Designed and proven by Maxim Crane Works, L.P., the Counter-Balance Crane Beam can make short work of what would otherwise be a highly labor intensive and costly procedure.
The basic concept of the Counter-Balance Beam is to use variable amounts of counterweight to offset the weight of the targeted lift. By traversing the counterweight along the length of the beam, the target item is smoothly lifted from its location.
Maxim Crane’s answer offers their Clients tangible savings from an array of advantages:
Compared to optional methods that can include Structural and Civil Engineering, structure modifications, material cost and untold man-hours, as well as require the enlistment of a professional rigging contractor, Maxim Crane’s solution allows the item to be maneuvered as if there were no overhead obstructions and is the key to cost reduction.
Conventional methods such as Bull Rigging or Jacking & Sliding plus the prep & clean-up work can cost the client valuable production time. A lift made with the Counter-Balance Beam takes relatively no longer than it would have had direct crane access been available. When “Time is Money” the Beam is the answer.
“Potential Risk Exposure”, a term known all too well to Owners, Managers and Safety Professionals, is drastically reduced when the Beam is the answer. The beam requires significantly fewer man-hours and can help personnel work in awkward positions or in locations where there is a higher risk of an incident.
Maxim Crane’s belief of “Whatever It Takes” drives at the core of its Counter-Balance Beam. Rigging ports can be fitted with trunions or structural beams and lift bails to accommodate rigging to most any size or shape of lift. Swivel links can be used should the lift require rotation. By the nature of its design, project specific modifications are virtually limitless. Future plans call for fitting the Beam with the ability to reach its goal from elevations above the target’s location.
Project logistics such as reach, weight and obstructions determine which of many available configurations are most suitable to the task. The basic single Main Beam is 48 ft in length with a usable reach length of 30 ft. A 20 ft Extension Beam gives the ability to reach an item 50 ft from a crane’s lift point. Current lift capacities for the single Main Beam and Extension range from over 200,000 pounds at an 8 ft reach to 30,000 pounds at a 50 ft reach. The Double Beam configuration uses a twin set of Main and Extension Beams and effectively doubles the assembly’s lift capacity. The chain driven counter weights are powered by a 110 V electric motor and a hydraulic pump & gearbox. The counter weights can be positioned along the sides of the Beam and or suspended from beneath.
A counterbalance crane beam is a beam that helps to balance the weight of the load being lifted by the crane. This beam is typically made of steel and is attached to the crane at the top. The counterbalance crane beam helps to keep the load level and prevents it from tipping over.
A crane needs a counterbalance because the weight of the load being lifted can cause the crane to tip over.
The counterbalance crane beam is a type of crane that uses two beams to support a load. The beams are placed at opposite ends of the load, and the load is suspended from the middle. This type of crane is often used in construction, because it can support very heavy loads.
There are two main types of counterbalance crane beams: symmetrical and asymmetrical. Symmetrical counterbalance crane beams have the same length on both sides of the load, while asymmetrical counterbalance crane beams have different lengths on each side.