The Hobart 00-950615 Finger Stacking Trip Arm is a precision-engineered OEM component designed for commercial food processing and equipment applications. Manufactured by Hobart, this stainless steel trip arm is integral to stacking mechanisms within industrial kitchen machinery, supporting consistent and reliable operation in high-demand foodservice environments. Its robust construction ensures durability under frequent use, while its compact dimensions enable seamless integration into existing systems. The technical specifications include a height of 0.8 inches, width of 5.1 inches, depth of 9.2 inches, and a weight of 0.06 lbs, making it suitable for precise adjustments and maintenance in commercial kitchen setups. Its critical function is to facilitate finger stacking operations, enhancing workflow efficiency and equipment reliability in food processing lines.
Top AllPoints 00-950615 Features
The Finger Stacking Trip Arm from AllPoints is a durable, stainless steel component designed for OEM applications in commercial kitchens. It provides precise control in stacking mechanisms, ensuring smooth operations in food processing equipment. The product's corrosion-resistant material withstands frequent cleaning, simplifying maintenance. Its compact form factor allows easy installation and adjustment, improving workflow and reducing downtime in medium-volume foodservice environments. It supports efficient stacking sequences, optimizing throughput and operational reliability.
- Functionality: Enables precise finger stacking control in processing equipment
- Durability Traits: Made from corrosion-resistant stainless steel for long-term use
- Ease-of-Use: Compact design facilitates quick installation and adjustments
- Application Fit: Compatible with Hobart stacking mechanisms for commercial processing
- Workflow Benefits: Enhances operational efficiency in foodservice equipment workflows
Ideal for installation in commercial food processing lines requiring consistent stacking performance.
AllPoints 00-950615 Technical Specs
The Hobart 00-950615 Finger Stacking Trip Arm features a stainless steel construction tailored for durability and corrosion resistance. Its dimensions are 5.1 inches wide, 9.2 inches deep, and 0.8 inches high, weighing only 0.06 lbs, making it lightweight yet robust. It is designed for OEM applications with compatibility across various stacking modules. This trip arm is engineered to withstand the operating conditions of commercial kitchens, supporting efficient stacking operations. Maintenance involves simple disassembly and cleaning with non-abrasive tools, ensuring minimal downtime. Its design supports seamless integration into Hobart equipment, with mounting compatibility optimized for quick setup. The component’s material safety and construction quality make it suitable for rigorous use in food processing environments.
- Electrical Requirements: Not applicable, OEM component
- Construction & Finish: Stainless steel with polished surface
- Dimensions: 5.1" W x 9.2" D x 0.8" H
- Weight: 0.06 lbs
- Material Safety: Food-safe stainless steel, easy to clean
- Operating Range: Designed for typical kitchen equipment operating conditions
- Compatibility: Fits Hobart stacking mechanisms and compatible OEM parts
- Installation & Maintenance: Disassembly for cleaning, straightforward mounting
- Usage Compatibility: Suitable for mechanisms requiring durable, reliable trip arms
- Safety & Ergonomics: Rounded edges for safety during handling
What is a commercial stacking trip arm?
A commercial stacking trip arm is a precision mechanical component used within industrial food processing equipment to facilitate the controlled stacking of food products or packaging materials. Typically constructed from high-quality stainless steel, this OEM part supports reliable operation in demanding kitchen environments. Installed in equipment such as slicers, stackers, or automation modules, it ensures smooth, consistent stacking sequences, critical for high-volume processing. The Hobart 00-950615 Finger Stacking Trip Arm is an example designed for efficient, long-lasting performance in commercial kitchens, supporting operations that demand accuracy, durability, and ease of maintenance. Its function is pivotal in optimizing throughput in foodservice lines, making it suitable for applications that require precise stacking mechanisms in mid-volume restaurant, catering, or institutional settings.
Top OEM Trip Arms for Foodservice Operations
Designed for moderate throughput applications, the Hobart 00-950615 Finger Stacking Trip Arm from AllPoints offers durable, precise performance in commercial food processing. It is ideal for installation in equipment used in institutional kitchens, catering, or mid-volume restaurant operations. Built with stainless steel for longevity, it supports efficient stacking workflows essential for reliable food production and packaging processes.
- Operation Type — Suitable for moderate-volume processing lines
- Kitchen Setting — Installed in institutional and commercial kitchens
- Foodservice Category — Processing and packaging equipment
- Workload Qualifier — Supports typical throughput in medium-scale operations
- Use Case — Ensures consistent stacking in food processing machinery
Why Choose AllPoints 00-950615?
The AllPoints 00-950615 Finger Stacking Trip Arm offers a robust stainless steel build with precision-fit design tailored for OEM stacking mechanisms. Its corrosion-resistant surface reduces maintenance needs, while its compact profile ensures quick installation. This component enhances equipment reliability and stacking consistency, improving overall operational efficiency in commercial kitchens. Compared to generic parts, it provides superior durability, precise control, and seamless integration into Hobart equipment, elevating food processing workflow performance.
- Self-contained design for easy replacement and maintenance
- Corrosion-resistant stainless steel withstands frequent cleaning cycles
- Compact footprint simplifies installation in tight spaces
- Reliable operation enhances stacking accuracy and throughput
- OEM-specific compatibility tailored for Hobart equipment requirements
