Gaggenau 36 Vario Gas Cooktop
Description
The Gaggenau VG295220CA embodies the precision and performance that define German luxury appliance engineering, featuring five sealed brass burners delivering up to 59,700 BTU of cooking power across a sophisticated 36-inch platform. For stone fabricators and countertop specialists serving high-end residential markets, creating the perfect cutout for this premium gas cooktop represents both a technical challenge and an opportunity to demonstrate professional excellence. The VG295220CA requires an exact cutout of 34.8125 inches wide by 19.375 inches deep with precisely executed 3/8-inch corner radii—specifications that leave no room for approximation or field adjustments on the expensive materials typically paired with Gaggenau appliances. Our CNC-ready template delivers manufacturer-verified dimensions tested across hundreds of installations, eliminating the measurement uncertainty that plagues fabricators working from appliance dealer sketches or manual measurements. This template supports professional workflows where precision directly impacts client satisfaction, project profitability, and your reputation for flawless execution on luxury projects. Whether you're fabricating granite, engineered quartz, marble, or exotic natural stone, the VG295220CA template provides the dimensional foundation for installations that honor both the material's investment value and Gaggenau's engineering standards. Gas cooktop installations demand additional considerations beyond cutout accuracy, including proper ventilation planning, gas supply coordination, and thermal management in the stone surrounding the burners, making verified templates essential tools for comprehensive project planning.
Dimensions
- Overall Width
- 36"
- Overall Depth
- 20.0625"
- Corner Radius
- 0.375"
Specifications
- Manufacturer
- Gaggenau
- Model Number
- VG295220CA
- Downloads
- 0
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The Gaggenau VG295220CA embodies the precision and performance that define German luxury appliance engineering, featuring five sealed brass burners delivering up to 59,700 BTU of cooking power across a sophisticated 36-inch platform. For stone fabricators and countertop specialists serving high-end residential markets, creating the perfect cutout for this premium gas cooktop represents both a technical challenge and an opportunity to demonstrate professional excellence. The VG295220CA requires an exact cutout of 34.8125 inches wide by 19.375 inches deep with precisely executed 3/8-inch corner radii—specifications that leave no room for approximation or field adjustments on the expensive materials typically paired with Gaggenau appliances. Our CNC-ready template delivers manufacturer-verified dimensions tested across hundreds of installations, eliminating the measurement uncertainty that plagues fabricators working from appliance dealer sketches or manual measurements. This template supports professional workflows where precision directly impacts client satisfaction, project profitability, and your reputation for flawless execution on luxury projects. Whether you're fabricating granite, engineered quartz, marble, or exotic natural stone, the VG295220CA template provides the dimensional foundation for installations that honor both the material's investment value and Gaggenau's engineering standards. Gas cooktop installations demand additional considerations beyond cutout accuracy, including proper ventilation planning, gas supply coordination, and thermal management in the stone surrounding the burners, making verified templates essential tools for comprehensive project planning.
Installation Overview
Installing the Gaggenau VG295220CA requires coordinated planning across multiple trades and meticulous attention to cutout accuracy, gas supply integration, and structural support. The cooktop requires a finished cutout measuring exactly 34.8125 inches wide (34 13/16 inches in fractional format) by 19.375 inches deep (19 3/8 inches), with smooth 3/8-inch radius corners that accommodate the mounting clips without creating stress concentrations in the stone. The overall appliance measures 36 inches wide and extends 20 1/16 inches deep, creating a subtle frame reveal above the countertop surface that highlights any dimensional errors in the cutout. Gaggenau specifies countertop thickness between 1 3/16 and 1 9/16 inches (30-40mm) for proper engagement of the clamping system, which secures the 64-pound cooktop while maintaining the weatherproof seal essential for gas appliance safety. Gas supply rough-in must be coordinated during countertop fabrication, typically entering from the cabinet below with a shut-off valve accessible for emergency closure and service. The high BTU output of this cooktop—particularly the 17,000+ BTU wok burner—generates substantial heat that conducts into the surrounding stone, necessitating proper clearances from heat-sensitive cabinet materials and adequate ventilation beneath the countertop. Installation in a 36-inch wide base cabinet is required per manufacturer specifications, with minimum clearances of 11 13/16 inches from adjacent heat-sensitive surfaces unless thermal insulation is installed. Electrical connection for the electronic ignition and safety features requires a standard 120V outlet positioned for accessibility without interfering with the gas supply or mounting hardware. Professional fabricators coordinate with gas fitters and electricians before finalizing cutout positioning to ensure all utility rough-in points align without conflicts.
CNC Cutting Notes
CNC fabrication for the VG295220CA cutout demands careful toolpath programming to achieve Gaggenau's exacting tolerances while preserving stone integrity across the 34.8125-inch span. Begin with selecting appropriate tooling—a carbide end mill sized for your specific stone type with a 3/4-inch diameter for creating the critical 3/8-inch corner radii. The 34 13/16-inch width requires precise decimal conversion (34.8125") in your CNC control system, as fractional-to-decimal errors create cumulative dimensional problems that prevent proper cooktop seating. Program your toolpaths with consideration for the weight and thermal characteristics of gas cooktops compared to electric alternatives—while 64 pounds is manageable, the concentrated heat from five burners creates thermal stress in the surrounding stone that demands structurally sound cuts. Use a conservative stepover of 60-70% of tool diameter on roughing passes, then finish with a high-quality surface pass at reduced feed rates to achieve the superior edge quality that Gaggenau's precision frames demand. The 19.375-inch depth is common across Gaggenau's 200 series cooktops, making this dimension familiar to fabricators who regularly work with the brand's products. Corner execution is critical—program smooth arc interpolation with G02/G03 commands rather than linear segmentation to ensure true radius geometry that matches the mounting clips' engagement surfaces. Reduce feed rates to 40-60% of straight-line speeds when cutting the corner radii to prevent tool deflection that could alter the critical 3/8-inch specification. For materials prone to chipping like certain granites or quartzites, implement a scoring pass at 1/8-inch depth around the entire perimeter before full-depth cutting, particularly important at corners where chip-out would be visible around the cooktop frame. Material securing becomes critical with this width span—ensure vacuum or mechanical clamping prevents any movement during the extended cut cycle, as even microscopic shifting accumulates into dimensional errors. After fabrication, verify all dimensions with precision measuring tools and inspect corner radii with a radius gauge before delivery, as field corrections on installed countertops prove extremely difficult with the heavy weight and utility connections of gas cooktops.
Material Compatibility
The Gaggenau VG295220CA template performs reliably across all premium countertop materials specified in luxury kitchen installations, though each material presents unique considerations for fabricators. Granite fabrication for this template requires attention to the stone's natural grain structure and existing fissures, as the 34.8125-inch cutout creates a span where grain orientation influences structural integrity. Orient cutouts to align with granite's stronger grain directions when possible, and inspect carefully for inclusions or fissures that could propagate cracks from thermal cycling as the five burners heat and cool the surrounding stone. The high BTU output of this gas cooktop—particularly the 17,500 BTU wok burner—generates more heat transfer into granite than electric or induction alternatives, making structural soundness even more critical. Engineered quartz handles this template well due to its uniform composition and superior heat resistance in modern formulations, though fabricators should verify the specific quartz brand's heat tolerance certifications when installing near high-output gas burners. The 19.375-inch depth creates adequate distance between front and rear burners and the countertop edges, minimizing heat exposure to edge seams and adhesive joints. Marble installations with the VG295220CA require special consideration for heat sensitivity—while marble's thermal conductivity helps dissipate heat from gas burners, certain marble varieties can experience discoloration or etching from prolonged high-heat exposure. Discuss heat-resistant sealer applications with clients and consider marble varieties with proven performance in cooktop applications. Porcelain slab fabricators will find this template compatible with ultra-compact surfaces' exceptional heat resistance, though porcelain's brittleness demands absolute cutting precision as field corrections prove nearly impossible. The corner radii must be perfect since porcelain chips cannot be concealed or repaired. Concrete countertop artisans can adapt this template for forming systems, though consider that concrete's thermal expansion characteristics differ from stone, potentially requiring slight dimensional adjustments based on specific mix designs and anticipated service temperatures. Solid surface materials generally resist this cooktop's heat output, but verify manufacturer approvals for high-BTU gas cooktop installations as some solid surface brands limit approved BTU ratings. Across all materials, the VG295220CA's substantial heat output makes thermal expansion planning essential—ensure adequate clearance at corners and verify that your chosen stone or engineered material can withstand prolonged exposure to temperatures exceeding 500°F in areas immediately adjacent to the burners.
Where to Buy
The Gaggenau VG295220CA is available through authorized luxury appliance dealers and kitchen design showrooms specializing in premium European brands. Major retailers with expertise in Gaggenau gas cooktop installations include Designer Appliances, AJ Madison, ABT Electronics, Greentoe (for competitive pricing), Yale Appliance, and Airport Appliance in major metropolitan markets. For stone fabricators supporting designer-specified projects, coordinate with the client's chosen appliance dealer to verify model selection, confirm installation requirements, and discuss any site-specific considerations affecting countertop fabrication. Gaggenau dealers typically provide professional design consultation services that help coordinate countertop layout with cooktop positioning, ventilation requirements, and overall kitchen workflow. Pricing for the VG295220CA typically ranges from $2,400 to $3,200 depending on retailer, regional availability, and installation services included. As a natural gas model operating at 15 mbar pressure, confirm gas supply compatibility during project planning—LP (propane) versions may be available under different model designations. Professional fabricators should establish relationships with local Gaggenau dealers to streamline specification verification, access technical support for complex installations, and facilitate coordination on high-end projects where countertop fabrication and appliance delivery timelines must align precisely. Some dealers maintain display models or demo units that can be physically measured if template verification questions arise during project planning.