UV—C 材料の処理のパスボックス

商品紹介

The UV-C material treatment pass box incorporates lamps within a two-door stainless transfer chamber. A timer controls the selected exposure period, while the specified door-linked circuit is arranged to interrupt lamp operation during access. Lamp guards and a removable support separate the load from the fittings. This configuration addresses UV-accessible package surfaces; it does not turn a closed or shadowed object into a uniformly treated load.

主要な特徴

アプリケーションのソリューション

The suitable loading pattern and access arrangement matter as much as the installed lamps.

典型的な用途

Choose the load and intended exposed surfaces individually. This chamber is not an assumed medical-device reprocessor, personnel treatment system or validated sterile-transfer barrier, and it does not replace cleaning of dirty surfaces.

技術的なパラメータ

These common selectable references describe the cabinet and UV-C control arrangement, not a tested STjh exposure process. Lamp wavelength, electrical input and timer settings are different quantities; none alone establishes dose at a package surface, complete coverage or a microbial reduction result.

利用可能なオプション

The usual arrangement comprises the stainless enclosure, lamp fittings, timer, load support and door-linked controls. Lamp count, spectrum, measuring hardware, shielding and maintenance provisions are selected together; adding more lamps or a sensor does not by itself establish a treatment endpoint.

Selection and Installation

Define the surface, not just the item

State which external faces must receive UV-C and how the package is positioned during each exposure. Closures, overlaps, stacked objects and the points resting on a shelf can remain shadowed. A reflective lining or perforated support does not establish treatment of those concealed areas, internal contents or material beneath an opaque wrapper. Remove visible soil using an appropriate cleaning method before considering UV-C exposure.

Select a process without borrowing another chamber's cycle

Determine the required exposure with the actual lamp type, distance, load and maintained output. Rated lamp watts are not irradiance at the package, and a 254 nm wavelength is not a dose. There is no general seconds setting or universal reduction percentage for every load. A local UV sensor observes its own measuring position; a timer and hour counter are not substitutes for evidence of the intended surface treatment.

Specify access controls as a complete assembly

UV-C can injure eyes and skin; access must not expose people to an energized source. Select shielding, viewing material, door switches and lamp-power interruption together, including opening, power restoration and maintenance behavior. The proposed door-linked circuit is not a claim of independently verified safety integrity or proof that an ordinary window blocks the installed lamp spectrum. Identify whether the selected lamp can generate ozone and address any resulting ventilation and release requirements; do not assume the chamber is ozone-free from the wavelength label alone.

Protect materials and maintain the chamber

Check compatibility of plastics, elastomers, labels, adhesives and the product itself with repeated exposure. Reserve access for cleaning lamps and reflectors, changing the selected source and checking the door controls. A failed or visibly glowing lamp is not evidence of adequate UV-C output. If the intended task is instead ordinary non-UV material transfer, compare the static cleanroom pass box.