LIFTS
Nowadays, rapid growing population and limited residential areas in large cities directs architects to find solutions in the vertical direction. Lift technology has been in very rapid development in recent years and allows architects and civil engineers leads to an almost unlimited horizons on this issue.
As a result of increase in the height of the buildings, lifts became the most important and essential elements in the construction sector in order to provide vertical transport of people in structures.
EMA, with expert engineering staff, provides for architects and civil engineers, all the necessary technical informations according to physical properties and purpose, and also the optimal solution for vertical traffic problems in structures.
In general, the lifts can be classified as follows.
A. According to using areas;
1. Passenger and/or Good lifts
a) For residential buildings (320, 400, 630, 1000 kg in capacity)
b) For non-residential buildings (630, 800, 1000, 1250, 1600 kg in capacity)
2. For health care facilities (1600, 2000, 2500 kg in capacity)
3. Good lifts (630, 1000, 1600, 2000 kg in capacity)
4. Heavy duty lifts (2500, 3000, 5000, 10000 kg in capacity)
5. Service lifts (40, 100, 250 kg in capacity)
B. According to the speeds;
0,63 m/s, 1,00 m/s, 1,60 m/s, 2,00 m/s, 2,50 m/s and up (High speed lifts)
C. According to traction
1. Electrical lifts
a) Geared
b) Gearless
2. Hydraulic lifts
