Residence Elevator Rochester

An Analysis of the Operation of Residence Elevator Rochester and Power Consumption 

Residents who dwell in high rises in big cities have very little time to ponder about the operations of the residence elevator Rochester. Residence elevators have a thankless job to do and yet they continue serving millions of humans stepping in and out of them every moment worldwide. According to estimates, every 72 hours, all the residence elevators around the globe haul an equivalent of the entire earth’s population. 

So, let us have a few moments and take a closer look at how residence elevators Rochester operate. Shortly, we will also take a look at the power consumption trends and draw a comparison with some of the common electricity consuming devices to get a better idea. 

The Guts of a Residential Elevator Rochester

The idea of a gearless traction elevator was conceptualized in 1903. The design was so efficient that even a century later the basics have not changed much. Even now, the design is found in the majority of lifts. 

The revolutionary technique replaced steam driven elevators for good.  These were speedier and much more efficient. The first places to be installed with gearless residential elevator Rochester were Majestic Building in Chicago and Beaver’s Building in New York. Since then these have dominated the scene. 

A cab in a gearless lift has 6 to 8 hoisting ropes attached to the top of the cab; this is then wrapped around a drive sheave grooved specially to keep the ropes in place. The other end is attached to counterweights that run on independent guiderails. The sheave is grooved to provide proper traction to the cables that hoist the car up and down the hoist way. Powerful motors which can rotate the sheave at 50 to 100 revolutions per minute (RPM) provides the momentum. 

In the rare case of a cable snapping, a governor that is normally placed beside the sheave takes over and engages the clutch. This bites down the safety cable and tries to minimize the momentum of the falling car. Special steel jaws underneath the car opens and wedges itself in the guiderails to provide a fail-proof smooth stop to the plummeting cab. 

Power Consumption

We said we would use comparisons, so here it is. An average refrigerator uses 52 KWH of energy, whereas a residential elevator Rochester that services 20 floors consumes just 5.8 KWH (do not miss the decimal point)! 

You residence is probably not 20 floors high! Even if it were so tall, your residence elevator Rochester would not consume more than a regular refrigerator. 

Acknowledgement: All data has been accumulated from Access Elevator and Lift. Credit goes to the experts at Access Elevator and Lift who took the time to explain the basics to me.

 Phone Number: (585)-442-8480

Address: 31 Cooper Drive, Rochester, NY 14468