Omnia 12-0 Stainless Steel Single Dummy Lever with 2-3/8″ BacksetThe Omnia 12-0 single dummy lever features solid stainless steel construction with a 2-3/8″ backset, 5-1/4″ handle width, and 3″ projection for standard door compatibility. This surface-mounted dummy function hardware has no locking mechanism and is designed primarily for inactive doors in double door installations or areas requiring uniform appearance without mechanical operation. ADA compliant design ensures accessibility compliance for residential applications.Key FeaturesPrecise Dimensions: 2-3/8″ backset with 5-1/4″ handle width and 3″ projection for standard door compatibility.Solid Stainless Steel Construction: High-quality stainless steel provides outstanding strength, natural corrosion resistance, and excellent hygienic properties.Universal Handing: Available for both left and right hand applications for flexible installation options.ADA Compliance: Meets accessibility requirements for barrier-free design in residential applications.Surface Mount Design: Easy installation with all necessary mounting hardware included for quick setup.Dummy Function: No mechanical locking system provides uniform appearance for inactive doors and decorative applications.Complete Installation Kit: All necessary mounting hardware included for straightforward installation.Certifications & ComplianceADA Compliant DesignTechnical SpecificationsMAP Policy: YesTypical ApplicationsResidential Double Door InstallationsDecorative Door Hardware ApplicationsUniform Hardware Design ProjectsInactive Door Pull SolutionsADA Compliant Residential AccessCustom Home Door HardwareArchitectural Hardware CoordinationWhy Omnia 12-0?Omnia 12-0 dummy levers deliver reliable performance with solid stainless steel construction that provides natural corrosion resistance and excellent hygienic properties. The included mounting hardware and ADA compliant design ensure straightforward installation and accessibility compliance for residential doors. Engineered for applications where dependable performance and uniform appearance are essential.