Treatment & service / Development study / UV-MODULE-R1
A final stage. Inside the design.
Explore the assembled reactor, internal section and lamp-service CAD. This is optional disinfection packaging, not a validated working reactor.
Retained development study. Dimensions, names and checks belong to this revision—not automatically to the retrofit-only product. Manufactured tank shells are deferred. No installation instruction, certification or manufacturing release is represented.
Optional disinfection / Actual CAD
Inside the UV module.
Explore the reactor body, internal sleeve and lamp-service pose in the original R1 geometry.
Turn the UV · Assembled reactor model and inspect its geometry from your own angle.
Loads the CAD mesh on request. This model is a development revision, not a functional simulation.
R1 / Packaging study
Assembled reactor
R1 assembled packaging study. The 90 mm body and 952 mm carrier height are preliminary dimensions, not a rated reactor.
- 90 mm
- Preliminary reactor body diameter
- 952 mm
- Preliminary carrier height
- 200 × 180 mm
- R1 retrieval envelope; populated tank fit unresolved
Service path under revision. The R2 audit found that the R1 handle intersects the head-withdrawal sweep. The separate correction candidate still needs integration and validation.
This is a housing and carrier study, not a working or certified reactor. Lamp, driver, seals, fittings, wiring, mounting and disinfection performance remain to be qualified.
Inspect the R2 service correctionThe source reasoning
Why this detail was investigated.
The removable carrier separates the serviceable reactor from its intended stationary support. A complete mounting, plumbing and electrical installation is still unresolved.
Read the research and limits
Research record
The detail behind
the study.
Source-linked work for this revision. Reported checks describe the stated model or test; physical qualification and applicability to the current retrofit remain separate.
R1 assembled packaging study. The 90 mm body and 952 mm carrier height are preliminary dimensions, not a rated reactor.
R1 longitudinal section exposes the lamp envelope, closed sleeve and reactor body. Optical performance and seals are not qualified.
R1 separated lamp-service pose. The later R2 audit found a handle collision in the withdrawal path; this view does not prove service clearance.
The R2 review records a 549.54 mm³ collision between the original handle and the conservative head-withdrawal sweep. A separated service pose is not a verified continuous path.
Disinfection follows biological treatment and required effluent filtration. Actual reactor selection, flow, water quality, dose validation and site approval remain open. No kill percentage, capacity or certification is claimed.
The nominal retrieval envelope is 200 × 180 mm. Shell-only checks do not prove clearance in a populated tank. Lamp/driver selection, seals, retaining hardware, optical monitoring, fittings, mounting and wiring are unresolved.
Source and revision record
Source: uv-module-r1/README.md
Source SHA-256: 4886d33661d1ffe56fcfff800bcdf667a048c026ccf4447e211861db97c5c792
Geometry and images describe this development revision. Current product ratings and manufacturing release require separate qualification.
Keep exploring the research.
Treatment & service / Development study
Subfield UV · Service review R2
Inspect the separate two-solid handle correction candidate and the engineering limits behind it.
Treatment & service / Design study
Coarse screen
A perforated cartridge, capture mechanism and contained-removal geometry.
Treatment & service / Design study
Screen grade controls
Long controls, capture hardware and the screen extraction arrangement.
Return to the current product.
Explore the retrofit-only platform and its compatibility, installation and service objectives.
Explore the retrofit