The Gold Medal 48965HT Crossbar Assembly 52oz is a robust commercial-grade replacement component designed for high-use foodservice equipment. Manufactured by Gold Medal, this OEM crossbar assembly features precision engineering with a size of 6.5 inches in height, 9.85 inches in width, and 18.6 inches in depth, weighing 2.64 pounds. Its durable construction ensures consistent performance in demanding kitchen environments, particularly in food production and processing stations requiring precise handling of assembly or mounting tasks. Engineered for longevity and reliability, it provides an essential solution for maintenance and workflow continuity in professional foodservice operations.
Top AllPoints 48965HT Features
The 48965HT crossbar assembly offers seamless integration into commercial equipment, with high tensile strength aluminum alloy construction for durability under frequent use. Its precise dimensions facilitate easy installation and replacement, reducing downtime. The design supports stable mounting for critical components on food processing lines, enabling efficient workflows. Maintenance is simplified through accessible mounting points, ensuring quick service in busy kitchen environments. Ideal for use in equipment requiring dependable structural support and corrosion resistance, especially in high-output applications.
- Functionality: Supports secure mounting of equipment components
- Durability: Crafted from corrosion-resistant aluminum alloy
- Ease of Maintenance: Tool-free mounting and disassembly
- Use Case: Fits standard OEM equipment for reliable operation
- Workflow Benefit: Minimizes downtime during repairs or replacements
Suitable for replacing worn or damaged crossbars in commercial food equipment requiring precise fit and long-term durability.
AllPoints 48965HT Technical Specs
The 48965HT crossbar assembly is a essential OEM component engineered for demanding commercial kitchen environments. Constructed from high-quality aluminum alloy, it measures 6.5 inches in height, 9.85 inches wide, and 18.6 inches deep, with a weight of 2.64 pounds. It operates efficiently within a typical refrigerated or food processing setup, offering reliable support for various equipment attachments. This assembly is designed for quick installation with minimal tools, supporting workflow continuity. Its corrosion-resistant finish ensures longevity in high-moisture, high-traffic kitchen conditions, making it suitable for continuous operation without performance degradation.
- Dimensions: 9.85" W x 18.6" D x 6.5" H
- Material: Aluminum alloy for corrosion resistance
- Weight: 2.64 lbs, lightweight for easy handling
- Construction: OEM design for precise fit and durability
- Finish: Anodized surface for enhanced longevity
- Compatibility: Supports standard OEM foodservice equipment
- Installation: Tool-free mounting with accessible mounting points
- Operation Range: Suitable for high-use environments with routine cleaning
Electrical Requirements: None
Cooling Method: Not applicable
Refrigeration Type: Not applicable
Production Capacity: Not applicable
Construction & Finish: Aluminum alloy with corrosion-resistant anodized coating
Temperature Resistance: Designed for ambient kitchen temperatures up to 140°F
Food Safety: Compatible with cleaning protocols for food contact environments
Dimensions: 9.85" W x 18.6" D x 6.5" H
Weight: 2.64 lbs
Technology & Features: None specific
Cleaning & Maintenance: Disassembly for cleaning; minimal tools required
Storage Features: Compact footprint facilitates storage and replacement
Usage Compatibility: Suitable for equipment supporting OEM crossbars
Ergonomics & Safety: Rounded edges prevent injury during handling
Replacement Parts / Accessories: Compatible with OEM mounting hardware
Assembly Required: No, pre-assembled for immediate installation
What is a commercial crossbar assembly
A commercial crossbar assembly is a critical structural component used to support or mount parts within foodservice equipment such as refrigeration, slicers, or conveyor units. The 48965HT model from Gold Medal, manufactured by AllPoints, is designed for high durability and precise fit in professional kitchen environments. Typically installed in refrigeration units, food processing lines, or display equipment, this assembly ensures stability and reliable operation in mid-volume restaurant or institutional settings where consistent performance is essential for workflow efficiency and equipment longevity.
Top OEM Crossbar Assemblies for Foodservice Environments
Manufactured by AllPoints, the Gold Medal 48965HT OEM crossbar assembly exemplifies durability and precision for moderate throughput kitchen operations. Engineered for stability and longevity, it supports efficient equipment assembly in commercial foodservice settings, making it compatible with a variety of OEM food equipment for reliable performance in prepared food stations, bakeries, and similar outlets.
- Operation Type — suitable for moderate-volume commercial kitchens
- Kitchen Setting — optimized for compact and high-traffic foodservice spaces
- Foodservice Category — ideal for refrigeration and food prep equipment
- Workload Qualifier — designed for reliable, continuous use in busy environments
- Use Case — supports equipment maintenance and component stability
Why Choose AllPoints 48965HT Crossbar Assembly
Compared to similar OEM components, the AllPoints 48965HT crossbar assembly offers superior corrosion resistance with anodized aluminum construction, ensuring long-term durability. Its precise dimensions streamline installation, reducing setup time and maintenance. The assembly's robust design enhances equipment stability, supporting operational efficiency and sanitation standards, making it ideal for demanding commercial kitchens seeking reliable, restaurant-ready solutions.
- Compact footprint optimizes storage and replacement ease
- Manufactured from corrosion-resistant aluminum alloy for longevity
- Supports rapid installation without specialized tools
- Engineered for consistent fit in OEM equipment models
- Designed for high-use environments with minimal performance degradation
