CATALOG
SERVICE CENTER
Significant Energy Savings
VVVF Control
Method Applied
Minimized power consumption
by applying VVVF control method
Reduced power consumption
by more than 40% compared
to conventional control method
Inverter adoption
By adopting an inverter,
the capacity of building-side
power facilities and self-generation
facilities is also reduced by about 40%.
Maximize Low-speed Operation
By improving the power factor
to be close to 1,
the efficiency is maximized even
in the low-speed operation range.
Control method Power consumption/month note
old way About 100kw/h Load capacity: 8 people
Number of floors: 15 floors
Inverter control method About 60kw/h Building use: APT
Frequency of use: 150 times/day
Comfortable and Quiet ride
High-sensitivity speed control
High-sensitivity speed control using
microprocessor ensures
a comfortable ride.
PWM control system
By adopting a PWM
(pulse width modulation)
control system that is close to a sine wave,
noise and vibration are reduced
to provide a comfortable ride.
Ride comfort Before replacement After changing
Noise Inside the elevator Approx. 70db(A) Approx. 60db(A)
Platform Approx. 70db(A) Approx. 60db(A)
Machine room Approx. 70db(A) Approx. 60db(A)
Vibration about 25 gal about 25 gal
· The above measurements are slightly different depending on the building structure.
1gal=1cm/sec2
High reliability
International Quality Assurance System
Quality is recognized
by the international
quality assurance system
ISO 9001, 9002 acquisition.
High technology and service
TRAVIS' high technology
and services are exported to the world,
made by Saehan, and used
by people around the world.
Safety test
Reliability has been increased
through various safety tests.
Economical elevator replacement time
Construction Classification Replacement time considering economic feasibility Replacement work history
Design replacement work 7 years after installation To create a cozy and sophisticated space, we replaced the elevator ceiling, wall door and signal device.
A construction to replace the dark and untidy atmosphere with a new, elegant design.
Model replacement work 10 years after installation To reduce electricity bills and improve riding comfort according to the operation of the elevator, replace it with a new model or Construction of replacing the control method with a new technology
(*The electricity cost of the new technology is reduced by about 40% compared to the previous technology)
Demolition and replacement work 15 years after installation Each part of the elevator deteriorates due to long-term use, resulting in a surge in repair costs and lower reliability of safety.
Complete replacement of elevators with reliable elevators by increasing the efficiency and safety of the elevator