Elevating path wiring method and device of an elevator

Abstract

The invention provides an elevating path wiring method of an elevator, capable of determining the wiring length irrespective with a building having the elevator. The space formed by dividing the wall surface of the building is formed on the peak structure of an elevating path main body of an elevating path and the upper wiring branch device (26) is arranged on the reference position of the wiringlength. a first main cable (23) for connecting a control plate (17) of an elevator control device arranged on the elevating path and the upper wiring branch device (26) and with wiring length irrespective with the building is arranged on the peak construction along the elevating path main body. A second main cable (24) for connecting the upper wiring branch device (26) with a wiring length irrespective with the building is laid on the vertical direction of the main body of the elevating path.

Description

technical field [0001] The present invention relates to a wiring method and a device for laying wiring in an elevator hoistway. Background technique [0002] Generally, in a building in which an elevator is installed, various devices necessary for the operation of the elevator are installed in various places. Specifically, a landing calling device is installed in the landing hall of each floor, and limit switches for detecting terminal floors are installed in the uppermost and lowermost parts of the liftway. In the lowermost (elevator) pit (pit) are provided power supply equipment for lighting and / or P-wave seismic detectors. [0003] In addition, wiring for transmitting signals and / or electric power necessary for the operation of the elevator is laid along the hoistway of the elevator, and various electrical devices are connected to the control board of the elevator. In particular, a plurality of branch lines connected to electrical equipment are branched from a main cabl...

AI Technical Summary

Problems solved by technology

Therefore, since the wiring is arranged with the margin length of the wiring considered in advance as described above, there is a problem that the amount of wires of the margin length wasted in a high-rise building is considerably large.

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