CHC Component Hoist Clip

The CHC component hoist clip provides a tested, load-rated solution for the safe lifting and placement of assembled wood components. The CHC is load-rated with Simpson Strong-Tie^® Strong-Drive^® SDS Heavy-Duty Connector screws for easy installation and removal, and superior shear and withdrawal strength during lifting.

Key Features

Attaches easily to wood members using Strong-Drive SDS Heavy-Duty Connector screws (sold separately)
May be used alone or in pairs for increased load
Tested in multiple load directions for versatility

Material

12 gauge

Finish

Galvanized

Installation

Use all specified fasteners; see General Notes
Fasteners require full penetration into the framing members
Use one time only
Lifting devices should be connected to the CHC with a closed-loop attachment of sufficient strength to carry the allowable load

Catalog Pages

C-C-2017 (Wood Construction Connectors), pages 272–273

Related Literature

Wood Construction Connectors Catalog

C-C-2017

Complete product and application information, as well as load tables and installation information, for more than 3,000 wood-to-wood, wood-to-concrete and wood-to-masonry connectors.

Catalog

Conectores para la construcción en madera 2017–2018

C-C-2017SP

Información completa de productos, de la aplicación, de las tablas de cargas y de la instalación, para más de 3,000 conectores de madera a madera, madera a concreto y concreto a mampostería.

Catalog

Load Tables

Single Part Allowable Loads

Allowable loads are based on the lowest ultimate test load of three test specimens, or the average of six specimens, divided by five.
No load duration increase allowed.
Allowable loads are based on installation over sheathing on stud walls with double 2x top plates and max. 5/8" sheathing.
Fasteners require full penetration into the framing members.
All lifting devices and spreader bars that are used in conjuction with the CHC shall be of sufficient strength to carry the required load. Spreader bars must also have sufficient rigidity to resist bending of the lifted component.