WONDERING IF YOU NEED MANUAL CHAIN HOISTS? HERE'S EVERYTHING YOU NEED TO KNOW

In light of our new distribution collaboration with Armorgard, we at Lifting Equipment Store UK want to emphasize the significance of hazardous substance storage. It’s crucial to store chemicals safely to protect everyone on-site. After all, your safety comes first. Here are some straightforward tips to help ensure proper chemical storage and maintain a secure working environment.

WHAT IS A MANUAL CHAIN HOIST?

A manual chain hoist is a straightforward mechanical tool designed to assist you and your team in lifting or pulling various objects, including bulky, oddly shaped, sharp, and heavy items. The rigging equipment incorporates a gear transmission system and chains to ensure smooth and even lifting processes.

This tool features braking mechanisms that prevent the load from slipping, reducing the risk of accidents involving you, your team, or others. It provides peace of mind knowing your load is secured. Moreover, its minimal effort requirement makes it an excellent alternative to electric hoists, especially for lighter loads.

HOW DO THEY WORK?

Manual chain hoists are a practical and efficient solution for lifting tasks. Unlike electric hoists, these tools are manually operated, making them ideal for situations where power sources may be limited. For more information on electric hoists and their suitability for specific applications, check out our article titled "Reasons to Buy a Yale Electric Chain Hoist."

At the top of the chain, the drive wheel and chain are seated in the grooves of the wheel. As the chain moves, it generates force that turns the wheel. A shaft runs through the center of the wheel and connects to a central gear, which in turn powers the two side gears. The smaller gear has fewer teeth but remains effective due to its alternating engagement with the larger gears.

Additionally, a ratchet mechanism prevents the chain from back-slipping, ensuring the load stays securely in place. However, you can manually lower the load by disengaging the ratchet using a clutch. This allows you to rotate the wheel counterclockwise as needed, providing greater control over the lowering process.