Ives 299RB Offset Rescue Strike for Emergency Door Swing Applications

Ives 299RB Offset Rescue Strike for Emergency Door Swing Applications

Professional Emergency Door Hardware for Healthcare Facilities

The Ives 299RB Offset Rescue Strike is engineered for emergency situations where patients may become trapped behind inward-swinging doors. Used in conjunction with center hung pivots, this rescue hardware enables bi-directional door swing capability when the center tong depresses, allowing doors to swing in the opposite direction without frame damage. Designed for 1-3/4" door thickness with offset mounting configuration, this strike accommodates 6-3/4" to 7-3/4" frame dimensions and meets ANSI/BHMA A1882 standards.

Professional Features & Benefits

• Emergency Bi-Directional Operation: Allows door to swing in opposite direction when center tong depresses, preventing patient entrapment without frame damage.
• Offset Mounting Design: 6-3/4" to 7-3/4" frame compatibility with offset pocket configuration for versatile installation options.
• Door Thickness Compatibility: Engineered for standard 1-3/4" door thickness with custom sizes available through factory consultation.
• Center Hung Pivot Integration: Must be used with compatible Ives center hung pivot models 7253, 7255, 7255J, 7256, and 7259 for proper operation.
• Stainless Steel Construction: Durable stainless steel substrate provides long-term reliability in demanding healthcare environments.
• Complete Hardware Package: Includes 8-32 x 1/2" fasteners specifically designed for hollow metal door applications.
• ANSI/BHMA Compliance: Meets ANSI/BHMA A1882 standards for commercial rescue hardware applications.

Technical Specifications

• ANSI/BHMA: ANSI/BHMA A1882
• Commercial/Residential: Commercial
• Department: Door Hardware
• Hang Type: Offset Hung
• Product Category: Door Trim and Accessories
• Product Dimension: 6.75"-7.75" x 2.75"
• Product Group: Door Trim and Accessories
• Product Model: 299RB
• Product Subgroup: Rescue Hardware
• Product Substrate: Stainless Steel
• Product Type: Rescue Door Stops and Strikes
• Subcategory: Miscellaneous Hardware

Installation & Operation

1. Review manufacturer specifications and verify door preparation requirements including door thickness, stile width, and handing as applicable to this product.
2. Use manufacturer-provided templates to mark mounting hole locations accurately on door and/or frame surfaces.
3. Prepare door and frame by drilling required holes and routing as specified in manufacturer instructions.
4. Install all mounting hardware and secure the device to door and frame per manufacturer torque specifications.
5. Adjust operational components for proper alignment, latching, and smooth operation throughout the full range of motion.
6. Test device operation to verify proper function and make final adjustments as needed. Refer to manufacturer documentation for complete installation details and troubleshooting.

Professional Applications

• Healthcare Institution Patient Rooms
• Hospital Restroom Facilities
• Convalescent Home Small Spaces
• Medical Facility Utility Closets
• Institutional Emergency Access Points
• Patient Care Area Safety Systems
• Healthcare Facility Compliance Applications

Emergency Rescue Design

This offset rescue strike addresses the critical safety concern of blocked doorways caused by incapacitated patients in healthcare environments. The center tong depression mechanism allows immediate door reversal without structural damage, providing essential emergency access for healthcare professionals. Compatible exclusively with specified Ives center hung pivot models for reliable bi-directional operation.

Why Choose Ives Quality?

Ives rescue hardware delivers specialized emergency access solutions with stainless steel construction engineered for demanding healthcare applications. Meeting ANSI/BHMA A1882 standards, this offset rescue strike provides reliable bi-directional door operation when emergency access is critical. Designed specifically for patient safety scenarios where traditional door hardware limitations could compromise emergency response capabilities.