H-Lift Beam Clamp with Ring BCR type is a temporary, repositionable clamp that provides a quick and secure anchoring point on I-beams or girders for lifting applications.
Firm Anchor Point: Creates a secure suspension point for lifting or pulling with manual/electric hoists and pulley blocks.
Integrated Bottom Ring: Designed for easy and secure attachment of chain blocks, lever hoists, or similar lifting devices.
Adjustable Clamping Jaws: Easily adapts to fit a wide range of beam flange widths for versatile use across different sites.
Heavy-Duty Construction: Robust steel build offering a rated Working Load Limit (WLL) typically ranging from 1 tonne to 10 tonnes.
Integrated Anchor Point for Hoisting (1 Ton - 10 Ton)
*Non-Destructive Installation: Securely anchors to I-beams without drilling or welding.
Product Features
Integrated Suspension Ring: Equipped with a built-in lower suspension ring, designed specifically for the quick and easy attachment of manual chain blocks, lever hoists, or electric hoists without additional rigging hardware.
Non-Destructive Installation: Provides a secure anchor point on steel girders without the need for drilling or welding, preserving structural integrity.
Wide Adjustability: Features a central threaded spindle for easy jaw adjustment, ensuring a tight fit on a wide range of standard I-beam and H-beam flange widths.
Heavy-Duty Capacity: Constructed from high-grade alloy steel, available in Working Load Limits (WLL) from 1 ton to 10 tons.
Certified Safety: Fully complies with Machinery Directive 2006/42/EC. Proof Load Tested to 150% of rated capacity with a safety factor of 4:1.
Quick & Secure Locking: The threaded spindle mechanism allows for rapid hand installation, reducing setup time.
Compact & Low Headroom: The compact profile maximizes lifting height and allows use in confined spaces.
*Refer to the diagram above to identify dimensions A through K in the table below.
Item No.
Capacity
Proof Load
Beam Width Range
Dimensions (mm)
Net Weight
Product Code
A
B (max)
B (min)
C
D
E
F (max)
F (min)
G
H
K
(t)
(kN)
(mm)
-
-
-
-
-
-
-
-
-
-
-
(kg)
BCR010
1
19.6
75-230
240
367
192
94
4
194
154
102
20
30
45
4.2
150201000
BCR020
2
39.2
75-230
240
367
192
102
6
194
154
102
20
30
45
5.1
150202000
BCR030
3
58.8
80-345
355
520
243
132
8
241
223
133
32
45
63
10.4
150203000
BCR050
5
98.0
80-345
355
520
243
142
10
241
223
133
32
45
63
12.2
150205000
BCR100
10
196.0
90-350
360
532
272
180
12
284
234
157
43
64
95
18.8
150210000
H-Lift Beam Clamp / Girder Clamp
Safety & Usage Guidelines
What is a Beam Clamp?
A beam clamp is a lifting accessory designed to attach to the flange of a steel beam (I-beam or H-beam) to create a semi-permanent lifting point. It serves as an anchor for hoists, pulleys, or other lifting devices. Proper selection and use are critical to ensure the safety of the load and the integrity of the beam structure.
Safety Guidelines
Always
Store and handle beam clamps correctly in a clean, dry place.
Inspect beam clamps and accessories before every use.
Ensure the supporting structure (beam) is adequate for the full load imposed.
Check the clamp is the correct profile and size for the beam width and seats correctly on the flange.
Ensure the clamp is rated strong enough for the load.
Position the clamp directly over the center of gravity of the load.
Never
Use unidentified or uncertified clamps for lifting applications.
Replace bolts, shackles, or pins without consulting the supplier.
Throw or drop beam clamps.
Use clamps on damaged or distorted beams.
Force or wedge lifting hooks into the attachment eye/shackle.
Obliquely load beam clamps without authorization (side loading can cause slippage).
Selection & Operation Guide
Selecting the Correct Clamp
Beam clamps vary in capacity and design (adjustable/non-adjustable, scissor, screw, or bolt action). Consider:
Type of clamp mechanism.
Capacity relative to the load.
Beam flange width range.
Suitability for temporary vs. permanent application.
NOTE: Most beam clamps are intended for overhead suspension. Consult the supplier if attaching to the load itself.
Using Beam Clamps Safely
Ensure the lifting appliance (hoist) is compatible with the clamp. The load must not swing, as this imposes dangerous oblique loading. If using two clamps in tandem (e.g., with a spreader beam), ensure neither clamp exceeds its Safe Working Load (SWL).
In-service Inspection
Regularly clean and lubricate moving parts. Inspect for wear, distortion, cracks, insecure bolts, corrosion, or illegible markings. If defects are found, refer the clamp to a Competent Person immediately.
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