The Anthony D1602-48 Rod Torque (round End) is a precision-engineered component designed for industrial and commercial applications requiring reliable torque transmission and adjustment. Crafted by AllPoints, this OEM part measures 29 1/8 inches (740 mm) in length and features (6) 1/8" adjustment pinholes for precise calibration and secure mounting. Constructed with durable materials to withstand demanding environments, it offers seamless integration into machinery and equipment, ensuring consistent performance and ease of maintenance. Its technical specifications include a width of 1 inch, a height of 1 inch, and a weight of 0.17 lbs, making it suitable for various food processing and mechanical systems requiring accurate torque regulation and adjustment. This component is essential for industries where durability and precise mechanical operation are critical, such as in food production equipment and industrial automation systems.
Top AllPoints D1602-48 Features
The Anthony D1602-48 Rod Torque features a robust design with a 29 1/8-inch length and six adjustable 1/8-inch pinholes, ensuring precise torque application and ease of calibration in complex systems. Made from resilient materials, it guarantees durability under frequent use and harsh conditions. Its straightforward installation and included instructions simplify maintenance routines, reducing downtime. Ideal for machinery involving torque transfer or regulation in food manufacturing lines and industrial equipment workflows. Its technical specifications support high-precision adjustments in mechanical assemblies, making it a reliable choice for engineer-driven foodservice equipment upgrades.
- Length: 29 1/8 inches (740 mm) for versatile installation
- Adjustment pins: Six 1/8" pinholes for precise torque tuning
- Durable construction: Manufactured to resist wear in demanding environments
- Ease of use: Instructions included for straightforward setup
- Application fit: Suitable for integration into mechanical linkages and regulation systems
Designed for industrial machinery requiring reliable adjustment capabilities, suitable for mechanical, automation, and food processing equipment.
AllPoints D1602-48 Technical Specs
The AllPoints Anthony D1602-48 comprises a high-strength, corrosion-resistant metal alloy, with dimensions of 29 1/8 inches length, 1 inch width, and 1 inch height. The unit weighs 0.17 lbs, making it lightweight yet durable enough for continuous industrial use. It features six 1/8-inch adjustment pinholes for fine-tuned torque application, suitable for integration into equipment that demands precise calibration. The component is designed without hazardous materials, ensuring safety and longevity in diverse operating environments. It is supplied with comprehensive instructions for installation and adjustment, facilitating maintenance in food processing and industrial machinery. Its temperature resistance and material safety make it compatible with various mechanical setups and cleaning routines, ensuring reliable performance over extended periods. Dimensions are optimized for straightforward installation, while its construction provides resistance to mechanical stress and environmental factors.
- Dimension: 29 1/8 inches length, 1 inch width, 1 inch height
- Weight: 0.17 lbs for easy handling and installation
- Pinholes: Six 1/8" adjustment points for precise calibration
- Material: Resilient alloy resistant to corrosion and wear
- Design: Includes instructions for simple installation and maintenance
- Application environment: Suitable for industrial mechanical systems requiring torque regulation
What is a commercial torque rod component
A commercial torque rod component is a mechanically engineered device used in machinery to transmit, adjust, or regulate torque within assembly systems. The Anthony D1602-48, specifically, functions as a high-precision, adjustable link installed in mechanical linkages or gear assemblies, supporting accurate torque transfer and calibration. These components are commonly utilized in food processing equipment, automation systems, and industrial machinery where durability and precise adjustment are critical for maintaining operational efficiency. The D1602-48 model, with its 29 1/8" length and six adjustment pinholes, is ideal for applications demanding stable torque regulation, providing consistent performance in demanding environments and facilitating maintenance or calibration tasks in medium-volume industrial operations.
Top commercial torque regulation solutions for foodservice environments
Designed for medium-volume industrial applications, the Anthony D1602-48 precision torque rod offers reliable adjustment capabilities, durable construction, and seamless integration into mechanically demanding food manufacturing and processing systems. AllPoints D1602-48 model fits mechanically intensive workflows with its robust materials and precise calibration features.
- Operation in moderate throughput food processing facilities
- Suitable for compact commercial systems requiring precise torque regulation
- Engineered for food industry equipment needing durable mechanical components
- Supports efficient workflow in industrial automation and machinery
- Ideal for maintenance routines demanding high accuracy and ease of calibration
Why Choose AllPoints D1602-48 ?
AllPoints D1602-48 stands out from similar torque components through its precise adjustable design, corrosion-resistant alloy, and straightforward installation process. Its compact form factor and detailed instructions simplify maintenance in mechanical systems, enhancing equipment reliability and operational uptime. Its proven durability in demanding environments ensures consistent performance during extended use, making it a dependable choice for industrial and food processing machinery.
- Self-contained design with integrated adjustment features
- Manufactured from high-strength, corrosion-resistant materials
- Optimized for seamless integration into a variety of mechanical assemblies
- Provides precise torque regulation for improved equipment accuracy
- Built to withstand harsh operational conditions, reducing downtime
