POINT-OF-ENTRY PRODUCT SELECTION
Treat incoming water before it reaches the taps, showers and equipment throughout the building. Compare 6–12 GPM models for residential and defined light-commercial systems.
6 GPM / 23 LPM POINT-OF-ENTRY UVC-LED
Compact point-of-entry reactor for residential and defined light-commercial water lines, selected to match peak flow and water quality.
12 GPM / 45 LPM POINT-OF-ENTRY UVC-LED
Serviceable modular POE option for whole-house and light-commercial water systems.
12 GPM / 45 LPM POINT-OF-ENTRY UVC-LED
12 GPM class POE reactor for residential, defined light-commercial and OEM water-treatment systems.
ONE INLET, MULTIPLE OUTLETS
The UVC stage sits on the main incoming line, after the pretreatment required by the water report and before distribution to the building.
Start with source-water analysis.
Match filtration and conditioning to the water report.
Select the reactor for peak flow and UVT.
Distribute treated water to the downstream plumbing.
POE INSTALLATION LAYOUT
A correctly sized reactor still needs a maintainable installation. Plan the treatment order, isolation points, drainage, sampling and removal space before the pipework is fixed.
Translate the selected model into a serviceable assembly. The approved orientation and final valve arrangement remain project-specific, but the access and commissioning logic should be settled early.
Map the shutoff, pretreatment stages, reactor, downstream distribution and any approved bypass so the treated-water route is unambiguous.
Leave room for fittings, cables, module or reactor removal and controlled drainage without dismantling unrelated treatment equipment.
Plan flow and pressure verification, leak inspection, status checks, a representative sampling point and downstream sanitation where required.
A point-of-entry reactor treats the incoming water line before it is distributed to multiple outlets. The current Agua Topone POE range covers published 6–12 GPM duties for residential whole-house and defined light-commercial applications, with dedicated engineering support available for larger or regulated projects.
POE treatment adds a final UVC disinfection stage for multiple taps after suitable source-water treatment. Our team sizes the system from the highest realistic simultaneous demand.
UVC works as the microbial-treatment stage within a complete treatment train. Our team reviews turbidity, iron, manganese, hardness and UVT to match the required pretreatment.
Multi-outlet and equipment-supply applications can be matched within the model flow range using peak flow, operating hours, water quality, installation conditions and required documents.
Our application team reviews reactor flow, water quality, pretreatment, controls and maintenance together.
Model route: start with AGLED-40006 for the published 6 GPM class, compare AGLED-40012 and AGLED-12G for published 12 GPM duties, or review the complete AGLED Series UVC LED water sterilizers. For mounted filtration and UVC on one assembly, compare the VPS filtration + UVC systems.
Branding and prototype options are matched to project requirements, quantity and validation needs.
APPLICATION FAQ
Selection, pretreatment and maintenance answers for whole-house and light-commercial POE systems.
Our application team reviews the highest realistic simultaneous demand, UVT and water quality, dose basis, pressure, connection size, duty cycle, installation space and target-market documents to recommend the suitable model.
Filtration and conditioning address particles and selected chemical or scale concerns, while UVC provides the microbial-treatment stage. Our team uses the water analysis to match pretreatment and the UVC model as one complete treatment train.
Our team reviews the reactor, valves, fittings, pretreatment stages and real peak flow together, then applies the model flow-and-pressure data with an engineering margin.
Both technologies can serve whole-house water-treatment applications. UVC LED can support instant switching, compact layouts and flow-triggered operation, while lamp-based UV remains a valid option for many established duties. Choose by peak flow, dose, UVT, certification, installation and maintenance requirements.
AGLED-40012 uses a replaceable UVC LED module with runtime, fault and end-of-life indications. Our team matches controller and service functions to the ordered configuration and prepares the applicable maintenance plan.
Send simultaneous peak flow, operating pattern, UVT or a recent water analysis, inlet pressure, connection size, pretreatment layout, available installation and service space, power requirements, target market and required documents. Our application team will use them to match the reactor and complete treatment train.
REAL INSTALLATIONS
Compare the physical layout of a separate reactor and an integrated filtration system. Installation photographs show the site arrangement; model test conditions are documented in the linked product files.
A field record shows the reactor positioned with upstream filtration in a residential 12 GPM water-treatment line.
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See a stand-alone reactor installation and its pipework. Use the site photo to review physical integration and service access.
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See the filter housings and UVC LED stage on a shared installation platform, with the product and technical documents linked in the case.
View installationTECHNICAL AND PRODUCTION REFERENCES
Review the published flow-and-pressure relationship and the hydraulic checks required across the complete installation.
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Follow the documented production record for systems combining filtration stages with an AGLED-40012 UVC LED stage.
Read moreSend peak flow, water analysis or UVT, inlet pressure, pipe connection, power, available space and target market.
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