Chain Hoist MF - 3T 15m Hire

This heavy-duty chain hoist is the perfect lifting mechanism for builders, contractors, engineers and mechanics. Capable of quickly and efficiently lifting loads weighing up to 3 tonnes, this robust chain hoist can withstand the rigours of heavy-duty use in the demanding industrial environment. Ideal for all kinds of industrial applications, the hoists simple to use design makes it perfect for use in conjunction with temporary installations, such as scaffolding towers, to provide a safe and reliable way of lifting equipment up to the work platform. This hard-wearing hoist is also capable of performing reliable, safe hoisting on construction sites, as well as in workshops, garages and warehouses. With its high quality, efficient gearing system, housed inside a firm steel casing, and durable chain sprocket supporting the strong 15m grade 80 steel chain, this durable chain hoist is capable of safely and securely lifting loads up to 3 tonnes. The hoists robust and durable design efficiently converting your light-duty, low force input into a powerful, heavy-duty output. This safe and reliable hoist also features a load pressure brake which holds in every position, and suspension hooks with extremely secure catches, to ensure maximum protection for the user, and avoid dropping and destroying materials and equipment being hoisted. You should only use this hoist for vertical lifting. Do not exceed the hoists maximum lifting weight limit. You must wear appropriate protective equipment - including a hard hat, toe-capped boots and heavy-duty working gloves, to reduce the risk of injury.

365218: Chain Hoist - Manual
SWL: 3t
Weight: 68kg
H.O.L: 15m
Use: Safety Boots
Use: Safety Gloves
Use: Safety Helmet / Hard Hat
Keep Safety Hook & Catches Closed
Vertical Lifting Only
Use: Power Breaker
Use: Web Slings & Shackles
Status: Ready to Hire

Please note: This product description and detail is based on the model we have the most stock of. Alternative brands of equivalent specification may be supplied based on location and availability.