The Caldwell Model 32 Adjustable Spreader Beam is designed to provide a safe and efficient method for lifting long, wide, or unbalanced loads while minimizing compression forces on the load itself.
By distributing lifting forces through multiple attachment points, the beam helps maintain load stability and reduces the risk of product damage during lifting operations.
The adjustable design allows operators to modify lifting points to accommodate varying load sizes and weight distributions, making it an ideal solution for fabrication facilities, manufacturing plants, steel service centers, construction sites, and industrial material handling operations.
Manufactured from heavy-duty structural steel, the Model 32 is engineered to meet demanding lifting requirements while providing long-term durability and dependable performance.
Key Features
Adjustable Lifting Configuration
The Model 32 features multiple lifting point positions that allow operators to adapt the beam for different load lengths and lifting requirements.
Benefits:
Adjustable lifting centers
Accommodates various load sizes
Improves load balance
Increased versatility
Reduces inventory requirements
Enhanced Load Stability
The spreader beam design helps maintain proper load positioning during lifting operations.
Advantages:
Balanced load handling
Reduced load deflection
Improved lifting control
Increased operator confidence
Enhanced workplace safety
Heavy-Duty Steel Construction
Built for demanding industrial environments.
Features:
Structural steel fabrication
Welded construction
Industrial-grade finish
Long service life
Designed for continuous operation
Multiple Rigging Options
Compatible with a variety of lifting accessories.
Supports:
Chain slings
Wire rope slings
Synthetic slings
Shackles
Hooks and lifting hardware
Available Capacities
The Model 32 Adjustable Spreader Beam is available in multiple capacities and configurations to suit specific lifting requirements.
Available options may include:
Custom capacities
Multiple spread lengths
Adjustable lifting centers
Engineered configurations
Special application designs
All capacities and dimensions should be selected based on the intended load and application requirements.
Technical Features
Feature
Specification
Product Type
Adjustable Spreader Beam
Construction
Welded Structural Steel
Design
Adjustable Lift Points
Load Support
Multiple Pick Points
Finish
Industrial Protective Coating
Lifting Method
Overhead Crane Compatible
Rigging Compatibility
Chain, Wire Rope, Synthetic Slings
Custom Configurations
Available
Compliance
ASME B30.20 Design Standards
Applications
Steel Service Centers
Ideal for handling:
Steel plate
Structural steel
Fabricated assemblies
Bundled materials
Manufacturing Facilities
Suitable for:
Machinery lifting
Component handling
Production operations
Assembly line support
Construction Projects
Used for:
Structural erection
Material placement
Equipment positioning
Construction lifting
Industrial Material Handling
Effective for:
Long loads
Wide loads
Fragile assemblies
Uneven weight distributions
Benefits
Reduced Load Stress
Unlike traditional lifting methods that can introduce compressive forces, spreader beams help distribute loads more evenly.
Improved Safety
Multiple lifting points create a more stable lifting arrangement and improve control during lifting operations.
Increased Flexibility
Adjustable lifting points allow a single beam to accommodate numerous load configurations.
Long-Term Durability
Heavy-duty steel construction is engineered for years of reliable service in demanding environments.
Standard Features
Adjustable lifting points
Heavy-duty steel construction
Multiple rigging attachment locations
Engineered load distribution
Industrial protective finish
Identification and capacity markings
Optional Features
Depending on application requirements, optional features may include:
Custom capacities
Special spans
Additional lift points
Specialized rigging hardware
Custom coatings
Proof load testing documentation
Compliance
Manufactured in accordance with applicable industry standards for below-the-hook lifting devices, including:
ASME B30.20
ASME BTH-1
OSHA lifting regulations
Always inspect lifting devices prior to use and follow all applicable safety procedures.
Industries Served
Steel Fabrication
Manufacturing
Aerospace
Construction
Shipbuilding
Utilities
Transportation
Heavy Equipment
Material Handling
Industrial Maintenance
Specs
Model Number
Capacity (tons)
Bail Oblong Dia (in.)
Bail Open W (in.)
Bail Open Ht (in.)
HR Max (in.)
HR Min (in.)
Hook Clear (in.)
Hook Open w/ Latch (in.)
Max Spread (in.)
Min Spread (in.)
Wt Beam Only (lbs.)
Wt Chain Rigging Only (lbs.)
32-2-4/6
2
0.5
2.36
3.94
57
48
5.5
0.97
72
48
70
9
32-2-6/10
2
0.5
2.36
3.94
88
72
5.5
0.97
120
72
85
13
32-2-12/20
2
0.5
2.36
3.94
166
132
5.5
0.97
240
144
245
23
32-2-8/14
2
0.5
2.36
3.94
113
96
5.5
0.97
168
96
175
17
32-5-4/6
5
1
5.38
7.09
64
55
8.4
1.41
72
48
105
34
32-5-6/10
5
1
5.38
7.09
95
79
8.4
1.41
120
72
160
47
32-5-12/20
5
1
5.38
7.09
172
138
8.4
1.41
240
144
670
82
32-5-8/14
5
1
5.38
7.09
126
102
8.4
1.41
168
96
205
61
32-10-4/6
10
1.25
5.71
10.83
69
60
10.6
1.78
72
48
130
49
32-10-6/10
10
1.25
5.71
10.83
74
74
10.6
1.78
120
72
175
69
32-10-8/14
10
1.25
5.71
10.83
132
108
10.6
1.78
168
96
460
88
32-10-12/20
10
1.25
5.71
10.83
163
144
10.6
1.78
240
144
680
118
32-15-4/6
15
1.25
5.9
10.5
72
64
13.6
2.22
72
48
165
78
32-15-6/10
15
1.25
5.9
10.5
104
87
13.6
2.22
120
72
365
111
32-15-8/14
15
1.25
5.9
10.5
135
111
13.6
2.22
168
96
478
145
32-15-12/20
15
1.25
5.9
10.5
180
147
13.6
2.22
240
144
700
194
32-20-7/11
20
1.75
6
12
107
93
14.2
2.27
132
84
430
175
32-20-9/15
20
1.75
6
12
144
123
14.2
2.27
180
108
540
225
32-20-12/20
<td data-col-size="sm" data-end="2223" data-st
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