is applied between the live part and housing for 1 minute; the test sample remains undamaged.
03 Sealing test
Static pressure is held at 0.4 MPa for 5 minutes without air leakage.
04 Pressure resistance
Static water pressure is increased to 0.6 MPa within 5 minutes at a rate of ≤0.4 MPa/s and held for 15 minutes to check module water tightness.
05 Burst test
Water pressure is raised to 0.8 MPa within 70 seconds, held for 5 seconds and released; appearance, mechanical and electrical performance remain normal.
06 Cyclic pressure
10,000 repeated cycles at 0–0.45 MPa with a 2-second pressure rise are used to observe module water tightness.
07 Freezing test
The water-filled, blocked module is placed at −15°C for 48 hours and then thawed naturally; sealing performance remains normal.
08 Low-temperature storage
The sample is stored at −15°C ±2°C for 72 hours and recovered at room temperature for at least 1 hour; appearance remains normal, and UVC intensity and module working current meet the drawing requirements.
09 High-temperature storage
The sample is stored at 50°C ±2°C for 72 hours and recovered at room temperature for at least 1 hour; appearance remains normal, and UVC intensity and module working current meet the drawing requirements.
10 Thermal shock
The sample cycles 10 times between −15°C ±2°C and 85°C ±2°C with 30-minute holds and a 3-minute conversion time, then recovers at room temperature for at least 1 hour; appearance, UVC intensity and working current meet the drawing requirements.
11 Constant temperature and humidity
The module is placed in a 40°C, 85% RH test chamber for 168 hours without damage, and all functions remain available.
12 Vibration test
The packaged product is tested at 4 Hz (240 CPM) for 60 minutes to ISTA-2001; packaging shows no obvious damage or deformation, the product surface and parts show no mechanical damage, and product function remains normal.
13 Drop test
The inner and outer packaging boxes are each allowed to fall freely from 1 metre; packaging shows no obvious damage or deformation, internal fixtures show no obvious displacement, the product and parts show no mechanical damage, and electrical safety, performance and appearance meet the applicable requirements.
14 Hazardous substances
Module hazardous-substance content is checked against the limit requirements of the EU RoHS directive.
DOCUMENT CENTER
Review the technical package for your project.
Drawings, performance reports, installation documents and market files are organized by purpose for easier project review.
PRODUCT AGLED-40002 Product Flyer Model overview and key product data. USER MANUAL AGLED-40002 Product User Manual Installation, operation, safety and maintenance instructions. INSTALLATION STEPS AGLED-40002 Installation Steps Eight-step in-appliance installation sequence for the module, clip, tubing, rectifier and power connector. CE UVC LED Series CE Compliance Certificate Series-level CE compliance document. SGS AGLED-40002 SGS Test Report Model performance under the report test conditions. ACS AGLED-40002 ACS Report Use the document to assess the stated market requirement. NSF 372 NSF/ANSI/CAN 372 Low Lead Content Model-related low-lead content document.
APPLICATION REVIEW
Find the right AGLED-40002 configuration for your appliance.
Share your peak flow, water quality and integration requirements. Our application team will match the configuration and supporting documents.