Beam Lifting Clamp

Q: What are the types of beam clamps?

Horizontal Beam Clamps Designed to attach to beams horizontally for lifting and securing applications. Vertical Beam Clamps Specifically made for attaching to beams in a vertical orientation, commonly used for lifting heavy loads. Adjustable Beam Clamps Can be adjusted to fit a variety of beam sizes, offering versatility for different applications. Swivel Beam Clamps Allow rotation, providing flexibility in positioning and alignment during lifting tasks. Locking Beam Clamps Feature a locking mechanism to ensure stability and security when handling heavy loads. Specialized Beam Clamps Designed for specific applications, such as securing beams at various angles or supporting particular types of machinery.

Q: Beam clamp vs C-clamp: What's the difference?

Beam Clamps Purpose: Designed to attach securely to beams and support heavy loads in industrial settings. Strength: Feature a stronger, more stable design suitable for lifting heavy equipment or structural elements. Usage: Primarily used in construction, manufacturing, and rigging for secure lifting operations. C-Clamps Purpose: Smaller and more versatile tools used to secure objects temporarily during assembly or repairs. Strength: Generally lighter-duty, designed for light to medium applications. Usage: Ideal for securing workpieces or parts during tasks like woodworking, welding, or assembly.

Q: How do you install a beam clamp?

Identify the Beam Choose the beam or structural element where the clamp will be mounted. Ensure it is suitable for the weight and load. Position the Clamp Place the beam clamp around the beam, ensuring a snug fit without damaging the surface. Tighten the Screw or Bolt Secure the clamp by tightening the screw or bolt, making sure it is firm but not overly tight. Check for Adjustability If the clamp is adjustable, ensure it fits tightly around the beam for optimal performance. Review Manufacturer’s Instructions Always refer to the manufacturer’s installation guidelines for proper use and safety. Avoid Over-Tightening Do not over-tighten the clamp, as this can cause damage to both the clamp and the beam.

LIFTING BEAM CLAMP DRAWING

SPECIFICATIONS OF BEAM CLAMPS FOR LIFTING

Model			JG-1A	JG-2A	JG-3A	JG-5A
Rated load(t)			1	2	3	5
Test losd(kn)			12.5	25	37.5	63
Apply to track width(t)			75-208	75-208	80-320	80-320
Main dimensions/mm)	A		218	218	330	330
	B	min	202	202	235	235
	B	max	332.5	332.5	472.5	472.5
	C		87	95	120	138
	D		4	6	8	10
	E		215	218	294.5	294.5
	F	min	123	202	169	169
	F	max	151	332.5	222.5	222.5
	G		39	39	51	48
	H		22	22	24	29
Net weight (kg)			3.2	4.2	8.4	10.6

LIFTING BEAM CLAMPS FEATURES

Adjustable Design: Fits a wide range of I-beams and H-beams by simply adjusting the number of collars.
Safety Mechanism: Prevents slippage during lifting and maintains secure attachment when in the open position.
Compact & Lightweight: Easy to install, with minimal headroom required and suitable for confined spaces.
Durable Construction: Made from high-quality carbon steel with a robust, all-steel structure that ensures longevity and safety during operation.
Universal Compatibility: Works in both vertical and horizontal lifting operations, ideal for steel plate and structure transport.
Easy to Operate: Features a zinc-plated screw handle for smooth, oil-free operation and quick adjustments.
Safety and Efficiency: Equipped with a built-in suspension rod for reduced headroom and smooth operation in tight spaces.

INSTRUCTIONS & CAUTIONS

Ensure Proper Setup Before Lifting

Before using the beam lifting clamp, always ensure it is securely attached to the beam or load. Double-check that the clamp’s jaw is properly positioned around the beam. Make sure the clamp is tightly secured, and there is no movement or slippage before lifting. Misalignment can cause instability during lifting, leading to potential accidents.

Check Weight Capacity and Compatibility

Make sure the beam lifting clamp is suitable for the load you are lifting. Verify the weight of the load does not exceed the rated capacity of the clamp. Using the clamp on loads that are too heavy can result in equipment failure. Also, ensure the clamp is compatible with the specific beam type, whether it’s an I-beam or H-beam, to avoid damaging the equipment or causing unsafe lifting conditions.

Regularly Inspect for Wear and Tear

Before each use, thoroughly inspect the beam lifting clamp for any signs of wear, cracks, or rust. Ensure the safety mechanism is functioning correctly, and the clamp jaw isn’t damaged. Regular inspection prevents equipment failure and guarantees safe operation. If any issues are detected, stop using the clamp immediately and replace any damaged components.

Avoid Over-tightening the Clamp

While it’s important for the clamp to be securely attached, avoid over-tightening the clamp. Excessive pressure can cause damage to the beam or the clamp itself. Tighten the clamp just enough to hold the load securely without over-stressing the equipment. Always follow the manufacturer’s recommendations for tension adjustments to ensure safe and effective lifting.

OUR ADVANTAGES

Customized Engineering Solutions

Need a specific lifting solution? Our team specializes in custom-engineered equipment designed to meet your exact requirements. We work directly with you to deliver tailored solutions that improve performance, safety, and efficiency. This flexibility ensures we can meet the demands of industries with unique or complex lifting needs.

Efficient One-Stop Sourcing Solution

Streamline your procurement process with our comprehensive one-stop sourcing service. Whether you're looking for off-the-shelf equipment or custom lifting solutions, we’ve got you covered. We simplify your buying experience by providing all the products you need in one place, saving you time and reducing the complexities of dealing with multiple suppliers.

Top-Notch Quality & Safety Standards

At Powerful Machinery, we prioritize exceptional quality and safety in every product. Using high-grade materials and advanced technology, we ensure our equipment meets international standards. Our strict quality control processes and thorough testing guarantee that our lifting solutions are reliable, safe, and built to last—giving you peace of mind on every job.

Reliable After-Sales Support & Service

Our commitment to you doesn’t end at the sale. With dedicated after-sales support, we ensure your equipment stays in top working condition. From installation guidance to ongoing maintenance and troubleshooting, our team is always available to help you reduce downtime and maximize the lifespan of your equipment, keeping your operations running smoothly.

FAQ

What is a beam clamp?

A beam clamp is a type of mechanical lifting device designed to attach to beams, girders, or structural steel. It’s commonly used to safely secure equipment or lifting tools for industrial applications. These clamps offer a reliable and stable grip on beams, making them essential in construction, manufacturing, and rigging tasks where heavy loads need to be lifted or moved with precision.

What are beam clamps used for?

Beam clamps are typically used to lift, hold, or support heavy loads in a variety of industrial applications. They’re especially important in construction, warehouse, and manufacturing environments where securing beams or girders is necessary for hoisting or supporting machinery, structural elements, and equipment. Their versatility and ability to distribute weight evenly make them indispensable in lifting operations.

What are the types of beam clamps?

Horizontal Beam Clamps
- Designed to attach to beams horizontally for lifting and securing applications.
Vertical Beam Clamps
- Specifically made for attaching to beams in a vertical orientation, commonly used for lifting heavy loads.
Adjustable Beam Clamps
- Can be adjusted to fit a variety of beam sizes, offering versatility for different applications.
Swivel Beam Clamps
- Allow rotation, providing flexibility in positioning and alignment during lifting tasks.
Locking Beam Clamps
- Feature a locking mechanism to ensure stability and security when handling heavy loads.
Specialized Beam Clamps
- Designed for specific applications, such as securing beams at various angles or supporting particular types of machinery.

Beam clamp vs C-clamp: What's the difference?

Beam Clamps
- Purpose: Designed to attach securely to beams and support heavy loads in industrial settings.
- Strength: Feature a stronger, more stable design suitable for lifting heavy equipment or structural elements.
- Usage: Primarily used in construction, manufacturing, and rigging for secure lifting operations.
C-Clamps
- Purpose: Smaller and more versatile tools used to secure objects temporarily during assembly or repairs.
- Strength: Generally lighter-duty, designed for light to medium applications.
- Usage: Ideal for securing workpieces or parts during tasks like woodworking, welding, or assembly.

How are beam clamps intended to be used?

Beam clamps are intended for use in lifting and supporting heavy objects by securing to beams, steel girders, or other structural elements. They are designed to hold the load safely while distributing weight evenly across the structure. Proper installation requires ensuring the clamp is properly positioned and locked in place. It’s essential to use the right type of beam clamp based on load capacity and beam size to avoid accidents and maintain safety.

How much weight can a beam clamp hold?

The weight capacity of a beam clamp depends on the specific model and design. Generally, light-duty beam clamps can hold anywhere from 500 to 1,000 pounds, while heavy-duty models can support several tons. Always check the manufacturer’s specifications to ensure the clamp is rated for the weight you intend to lift. Overloading a beam clamp can lead to failure and safety hazards. It’s crucial to choose the appropriate clamp for the job.

How do you install a beam clamp?

Identify the Beam
- Choose the beam or structural element where the clamp will be mounted. Ensure it is suitable for the weight and load.
Position the Clamp
- Place the beam clamp around the beam, ensuring a snug fit without damaging the surface.
Tighten the Screw or Bolt
- Secure the clamp by tightening the screw or bolt, making sure it is firm but not overly tight.
Check for Adjustability
- If the clamp is adjustable, ensure it fits tightly around the beam for optimal performance.
Review Manufacturer’s Instructions
- Always refer to the manufacturer’s installation guidelines for proper use and safety.
Avoid Over-Tightening
- Do not over-tighten the clamp, as this can cause damage to both the clamp and the beam.

Beam clamp inspection checklist: What should I look for?

When inspecting a beam clamp, always check for the following:

Wear and tear: Inspect for cracks, rust, or visible damage.
Proper fitting: Ensure the clamp fits snugly on the beam without excessive gaps.
Thread condition: Check that the threads on bolts and screws are intact and free of corrosion.
Locking mechanism: Verify that any locking mechanism functions correctly.
Load capacity: Make sure the clamp is appropriate for the weight to be lifted.

LIFTING BEAM CLAMP DRAWING

SPECIFICATIONS OF BEAM CLAMPS FOR LIFTING

LIFTING BEAM CLAMPS FEATURES