These are devices and controls within the elevator car that allow passengers or emergency responders to signal for help or initiate emergency procedures. They typically include alarm buttons and communication systems.
This refers to the regulations and standards governing elevator operation between roof openings and the first landing below. It includes provisions for key-operated and continuous-pressure options that control elevator movement to and from the roof level.
This refers to the specific criteria that hoistway doors must meet to ensure protection, access, and safety during normal operation and emergency situations. Hoistway doors are essential components of elevator systems, providing access to the hoistway and serving as a barrier between the elevator car and the shaft.
This refers to a control panel or device that allows authorized personnel to operate the elevator from the top of the elevator car. It's typically used during maintenance and servicing.
This term is not typically related to elevator or hoistway construction. It may refer to natural phenomena related to fog or mist.
Refers to the materials used in the construction of elevator cars, which must meet specified standards for strength and durability.
This refers to the specific standards and requirements governing the construction of the elevator shafts (hoistways) and the surrounding structures (hoistway enclosures) within which elevators operate. These standards ensure the safety, durability, and structural integrity of the elevator's vertical pathway.
This refers to the requirement for elevators to be equipped with electric lights that provide adequate illumination at the platform edge for passenger safety.
These are covers or hatches on the rooftop of the elevator car that can be raised and lowered. They are designed for maintenance access and are required to securely close and align flush with the landing sill for safety.
This refers to the maximum weight or load that an elevator can safely carry. Section 2.16 likely outlines regulations regarding the capacity limits and loading requirements for elevators, ensuring they operate within safe limits.
This refers to the highest speed at which an elevator is designed to operate safely, typically determined by the manufacturer and regulatory standards.
