PM synchronous machine room-less elevator upgrades the future
Regardless of external structure or internal decoration, the new generation of ELENESSA boasts more innovative and optimized design, delivering a more relaxed and free elevator experience to passengers
Innovative machine room-less design
Modern decoration & design
Strong Response Capacity
Permanent Magnet (PM) Synchronous Gearless Traction Machine
Door-motor Directly Driven by Thin Permanent Magnet Synchronous Motor
CleanerPanasonic nano-e™ generator imported from Japan to kill attached bacteria and viruses
High-sensitivity VOC sensors to enable the fan to switch to the maximum speed so as to quickly dilute the smell when smoke or unpleasantsmell is detected
More humaneFan speed can be adjusted according to the load : The fewer the passengers are , the slower andthe quieter the fan is
Inhibition rate of new coronavirus
nanoe™X are water-wrapped nano-sized particles, which can kill the attached bacteria and viruses bydenaturing their protein
The 8-hour nano test in a 23.3m³ lab has proved that , nanoe™ can kill up to 99.76% of Staphylococcus aureus .
The 12-hour nano test in a 30m³ labat Wuhan University School of Medicine has proved that , nanoe™ can kill up to 99% of Type-a( H1N1 ) and Type-a Hong Kong ( H3N2 ) viruses
nanoe™ and nanoe™ labels are trademarks of Panasonic Corporation
01Product appearance designThe lighting cover is translucentand can protect the tubeLocated at the front of the carnot eye-catching .
02Highly-efficient sterilization99% of Escherichia coli is killedSterilize the surface of the operating paneland handrails for 12 min
03Product function designNormal and enhanced mode available for selection :a remote available to turn on / off the lamps andswitch modes , display the status and fault , replacethe tubes . etc
04Easy to install and modernizeDrill holes on the ceiling plateto install screwsPower cables connected to thelighting wiring terminal
05Double protectionStart only when the elevatorsleep light is off ,Stop when infrared sensorsdetect passengers
ELENESSA elevators can be equipped with the optional Smooth Emergency Terminal Slowdown (SETS) technology to reduce the pit depth and overhead height of the elevator hoistway, as well as to increase the available space of the building. As the key technology of future elevator system, SETS is helpful for reducing the dependence on mechanical safety device with complex structure and simple function, and thereby significantly contributes to the miniaturization and high performance of components.
SETS can decrease hoistway buffering restrictions and save building costs when a new building is designedBy adopting "Smooth Emergency Terminal Slowdown (SETS)" for a new building project can easily overcome the restrictions of limited pit depth and overhead height, so that to meet the demands of installing elevators of higher speed in a low speed hoistway. The difficulty of design is greatly decreased, and the building cost is also reduced for the customer.
Realizing the need of installing higher speed elevators for building that has been completedWith the features of “Smooth Emergency Terminal Slowdown (SETS)”, the need of using higher speed elevators than the original specifications for the building can be adlpted for the already completed building.
Moreover, regarding the hoist conditions for renovation of old elevators, SETS can be installed to meet the requirements of reducing pit depth and overhead height of the hoistway, not only improving the traffic condition of the building by using higher speed elevators, but also reducing the cost of renovation.
Variable Traveling Speed Elevator System (VSE)（Optional）This technology is adopted in the industry for the first time; with this technology, the speed of elevator can vary with the number of passengers to shorten the waiting and riding time. As an optional configuration, the system makes use of the balance between the elevator car and the counterweight to increase the operation speed according to the number of the passengers. Comparing with traditional elevators operate at a rated speed, the VSE system can shorten the waiting and riding time and enable the elevator to operate more effectively in the building; it is a new elevator system designed to eliminate the poor transport results caused by long waiting time and slow operation speed.
※The system is not applicable to elevators with rated speed of 1.6m/s and1.75 m/s.
This technology is adopted in the industry for the first time; with this technology, the speed of elevator can vary with the number of passengers to shorten the waiting and riding time. As an optional configuration, the system makes use of the balance between the elevator car and the counterweight to increase the operation speed according to the number of the passengers. Comparing with traditional elevators operate at a rated speed, the VSE system can shorten the waiting and riding time and enable the elevator to operate more effectively in the building; it is a new elevator system designed to eliminate the poor transport results caused by long waiting time and slow operation speed.
※The system is not applicable to elevators with rated speed of 1.6m/s and1.75 m/s.
The elevator motion generally obtains energy from the power supply (operation in electric mode); however, when it moves down with heavy load or moves up with light load (operation in power generation mode), the working condition of the traction machine equals to that of the generator. Generally, the energy generated by the traction machine diverges in the form of thermal energy, the energy feedback technology based on PWM control feeds the regenerated energy that is generated when the traction machine is in power generation mode back to the power grid; comparing with elevators without energy feedback device, it can save energy by about 30%. Meanwhile, this makes the incoming current at the power supply side as sinusoidal waveform, thus greatly reducing the harmonic pollution to the power. In addition, the voltage at the DC side is controlled, which is helpful for the stable operation of the elevator.
3D Hall Motion Sensor ( HMS )The reliable safety device of ELENESSA can ensure the smooth opening and closing of elevator doors. Once the 3D sensor installed on the elevator door detects any person at or near the entrance, the elevator will reopen the door.
3D Hall Motion Sensor (HMS)(Optional)
Multi-beam Safety Door Edges(Optional)Car Arrival Chime ( AECC )Four to five seconds before the arrival of the elevator at the call floor, the chime will remind passengers that the elevator car will arrive at the target floor.
False Call Cancelling (FCC-P)If car call button is mistakenly pressed, press the button twice to cancel the call.
Mitsubishi Emergency Landing Device (MELD) (Optional)If the passengers are trapped in the elevator car due to power failure or other problems, the device will automatically confirm the current state of the elevator and park the elevator at the most suitable landing floor through backup battery.
Intelligent Voice Call（Optional）Touch-free, hands-free buttons
Recognition of personalized floor information , e.g. dining hall
High accuracy of recognition and strong anti-noise capacity( 50db of noise , recognition ≥90%）
Aftentive Announcement ( Aan-s ) ( Optional )For the case of overload of elevator car, restricted operation during disaster, malfunction or other situations, the AAN-S will remind the passengers how to react, so that to reduce and eliminate the passengers' puzzle and uneasiness.
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