Crosby IPH10J Lifting Clamps– 3 Ton

Description du produit

Product Description:
Crosby IP Model IPH10J lifting clamps are designed for the horizontal lifting and transfer of steel plates and similar materials in industrial applications. These clamps feature a spring-loaded pretension system that allows the user to securely attach the clamp to the material prior to lifting, ensuring safe and controlled handling.
Equipped with magnets and a handle, these clamps enable easier positioning and operation, particularly when handling multiple clamps during lifting operations. The IPH10J variant offers a larger jaw opening compared to the standard IPH10 model, providing additional flexibility for different material thicknesses.

Material:
Body: Welded alloy steel
Components: Forged alloy steel (where required)

Specifications:
Designed for horizontal lifting and transfer of non-sagging materials
Must be used in pairs or multiples for safe operation
Equipped with spring-loaded pretension system, magnets, and handle
Available in capacities from 0.5 to 12 metric tons (higher WLL available upon request)
Jaw openings available from 0 to 120 mm
Individually proof tested to 2× Working Load Limit with certification
Clamp body permanently marked with Crosby IP logo, WLL, and jaw opening
Each unit is individually serialized with proof test data stamped on the body
Includes user manual and test certificate
Operating temperature range: -40°C to +100°C

Uses:
Horizontal lifting of steel plates
Material transfer in fabrication shops
Handling non-sagging sheet materials
Industrial and construction applications

Key Features:
Pretension system – Allows secure attachment before lifting
Magnet-assisted positioning – Enables easier clamp placement
Dual model options – IPH10 (standard) and IPH10J (larger jaw opening)
High strength construction – Welded and forged alloy steel
Proof tested – Certified to 2× Working Load Limit
Traceability – Serialized with stamped identification and test data
Reliable performance – Designed for controlled horizontal lifting