Antunes 7001332 Drive Chain, 114 Links

Antunes 7001332 Drive Chain, 114 Links

The Antunes 7001332 Drive Chain, 114 Links is a genuine OEM replacement component engineered to control conveyor belt movement in compatible Antunes commercial equipment. Built to original factory specifications, this drive chain ensures smooth power transmission and dependable conveyor operation in high-volume kitchen environments.

Durable Conveyor Drive Component

Designed with 114 precision-aligned links, this drive chain provides accurate engagement with sprockets and consistent belt motion. Replacing worn or stretched chains with a genuine OEM part helps reduce slippage, maintain alignment, and extend overall equipment lifespan.

Key Features

• Genuine OEM Drive Chain — Matches Antunes factory standards for performance and fit.
• 114-Link Configuration — Designed for precise compatibility with designated conveyor systems.
• Heavy-Duty Construction — Built for continuous commercial kitchen use.
• Smooth Power Transfer — Ensures consistent conveyor belt operation.
• Direct Replacement — Ideal for replacing worn or damaged drive chains.

Operational Benefits

• Consistent Conveyor Motion — Maintains even product flow.
• Reduced Component Wear — Proper chain fit protects sprockets and bearings.
• Minimized Downtime — Quick installation supports uninterrupted operation.
• Reliable Commercial Performance — Designed for high-volume foodservice environments.

Compatible Applications

The Antunes 7001332 Drive Chain is used in compatible Antunes conveyor systems requiring a 114-link chain configuration. Always verify your equipment model before purchasing to ensure proper fit and performance.

Technical Specifications

Care & Maintenance

To ensure optimal performance and extended lifespan:

• Inspect the chain regularly for wear, stretching, or corrosion.
• Ensure proper tension and alignment during installation.
• Keep sprockets clean to prevent debris buildup.
• Lubricate as recommended by your equipment guidelines.
• Replace promptly when excessive wear is observed.