Attachment 2: Deliverables from Manufacturer for Standard Lifts - Custom Built

Deliverables from Manufacturer for Standard Lifts - Custom Built Is the payload meant to be lifted in one or more configurations? (If the answer is more than one, provide information for sections 2-3 for all possible configurations) Payload Information
Description of the payload supported with 2D drawings and/or 3D model when possible Weight of payload
Location of the center of gravity.
Number of engineered lift points
Description of engineered lift points. Include material, thread size, thread pitch Lift points shall be above the payload’s center of gravity Engineering calculations shall support a safety factor of 4 or higher or designed to meet or exceed ASME B30.20. Provide supporting documentation (calculations)
2.f. may be superseded by designing to ASME B30.20 and providing PE stamp supporting the design. Stability of payload. There shall be no lose items within the payload. Rigging: Some items below (3a through 3c) may not apply to every lift. However, manufacturer shall provide information which satisfies a complete rigging plan using 3a through 3c as guidelines. List all the lifting hardware to be used (slings, shackles, spreader bar, lifting beam) Slings, wire rope or chain to be used (minimum length, material, minimum WLL): Shackles and/or hoist rings to be used (material, pin thickness, minimum WLL, manufacturer part # (if applicable): If applicable, Identify all other rigging hardware to be used as well as minimum WLL: Miscellaneous hardware used:
Special or custom rigging apparatus:
List of supporting photo(s), engineering drawings, CAD images, sketches of rigging: Rigging Schematic. Provide photo(s), engineering drawings, CAD images, or sketches of rigging: