DMM Pinto Pulley Spacer - 14mm

DMM Pinto Pulley Spacer - 14mm

The DMM Pinto Pulley Spacer - 14mm is an essential accessory designed for use with Pinto and Pinto Rig pulley systems where textile connecting elements are used. In certain configurations, rope or webbing connections can apply inward pressure to the pulley side plates. This spacer helps maintain correct spacing between the plates, supporting smooth function and consistent performance during professional climbing, rigging, and work positioning tasks.

Maintaining correct side plate spacing

When textile components such as rope or webbing are connected directly to a pulley, compression of the side plates can occur. The Pinto Pulley Spacer is designed to sit between the pulley cheeks, preventing unwanted compression and helping the pulley maintain its intended geometry. This supports predictable sheave movement and reduces the likelihood of efficiency loss when systems are loaded or adjusted under tension.

Designed for textile based system configurations

The spacer is intended specifically for Pinto and Pinto Rig applications where textile connections are preferred or required. By supporting the pulley structure in these setups, it allows rope and webbing elements to function as intended without interfering with pulley operation. This makes it a valuable component in compact system layouts where textile connections are used to manage space, reduce hardware requirements, or adapt system geometry.

Compact and lightweight professional accessory

Weighing just 12 g, it contributes minimal additional weight to the system while supporting long term reliability. Its simple, robust design makes it suitable for regular professional use where consistency, repeatability, and equipment longevity are important considerations.

Key Features

• Designed for Pinto and Pinto Rig pulley applications
• Dimensions of 16.5mm ID x 14.5mm
• Helps prevent side plate compression from textile connections
• Supports smooth pulley operation under load
  
• 15 mm hole diameter for secure integration
• Lightweight 12 g design for minimal system impact