Fujitec provides high-speed, high quality elevators with leading-edge technology
in AC motor VVVF (Variable Voltage and. Variable Frequency) control.
WITH VARIABLE VOLTAGE & VARIABLE FREQUENCY CONTROL
Fujitec provides high-speed, high quality elevators with leading-edge technology in AC motor VVVF (Variable Voltage and Variable Frequency) control. High-Speed Elevator AC VVVF Control Technological innovation in electronics has enabled us to produce new high-speed elevators. By employing an inverter using power electronics technology and more advanced microcomputer functions as well as a distributed control system, our new elevators attain dramatic improvements in performance, ride, safety, reliability, and economy. Fujitec’s inverter-controlled high-speed elevators are smart elevators designed with a concept which is totally different from that of conventional AC elevators in response to the high-rise and high-speed age.
GSP
COP
INV & CNV TRACTION MOTOR
HALL BUTTONS
CAR
GSP : Group Supervisory Panel COP : Control Panel INV & CNV. : Inverter and Converter Unit
COUNTERWEIGHT
■CONTROL SYSTEM■
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Traction Machine
Distributed Control System Multi Brain Control Elevator
AC Gearless Machine
Fujitec inverter-controlled high-speed elevators use distributed microcomputers to share elevator control functions. Establishing a system controlled with multiple brains has further enhanced our elevator reliability, safety and performance.
High Speed This system is designed for highspeed elevators with speeds up to 750m/min for super high-rises.
High Efficiency Development of an inverter which optimally controls speeds and an energy-efficient motor matched to the inverter has reduced power consumption by approximately 10% and elevator power supply capacity by approximately 30% compared with ThyristorLeonard systems.
High Reliability Ensured by the Distributed Control System Precise and Rapid Control
Improved Reliability
Diagnostic Function
In the distributed control system, microcomputers are provided in the car unit, car operating board, and hall buttons. Each of the computers is intensively provided with data necessary for the functions, and thus, precise and rapid control has been made possible.
With the latest electronic parts mounted in the control panel, reliability has been further enhanced. In addition, a serial transmission system is used in the transmission path through which microcomputers mutually exchange data.
The system is provided with diagnostic functions to detect abnormality in the transmission path. Microcomputers themselves are provided with self-diagnostic and mutual monitoring capabilities.
AC Helical Geared Machine Higher Efficiency Gear The Helical design is one of the most efficient types of power transmission gear. Application of Fujitec's highly accurate machining technology has achieved a high-speed range of AC geared machine up to 240m/min, comparable to the speed conventionally attained by gearless drives.
MIC
Compactness
MIC
This higher efficiency Helical Geared machine has reduced energy-consumption by approximately 15% compared with worm gears.
OTHER CARS
COP
Tth-FL
HOISTWAY CABLE
HB,IN (T-1)th-FL
DOOR CONTROL
MIC
HB,IN
COB MIC 2nd-FL MIC HB,IN 1st-FL
MIC CAR MIC
MIC HB,IN
MIC
COP : Control Panel COB : Car Operating Board M I C : Microcomputer IN : Indicator HB : Hall Button TRAVELING CABLE
■Distributed Control System■
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With VVVF Inverter Control High Performance is Achieved.
Electronic Speed Control has Enhanced Operation Efficiency and Ride Quality.
While varying voltage and frequency freely, the inverter optimally controls motor speeds. With an inverter employed in elevator drives, high performance and high efficiency of the control system have been ensured.
Energy and Space are Minimized to the Limit.
A decrease in power factor during lowspeed operation has been rectified by providing a continuous supply of an adequate amount of power to the motor. To make this possible, the elevator power supply equipment capacity has been reduced by approximately 30% more than a Thyristor-Leonard system. At the same time, standby power capacity for power failure has also been substantially reduced.
Microcomputer functions are further enhanced. Furthermore, speed control and operation management are conducted to a perfect degree. As a result, comfortable ride, accurate leveling, and efficient service are attained.
*HVF control system is our standard control system for large capacity models. For small capacity models, LVF control system, which uses diode in converter, is our standard.
Converter Capacitor Inverter AC Reactor
Digital Control Produces High Accuracy
AC Motor Pulse Generator
Three-Phase AC Power
Sine Wave PWM Control Current Control Voltage Control
Sine Wave PWM Control Current Control
Current
High Efficiency
*The HVF control system adopts a power transistor in the converter to control while maintaining power current in the sine wave state, which helps to minimize harmonics. Power consumption has also been reduced approximately 10% more than a Thyristor-Leonard system.
Voltage Signal
We have established high performance vector control technology which controls magnetic flux and torque of an AC motor independently. Since optimal torque control is available, a vibration free smooth ride quality has been ensured.
Reduced Power Consumption
Current Signal
High Performance by Vector Control
Vector Control
Load Signal
Speed Control
Speed Signal
Position Control
Position Signal
■Inverter (HVF Control System) Configuration■
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Precise Speed Control
Accurate Leveling
Speed control, including vector control, is performed by means of a highspeed digital circuit. As a result, elevator control performance and response performance have been remarkably enhanced. At the same time, adoption of a high-resolution sensor as a highspeed detector has enabled precise speed control in a range from micro crawling speed to high speed.
Position control is performed continuously in response to accurate position signals obtained by a high-resolution sensor. Thus, higher leveling accuracy has been achieved. Furthermore, elevator operating time has been further reduced.
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Group Supervisory Control System FLEX-N Series Neuros Neuro System Delivers the Optimal Group Control to Meet Complicated Traffic Demands for Large-scale and "Intelligent" Building Automatic Network Modification The neuro-computer's high-speed processing uses a sophisticated 32-bit CPU. The system enables to deal with a change in the building situation automatically and provide the optimal elevator service according to Fujitec's unique Neural Net operation algorithm.
Elevator Network Monitoring System
FLEX-N100 FLEX-N100 is well-suited to smallsize buildings. The supervisory computer is equipped with a CPU that has excellent processing capability and reliability.
High Accurate Advance Notice of Car Arrival The neuro-computer, which is equipped with a self-learning function, automatically modifies the group control logic rules to assign the optimal elevators all the time even though it encounters an unexpected situation. This enables to provide substantially improved accuracy of advance notice over conventional fuzzy control system.
FLEX-N200
LAN and WAN are more and more widely used in versatile forms toward the highly information-oriented society in the 21st century. An elevator network monitoring system is optimal in intelligent buildings with high information network functions.
FLEX-N300〈 NEUROS〉
Fuzzy Computer
Supervisory Computer
Scheduling for Control Command Various control commands can be scheduled for execution at a preset time. They can also be scheduled for regular execution at preset days and times of each week.
Machine Room
Machine Room
GSC Panel
GSC Panel
Message Change Function on Information Display (optional) If the in-car information display is installed, displayed messages can be modified from a PC terminal in the office.
Supervisory Computer
Elevator Operation Analysis Function
Hall Button Network Remote Terminal
Terminal 9 7
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5
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Modem
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Knowledge Base Statistical Analysis Learning
Reassigned Elevator
Recommended Elevator
Control Command Function
Neuro-Computer
GSC System
Hall Call
Various information on elevator operation, including car position, traveling direction, door status, and call occurrence status can be graphically displayed.
Control commands such as service floor disconnect, switching of operation modes (including up-peak and down-peak operations), VIP operation and parking operation can be registered from a terminal.
FLEX-N200 is best suited for mid-size buildings. It consists of a sophisticated CPU-mounted fuzzy computer and two supervisory computers.
FLEX-N300 is suited to large-scale buildings. The GSC system consists of a neurocomputer, a fuzzy (inference logic) computer, and two supervisory computers.
Elevator Controller #1
Elevator Operating Status Displaying Function
Elevator Controller #2
・・・・
Elevator Controller #N
3 1
・ ・ ・ ・
3 1
Modem Telephone Line
Terminal 9 7
The system comes with a function equivalent to our conventional elevator traffic analyzer, which can be used for diagnosis of elevator operation during maintenance.
5 3 1
In-building LAN Neural Net
■Configuration of Neuro Control■
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■Configuration of FLEX-N300 System■
■Configuration of Network Monitor Control System■
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Fujitec's high-speed elevators are in full service worldwide. More and more buildings go high-rise within a limited urban space. Matched with this trend, elevators with larger capacity and more high speed are sought as an important transportation system in buildings. As a pioneer in the development of leading-edge high-speed elevators, Fujitec has already installed a large number of high-speed elevators in the world's high-profile skyscrapers. The success strongly supports Fujitec's excellent high-speed elevator technology. World Financial Center 〈New York, U.S.A.〉
900 North Michigan 〈Chicago, U.S.A.〉
Wisma 46 〈Jakarta, Indonesia〉
Washington Mutual Tower 〈Seattle, U.S.A.〉
OUB Centre 〈Singapore〉
Edificio Republica 〈Buenos Aires, Argentina〉
Bank One Center 〈Dallas, U.S.A.〉
HSBC Headquarters 〈London, UK〉
China World Trade Center 〈Beijing, China〉
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The Peninsula 〈Hong Kong, China〉
Gate City Ohsaki 〈Tokyo, Japan〉
AER 〈Sendai, Japan〉
NHK Osaka Broadcasting Station Osaka Museum of History 〈Osaka, Japan〉
CESG 〈Caracas, Venezuela〉
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List of Specifications
Standard Specification
FUNCTION WISE
OPERATION SYSTEM
Items Operation System
Standard Specification Selective Collective Automatic Operation
Optional Specification with Additional Charge FLEX-N100 (2/3 Cars Group Control) FLEX-N200 (3/4 Cars Group Control) FLEX-N300 NEUROS (4 or More Cars Group Control ) Independent Operation
Safety Functions
Door Safety Return
WAVIC-S (Earthquake Rescue Operation)
Open Door Warning
WAVIC-P (P-Wave Seismic Detection Operation)
Rescue Operation To The Nearest Landing
LANDIC (Battery Power Automatic Landing Operation)
Door Opening Failure Rescue Operation
Photoelectric Type Door Sensor
A number of Up & Down hall calls and car calls can be uniformly registered. The elevator runs its travel responding to calls registered in a single travel direction.
SAFETY FUNCTIONS Door Safety Return
Load Bypass (Available for 2 or More Cars)
Every Floor Stopping Operation
The door operation will be reversed if foreign material, such as a pebble or trash gets clogged into the door sill. The doors will repeatedly open and close trying to remove the obstructing materials.
Automatic Door Dwell Time Control
VONIC (Automatic Voice Announcement System)
Open Door Warning
Behind Car Call Cancellation
Car Arrival Chime
Automatic Return To Main Floor (Available for 2 or More Cars)
BGM Speaker
Nuisance Call Cancellation
Door Nudging
A warning buzzer sounds if a passenger tries to forcibly open the elevator doors while the car is running.
Car Call Cancellation
Door Open Hold Button
Automatic Fan and Light Control
Up & Down Peak Operation (Available for 2 or More Cars)
DCL-33 Door Operator (Standard Type)
Parking Switch
Overload Weighing Device
Multiple Beams Door Sensor
Two-Way Intercom
DOANIC (Infra-Red Door Sensor)
Emergency Light (With Self Charging and Discharging)
Standby Power Operation Fire Operation
Service Functions
Selective Collective Automatic Operation
Timer Controlled Parking Operation Car Call Pre-Registration On Lobby Panel (Dispatching Floor Only) HSA Door Operator (High-speed Type)
Rescue Operation to The Nearest Landing If the elevator stops between floors, the elevator confirms the safety circuit and then automatically moves slowly to the nearest landing and opens the doors.
Hall Lantern In-Car Information Display Hall Information Display AUVIS (Elevator Multi-Information AV System) Security Functions
Timer Controlled Floor Lockout Car Call Button Coded Security Floor Lockout Control In-Car Security Monitoring System(CCTV)
When an elevator arrives at a landing and cannot open the doors due to a pebble jammed into the door sill, the elevator will proceed to the next landing and open the doors.
VIP Operation
Overload Weighing Device
Elevator Network Monitoring System
When car is loaded beyond its rated capacity, elevator does not start, and sounds the buzzer with doors open.
Interface with BAS System
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Door Opening Failure Rescue Operation
Two-Way Intercom
Nuisance Call Cancellation
Intercom is provided in car, machine room, security room, and other places (option) and is used for communications in case of emergency or during maintenance of elevator.
If an extraordinary number of car calls are registered compared to an in-car load, all registered car calls are automatically cancelled.
Emergency Light (With Self Charging and Discharging)
The wrong floor selection can be cancelled by re-pressing the car call button twice in a row.
When the power for car lights is cut off due to the power failure, etc., emergency light in car is lit immediately for passengers' safety.
Car Call Cancellation
Automatic Fan and Light Control
SERVICE FUNCTIONS
During off-peak operation hours, the ventilating fan and lights automatically shut off resulting in energy savings.
Load Bypass
VVVF-Door Operator
When an elevator is loaded close to capacity, it will bypass hall calls. The registered hall calls will be assigned to other elevators. (Available for 2 or more Cars)
This door operator is of the latest ACInverter control developed for the purpose of space savings and stable operation.
Automatic Door Dwell Time Control A microcomputer automatically improves operation efficiency as it adjusts the "door open dwell time" depending on the hall and car call's registration situation.
Behind Car Call Cancellation Car calls for a floor opposite to the direction in which the car is running will not be registered to prevent nuisance attempts.
Automatic Return to Main Floor The elevator will return to the pre-set main floor to stand by if car calls are not registered. (Available for 2 or more Cars)
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Optional Specification (Additional Charge) OPERATION SYSTEM
SAFETY FUNCTIONS
FLEX-N100 (For 2 or 3 Car Group Control)
WAVIC-S (Earthquake Rescue Operation)
FLEX-N100 system provides effective plural elevator operations. When a hall call is registered, the system selects an elevator which can respond to the call in the shortest amount of time.
In the event of an earthquake, the seismic sensor will detect a seismic wave and will put the elevator into emergency operation sending it to the nearest landing.
FLEX-N200 (For 3 or 4 Car Group Control)
Occurrence of Earthquake
FLEX-N200 system provides efficient group control utilizing fuzzy inference logic and the ingenuity of a GSC expert. The "learning function" and "knowledge base" allows the system to learn and store in-building traffic patterns by time period.
FLEX-N300"Neuros" (For 4 or more Car Group Control) FLEX-N300 "Neuros" system enables a high level efficiency group control using the neuro-computer. This group control system is designed to work like the human brain functions. It has the self-learning ability to discern varying traffic conditions and efficiently controls a group of 4 or more elevators by making a proper judgement on call assignments.
Independent Operation A specified car is separated from the group and is singly operated responding only to car calls. The operation is started with an external switch.
Detection of Secondary-Wave Stops at the nearest landing Following in-car display and voice announcements, the doors will open. Display:
EMER. OPERATION
LANDIC (Battery Powered Automatic Landing Operation) There is no need to worry that passengers could be trapped in the car if it should stop between floors due to an unexpected power failure. With LANDIC, a compact battery powered control system operates the car to the nearest landing.
Photoelectric Type Door Sensor When the doors are closing at a landing, the doors automatically reopen upon the interruption of the photo beam by body or hand.
Timer Controlled Parking Operation
SECURITY FUNCTIONS
Every Floor Stopping Operation
Elevators can be put temporarily out of service automatically on a predetermined time schedule.
Timer Controlled Floor Lockout
When a car call is registered, elevator stops at each floor and opens and closes door until it reaches the target floor.
VONIC
Doors will automatically close after a predetermined time has passed. Elevator is then automatically shut down
WAVIC-P (Primary-Wave Seismic Detection Operation)
By synthesised voice, automatic announcement system informs the passengers of the car direction, floor arrival, door opening and closing actions, emergency instructions, etc.
Car Arrival Chime
The operator is suitable for passenger elevators in the high-rise buildings with a large number of stops because doors can be opened and closed at a high speed.
A light electronic chime will sound with the arrival of the car.
An earthquake starts with preliminary tremors (Primary-Wave). The actual earthquake movement (SecondaryWave) which has more potent energy follows. This system quickly detects the Primary-Wave, stops the car and opens the doors at the nearest landing. Occurrence of Earthquake Detection of Primary-Wave
Following in-car display. the doors will open.
Multiple Beams Door Sensor
BGM Speaker
Infra-red beams will run the full opening height like a beam curtain. If any of the beams is interrupted, the closing doors will stop and re-open.
Speakers for BGM or public announcements can be installed in the cab.
DOANIC (Infra-Red Door Sensor) When passengers' hands are full of goods or the entrance lobby area is crowded, this device enables passengers to get in and out of the car with ease. The sensor detects a change in the heat energy around the entrance lobby and the door closing function is controlled.
Standby Power Operation If a power failure occurs, the elevators will return to an escape floor using standby power and will be held there on standby.
Fire Operation
Display:
EMER. OPERATION
PLEASE EXIT FROM THE CAR.
Detection of Secondary-Wave YES
NO
Elevator is automatically shut down
Elevator will resume normal operation after a predetermined period of time.
In the event of a fire, the elevator is automatically sent, non-stop, to an escape floor and then shuts down operation.
Car Call Pre-Registration On Lobby Panel Target floor calls can be registered in advance from the elevator's floor call panel located in the main lobby.
PLEASE EXIT FROM THE CAR.
Stops at the nearest landing
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SERVICE FUNCTIONS
Door Nudging When the doors are held open beyond a pre-set period of time, the doors will slowly start closing while sounding a warning buzzer.
Door Open Hold Button A press of the door's "open hold" button on the car operating board allows the doors to be held in the open position for a predetermined time.
Up & Down Peak Operation During the up-peak and down-peak traffic time periods, the plural cars are pre-assigned to lower dispatching floors or predetermined upper floors to enhance handling capacity with more efficient service. (Available for 2 or more Cars)
Parking Switch The switch puts the elevator out of service during nights and holidays.
HSA Door Operator (High-Speed Type)
The elevator service to designated floors can be automatically regulated by timer controlled scheduling.
Car Call Button Coded Security Floor Lockout Control This system limits car's access to the designated floors by means of the code number for security purpose.
In-Car Security Monitoring System (CCTV) Monitoring the cab inside from the security control room by camera, is an effective crime preventative measure.
VIP Operation Hall Lantern A hall lantern is used to announce the car arrival mainly for the group supervisory control system.
In-Car Information Display Elevator position and service floor as well as important emergency operation will be displayed. A message can be input from an external input device.
One of the group-controlled elevators is assigned to serve certain pre-selected floors.
Elevator Network Monitoring System It is an elevator monitoring system linked with an information network inside intelligent building, etc. The system enables monitoring of car operating status.
Hall Information Display This feature graphically displays elevator service floor information and the waiting time until the elevator arrives at the hall.
Interface with BAS System Data on elevator operating status can be transmitted to the Building Automatic Security system (BAS system) provided by customer.
AUVIS (Elevator Multi-Information AV System) By displaying elevator movement information with a dedicated reproduction device, AUVIS provides pictures, messages and sounds to create a more comfortable and informative elevator space. AUVIS can be used as a means of providing in-building information or as a means of public relations.
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Dimensions AC Helical Geared Elevator
AC Gearless Elevator
HOOK (BY OTHERS) MH 100
Y
B
CINDER CONCRETE (BY OTHERS)
W
OH
W A
OH
W A X
CINDER CONCRETE (BY OTHERS)
APPROX.4000
W A
100 MH
B Y
TROLLY BEAM (BY OTHERS)
W
A
A CH
H
CH
H
B Y
X
R2 CONTROLLER
CONTROLLER
CONTROLLER
CONTROLLER
MY
CONTROLLER
R2
R2
TRACTION MACHINE
TRACTION MACHINE
TRACTION MACHINE
DISCONNECT SWITCH (BY OTHERS) ACCESS DOOR (BY OTHERS)
TOTAL HEIGHT
GOVERNOR
TRACTION MACHINE
TRACTION MACHINE
GOVERNOR
R2
R2
R1
R1
R1
H WATER PROOF (BY OTHERS)
CONTROLLER
DISCONNECT SWITCH (BY OTHERS)
ACCESS DOOR (BY OTHERS) P
CONTROLLER
P
GOVERNOR
GOVERNOR
GOVERNOR
H
R2
R1
MY
R2
CONTROLLER
VENTILATION (BY OTHERS)
TRACTION MACHINE
TOTAL HEIGHT TRAVEL
TRACTION MACHINE
R2
GOVERNOR
GOVERNOR
TRACTION MACHINE
R1
GOVERNOR
R1
R1
TRAVEL
MX MX R1
WATER PROOF (BY OTHERS)
VENTILATION (BY OTHERS)
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Reliable Maintenance Successful Operation Fujitec has been positively engaged in global operations since early stage of its development. Up to the present, a great number of Fujitec installations have been successfully operating around the world.
FUJITEC GROUP COMPANIES HOLD ISO 9001 AND ISO 14001 The ISO 9000 series is a set of international standards for quality assurance which have been embraced worldwide. Fujitec Japan realized“ISO 9001”certification in March 1993. Following this achievement, Fujitec Hong Kong, Fujitec Singapore, Fujitec UK, Fujitec Korea, Fujitec Taiwan, and Huasheng Fujitec (in China) have received ISO 9001 certification, and Fujitec Egypt has received ISO 9002 certification. Furthermore, Fujitec Japan and Fujitec Singapore have achieved ISO 14001 certification for meeting Environmental Management System Standards.
Reliable Service Our policy is to offer a reliable after-sale service, wherever our installations may be, including quick actions in case of emergencies. Also preventive routine inspections and timely repair are provided to ensure longer service life of our installations.
FUJITEC AMERICA, INC. FUJITEC CANADA, INC.
FUJITEC DEUTSCHLAND GmbH FUJITEC UK LTD.
FUJITEC (HK) CO., LTD. FUJITEC TAIWAN CO., LTD. FUJITEC KOREA CO., LTD. HUASHENG FUJITEC ELEVATOR CO., LTD. (CHINA) SHANGHAI HUASHENG FUJITEC ESCALATOR CO., LTD. (CHINA) FUJITEC CO., LTD. (JAPAN)
FUJITEC EGYPT CO., LTD. FUJITEC SAUDI ARABIA CO., LTD. FUJITEC PACIFIC, INC. (GUAM)
FUJITEC VENEZUELA C. A. FUJITEC ARGENTINA S. A.
FUJITEC SINGAPORE CORPN. LTD. P.T. FUJITEC INDONESIA FUJITEC MALAYSIA SDN. BHD. FUJITEC INC. (PHILIPPINES)
Overseas Liaison Offices Beijing, Shanghai, Bangkok, Jakarta, Pune, and Montevideo
Elevating Ahead of Its Time Fujitec has plants in Japan, Hong Kong, Singapore, Indonesia, Taiwan, Korea, China, Germany and the USA. Our network of elevator and escalator manufacturing facilities covers the world. , It should be noted that each of our plants adheres to the world s highest quality control of products. This means our customers, wherever they are, can rely upon our quality and performance.
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http://www.fujitec.com
Printed in Japan on recycled paper HSE0302-10DNE
