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  • Pipe Lifting Clamp PLC type
  • Pipe Lifting Clamp PLC type
  • Pipe Lifting Clamp PLC type
  • Pipe Lifting Clamp PLC type

Pipe Lifting Clamp PLC type

No.1610

The PLC Type Pipe Lifting Clamp is a specialized, compact device designed for the safe horizontal lifting and transporting of steel or concrete pipes.

  • Horizontal Transport: Specifically engineered to safely lift and move heavy cylindrical pipes in a horizontal position.
  • Paired Operation: Designed to be used in matched pairs with a chain sling, positioned symmetrically around the load's center of gravity for balance.
  • Secure Grip: Features specialized jaws shaped to firmly contour and grip the pipe wall without causing slippage or damage.
  • High Capacity: Robust, high-capacity construction typically offering Working Load Limits (WLL) ranging from 1.5 tonnes up to 18 tonnes per pair.
  • Technical Data

  • Safe Use of Lifting Clamp

Pipe Lifting Clamp PLC Type
*Must be used in pairs: Designed for horizontal transport using a two-leg sling.
*Non-Marring Jaw: Plastic cover prevents damage to pipe surfaces.

Product Features

  • Non-Marring Design: The jaw is covered with a special high-quality, pressure-resistant plastic cover to ensure damage-free lifting of steel and concrete pipes.
  • Maintenance-Friendly: The plastic pressure-resistant cover is designed to be easily replaceable, making maintenance quick and cost-effective.
  • Compact & Heavy-Duty: Features a tough, heavy-duty body that offers high lifting capacity while remaining compact and lightweight for easy handling.
  • Designed for Horizontal Lifting: Specifically engineered for the horizontal lifting and transporting of pipes.
  • Wide Range of Capacities: Available in capacities ranging from 1.5t up to 18t per pair to suit various pipe sizes and weights.

⚠️ Safety Guidelines: Lifting Angles

To ensure a safe lift, the top angle of the sling must be adjusted based on the thickness of the material relative to the jaw depth ("B").

  • If Thickness < "B": Top angle must be between 10° - 60°.
  • If Thickness = "B": Top angle must be between 10° - 90°.

Technical Specifications

*Refer to the diagram above to identify dimensions A, B, D, E in the table below.
Item No. Capacity (Per Pair) Jaw Opening Dimensions (mm) N.W. Product Code
(t) (mm) A B D E (kg)
PLC015 1.5 40 127 40 27 35 1.5 161001500
PLC030 3.0 40 142 40 27 35 3.0 161003000
PLC040 4.0 50 144 50 30 40 4.0 161004000
PLC060 6.0 50 152 50 30 40 5.0 161006000
PLC080 8.0 70 155 70 30 42 6.7 161008000
PLC120 12.0 70 175 70 33 46 10.0 161012000
PLC160 16.0 70 175 70 40 56 13.0 161016000
PLC180 18.0 70 175 70 52 68 15.0 161018000
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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