The H-Lift Horizontal Lifting Clamp (HLC-M Type) is a heavy-duty, compact device engineered specifically for the safe lifting and horizontal transport of steel plates.
Horizontal Transport: Securely lifts and moves single steel plates or bundles in a flat, horizontal position.
Paired Operation: Must be used in pairs, multiple pairs, or tripod arrangements to ensure load balance and stability.
High Capacity: Built with high-strength metal for heavy-duty applications, typically handling working loads from 3 to 15 tonnes.
Anti-Sag Capability: Perfect for handling long, flexible plates that tend to bend, especially when paired with a spreader beam.
For Handling Thick Steel Plates & Structural Steel
*Must be used in pairs: Ensures load balance and safe lifting.
Product Features
Application: Designed for safe horizontal lifting and handling of thick steel plates and structural steel.
Versatility: Wide jaw opening allows handling of materials with large thickness variations.
Durability: High-strength alloy steel construction ensures durability and long service life.
Secure Grip: Cam locking mechanism provides a strong and secure grip during lifting.
Compact Design: Robust and compact, suitable for confined working spaces.
Compliance: Manufactured in accordance with international lifting standards; each clamp is individually proof tested.
Identification: Clear WLL (Working Load Limit) markings for safe and correct operation.
Industry Use: Ideal for steel fabrication, shipbuilding, construction, and heavy industry.
⚠️ Operational Safety Notes
The capacities shown in the table below are based on a set of two clamps.
Do not exceed a 60° angle when lifting.
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)
HLCM030
3.0
0 - 180
300
102
270
158
19
160703000
HLCM045
4.5
0 - 240
420
120
280
158
26
160704500
HLCM060
6.0
0 - 240
450
123
300
175
40
160706000
HLCM080
8.0
0 - 240
515
128
310
200
51
160708000
HLCM150
15.0
0 - 240
565
138
324
235
72
160715000
H-Lift Lifting Clamps
Vertical, Horizontal & Universal Plate Clamps
Universal Lifting Clamp
Vertical 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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