Wireless Rated Capacity Indicator (RCI) /Crane Indicator

• Load charts can be programmed into the display
• The display has a built-in processor, reducing the number of components to be installed in the crane cab
• Can monitor A2B (Anti-Two-Block) and other options
• Data logging is available via download to USB
• Designed for hydraulic and lattice boom applications
• Line riding tensiometers, load pins and dead-end load cells are available for load sensing on RCI applications
• Various cable reel sizes are available to suit your hydraulic crane type, with integrated angle sensor for monitoring boom length and radius.
• Angle sensor for lattice boom applications

​* Due to specific configurations needed depending on application, for pricing and info on a system to best suit your needs

 

Rated Capacity Indicator - RCI
On a Rated Capacity Indicator, the load weight value is calculated by reading the strain on the wire rope. This is done by using a load pin in a sheave, a running line tensiometer (linerider) or a dead-end load cell installed at the becket end. A digital load chart is also available to show load capacity.

Calibration is simpler on an RCI as it removes the step of empty/loaded boom weight calibration for all boom configurations, as seen in an LMI. Calibration is done to train the load sensing device as to the strain on the wire rope. A cable reel with angle sensor is used as it is on the LMI to calculate radius.  

On a lattice boom crane, the RCI installation is much simpler and less costly from a calibration perspective as compared to a load moment system. A lattice boom RCI uses a strain gauge load sensor and an angle sensor for radius calibration.

Which system should I choose?
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