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- Brand
- Arlington
- Our score
- 8.8 out of 10
- Very positive
When specifying exterior electrical rough-ins for residential and light commercial builds, balancing building envelope integrity with clean finished aesthetics is an ongoing challenge. Traditional surface installations demand multiple disparate components: a standard mud ring or rough box, an oversized exterior siding block, and a deep, protruding plastic bubble hood that sits conspicuously on the finished exterior wall. The Arlington DBVM1W-1 IN BOX solves this integration issue by combining the electrical junction housing, substrate transition flange, and protective outdoor while-in-use enclosure into a single-piece molded unit. Designed specifically for vertical single-gang installations during the new construction phase, this box sets the electrical device back inside the structural wall cavity, creating a low-profile exterior footprint that sits virtually flush with the surrounding cladding.
Navigating exterior electrical rough-ins requires meticulous verification of box depth, framing clearances, substrate tie-ins, and cubic volume compliance under building codes. For electricians, builders, and siding contractors working with three-coat stucco, synthetic textured finishes, or cementitious fiber lap boards, the arlington in box specs offer distinct mechanical advantages over traditional field-assembled hardware. This technical review evaluates the physical arlington dbvm1w-1 dimensions, substrate mounting characteristics, internal cubic capacity, and complete rough-in workflow. By examining every structural detail, wire capacity limit, and weatherproofing threshold, this guide equips project planners with the exact data needed to execute code-compliant, clean exterior electrical rough-ins.
What You Get With the Arlington DBVM1W-1 IN BOX
The DBVM1W-1 package ships as a complete, unified assembly designed to eliminate the need for piecemeal field fabrication. The product description confirms that it includes the primary non-metallic rough-in box, an integrated outer mounting flange, and an extra-duty protective cover ready for immediate exterior deployment.
- One-piece non-metallic vertical recessed electrical box housing with an integrated wide mounting flange.
- Weatherproof-in-use extra-duty protective exterior cover assembly designed to shield cords while energized.
- Factory-installed bug plug seal engineered to prevent insect intrusion through lower drainage channels.
- Perforated outer flange perimeter designed with embedded bond holes for stucco scratch and brown coat mechanical anchoring.
- Detachable hinge cover system permitting complete removal during rough-in wiring and trim-out device installation.
- Standard internal mounting provisions supporting conventional single-gang duplex or GFCI device wall plates without external gaskets.
- Textured and paintable UV-rated plastic body and cover ready for direct color matching to exterior finishes.
Key Specifications
The following table outlines the foundational engineering specifications for the Arlington DBVM1W-1 IN BOX based on official manufacturer listing data.
| Specification Attribute | Manufacturer Detail |
|---|---|
| Brand & Manufacturer | Arlington Industries, Inc. |
| Model Number & Part Number | DBVM1W-1 / DBVM1W |
| Trade Size & Style | 1-Gang, Vertical Orientation |
| Internal Wiring Capacity | 22.0 cubic inches |
| Listed Product Dimensions | 6.0 inches Deep x 8.4 inches Wide x 10.0 inches High |
| Finished Face Dimensions | 9.058 inches High x 7.012 inches Wide |
| Item Weight | 1.06 lbs (listed shipping weight: 1.0 lb) |
| Construction Material | UV-rated non-metallic plastic (box and cover) |
| Finish Characteristics | White, textured, fully paintable |
| Enclosure Rating & Feature | Weatherproof-in-use extra-duty; no gaskets required |
| Substrate Compatibility | New stucco (masonry/wood), textured surfaces, rigid lap siding |
| Warranty Coverage | Limited 1-year warranty against manufacturer defects |
Arlington In Box for Stucco and Rigid Siding Substrate Integration
Installing an arlington in box for stucco addresses one of the most frustrating aspects of exterior masonry and plaster finishing: preventing water intrusion around rough-in margins while maintaining structural bonding. The DBVM1W-1 is engineered specifically for new stucco over masonry block or traditional wood-framed shear assemblies. Its wide perimeter flange is cast with a continuous matrix of perforated bond holes. When plasterers apply the base scratch and brown coats, the cementitious stucco keys directly through these flange perforations. This mechanical lock bonds the perimeter plaster firmly against the assembly, substantially reducing the risk of edge separation, hairline plaster cracking, and perimeter seal failure over seasonal thermal cycles.
The same physical geometry provides clean mechanical integration when utilizing the arlington in box rigid siding configurations. Modern exterior cladding frequently incorporates cementitious or fiber-composite rigid lap siding, which can be difficult to flash around standard surface boxes without clumsy vinyl trim accessories. With the DBVM1W-1, carpenters cut lap boards directly to the outer boundary of the integrated siding frame. Because the unit forms its own perimeter stop, it provides a consistent vertical profile that allows siding to butt cleanly against the casing without necessitating separate multi-piece mounting blocks.
Opting for this arlington recessed electrical box architecture significantly upgrades the overall durability of the exterior wall assembly. By embedding the functional volume of the enclosure directly into the framing cavity, only the slim profile of the protective hood projects past the finished wall surface. This tight wall interface is especially valuable when routing dedicated perimeter exterior circuits to power smart hardware, such as a high-resolution ring 4k pro wired monitoring camera mounted on an adjacent stucco corner where bulky exterior junction boxes would disrupt sightlines and look unappealing.
Arlington DBVM1W-1 Dimensions and Cubic Inch Capacity
From an electrical inspection and code compliance perspective, internal volume dictates what wiring configurations can legally and safely occur inside the wall. The DBVM1W-1 delivers a 22.0 cubic inch internal wiring capacity. Under standard National Electrical Code (NEC) box fill calculation rules, single-gang exterior boxes often create severe pinch points for electricians. A standard 15-ampere or 20-ampere Ground Fault Circuit Interrupter (GFCI) receptacle features an exceptionally deep yoke that consumes a substantial amount of space. In a standard shallow exterior box, cramming heavy-gauge conductors behind a GFCI body can damage wire insulation or prevent the device from sitting straight.
The generous dbvm1w-1 cubic inch capacity accommodates modern electrical conductor sizing without crowding. In a typical exterior installation utilizing 12 AWG copper conductors (which require 2.25 cubic inches per conductor allowance), the 22.0 cubic inch volume allows comfortable routing for incoming and downstream feed-through conductors, grounding pigtails, and the GFCI device yoke allowance. Electricians do not have to struggle to fold conductors into the back corners of the enclosure, reducing installation time and preserving conductor integrity during make-up.
Examining the overall arlington dbvm1w-1 dimensions reveals how the physical housing distributes this volume. The external finished face measures 9.058 inches in height by 7.012 inches in width, establishing a wide structural base that anchors securely against studs or masonry openings. The listed 6.0-inch total depth profile encompasses both the recessed back-box that enters the wall framing cavity and the forward projection of the protective hood. In standard 2×4 exterior wall framing with 1/2-inch or 5/8-inch exterior sheathing, this recessed depth allows the electrical connection to sit back safely within the structural cavity while positioning the faceplate at an accessible working angle.
Weatherproof In-Box 1-Gang Protection and Extra-Duty Enclosure Performance
The core protective advantage of this weatherproof in-box 1-gang assembly is its integrated extra-duty while-in-use cover rating. Conventional exterior boxes use flat, spring-loaded flip covers that provide weather resistance only when nothing is plugged in. The moment an extension cord, outdoor lighting lead, or utility appliance is connected, the flip cover stays propped open, exposing live terminals to driving rain and ambient moisture. The DBVM1W-1 uses a deep, recessed hood that shields the device and plug assembly continuously, meeting code mandates for unattended wet-location use.
Material engineering plays a major role in how the arlington low profile in box stands up to prolonged climate exposure. The entire housing and cover assembly is constructed from UV-rated non-metallic plastic. Outdoor enclosures often suffer from sun-induced UV degradation, leading to yellowing, embrittlement, and cracked hinge pins within a few years of solar exposure. The UV-stabilized polymer used in the DBVM1W-1 prevents structural breakdown. Furthermore, both the outer frame and the white cover feature a textured surface that accepts standard exterior architectural paints, allowing painters to coat the enclosure directly with the same acrylic latex or elastomeric paint applied to adjacent stucco or fiber siding.
Serviceability is further enhanced by Arlington’s hardware design. The protective hood is removable, allowing it to unhinge cleanly from the box frame during the rough-in and device wiring phases. Electricians can terminate conductors, mount the receptacle, and secure the trim plate without fighting a hinged cover that flops into their tools. Once the device is secured, the cover snaps back onto its pivot pins. Additionally, the unit does not require messy exterior gaskets behind the wall plate; it accepts standard indoor single-gang duplex or GFCI wall plates directly, relying on its internal perimeter baffles and a pre-installed insect plug to maintain environmental sealing.
Arlington DBVM1W-1 Installation and Rough-In Workflow
Executing an arlington dbvm1w-1 installation correctly requires coordinating the rough-in phase with the framing and exterior envelope contractors. Because this is a true new-construction product, installation occurs before exterior lath, scratch coats, or rigid siding panels are installed. The installer locates the box against wall framing studs or blocking, leveling the unit vertically before securing the wide flange with corrosion-resistant exterior fasteners through the designated framing mounting points.
Once the box is secured to framing, integrating the drainage plane is the next critical step. The building’s weather-resistive barrier (WRB), such as asphalt-saturated building paper or synthetic house wrap, must be integrated shingle-fashion around the box flange to preserve gravity-assisted water shedding. Flashing tape should be applied over the top and side flanges, leaving the bottom edge free to drain any incidental moisture that enters the assembly. The factory-installed bug plug at the lower drain channel prevents insects from nesting inside the weep passage while still permitting moisture drainage.
Electrical rough-in can occur either before or after flashing. Installers bring their non-metallic sheathed cable or exterior conduit through the provided knockouts in the recessed box body. After the stucco lath or fiber cement siding is completed around the perforated flange, the trim-out process is remarkably straightforward. The technician unhinges the protective cover, attaches the grounding conductor, wires the single-gang GFCI or standard receptacle, and fastens the device directly to the box’s integrated mounting tabs. A standard indoor cover plate finishes the interior cavity. When setting up exterior utility receptacles adjacent to garages or sheltered carports, having a clean, protected outdoor power drop makes it convenient to maintain portable utility tools and vehicle gear like a vtoman x7 jump starter with air compressor without running extension cords across thresholds.
Similar attention to clean power drops applies to transitional utility zones, enclosed back porches, or utility rooms where exterior conduit drops connect through exterior-rated wall envelopes. Maintaining steady power to continuous-duty indoor equipment such as a litterguard pro plugin or a dedicated utility ventilator requires confidence that adjacent exterior junction boxes will not permit draft penetration or water infiltration into the structural stud bay over time.
Arlington DBVM1W-1 IN BOX Pros and Cons
Pros
- One-piece design replaces separate box, block, and bubble cover
- Generous 22.0 cubic inch volume fits large GFCI devices
- Perforated flange keys securely into new stucco coats
- UV-rated paintable plastic body and protective cover
- Weatherproof-in-use extra-duty rating protects energized cords
- Removable cover simplifies device wiring and trim-out
Cons
- Engineered for new construction rather than finished-wall retrofits
- Single-gang vertical orientation cannot accommodate multi-gang setups
- Requires precise rough-in framing depth planning
Is the Arlington DBVM1W-1 IN BOX Worth It
When asking is arlington in box worth it for a new build, the answer depends on the construction phase and aesthetic expectations of the project. For custom home builders, electrical contractors, and exterior cladding specialists managing new stucco, synthetic plaster, or fiber-cement lap siding projects, the DBVM1W-1 delivers exceptional value. It replaces three separate parts—the electrical box, the siding mounting block, and the bulky aftermarket bubble hood—with one integrated assembly. This consolidation cuts field labor, eliminates the need to source matching siding blocks, and delivers a sleek, recessed architectural finish that clients strongly prefer over protruding clear bubble boxes.
The unit is equally compelling from a technical compliance perspective. Its 22.0 cubic inch internal capacity resolves box fill violations when installing bulky smart switches or modern tamper-resistant GFCI devices on 12 AWG circuits. The removable cover streamlines rough-in access, while the paintable, UV-stabilized polymer allows exterior painters to blend the fixture directly into the siding color scheme, preventing the unsightly industrial look typical of raw exterior junction boxes.
However, the DBVM1W-1 is not the correct solution for every scenario. It is explicitly designed for new construction; attempting to retrofit this unit onto existing, finished stucco or completed rigid siding without cutting back framing and lath is inefficient, as Arlington manufactures separate retrofit versions specifically designed for existing construction. Additionally, if your exterior installation demands a multi-gang configuration to pair an outdoor switch with a receptacle in a single housing, this vertical 1-gang footprint will not suffice. But for new exterior walls requiring a single-gang while-in-use outlet, the DBVM1W-1 stands out as a highly engineered, durable, and clean enclosure.
FAQ
Does the Arlington DBVM1W-1 require an exterior sealing gasket behind the device wall plate?
No, the listing specifies that no gaskets are required. The interior mounting design accommodates standard indoor wall plates or GFCI trim plates directly. Environmental protection and water deflection are managed by the recessed housing geometry, outer hood overhang, and integrated drainage design rather than a compressed foam faceplate gasket.
Can the Arlington low profile in box be painted to match our siding color?
Yes. Both the UV-rated plastic box and the white protective cover feature a textured surface specifically engineered to accept exterior paint. After applying primer suitable for plastics if recommended by your paint manufacturer, you can paint the entire exposed frame and cover to match the adjacent stucco or siding.
What wiring devices fit inside the 22.0 cubic inch enclosure?
The DBVM1W-1 accepts most standard single-gang wiring devices. This includes conventional duplex receptacles, single-pole switches, and deep-body GFCI receptacles. Its 22.0 cubic inch volume provides ample room for the larger device yokes and wire nuts associated with 12 AWG or 14 AWG circuit wiring.
Can this Arlington recessed electrical box be used on existing siding retrofits?
This specific model is engineered for new construction stucco over masonry or wood framing, as well as new rigid cementitious lap siding. Because it features a large, flat perimeter flange designed to sit behind the siding or embed within the stucco coats, installing it into an existing, completed wall requires extensive cutting of the exterior finish. Arlington makes separate retrofit IN BOX models designed specifically for existing siding applications.
How does the mounting flange anchor into new stucco?
The wide outer mounting flange features pre-formed bond holes along its perimeter. During the plastering process, the scratch and brown coats of stucco press through these holes, forming an integrated mechanical bond between the plaster matrix and the plastic flange. This prevents the edges from curling and prevents perimeter cracks around the electrical box opening.
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Specifications on this page are read from the product listing. Scores are out of 10, based on listed specifications and buyer feedback.
