BEF-2.1/2-FSB-6 FOUR POINT BEAM END FITTINGS

The Caldwell Model BEF-FSB Beam End Fittings are designed to convert a Model 34 spreader beam into a 4-point spreader beam system. These fittings allow users to build a customized lifting beam using customer-supplied pipe and rigging components.

The system is intended for flexibility in industrial lifting applications where adjustable spread configurations and hoist ring compatibility are required.

When assembled correctly using specified materials, the system is designed to meet applicable ASME lifting standards.

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Product Purpose / Function

• Converts Model 34 into a 4-point spreader beam
• Enables custom beam construction using pipe and fittings
• Works with hoist rings for flexible rigging setups
• Designed for engineered lifting applications

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Key Features

• Build-your-own spreader beam system
• Designed for hoist ring compatibility
• Flexible configuration for multiple lift setups
• Supports 4-point lifting stability
• ASME-compliant when properly assembled
• Uses standard Schedule 40 pipe (customer supplied)

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Supported Model Base System

• Caldwell Model 34 Spreader Beam
  • Knock-down style spreader beam platform
  • Used as the base system for BEF-FSB fittings
  • Designed for modular expansion

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Capacity Information (Important)

Capacity depends on:

• Pipe size used (Schedule 40 A53 Grade B)
• Assembly configuration
• Rigging angle (typically based on 45° minimum top rigging angle)

Typical system capacities vary by configuration and can range across:

• 6 ton configurations
• 9 ton configurations

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End Fitting Options (BEF-FSB Series)

Common configurations include:

• BEF-2 1/2-FSB series
• BEF-5-FSB series
• BEF-8-FSB series

Each corresponds to different pipe diameters and load ratings.

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Pipe Requirements (Critical Spec Section)

The system requires Schedule 40 A53 Grade B pipe:

• BEF-2 1/2 → 2.5" nominal pipe
• BEF-5 → 5" nominal pipe
• BEF-8 → 8" nominal pipe

Pipe requirements:

• Must be straight within 1/4" end-to-end
• Ends must be square cut
• No weld irregularities
• Holes must be drilled precisely through both walls
• Must meet assembly instructions included with fittings

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Hardware Requirements

• Grade 5 hex head cap screws
• Specific bolt lengths depending on model size
• Bolts secure pipe to end fittings

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Applications

• Steel fabrication shops
• Heavy manufacturing
• Structural steel handling
• Industrial lifting operations
• Construction lifting systems
• Plant maintenance
• Equipment installation

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Design Notes

• Designed for modular beam construction
• Allows field customization of spread lengths
• Works as part of a larger Caldwell BEF system
• Built for engineered below-the-hook lifting

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Compliance

• Designed to comply with ASME B30 lifting standards
• Must be assembled per Caldwell engineering specifications to remain compliant

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Documentation Included

• Assembly instructions (included with fittings)
• Load rating charts (based on configuration)
• Pipe specification requirements
• Engineering guidance for assembly

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Key Engineering Concept

This system is not a finished beam by itself — it is a component system that becomes a certified lifting beam only when:

• Correct pipe is used
• Proper rigging is installed
• Assembly instructions are followed exactly
• Load angles and capacities are respected

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If you want, I can next:

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• or build a comparison chart: Model 22 vs Model 34 vs BEF systems