PREFACE All qualified persons responsible for assembly, disassembly, operation, inspection, and maintenance shall read and understand all the contents of this manual to avoid serious injury, death, or property damage. Keep this manual. Your new Model BEF-5HC-25, spreader beam end fittings, are load supporting lift attachment, which only supports loads up to the maximum capacity when loaded correctly.
Safety Information Before Read and understand this manual before assembling, operating, inspecting, Operating maintaining , or servicing the Model BEF-5HC-25, spreader beam end fit- tings. Allow only qualified persons to install, operate, inspect, and maintain your Model BEF-5HC-25. ...
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Safety Information Operating Prohibit any person from riding on the load or the Model BEF-5HC-25. Practices Obey stop signals from anyone. Lift or transport only properly balanced loads. Confirm the load is ready for the lifting or transporting cycle. ...
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Safety Information Inspecting Establish a regular inspection schedule: Visual examination by the operator before every lift inspection and during each lift. Visual examination by the operator or other frequent inspection designated persons—records not required. Normal service…………………….. monthly Heavy service……………………….weekly to monthly Severe service……………………...daily to weekly Special or infrequent service……...recommendation by qualified person Visual inspection by a qualified person,...
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If inspection reveals any defects, remove the Model BEF-5HC-25 Spreader Beam System from service, and tag “Out of Service”. Immediately notify your Safety Administrator or Supervisor—contact The Caldwell Group, regarding any defect on the Model BEF-5HC-25, beam end fittings.
G E N E R A L L A Y O U T Quantity Description BEF-5HC-25 beam end fittings Pins Linch Pins Lug Weldments...
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Rated Capacity for complete lifting system is based on spread length, top rigging angle, and bottom rigging angle See page 11 for rated capacity at spread lengths, top rigging angles, and bottom rigging angles...
F A B R I C A T I O N Structural failure and load loss results from using the wrong pipe size. Use only 5 inch, A53 Grade B, Schedule 80 pipe, 5.56” O.D. x .375” wall. Misaligned pin holes causes: B torsion force on the pipe when lifting and transporting a load.
Use only 45 or 60 degree top rigging angle, maintaining the required bottom rigging of 75 degree to 90 degrees, see chart below. Contact The Caldwell Group for loads, spreads, and rigging angles not shown in the chart. Top Rigging...
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Use only 45 or 60 degree top rigging angle, maintaining the required bottom rigging of 75 degree to 90 degrees, see chart below. Contact The Caldwell Group for loads, spreads, and rigging angles not shown in the chart. Top Rigging...
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Use only 45 or 60 degree top rigging angle, maintaining the required bottom rigging of 75 degree to 90 degrees, see chart below. Contact The Caldwell Group for loads, spreads, and rigging angles not shown in the chart. Top Rigging...
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Use only 45 or 60 degree top rigging angle, maintaining the required bottom rigging of 75 degree to 90 degrees, see chart below. Contact The Caldwell Group for loads, spreads, and rigging angles not shown in the chart. Top Rigging...
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Use only 45 or 60 degree top rigging angle, maintaining the required bottom rigging of 75 degree to 90 degrees, see chart below. Contact The Caldwell Group for loads, spreads, and rigging angles not shown in the chart. Top Rigging...
A S S E M B L Y 1. Insert each pipe end into one beam end fitting. 2. Line up the beam end fitting’s 1.28 inch diameter with the pipe’s 1.50 inch diameter, making sure both diameters are concentric.
A S S E M B L Y Insert the pipe into the beam Proper Alignment end fitting, making sure the Beam pipe end is flush and square Tube Cover End Fitting with the Tube Cover end cap. Pipe Structural failure and load loss result if the pipe end is not flush and square with the Tube Cover end cap.
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A S S E M B L Y 3. Insert the pin through the concentric holes—one pin for each end fitting. 4. Insert the lynch pin into each pin’s end hole —fastening and securing the pipe into each beam end fitting. 5.
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A S S E M B L Y Less than or greater than minimum angle results in unit overload and load loss. Top rigging minimum angle is 45 degrees or 60 degrees defined by chart, Starting on page 11. 6. Once both beam end fittings are securely attached to the pipe, verify the spread is correct. 7.
O P E R A T I O N Use only a vertical pull. BEFORE attaching the load, verify the following: The top rigging is securely attached to both end fittings and has the required rigging angle, see chart, page 11. ...
P R O P E R L O A D I N G 1. The top rigging is at a minimum requirement, see chart, page 11. 2. The bottom rigging is 75 or 90 degrees to the load, front and side view. 3.
M O D I F I C A T I O N S Modifications to your lifting equipment without prior written approval from The Caldwell Group, Inc. voids your warranty. Refer to ASME B30.20, regarding repaired or modified lifting equipment.
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The Caldwell Group, Inc. 5055 26th Avenue Phone (815) 229-5667 Rockford, IL 61109 Toll free (815) 628-4263 www.caldwellinc.com Fax (815) 229-5686 Model BEF-5HC-25 (REV_01)
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