Boston Gear 30302232 HOR05FTLP20 Centric overload clutch, size 5, with P20 bore. This mechanical torque limiter protects downstream equipment from damaging overloads in power transmission systems. The HOR series features a horizontal mounting configuration with fixed bore design for reliable, repeatable disengagement.

# Clutches and Brakes

Overview The

Boston 30302232 Z01097 HOR05FTLP20 Mechanical Overload Clutch is a highly engineered component designed to protect machinery and drive systems from excessive torque and overload conditions. This overload clutch is essential for applications requiring reliable performance and safety, particularly in industries such as food processing, material handling, and packaging equipment. With its robust construction and precise engineering, the Boston Mechanical Overload Clutch ensures optimal operation under demanding conditions.

Key Features

• Torque Capacity:
• Construction Material:
• Operating Mechanism:
• Size and Dimensions:
• Temperature Range:

Designed to handle high torque loads, providing reliable protection against overload situations. Made from high-strength alloy steel, ensuring durability and resistance to wear and tear. Features a mechanical design that allows for slip under overload conditions, automatically disengaging to protect the connected equipment. Compact design allows for easy integration into existing setups without requiring extensive modifications. Operates effectively in a wide temperature range, making it suitable for varying industrial environments.

Applications

• Food Processing:
• Material Handling:
• Packaging Equipment:

Ideal for conveyor systems and mixers, ensuring that machinery is protected from damage during jams or equipment overload. Utilized in hoisting and lifting applications, preventing equipment failure during unexpected weight increases. Provides essential overload protection in packaging machinery, enhancing operational safety and reliability.

Benefits

• Enhanced Safety:
• Increased Reliability:
• Cost-Effective Solution:

Reduces the risk of equipment failure and accidents, promoting a safer working environment. The robust design minimizes maintenance needs, ensuring continuous operation and reducing downtime. Protecting machinery from damage leads to lower repair costs and longer equipment lifespan, ultimately saving on operational expenses.