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  • Horizontal Lifting Clamp HLC-B type
  • Horizontal Lifting Clamp HLC-B type
  • Horizontal Lifting Clamp HLC-B type
  • Horizontal Lifting Clamp HLC-B type

Horizontal Lifting Clamp HLC-B type

No.1603

The H-Lift HLC-B (LHC-B) Type Horizontal Lifting Clamp is a specialized, lightweight handling device engineered specifically for the safe and efficient horizontal transportation of steel plates.

  • Horizontal Transport: Designed to securely lift and move single steel sheets and plates in a flat, horizontal position.
  • Paired Operation: Must always be used in pairs, sets of pairs, or a tripod arrangement with appropriate slings to ensure load balance and safety.
  • Lightweight Design: Features a highly compact and lightweight construction, making it easier for operators to handle and position on the load.
  • Robust Capacity: Despite its light weight, it provides heavy-duty performance with working load limits reaching up to 10 tonnes per pair and wide jaw openings.
  • Technical Data

  • Safe Use of Lifting Clamp

Horizontal Lifting Clamp HLC-B Type
*Spring-Loaded Lock: Ensures the clamp stays attached even when the lifting chain is slack.

Product Features

  • Spring-Loaded Locking Mechanism: Equipped with a safety spring mechanism that ensures the clamp stays securely attached to the plate even under no-load conditions.
  • Horizontal Plate Specialist: Specifically designed for horizontal lifting and transporting of non-sagging steel plates.
  • Compact & Lightweight: Streamlined body design allows for easy handling and positioning by a single operator.
  • Wide Range of Capacities: Available from 0.8 tonne up to 10 tonnes (per pair) to suit various industrial needs.
  • Versatile Jaw Openings: Offers standard openings as well as wide-jaw options (e.g., 6t model available with 0-130mm opening) for thicker plates.
  • Durable Construction: Heavy-duty body designed to withstand the rigours of daily industrial use.

⚠️ Critical Safety & Usage Notes

Q: Can I use just one horizontal clamp? A: No. HLC-B clamps must ALWAYS be used in pairs (or sets of pairs) to ensure load stability and safety.
Q: Does the capacity refer to one clamp or a pair? A: The rated capacity in the table below is calculated per pair (e.g., a "2T" model means two clamps working together can lift 2 tons).
Sling Angle Limit: The top angle between the chain/rope legs must not exceed 30° from vertical (60° included angle).

Technical Specifications

*Refer to the diagram above to identify dimensions A, B, C, D in the table below.
Item No. Capacity (Per Pair) Jaw Opening Dimensions (mm) Net Weight Product Code
A B C D
(t) (mm) - - - - (kg/pc)
HLCB008A 0.8 0 - 25 22 125 165 40 2.5 160300800
HLCB010A 1.0 0 - 30 25 148 205 40 3.5 160301000
HLCB016A 1.6 0 - 30 30 148 205 45 4.0 160301600
HLCB020A 2.0 0 - 40 30 172 245 47 5.0 160302000
HLCB032A 3.2 0 - 45 30 180 245 50 6.0 160303200
HLCB040A 4.0 0 - 50 30 170 260 52 6.5 160304000
HLCB050A 5.0 0 - 55 30 180 260 56 7.5 160305000
HLCB060A 6.0 0 - 65 37 210 308 62 10.5 160306001
HLCB060B 6.0 0 - 130 37 316 310 62 22.0 160306002
HLCB080A 8.0 0 - 100 55 282 400 65 22.0 160308000
HLCB100A 10.0 0 - 125 55 325 500 75 33.0 160310000
Universal Lifting Clamp

Universal Lifting Clamp

Vertical Lifting Clamp

Vertical Lifting Clamp

Horizontal Lifting Clamp

Horizontal Lifting Clamp

Selecting the Correct Lifting Clamp

Lifting clamps utilize various mechanisms (lever, cam, roller, or screw) to provide a friction grip on the plate. When selecting a clamp, consider:

  • Type of Action: Lever, cam, roller, or screw.
  • Capacity & Thickness: Ensure the clamp is rated for the weight and the plate thickness.
  • Rigging: Determine if a pendant chain sling is required to provide articulation.

IMPORTANT: Minimum Load Requirement
Some clamps (especially cam action types) rely on a minimum load to engage the gripping force safely. Unless specified otherwise by the manufacturer:
• The load should not be less than 20% of the Safe Working Load (SWL).
• The plate thickness should not be less than 20% of the maximum jaw opening.

Safety Guidelines

Always

  • Inspect clamps and accessories before use and before storage.
  • Ensure the clamp is seated fully onto the plate (as far as it will go).
  • Position the clamp directly over the center of gravity of the load.
  • Ensure the locking mechanism is fully engaged/tightened before lifting.
  • Ensure the plate is fully supported and stable before releasing the clamp.
  • Store clamps in a dry, clean place protected from corrosion.

Never

  • Never use clamps on hard or polished plates unless specifically designed for them.
  • Never put packing/shims between the plate and the jaws.
  • Never lift more than one plate at a time in a single clamp.
  • Never lower from vertical to horizontal (or vice-versa) unless the clamp is designed for it.
  • Never obliquely side load a vertical clamp.
  • Never force or wedge the hoist hook into the eye of the clamp.

Operation & Maintenance

Using Clamps Safely

Do not use defective clamps. Place the clamp over the load center. If the plate is long and tends to bend, use two clamps with a spreader beam to prevent the clamps from twisting. Keep oil, grease, and contaminants away from the gripping jaws.

In-service Inspection

Regularly inspect for:

  • Wear, damage, or distortion to fixed and moving jaws.
  • Cracks in the frame or opening out of the body.
  • Insecure, worn, or bent pins and bolts.
  • Worn friction grip material (teeth).
  • Damaged locking levers or tight threads.
⚠️ WARNING: Teeth of jaws must NOT be re-sharpened or re-cut unless specifically approved by the manufacturer.

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