Hitachi Elevator VFI-II

Transcription

1 Hitachi Elevator VFI-II

2 Conventional model Hoistway Area of the machine room is at least twice the area of the elevator hoistway. The VFI-II elevator provides a comfortable ride appeals to different aspects of the human sense, touch, sight hearing - by the integration of button,tft(lcd) display, voice synthesizer multi-beam door sensor. PM motor VVVF door control Automatic dimming of indication light The brightness of the elevator hall car position indicator is dimmed automatically after a preset duration when elevator is idle. Automatic turn-off of car lighting fan In the event that the elevator is idle, the lighting ventilation fan in the elevator are automatically turned off to conserve energy. car using LED light car utilize LED light which consumes less energy. lanterns using LED light (optional) lanterns using LED light are available for your selection. Regenerative system (optional) Making use of the energy generated by an elevator when traveling downwards a heavy car load or wards a light car load, the traction machine acts as a power generator to transmit power back to the electrical network in the building. Energy saving operation control (applicable to FI-600 gro control only) As one of the stard functions of the FI-600 gro control system. The operation reduces energy consumption of elevators by forecasting the traveling routes occancy rate of elevators during low traffic. Sight TFT(LCD) position indicator Floor button flashing function The registered car destination floor button flashes when the car approaches the destination floor The human touch Multi-beam door sensor In the event where the beam paths are obstructed, this sensor, installed on the edge of the doors, will keep the doors open. Hearing Voice synthesizer (optional) Preset stard messages are announced to the passengers by a voice synthesizer. 2 3

3 VIB-15B button indicator type TFT(LCD) VIB-13B button indicator type Dot matrix OPE-15B Operating type TFT(LCD) DHP-OP13 Operating type Dot matrix TFT(LCD), incorporated into car 4 5

4 s ceilings OPE-15B OPE-15B TFT(LCD), incorporated into car TFT(LCD), incorporated into car 6 7

5 Operating s Jamb frame SS-1X (wide) type, mirror Door s mirror etched Ling sill Extruded hard aluminum OPE-15B type TFT(LCD) OPS type Dot matrix DHP-OP13 type Dot matrix Position indicator 8 9

6 DHB-A DHB-A DHB-A DHB-A DHB-A DHB-A DHB-A DHB-A DHB-A DHB-A 10 && && && && && && & accessibility accessibility code code of of Singapore Singapore (,). (,). accessibility accessibility code code of of Singapore Singapore Singapore (,). (,). light light accessibility accessibility code code of of Singapore (,). (,). light light light light accessibility code code of of Singapore Singapore (,). (,). accessibility light light accessibility accessibility code code of of Singapore Singapore (,). (,). light light Red(RH) Red(RH) (GH) (GH) accessibility accessibility code code of of Singapore Singapore (,). (,). Red(RH) Red(RH) (GH) Red(RH) Red(RH) (GH) (GH) (GH) accessibility code of Singapore (,). light light comply accessibility code of Singapore. light light Red(RH) Red(RH) (GH) (GH) Red(RH) Red(RH) 42mm(W) 42mm(W) 37mm(H) 37mm(H) 42mm(W) 42mm(W) 37mm(H) 37mm(H) 42mm(W) 42mm(W) 37mm(H) 37mm(H) Red(RH) Red(RH) Red(RH) 42mm(W) 42mm(W) 37mm(H) 37mm(H) 42mm(W) 42mm(W) 37mm(H) 37mm(H) (GH) (GH) (GH) (GH) (GH) 11

7 indicators HF-15 HSDX TFT(LCD) Dot matrix Indicator hall lantern VIB-15B (For simplex operation) VIB-15BD (For dlex operation) VIB-13B (For simplex operation) VIB-13BD (For dlex operation) HLS-025SD Dot matrix type type TFT(LCD) Dot matrix VLS-115S VLS-90S Vertical hall lantern Vertical hall lantern BL() BL() BL() HLS-025S L-03 type type type Horizontal hall lantern Horizontal hall lantern 12 13

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9 FI series FI series No. Function Description Centralized control for special floors (FI-CCF) Service floor selection (FI-SFS) VIP service(*1) (FI-VIP) Closest car priority service (FI-CPS) Scheduled reservation system (FI-SRS) Zoning express service (FI-EZS) Independent automatic operation(*1) (FI-IAO) This function preferentially assigns an elevator to the special floor (e.g. the director s room). Allows the operator to select the service non-service floors using, for example, the switches on the control. When welcoming or sending off important guests, this function permits an elevator to be summoned directly to the desired car call floor by pushing a specially provided hall button. When a hall call button is pressed, the elevator car in the shaft closest to the hall call floor is preferentially dispatched. Allows the operator to schedule various elevator services in the building, including the reassignment of service floors, centralized service priority service, at a specific date time (setting through XEMS is also possible). Starts a divided express service when the peak traffic dem takes place in the preset time zones. This operation allows an elevator to be separated from the gro servisory control operate independently by a separate hall button. Destination floor reservation 27 system FIBEE (FI-DFRS) (*1) Not applicable for (FI-DFRS) Allows the passenger to preselect the destination floor on the destination floor installed at the ling hall. This reduces button operations to one, improving the operability

10 No. Name Description STD OPT Simplex collective control (CCTL) Dlex collective control (DCTL) FI-600 Gro 4 FI-100 control 5 FI-10 6 Down collective control (DWCC) 7 Attendant operation(att) 8 Independent operation (INOC) This is a fully automatic operation used for a single elevator system. calls in the direction in which the elevator is travelling are responded to sequentially when all calls in that direction are cleared, calls in the opposite direction are responded to. When there are no more calls, the elevator will stop at the last floor served. This is a fully automatic operation used for a two-elevator system. calls are responded to by whichever elevator that can serve the hall call faster. When there are no more calls, one of the elevators will st-by at the start floor while the other elevator will stay at the last floor served. This is a gro control system used to operate three to eight elevators in a large-sized building. This control system consists of 3 smart systems; future reference-trajectory control, learning system intelligent system. This is a gro control system used to operate three to six elevators in a medium-sized building. This control system uses reference-trajectory control, which is based on the theory used in the highest model of the future reference-trajectory control. This is a simplified gro control system used to operate three or four elevators. The system provides a ring control to allocate the elevator car closed to the floor where a new hall call is registered. For this system, all floors have down call only, except for the start floor, where there is call button only. The other operations are the same as in selective-collective dlex selective-collective operations. For this system, the stop floor is manually set by an attendant, such as in a department store. This operation system is used when there is a need to serve special passengers. Under this operation, all hall calls are disabledfor the elevator it is reserved for exclusive use of the special passengers. No. Name Description STD OPT Mischievous call cancellation (MCCC) Automatic door open time adjustment(dtad) Floor deselect function (FDSF) 4 Automatic return function (ARTF) 5 floor button flashing (CCBF) 6 Door open prolong button(dopb) 7 8 Automatic bypass Operation(ABPO) Keypad sub- board(ksop) 9 Sub- (SOPB) 10 Voice synthesizer (VSYS) 11 Arrival signal(asgn) Depending on your requirements the number of elevators in a gro, customers can choose from a range of collective control systems, gro control systems (including FI-series gro control system) systems. There are also basic optional functions which you can choose from, depending on the building type building requirements. Service functions Interfacing BGM speaker (BGMS) Emergency Battery Operated Power Sply(EBOPS) In the event that a large number of calls is registered by a small number of passengers, the calls are determined to be mischievous will be automatically cancelled on responding to the next call. This thus eliminates unnecessary stops. The duration of the door open timing is tailored to usage conditions, substantially improving operational efficiency. This function allows passenger to cancel the selection of a floor which is accidentally pressed by pressing the button again. (This thus eliminates unnecessary stops.) After all the calls have been served, the elevator will return to the start floor for st-by. The registered car destination floor button flashes when the car approaches the destination floor. In the event that this button on the car operation board is pressed, the elevator doors remain open for a pre-set period of time. In the event that the elevator is fully loaded, this operation will not respond to any hall calls will only respond to the car calls. In order to comply the code, especially for high-rise buildings, individual car call can be replaced by a keypad system. Additional floor selection door open/close are located on the opposite side of the main in the elevator. This will be extremely convenient during rush hours. Preset stard messages are announced to the passengers by a voice synthesizer. An electronic chime (located at the top bottom of the elevator) will be sound just before the arrival of the elevator. A speaker for background music public announcements for the building can be installed in the elevator. (Music announcement systems, including wiring, is to be provided by others) In the event of a power failure, this emergency sply will allows the operation of a light, fan alarm bell. Legend STD Stard OPT Optional Legend STD Stard OPT Optional No. Name Description STD OPT 1 Multi-beam door sensor(mbds) 2 No. Name Description STD OPT Automatic turn-off of elevator In the event that the elevator is not in use, the light ventilation fan in 1 light fan(atfl) the elevator are automatically turned off to conserve energy. In the event that elevator maintenance is being carried out, the elevator 2 Maintenance operation(mtno) operates at a lower speed. 3 Parking operation(pkgo) The elevator can be parked at the designated floor a key switch. 4 Rush-hour schedule operation(rhso) All the elevators will automatically return to the start floor, after serving the last call during this preset rush-hour timing. 5 Floor lock-out operation(fllo) Specific service floors can be locked-out by activating a switch Floor lock-out operation by cipher code (ROCC) Intelligent operation security system (IPSS) Interfacing closed-circuit TV (CCTV) 9 Servisory (SVP) Door safety return system (ORS) 3 Interphone system(inps) 4 emergency lighting(ceml) Nearest ling operation(nlno) Overload detection system(olds) Door safety edge (both sides or one side)(dseb) 8 3D door safety device(3dds) Safety functions Abnormal speed protection function(aspf) Out of door-open zone alarm (ASOZ) Overvoltage detection system, (OVDS) Extensible elevator monitoring system (XEMS) Interfacing to building management system (BMS) 12 Regenerative system (RGNS) In the event that the beam paths are obstructed, this sensor, installed at the edge of the doors, will keep the doors open. In the event of door overload, such as when passengers get their fingers, hs or personal belongings caught in the door, this system automatically senses this either re-closes or re-opens the doors to prevent injury. An interphone system is provided for emergency communication between the elevator the master unit (in the servisory, etc.). In the event of a power failure, an emergency light inside the elevator will be automatically activated. In the unlikely event of temporary trouble during operation, the elevator automatically goes to the nearest floor at a low speed doors will open to prevent passengers from being trapped inside. In the event of overloading, this system will activate an audio/ visual signal to prevent the elevator from moving. Mechanical safety units are installed on both sides or one side of the elevator doors. In the event of passengers coming into contact the safety edges of closing doors, the doors will immediately reopen. This device detects passengers getting on or off the elevator, keeping the doors open as long as passengers are in the area of detection In the event that the elevator is moving downwards at an abnormally high speed, the breakers will be automatically engaged the elevator will cease operation. In the event that the elevator stops out of the door open zone of a selected floor, doors will not open, an alarm will be sounded in the elevator. When an abnormal increase in power sply to the elevator system is detected, the power sply will be cut off to prevent damages to the elevator equipment. 12 Fire rated ling door 2 hours fire rated ling door are available where required Management functions By inputting a pre-programmed code using the car board floor, passengers can gain access to certain restricted floors. This function allows controlled access to certain floors by means of a password or ID cards. Note Keypad or ID card-reader system is to be provided installed by others. Interfacing shall be by means of dry (voltage-free) contacts. This system enables the security personnel to monitor the movement inside the elevator. This will be effective in preventing criminal mischievous acts inside the elevator. (CCTV system, including wiring, is to be splied by others.) This provides various servisory operations, including communication status monitoring. This system shows the real time situation of the elevators such as the elevator position, movement direction abnormal operation on the PC (Personal Computer) display. It is also possible to turn on/off the elevators change the service floors of the elevators using the PC. This interfacing shall be done by means of electrical dry contact to the building management system for their monitoring. When traveling downwards a heavy car load or wards a light car load, the traction machine acts as a power generator to transmit power back to the electrical network in the building. Legend STD Stard OPT Optional Legend STD Stard OPT Optional 18 19

11 Emergency operations No. Name Description STD OPT Earthquake emergency operation (EEMO) Fire emergency operation(femo) Emergency operation for power failure (EPFO) Automatic rescue device for power failure (ALP 5 Fireman operation(fmno) In the event that an earthquake is detected, the elevator will stop at the nearest floor. (This function is not applicable to private lobby layouts.) In the event of fire, the elevator is automatically brought to the designated floor where it remains inoperative for passengers safety. In the event of building power failure, the elevator can be operated by the building stby generator to move the elevator to the designated floor. In the event of building power failure, the elevator automatically switches to battery power to bring itself to the nearest floor. (This function is not applicable to private lobby layout buildings.) In the event that the fireman switch is turned on, the elevator returns to the designated floor will be ready for firemen s use. Legend STD Stard OPT Optional No. Item Finishes/ Designs/ Types STD OPT 1 Painted Sheet Steel 2 Steel Hairline Narrow Type (AS-1X) 3 Steel Non-directional Hairline 4 Steel Mirror 5 Painted Sheet Steel 6 Jamb Without Transom (TS-1X) Steel Hairline T-Wide Type 7 Frame With Transom (TL-2X) Steel Non-directional Hairline Legend STD Stard OPT Optional 8 Steel Mirror 9 Painted Sheet Steel No. Item Finishes/ Designs/ Types STD OPT 1 CS-Series (CS-101S) 2 Ceiling DX-Series (DX-201S) (DX-12S) (DX-23S) 3 SL-Series / EX-Series (SL-102S) (EX-32S) (EX-403S) 4 Painted Sheet Steel 5 Steel Hairline Wall (3 sides) 6 Steel Non-directional Hairline 7 Steel Hairline Etched (Hitachi Stard Pattern) 8 Steel Hairline 9 Front Return Steel Non-directional Hairline 10 Transom Steel Hairline Etched (Hitachi Stard Pattern) 11 Steel Mirror 12 Steel Hairline 13 Steel Non-directional Hairline Door 14 Steel Hairline Etched (Hitachi Stard Pattern) 15 Steel Mirror 16 Kickplate (3 sides) Steel Hairline 17 Sill Extruded Hard Aluminum 18 Steel Hairline TFT (LCD) Indicator (OPE-15B) 19 Position Indicator Steel Hairline Dot Matrix Indicator (DHP-OP13) 20 Operating Steel Hairline Dot Matrix Indicator (OPS) 21 Steel Face Plate out () () Legend STD Stard OPT Optional 10 Without Transom (SS-1X) Steel Hairline S-Wide Type 11 With Transom (SL-2X) Steel Non-directional Hairline 12 Steel Mirror 13 Sill Extruded Hard Aluminum 14 Painted Sheet Steel 15 Steel Hairline 16 Steel Non-directional Hairline Door 17 Steel Hairline Etched (Hitachi Stard Pattern) 18 Steel Mirror 19 Steel Mirror Etched (Hitachi Stard Pattern) 20 Incorporated Clip/Screw Type TFT(LCD) (VIB-15B) (VIB-15BD) 21 Type Clip/Screw Type Dot Matrix (VIB-13B) (VIB-13BD) 22 Clip/Screw Type (BL) Indicator (*1) 23 Clip/Screw Type TFT(LCD) (HF-15) Indicator 24 Clip/Screw Type Dot Matrix (HSDX) (HSL-025SD) 25 Steel Surface Plate out () () 26 Steel Surface Plate out () () 27 Steel Surface Plate () () () () 28 Vertical Type (VLS-115S) (VLS-90S) 29 Lantern Horizontal Type (HLS-025S) (L-03) 30 (HLS-025SD) (*1) indicator is not recommended for gro control system FI-100 FI Steel Face Plate out () () 23 Steel Face Plate () () () () 20 21

12 The modern manufacturing plant in South East Asia, Singapore Thail, provide valuable product to customer. Equipment is made to the highest stard of quality reliability cutting-edge production line. Excellence flexibility in design at manufacturing plant in Singapore Thail CERT NO ISO CERT NO ISO This modern manufacturing plant in Singapore boasts a complete team of local Japanese engineers geared towards providing maximum flexibility in design manufacturing to suit the customer requirements. Hitachi Elevator Asia Pte Ltd (Singapore) High accuracy efficiency in planning of equipment layout is made possible by the most advanced CAD system. Equipment is made to the highest stard of quality reliability modern CNC machinery. Siam Hitachi Elevator Co., Ltd. (Thail) An integrated engineering system - from development to design production Head office, research centers plants work closely together to develop new technologies Staff throughout the company work together as one team to conduct research develop technologies. TS-1X type jamb (optional) High performance simulator enhances overall elevator system efficiency A high performance simulator is utilized for all stages of elevator development, from planning through system design. Planning, research development are carried out according to the results of this statistical analysis. Mito Works, Hitachi, Ltd. (Japan) Cutting-edge CAD/CAM systems The latest in CAD/CAM systems help us carry out elevator layout various other design production steps more quickly efficiently. One of the tallest elevator research tower. (Left conceptual drawing) Hitachi plans to research develop the ultra-high speed (1,000 m/min more) large-capacity (5,000kg more) elevators. EC97J1015 JQA-QMA0669 Mito Works, Urban Planning Development Systems Company, Hitachi, Ltd. has acquired the certification of ISO14001(Environmental Management System) ISO9001(Quality Management System). 22 Note Colors reproduced here may vary slightly from the actual. 23

13 The preparatory work for elevator installation outlined in below table should be undertaken by building contractors in accordance Hitachi drawings in compliance local or relevant codes regulations. C C C C 24 25

14 Min Min M/C Min M/C M/C Room Room Room Height Height Total Total Total Height Height Overhead Overhead Pit Pit Depth Pit Depth Depth Travel Travel Top floor Hoistway machine Top Floor room layout Min Machine room height MH Total height Entrance Entrance Height Height Overhead height Top Floor Top Floor Top Floor Pit depth Travel Lowest Floor Lowest Floor Lowest Floor (*1)Hoisting Hook (*1)Hoisting Hook (*1)Hoisting (By others) Hook (By others) (By others) Entrance height Top floor Lowest floor Ladder, lighting & outlet (By others) Hoisting hook (By others) PLF PLF PLF Height Height PLF height R3 R1 R1 R1 R4 R1 Ventilation Ventilation grille grille grille (By (By others) (By others) Machine room width S Machineroom width R1 Ladder, lighting & outlet (By others) Ladder, lighting & outlet (By others) inside width a inside width inside width a R3 R4 Minimum dimensions R3 R4for overhead height, pit depth other specifications R3 R4 No. Rated load (kg) Rated speed (m/min) Travel (m) inside inside inside depth depth depth b b b Optional Optional Optional R3 Control Control R3 Control R3 R4 Hoistway Hoistway depth depth depth Y Y Y Ventilation Ventilation fan fan fan (By (By others) (By others) Entrance door door (By (By others) (By others) Machine Machine room room room depth depth depth T T T Note Machine room temperature should be maintained R3 below R4 38 o C Note Machine ventilating room temperature fan or air conditioner. should be maintained below 38 o C Note Machine ventilating room temperature fan or air conditioner. should be maintained below 38 o C ventilating fan or air conditioner. No. Hoistway widthx Hoistway widthx Hoistway widthx Minimum machine room height & hoisting hook capacity Rated load (kg) Rated speed (m/min) Min. Machine room height MH (mm) Hoistway width X Hoistway width Hoistway width X inside width a inside width inside width a Door OP width Door OP width Door OP width ~ , 90, 105, 120, Door OP width Door OP width Door OP width inside inside inside depth depth depth b b b Hoisting hook capacity (Ton) 1 450~700 60, 90, , 90, ~ , , 90, 105, 120, Overhead height (mm) (*1) SS550/ EN81-1/Malaysia India/Hitachi Std /HKG COP KFB Pit depth (mm) Maximum number of stops Travel max Travel max ~ Travel max Travel max Travel max ~1050 Travel < Travel max Travel < Travel max Travel max Travel max ~1350 Travel < Travel max Travel < Travel max Travel max Travel max Total Total Height Height Overhead Overhead Pit Depth Pit Depth Travel Travel Total Total height height Entrance Entrance Height Height R1 Overhead Overhead height heig Top Floor Pit depth Pit depth Travel Travel Entrance Entrance height height Lowest Floor Lowest Floor Top floor Lowest floor Lowest floor Travel < Travel max Travel < Travel max PLF PLF Height Height PLF PLF height height R1 R1 u R4 R Optional Minimum floor to floor height (mm) 2700 Control Control Hoistway Hoistway depth depth depth Y Y Y Ventilation Ventilation fan fan (By others) (By others) Hoistway Width, HW X Note Machine room temperature should be maintained below 38 o C ventilating fan Hoistway or air conditioner. Width, HW X Note Machine room temperature should be maintained below 38 o C ventilating fan or air conditioner. Inside width a Inside width a Opening OP Opening OP Optional Inside Inside Depth Depth b b Optional Optional Control Control Hoistway Hoistway Depth, Depth, Y Y Machine Ventilation Machine Ventilation room roo Fan de (By others) (By VFI-II (*1) Minimum overhead height shall be increased by 350mm if car inside depth is less than 1100mm additionally increase by 200mm if the ceiling design is EX-series type Mach

15 Hitachi Elevator Asia Pte. Ltd. 10 Toh Guan Road East Hitachi Elevator Building Singapore Tel (65) http// Distributor Specifications designs in this catalogue are subjected to change out notice. Printed on recycled paper. Please recycle. HEES-007(4) 1217 (PIS)