"We can help you spec exactly the right crane system. Use jib cranes to lift, hold, rotate and transfer loads in full or partial circles around walls or support masts. They're excellent for moving product between work areas, and can be used with hoists, manipulators or balancers for safe, ergonomic handling in manufacturing or warehousing processes. For 24-hour expert help, call us or send an inquiry today. "
Ryan, Employee-Owner
Sales Director
Selecting a jib crane to match application requirements involves assessing key elements such as operation type, available structure, needed options, and cost of jib crane plus installation. Consider the following factors in selecting the appropriate jib crane type and capacity for your operations:
Span is the length of the boom from the midpoint of the mast, or mid-point of the wall bracket, to the end of the boom. The span of your crane should match or exceed the total distance out from the mast that materials will be lifted from (allowing for trolley and hoist mechanism length).
Working span, or clear span, is the unobstructed length of the boom along which the trolley can move, and it is always less than the overall span. It is approximately the distance from the vertical support member to the end of the boom, though it may be slightly limited by other design features.
Rotation is determined by the type of jib crane selected; free standing and mast type jib cranes offer 360 degrees of rotation while wall mounted cranes provide 200 degrees of rotation.
Capacity rating of jib crane must exceed maximum weight of materials to be handled and is based on the design load which includes allowance for the hoist and trolley weights plus impact load and deflection compensation.
Underboom height is the distance from the floor to the underside of the boom. The height of the hoist will reduce the vertical clearance usable for lifting loads.
Overall height is the highest point of the crane after installation and should fit within the available headroom that is free of obstructions in order for the boom to move freely.
Power motor considerations include how much power is needed, which components need power (jib rotation, trolley, hoist or all three), how and where the power will be supplied, and whether system will be used indoors or out.