Our weatherproof, climate-controlled projector enclosures are built to protect high-lumen projectors outdoors. Every layout is custom-engineered to your projector's mounting holes, airflow direction, and maintenance clearance before we finalize the CAD drawings and start production.
We engineer every enclosure for system integrators and contractors who need reliable projector protection in demanding outdoor environments — rain, dust, heat, or humidity.
For building facades requiring precise alignment. The enclosure layout separates the projector mounting area and cable entry, helping integrators reduce on-site modification and retain access for routine lens adjustments.
Installed in cultural tourism areas with high humidity and dust. Air-conditioned configurations manage internal temperatures, while the sealed structure protects the optical path from airborne particles.
Operating near riverbanks or lakes with continuous moisture exposure. Custom mounting plates ensure stable projection angles, while the weatherproof cabinet prevents water ingress during operation.
Fixed installations in plazas or theme parks. The enclosures are designed with specified maintenance doors, allowing technicians to service the equipment without dismounting the entire housing.
Outdoor projection involves more than just a waterproof box. Engineering a reliable outdoor projector housing requires addressing specific site constraints that affect projector lifespan and maintenance efficiency.
Continuous rain requires sealed optical windows and specific cable entry glands. Improperly planned cable routing can compromise the enclosure's weather resistance during fixed outdoor installation.
Dust accumulation on projector filters reduces cooling efficiency. The enclosure must manage external airflow paths to prevent particulate matter from reaching the projector's internal fans.
High-lumen projectors generate significant internal heat. Without planned airflow direction or active air-conditioning, the ambient temperature combined with equipment heat load will trigger thermal shutdown.
Rapid temperature drops at night can cause condensation on the optical projection window, distorting the image. Integrated heating modules activate when temperature drops and humidity rises to prevent lens fogging.
Configurations are determined based on projector brand, lumen output, and site conditions. We provide air-cooled outdoor projector enclosures, air-conditioned variants, and multi-projector setups.
Utilizes intelligent fan systems. When the box temperature exceeds the preset value (e.g., 35°C) by ≥ 2°C, the cooling system starts. Designed for moderate climates.
Integrates an active cooling unit for high-lumen projectors (e.g., 20,000 to 40,000 lumens) operating in hot or humid outdoor environments.
Engineered for dual-projector stacking, side-by-side, or large multi-unit configurations (e.g., 3 to 5 projectors) for large-scale projection mapping.
We engineer every enclosure to your projector's exact specs — brand, model, dimensions, mounting holes, airflow routing, and installation orientation — so it's ready for permanent outdoor installation with no field modifications.
Base plates are customized to match the specific mounting holes of models from Christie, Barco, Panasonic, Epson, or others, ensuring stability.
Positioned precisely according to the projector's lens offset and throw ratio to prevent beam clipping and image distortion.
Internal baffles and fans are aligned with the projector's native air intake and exhaust to prevent hot air recirculation inside the cabinet.
Maintenance doors are designed based on where technicians need access for filter cleaning, lamp replacement, or cable adjustments.
How to decide between air-cooled and air-conditioned projector housings? The cooling solution is determined after evaluating the projector’s thermal load, surrounding ambient conditions, cabinet internal volume and planned daily operating hours.
| Consideration | Air-Cooled Enclosure | Air-Conditioned Enclosure |
|---|---|---|
| Typical Project Condition | Moderate climates, shaded areas, or regions with lower ambient temperatures. | High ambient temperatures, direct sunlight exposure, or high humidity environments. |
| Projector Heat Load | Suitable for lower to mid-lumen projectors where fan ventilation is sufficient to dissipate heat. | Required for high-lumen projectors (e.g., 20K-40K lumens) that generate substantial internal heat. |
| Cabinet Structure | Relies on filtered intake and exhaust fans. Requires strategic placement to utilize ambient air. | Fully sealed internal-circulation system. Protects completely against external airborne dust and moisture. |
| Temperature Control Logic | Fans start when box temp is ≥ 2°C above preset (e.g., 35°C). Stops when ≤ 2°C below preset. | Active compressor maintains a specific internal climate range regardless of external spikes. |
| Information Required Before Quotation | Projector model, dimensions, intake/exhaust locations. | Projector model, heat dissipation (BTU/W), ambient max temp, installation space. |
To ensure the enclosure layout separates the projector mounting area, airflow path, and cable entry correctly, our engineering team requires specific project inputs before providing a quotation or production drawing.
These inputs directly affect cabinet dimensions, mounting plate design, airflow layout, optical window position, door direction, and cooling configuration.
Parameters vary based on the engineered design for specific projector models.
| Product Type | Outdoor Projector Enclosure (Weatherproof Housing) |
| Cooling Method | Air-Cooled or Air-Conditioned (Based on heat load and ambient) |
| Cabinet Material Options | 201 Stainless Steel, 304 Stainless Steel, or Galvanized Plate (Customized according to customer demand) |
| Compatible Projector Models | Customized according to projector model (e.g., Panasonic, Epson, Christie, Barco, Hisense) |
| Cabinet Dimensions | Customized according to projector dimensions and airflow requirements |
| Projector Configuration | Single-projector, Dual-stacking, Side-by-side, or Multi-projector setups |
| Condensation Prevention | Heating module starts when temp ≤ 5°C and humidity ≥ 85%; stops when warmed to 10°C and humidity ≤ 75% |
| Optical Window & Cable Entry | Positioned per confirmed drawing; sealed cable glands included |
| MOQ & Lead Time | [MOQ to be confirmed] | [Lead time to be confirmed after drawing review] |
Our enclosures protect high-value projection assets across various fixed installation environments, adapting to specific site constraints and projection methods.
Installed in urban environments facing dust and rain. Integrators require multi-projector stacking enclosures to align high-lumen beams on large facades, utilizing air-conditioned units for thermal stability.
Operating in forested or mountainous cultural tourism projects. The enclosures are configured with anti-condensation heating modules to prevent lens fogging during rapid temperature drops at night.
Located near lakes or rivers with constant moisture exposure. Fully sealed internal-circulation projector enclosures are recommended to isolate the equipment from high humidity and water spray.
Fixed installations requiring discreet placement and high reliability. Custom mounting plates and maintenance doors are designed to allow technicians quick access without disrupting park operations.
Used for semi-permanent festival setups. Air-cooled outdoor projector enclosures provide adequate ventilation for mid-lumen projectors while protecting against unexpected weather changes.
Ground or side-projection setups for interactive displays. The enclosures are built with durable materials (like 304 stainless steel) to withstand public environments and protect internal wiring.
We've deployed single and multi-projector enclosures across demanding sites — from coastal areas to canyon night tours — supporting Christie, Barco, Panasonic, Epson, and others from 4,000 to 40,000 lumens.
The priority in outdoor procurement is not simply finding a box that fits the projector. Integrators must ensure the mounting holes, airflow path, optical window position, cable entry, and maintenance space match the specific project requirements.
| Feature | Standard Generic Cabinet | Engineered Enclosure |
|---|---|---|
| Mounting Interface | Flat shelf, prone to shifting. | Custom base plate matching projector holes. |
| Airflow Planning | Random ventilation, risks hot air loop. | Baffles aligned with native intake/exhaust. |
| Optical Window | Fixed center, may clip offset lenses. | Positioned per specific throw ratio/offset. |
| Multi-Projector Support | Usually single unit only. | Engineered for stacking or side-by-side. |
| Drawing Confirmation | Buy as-is. | Pre-production layout review required. |
We provide third-party test certificates for all enclosure types to satisfy your project compliance demands.
Supported by third-party EMC test reports, IP6X dustproof testing, IPX6 waterproof testing, and RoHS hazardous-substance test documentation.
RoHS conformity verification is available for models including Shirui-8000, Shirui-10000, Shirui-20000, and Shirui-30000.
Selected cabinet air-conditioning components are supported by applicable LVD and EMC conformity documents provided by the component supplier.
* Disclaimer: Test scope, applicable model, and report availability should be confirmed for each specific order prior to production.
Our manufacturing process translates confirmed engineering drawings into physical enclosures. Custom projects reduce on-site modification risks because structural specifics are handled during fabrication.
Real conversations and feedback from system integrators, engineering contractors, rental companies, and outdoor projection professionals around the world.
Production scheduling is confirmed after the enclosure drawing, cooling configuration, order quantity, and required delivery date have been reviewed.
Buyer provides projector model, site conditions, and required quantities.
Engineers verify projector dimensions, heat load, and airflow paths.
Drafting of enclosure drawing specifying mounting, window, and door locations.
Buyer reviews and approves the configuration and CAD layout.
Sample or first-unit production and approval, if required for OEM projects.
Sheet metal fabrication, welding, and component assembly commence.
Final checks on structural integrity and cooling system functionality.
Secure packing and dispatch with applicable documentation.
Sending your projector model, quantity, installation method, and project environment allows our engineering team to accurately determine cabinet dimensions, cooling methods, mounting structures, and optical window positions.
Review common technical and procurement inquiries regarding our custom outdoor projector enclosures.
To receive an accurate configuration and quotation, please provide your projector model, quantity, installation method, site conditions, required delivery date, and any available drawings or datasheets.
* Third-party test documents, factory videos, and relevant outdoor projection project cases can be provided according to the enclosure model and project requirement.