Download ASME BTH Design of Below the Hook Devices. ASME BTH-1–, Design of Below-the-Hook Lifting Devices, contains five and normal atmospheric conditions (free from excessive dust, mois-. ASME BTH Design Of Below-the-hook Lifting Devices Describes minimum structural and mechanical design and electrical component selection criteria.
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BTH-1_pdf - Download as PDF File .pdf), Text File .txt) or read online. ASME BTH-1– incorporated editorial revisions and two new mechanical design sections atmospheric conditions (free from excessive dust, defined. Asme Bth Design of Below-The-hook Lifting Devices. Home · Documents; Asme Bth Design of Below-The-hook Lifting Devices. (Revision of ASME BTH-1–). Design of Standard. Periodically certain actions of the ASME BTH Committee be published as Cases.
This Lifting devices shall be designed by, or under the Standard serves as a guide to designers, manufacturers, direct supervision of, a qualified person. Values are given in U. Customary units as the primary units followed by the This Standard provides minimum structural and International System of Units SI in parentheses as the mechanical design and electrical component selection secondary units. The values stated in U. The SI units Devices. Customary units.
Customary units as the primary units followed by the This Standard provides minimum structural and International System of Units SI in parentheses as the mechanical design and electrical component selection secondary units. The values stated in U. The SI units Devices.
Customary units. Com- pliance with requirements and criteria that may be All below-the-hook lifting devices shall be designed Lifting devices designed to this Standard shall comply for specified rated loads, load geometry, Design with ASME B Resolution of loads into forces and stress marking, construction, installation, inspection, testing, values affecting structural members, mechanical compo- maintenance, and operation of below-the-hook lifting nents, and connections shall be performed by an devices.
Fatigue Design. Other Design Considerations. Mechanical Design. Wire Rope.
Drive Systems. Grip Ratio.
Vacuum Lifting Device Design. Electrical Components. Electric Motors and Brakes. Limit Switches, Sensors, and Push Buttons.
Controllers and Rectifiers for Lifting Device Motors. Power Disconnects.
Block Shear. Pin-Connected Plate Notation. Stiffened Plate Lifting Beam. Sheave Dimensions.
Sheave Gap. This Lifting devices shall be designed by, or under the Standard serves as a guide to designers, manufacturers, direct supervision of, a qualified person.
Values are given in U. Customary units as the primary units followed by the This Standard provides minimum structural and International System of Units SI in parentheses as the mechanical design and electrical component selection secondary units.
The values stated in U. The SI units Devices. Customary units. Com- pliance with requirements and criteria that may be