Englisch
Portugiesisch
Spanisch
Malaiisch
indonesisch
DeutschCurrent
Türkischer Sprache
Vietnamesisch
Französisch
Russisch
Arabisch
Thailändisch
Japanisch
Koreanisch
Personal und Material Dekontamination Ausrüstung
Material Air-Shower Pass Box
Eine zeitgesteuerte Materialkammer, die gefilterte Reinigungsstrahlen und Rückluftgitter verwendet, um lose anhaftende Partikel von kompatiblen Verpackungen zu entfernen.
- Directional Cleaning Jets
- Timed De-Dusting Cycle
- Low-Level Particle Returns
- Interlocked Transfer Route
Produkteinführung
The material air-shower pass box combines a small transfer cabinet with filtered high-speed outlets directed towards the package. A blower feeds the nozzles, and returning air passes through the filtration circuit before recirculation. The receiving side is managed by the selected door sequence. Its purpose is to dislodge loose surface particles from suitable goods without sending a person through a full-size air shower.
Key Features
The compact cabinet separates material movement from personnel access.
A prefilter intercepts coarser material ahead of the final filter.
Low return openings provide a defined intake route from the loading space.
Selectable cycle controls accommodate different handling routines.
Lösungen für Ihre Anwendung
Effective de-dusting starts with package compatibility and room-to-room handling, not a nozzle-speed number alone.
A large tote shields one side from the outlets.Position the nozzles and loading guides around that tote; reduce batch loading where adjacent packages obstruct the jet paths.
Loose labels or lightweight bags move during blowing.Choose suitable packaging support and jet direction, and select compatible airflow control where the offered blower permits it.
A package blocks the return grille and dust remains in the chamber.Keep the intake clearance accessible and include filter and chamber cleaning in the handling routine rather than lengthening the timer alone.
Repeated transfers lead to premature receiving-side access.Define a controller sequence with clear running and ready indication, including the agreed door-release conditions and interrupted-cycle response.
Typische Anwendungen
Reusable electronics totesClosed production containersCompatible pharmaceutical secondary packsSmall precision-parts carriers
Loads should be closed, stable and suitable for air-jet exposure. Cardboard shedding, open powders and fragile labels may require a different entry method; air cleaning does not turn uncontrolled packaging into a sterile product.
Technische Parameter
These common selectable references apply to a compact goods-transfer air shower. They are not measured STjh ratings or a combined fan operating point. Nozzle exit speed is distinct from the average chamber velocity, and the adjustable cycle does not establish a dust-removal percentage or sterilization result.
| Equipment Duty | Enclosed de-dusting transfer of compatible packaged materials |
|---|---|
| Kammer bau | SUS 304 stainless steel internal surfaces |
| Compact Internal Size Reference | 600 × 600 × 600 mm, W × D × H |
| Stainless Sheet Reference | 1.2 mm nominal sheet option |
| Nozzle Arrangement Reference | Four adjustable stainless-steel outlets |
| Nozzle-Speed Reference | Nominal 25 m/s at the nozzle outlet |
| Filtration Circuit | Prefilter and HEPA final filter upstream of the cleaning jets |
| Return-Air Route | Low-level or perforated-base intake to the filtered recirculation circuit |
| Cycle Control | Adjustable blow duration with interlocked transfer doors |
| Electrical Supply Reference | 220 V AC, single phase, 50 Hz equipment option |
| Material Support | Stainless loading surface; roller transfer option |
| Customisierung | Verfügbar je nach beabsichtigter Anwendung und Betriebsumgebung. |
Verfügbare Optionen
Two-side or three-side nozzle layoutCompatible variable-speed blower packageRoller transfer surfaceAutomatische SchiebetürenLoad-presence sensingSeparate post-blow circulation interval
The normal assembly uses a transfer cabinet, fan, filter stages, cleaning outlets and interlocked doors. Conveyor handling, automatic doors, speed control and added timing stages are separately selected equipment, not assumed features of every cabinet.
Selection and Installation
Choose loads that tolerate air cleaning
Identify the packaging surface, loose residue, item mass, closures and labels before selecting the jet arrangement. Air jets can disturb light items, flexible bags and unsecured lids. This is a materials chamber, not an occupied personnel shower, liquid washer or validated sterilizer. Hazardous powders, combustible dust and solvent-bearing loads require a separately engineered process rather than ordinary recirculating de-dusting.
Give each package a usable flow route
Place the largest container in the proposed loading position and check nozzle reach, support clearance and the path to the return intake. Side-by-side or stacked packages shield one another, while a carton pressed against a grille restricts collection. A roller option helps handling but does not guarantee that underside surfaces receive the same cleaning action.
Select a sequence for the transfer routine
Decide how the load is detected, when blowing starts, whether a separate circulation interval is needed and how the receiving door is released. A factory timer setting from another unit is not a suitable default cleaning recipe. If variable-speed control is requested, select the compatible motor and controller together; do not assume that every blower can be slowed electronically.
Reserve service and handling space
Allow access to the prefilter, final filter, fan and nozzle panels without blocking either room's normal work. Specify the loading height and support capacity for the real package, together with wall depth, door swing and electrical connection. When the requirement is a broad directed air field around sensitive components instead of concentrated de-dusting jets, compare the vertical unidirectional-flow pass box.
Planning a Material Air-Shower Pass Box specification?
Senden Sie uns Ihre Abmessungen, Installationsbedingungen, Leistungsziele und gewünschte Oberflächenveredelung.
