The Hobart RP-003-15 Roll Pin is a precision-engineered fastening component supplied by Hobart as part of its OEM product lineup, designed for use in commercial foodservice equipment assemblies. Crafted from high-strength steel, this roll pin measures 2.65 inches in length, 0.65 inches in height, and 5.3 inches in depth, ensuring reliable torque transfer and secure assembly in food processing machinery. Its robust construction addresses the need for durability and precision in industrial settings, facilitating maintenance and alignment of rotating components. The RP-003-15 model is tailored for applications requiring secure pin retention, especially in high-usage commercial kitchens, bakery lines, and food prep stations, where precise assembly is critical for operational efficiency. This component features a design optimized for easy insertion and removal, with dimensions suited for specific Hobart equipment setups, ensuring seamless integration within existing systems.
Top Hobart RP-003-15 Features
The Hobart RP-003-15 roll pin offers high-performance fastening for industrial foodservice equipment, with stainless steel construction for superior durability. Designed for secure retention and ease of installation, it withstands rigorous cleaning processes and repetitive usage in demanding environments. Its precise dimensions facilitate quick assembly, reducing downtime during maintenance and repairs. Ideal for fixture stability in bakery, meat processing, or prep machinery, it enhances workflow reliability while minimizing replacement frequency.
- Function or Performance: Ensures secure fastening in industrial food equipment
- Durability Traits: Made from high-grade steel withstands heavy use
- Ease-of-Use or Maintenance: Simple installation with minimal disassembly required
- Use Case or Fit: Fits specific Hobart models for reliable operation
- Workflow Benefit or Integration: Facilitates efficient assembly and servicing workflows
Ideal for maintenance and assembly of commercial kitchen equipment requiring secure component fastening.
Hobart RP-003-15 Technical Specs
The Hobart RP-003-15 roll pin is constructed from durable steel, measuring 2.65 inches in width, 0.65 inches in height, and 5.3 inches in depth, with a shipping weight of 0.03 lbs. It is designed for precise fitting in certification-free equipment assemblies, providing reliable retention under typical operational temperatures encountered in commercial kitchens. The pin’s material offers resistance to corrosion and consistent performance through repeated use, supporting maintenance routines and equipment longevity. With a straightforward installation process, it is compatible with most Hobart OEM components, ensuring seamless integration and consistent operational reliability across food processing and prep lines.
- Dimensions: W: 2.65 inches, H: 0.65 inches, D: 5.3 inches
- Material: Steel for high tensile strength and durability
- Weight: 0.03 lbs per piece
- Compatibility: Fits specific Hobart OEM models and components
- Installation: Designed for quick insertion and removal in assembly processes
- Operating Range: Suitable for typical cleaning and process temperatures in commercial environments
Electrical Requirements: None applicable
Construction & Finish: Steel with corrosion-resistant coating
Cleaning & Maintenance: Compatible with routine cleaning; minimal disassembly needed
Usage Compatibility: Designed for use in equipment assemblies with specific fitting sizes and dimensions
Installation Clearance: Requires minimal space for insertion and removal during maintenance
What is a commercial roll pin
A commercial roll pin is a cylindrical fastener used in machinery and equipment assembly, manufactured from hardened steel or similar materials to provide secure, removable mechanical interconnections. Specifically, the Hobart RP-003-15 model functions as a reliable fastening component within industrial foodservice setups, installed in equipment such as mixers, slicers, or processing lines. These pins are essential for maintaining component alignment and stability during high operational loads, making them vital in environments like commercial kitchens, bakeries, or meat processing facilities where equipment durability and precise assembly are required. The RP-003-15 offers dimensions tailored for compatibility with Hobart equipment, supporting a smooth workflow and long-term maintenance cycles in mid-volume foodservice operations.
Top OEM Roll Pins for Hospitality Foodservice Settings
Top OEM roll pins like the Hobart RP-003-15 provide robust, reliable fastening solutions for commercial kitchens and food processing environments. Built for moderate throughput operations, they ensure secure component binding and long service life in food prep lines, bakery equipment, or meat processing machinery. These high-precision pins are essential in maintaining consistent performance during daily operation in mid-volume foodservice settings.
- Operation Type — e.g., mid-volume food processing lines
- Kitchen Setting — e.g., commercial bakeries and prep stations
- Foodservice Category — e.g., equipment assembly and maintenance
- Workload Qualifier — e.g., moderate throughput and operational durability
- Use Case — e.g., securing rotating shafts and mechanical linkages
Why Choose AllPoints RP-003-15 Roll Pin?
Why Choose the AllPoints RP-003-15 Roll Pin over alternatives lies in its precise craftsmanship, durable steel build, and tailored fit for Hobart equipment. Its corrosion-resistant coating withstands rigorous cleaning routines, ensuring longevity. Unlike generic fasteners, this OEM component guarantees direct compatibility, simplifying maintenance and reducing downtime, ultimately optimizing operational efficiency in commercial kitchens and foodservice facilities.
- Self-contained design for hassle-free installation and replacement
- Manufactured from high-grade steel for long-lasting performance
- Optimized dimensions for perfect fit in Hobart machinery
- Corrosion-resistant coating enhances longevity in wet environments
- Engineered for reliable, repetitive use supporting consistent operations
