Elevator selection, configuration, and quantification

Author: Zhu Dewen
Publisher:
Publish Date: 2005-08-01
Features: This book primarily elaborates on the basic methods of elevator traffic configuration: from selecting parameters of elevator units to calculating the elevator operating cycle. Part of the book starts from the input variables of the elevator traffic system, proceeds through selecting parameters of elevator units to calculate the elevator operating cycle, and finally calculates the input variables of the elevator traffic system. This ultimately achieves optimal configuration of the elevator traffic system. The second part introduces the standards of elevator traffic configuration and the basis for establishing these standards. The third part explains the principles of elevator traffic configuration. The fourth part presents various application examples of elevator selection and configuration. The fifth part discusses the application of elevator traffic configuration methods in escalators and multi-level parking lots.
This book is suitable for intelligent building technicians, personnel engaged in elevator design, production, and installation, electromechanical technicians, elevator management personnel at all levels, researchers, building owners, elevator maintenance and property management staff, as well as faculty and students of relevant disciplines in higher education institutions.
The book explains the basic methods of elevator traffic configuration: from selecting parameters of elevator units to calculating the elevator operating cycle. Part of the book focuses on calculating the input variables of the elevator traffic system. The second part introduces the establishment of elevator traffic configuration standards and the rationale behind these standards. The third part covers the principles of elevator traffic configuration. The fourth part presents various applications of elevator selection and configuration. The fifth part discusses the application of elevator traffic configuration methods in autonomous elevators and multi-level parking lots.