Beam Travelling Trolleys
Explore our range of beam travelling trolleys, designed for smooth and effective transportation along beams. Suitable for both industrial and commercial lifting applications, our selection of beam trollies offer true reliability and durability - all at competitive prices, from the brands you know and love.
WHAT IS A BEAM TROLLEY?
A beam trolley – also called a beam travelling trolley or beam trolley hoist – is a mechanical device that has been specifically designed to move along an overhead beam or rail.
This equipment is commonly used in industrial environments such as warehouses, factories, garages and workshops where heavy loads need to be moved horizontally. There are options for manual beam trolleys in the form of push travel trolleys, and electrically powered options in the form of electric travel trolleys.
Commonly used in conjunction with a chain hoist (also available in both manual and electric), beam trolleys are known for their versatility and often remove the need for a complex conveyor system. A beam trolley hoist is proven to be a far more cost-effective solution, with less maintenance and higher productivity output.
FEATURES OF BEAM TROLLEYS
A beam travelling trolley features several components that provide advantages for horizontal movement. From the wheels and beam attachments to adjustable widths and working load limits, these are what make up a beam trolley.
· Attachment to a Beam: The trolley is designed to securely attach to an overhead beam or rail. These are mounted at a high level, and the trolley can traverse across its length.
· Working Load Limit (WLL): Beam travel trolleys are constructed to support light and heavy loads, and the WLL is determined by the design and materials of the trolley. All WLL capacities are stated on the product listings of our website.
· Attachment Points: Beam trolleys can feature different attachment points or mechanisms for connecting to loads. These include hooks, eyelets or other fixtures that provide a secure connection.
· Wheels/Rollers: The bottom of the beam trolley is equipped with wheels or rollers that support traversing of the beam, allowing the trolley to carry the load.
· Adjustable Width: Some beam travel trolleys have an adjustable width to accommodate different sizes of beams/rails, supporting a wide range of installations.
WHAT ARE THE TYPES OF BEAM TROLLEY?
A beam travelling trolley can come in a wide range of types and configurations, each designed to meet specific requirements for different applications. Determining the right type comes down to factors such as safe working load capacity, beam type and method of movement. Here are the most common types of beam travel trolleys used in industrial settings:
· Push Travel Trolleys: This type of beam trolley hoist is manually operated, being pushed and pulled along the beam by the user. Push trolleys are most suited to lighter loads.
· Geared Travel Trolleys: Built with a gearing mechanism that allows for easier movement of heavy loads, the user pulls the hand chain to move the trolley horizontally, which reduces manual effort compared to push trolleys.
· Electric Travel Trolleys: An electric beam trolley allows for powered movement along the beam and is suited for shifting heavy loads in an ergonomic and user-friendly manner.
· Pneumatic Travel Trolleys: Powered by compressed air, pneumatic beam travelling trolleys are most utilised in areas where electrical power is not practical or safe.
· Beam Clamp: Beam clamp trolleys are designed to attach directly to the flange of the beam, providing a secure and stable connection for various beam types.
Beam Trolley FAQs
No. Beam trolleys are designed for use on specific beam types, typically I-beams or H-beams. The trolley must be compatible with the beam's width and flange thickness. Always consult the manufacturer’s specifications to ensure correct installation and safe operation.
Beam trolleys must be visually inspected before every use and subjected to a thorough examination by a competent person at least every 12 months. For trolleys used in high-risk applications or for lifting personnel, this should be done every 6 months, as outlined in LOLER.
If any defects such as cracks, bent components, worn wheels, or corrosion are found, the trolley must be immediately removed from service. It should be inspected by a qualified technician, and repairs should only be carried out following manufacturer guidance or by authorised professionals.
Key risks include overloading, incorrect installation, and improper use. These can result in trolley derailment, load instability, or structural failure, posing serious danger to personnel and equipment. Always adhere to rated capacities and use the trolley only as intended.
Store beam trolleys in a dry, clean environment, away from corrosive elements or extreme temperatures. Perform routine maintenance, including cleaning, lubrication (if applicable), and checking for wear. Proper care extends service life and helps maintain regulatory compliance.