OUG - Hitachi Lift

OUG INFORMATION（5）DIMENSION OF HOISTWAY AND PIT REACTION LOADING【SS550 / MS】 Hoistway dimension (OUG, Counterweight location：Rear) Pit and reaction loading (OUG, Counterweight location：Rear)X : Hoistway widthRGWEY : Hoistway depthRW1RW3DRW2A : Car internal widthB : Car internal depthRGCRC2RC1 RC3CY : Hoistway depthX : Hoistway widthIn case of 2 buffersW : Door OPX1X2X1 Dimension of hoistwayLoad[kg]Speed[m/min] Pit and reaction loadingCar internal sizeA B[mm]Door OP widthW[mm]HoistwayX Y[mm]Location [mm]X1X2Load[kg]901800 150010002500 2300135011501150DERGC RGW9071.5 2sets1800 �（46.5）61 2sets112.56080 2sets68 2sets148.51251800 175010002500 65609012751800 17502000 ��43.5）（45）80 2sets68 2sets （69.5）148.5125105155.51316060120902000 15502000 175011002700 23002750 52100 195011002750 265014601290902100 195014601290955150529521402000 190014601290905150529521402000 210014601290103515052952140105602000 190011002750 2600146012901800(Only MS)9010560602000 210011002750 27501290200090105105Remarks1. Above tables shows the dimensions on the following conditions(1) Single elevator in hoistway (2) 2 panels center opening (3) Fire rated doorPlease consult Hitachi or local agent if other specifications are required.2. Load of Malaysia is based on F&M.1460(4) Without counterweight safety155016876 2sets45.5 50.5（50.5）（55.5）176601800(Only SS550）105902000 1750Remarks1. () : For 30 travel distance 60 m2. Above tables shows the dimensions on the following conditions(1) Single elevator in hoistway (2) 2 panels center opening (3) Fire rated doorPlease consult Hitachi or local agent if other specifications are required.3. Load of Malaysia is based on X2117.5601800(Only MS)X1Pit reaction loading [kN]Car sideCounterweight sideRC1RC2 RC3RW1RW2 RW31391051800(Only SS550）Location [mm]105901600Car internal sizeA ）（47.5）146.513283 2sets（135）（85.5 2sets）48.5 54.57645.5184.5152.51550（189） （54.5）（61） （157） （83）（51.5）193159.5（197）（164）13283 2sets（135）（85.5 2sets）7645.548.5 54.5184.5152.51550（189） （54.5）（61） （157） （83）（51.5）193159.5（197）（164）72 2sets90 2sets（73.5 2sets）（92.5 2sets）80.54851.5 58.5100.5 2sets1651550 （103 2sets）（57） （65） （169.5） （87）（54.5）105 2sets173（107.5 2sets）（177.5）(4) Without counterweight safety14

COMMON INFORMATION（1）ELECTRICAL INFORMATIONWiring diagram() and ( Required capacity of circuit breaker, transformer & starting power at building side) shows the works to be done by 9017105206013901910522CageCar Lighting1150Inspection Receptacle(Building Manager Office)1350InterphonePiping & Wiring for InterphoneInterphone(Minimum inside Diameter ofPiping : 22.2 mm)*(Power Supply Room)Traction MotorPower Supply3 Phase Control Panel 1600Grounding WireLighting Supply1 PhasePit Inspection Receptacle＊In case building management office has only one interphone unit.Main power supply15Building contract installs facilities to ensure that power does not fluctuate outside the range of‒10% to 10% of the normal voltage rating and to ensure that the unbalance factor of voltage doesnot exceed 5%.It should be noted that insufficient circuit breaker capacity and transformer capacity may adverselyaffect elevator control and/or cause trouble with electrical equipment installed in the building.Lighting power supplyThe lighting power supply for car lighting indicators and maintenance work shall be provided by others.InterphonePipes and wires located outside and hoistway shall be provided by others.Number of wiring from hoistway to building management office shall be "7 Number of Elevators"(for 1unit of master interphone).When the wire size is 0.9mm2, the length shall be 200m or less.When the wiring distance exceeds 200m, please consult Hitachi for details.Pit inspection receptacle10A power outlet for maintenance shall be provided by others under the entrance floor level.18002000Supplyvoltage[V]Breaker capacity[A]Transformer capacity Starting Lead-in wire for drive Earth Calorific[kVA][mm2]valuepowerwire[kVA][mm2] [kcal/hr]1 unit 2 units 3 units 1 unit 2 units 3 units1 unit 2 units 3 0238036004200267040004670Remarks1. Maximum length of lead-in wire is 150m.16

COMMON INFORMATION（2）ENTRANCE DETAILS AS-1X Type Jamb (Standard) TL-2X Type Jamb (option)(unit : mm)(unit : mm)50A200Door opening, widthB-BSection40Jamb width125Hall button40 2525 40Door opening, width125B-BSection200A50Jamb width50Doorsill50Doorsill10Floor finishTransom height,H2H1200 H2 320100320 H2 900160200200Floor finishA-ASection533085Wall width10Min ceiling height over 2,3002004010Entrance height 2,100Hall button100IndicatorWall finishH2H1H2Door opening, widthCeiling height over 2,300H110Entrance height 2,1005310100B1,200Wall finishBJamb widthAJamb 50widthWall width10Entrance height 2,10010Door opening, width1,2002001085100BEntrance height 2,100BCeiling3010AA-ASection30 Building structure (By other contractors)85Wall and floor finishing (By other contractors)Grouting (By other contractors)30 85Building structure (By other contractors)Wall and floor finishing (By other contractors)Grouting (By other contractors) TS-1X Type Jamb (Option)(unit : mm)A4053Wall width10Wall finishDoor opening, width1,20040Entrance height 2,100200Entrance height 2,1005Jamb width85B1050B1005030Wall finish40 2525 40125Door opening, widthB-BSectionHall button125200Jamb widthADoorsill20050Floor finishA-ASection30 85Building structure (By other contractors)Wall and floor finishing (By other contractors)Grouting (By other contractors)1718

COMMON INFORMATION（3）COMMON INFORMATION（4）OPERATING SYSTEMSFUNCTIONS（1/2） OPERATING SYSTEMSNo.12NameDescriptionSimplex collective control(CCTL)Duplex collective control(DCTL)FIBEE3FI-6004 SAFETY FUNCTIONSFI-100FI-10678919Down collective control(DWCC)Attendant operation(ATT)Independent operation(INOC)No.NameDescriptionThis is a fully automatic operation used for a single elevator system. Hall calls in thedirection in which the elevator is travelling are responded to sequentially and when all callsin that direction are cleared, calls in the opposite direction are responded to. When thereare no more calls, the elevator will stop at the last floor served.1Multi-beam door sensor(MBDS)In the event that the beam paths are obstructed, this sensor, installed at the edge of thedoors, will keep the doors open.2Door safety return system(ORS)In the event of door overload, such as when passengers get their fingers, hands orpersonal belongings caught in the door, this system automatically senses this and eitherre-closes or re-opens the doors to prevent injury.This is a fully automatic operation used for a two-elevator system. Hall calls are respondedto by whichever elevator that can serve the hall call faster. When there are no more calls,one of the elevators will stand-by at the start floor while the other elevator will stay at thelast floor served.3Interphone system(INPS)An interphone system is provided for emergency communication between the elevator andthe master unit (in the supervisory panel, etc.).4Car emergency lighting(CEML)In the event of a power failure, an emergency light inside the elevator will be automaticallyactivated.This is a destination floor reservation system used to operate three to eight elevators in alarge-sized building. In this system, as passengers register their destination floor at the hall,the elevator car to be used by each passenger can be informed ahead of time to thepassenger. And FIBEE improves handling capacity and saves energy by original technology.5Nearest landing operation(NLNO)In the unlikely event of temporary trouble during operation, the elevator automatically goes to thenearest floor at a low speed and doors will open to prevent passengers from being trapped inside.6Overload detection system(OLDS)In the event of overloading, this system will activate an audio/ visual signal to prevent theelevator from moving.7Door safety edge(both sides or one side)(DSEB)Mechanical safety units are installed on both sides or one side of the elevator doors. In theevent of passengers coming into contact with the safety edges of closing doors, the doorswill immediately reopen.8Careful sensor(CS)In the event the sensor beam detects some obstructions, this sensor, installed at doormachine, will keep the doors open. This is effective to prevent accidental trapping since thissensor will keep detecting the obstruction until just before the completion of door closing.9Abnormal speed protectionfunction(ASPF)In the event that the elevator is moving downwards at an abnormally high speed, thebreakers will be automatically engaged and the elevator will cease operation.10Out of door-open zone alarm(ASOZ)In the event that the elevator stops out of the door open zone of a selected floor, doors willnot open, and an alarm will be sounded in the elevator.This is a group control system used to operate three to eight elevators in a large-sizedbuilding. This control system consists of 3 smart systems; "future reference-trajectorycontrol", "learning system" and "intelligent system".Group control5STD OPTThis is a group control system used to operate three to six elevators in a medium-sizedbuilding. This control system uses "reference-trajectory control", which is based on thetheory used in the highest model of the "future reference-trajectory control".This is a simplified group 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 anew hall call is registered.For this system, all floors have "down" call buttons only, except for the start floor, wherethere is "up" call button only. The other operations are the same as in selective-collectiveand duplex selective-collective operations. SERVICE FUNCTIONSNo.NameDescription1Mischievous call cancellation(MCCC)In the event that a large number of calls is registered by a small number of passengers, thecalls are determined to be mischievous and will be automatically cancelled uponresponding to the next call. This thus eliminates unnecessary stops.2Door time adjustment(DTAD)The duration of the door open timing is tailored to usage conditions, substantially improvingoperational efficiency.3Floor "deselect" function(FDSF)This function allows passenger to cancel the selection of a floor which is accidentallypressed by pressing the button again. (This thus eliminates unnecessary stops.)4Automatic return function(ARTF)After all the calls have been served, the elevator will return to the start floor for stand-by.5Door open prolong button(DOPB)In the event that this button on the car operation board is pressed, the elevator doorsremain open for a pre-set period of time.6Automatic bypass Operation(ABPO)In the event that the elevator is fully loaded, this operation will not respond to any hall callsand will only respond to the car calls.7Keypad sub-operating board(KSOP)In order to comply with the barrier-free code, especially for high-rise buildings, individual carcall buttons can be replaced by a keypad system.8Sub-operating panel(SOPB)Additional floor selection and door open/close buttons are located on the opposite side ofthe main operating panel in the elevator. This will be extremely convenient during rush hours.9Voice synthesizer(VSYS)Preset standard messages are announced to the passengers by a voice synthesizer.10Arrival signal(ASGN)An electronic chime (located at the top and bottom of the elevator) will be sound just beforethe arrival of the elevator.11Interfacing with BGM speaker(BGMS)A speaker for background music and public announcements for the building can be installed in theelevator. (Music and announcement systems, including wiring, is to be provided by others.)12Regenerative System(RGNS)Making use of the energy generated by an elevator when travelling downwards with aheavy car load or upwards with a light car load, the traction machine acts as a powergenerator to transmit power back to the electrical network in the building.For this system, the stop floor is manually set by an attendant, such as in a departmentstore.This operation system is used when there is a need to serve special passengers.Under this operation, all hall calls are disabled and the elevator is reserved for exclusive useof the special passengers.STD OPTSTD OPT20

COMMON INFORMATION（4）COMMON INFORMATION（5）FUNCTIONS（2/2）WORK TO BE DONE BY BUILDING CONTRACTORS MANAGEMENT FUNCTIONSNo.NameDescription1Automatic turn-off of elevatorlight and fan(ATFL)In the event that the elevator is not in use, the light and ventilation fan in the elevator areautomatically turned off to conserve energy.2Maintenance operation(MTNO)34STD OPTThe preparatory work for elevator installation outlined in below table should be undertakenby building contractors in accordance with Hitachi drawings and in compliance with localor relevant codes and regulationsNo.ITEMSIn the event that elevator maintenance is being carried out, the elevator operates at a lowerspeed.1Prepare hoistway with proper framing and enclosure, suitable pit of proper depth with drains and water-proofing if required,properly lit and ventilated hoistway of adequate size with concrete floors, access doors, ladders and guards as required.Parking operation(PKGO)The elevator can be parked at the designated floor with a key switch.2Provide and / or cut all necessary holes, chases, openings and finishes after equipment installation.3Supply and secure all supports, reinforced concrete slabs, etc., necessary for installation of the machinery, doors, buffers, etc.Rush-hour schedule operation(RHSO)All the elevators will automatically return to the start floor, after serving the last call duringthis preset rush-hour timing.4Furnish all necessary cement and / or concrete for grouting of brackets, bolts, machine beams, etc.5Prepare and erect suitable scaffolding and protective measures during work in progress.5Floor lock-out operation(FLLO)Specific service floors can be locked-out by activating the switch.6Floor lock-out operationby cipher code(ROCC)By inputting a pre-programmed code using the car operating board floor buttons,passengers can gain access to certain restricted floors.6Furnish mains for three-phase electric power and single-phase lighting supply for car lighting and lift pit and power outletto the hoistway, following the instructions of the elevator contractor on outlet position and wire size.Intelligent operation securitysystem(IPSS)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 and installed by others,interfacing shall be by means of dry (voltage-free) contacts.7Provide, free of charge, a suitable theft-proof storage area for materials and tools during erection work.78Supply electric power for lighting of work area, installation work, elevator testing and spray painting.9Hoisting hook for 3-tons loading at top of the hoistway.Location of hoisting hook shall be below figure.10Hoistway ventilation to be provided to maintain the hoistway temperature at below 40 .8Interfacing with closed-circuitTV(CCTV)This system enables the security personnel to monitor the movement inside the elevator.This will be effective in preventing criminal and mischievous acts inside the elevator.(CCTV system, including wiring, is to be supplied by others.)9Supervisory panel(SVP)This panel provides various supervisory operations, including communication, and statusmonitoring.10Extensible elevatormonitoring system(XEMS)This system shows the real time situation of the elevators such as the elevator position,movement direction and abnormal operation on the PC (Personal Computer) display. It isalso possible to turn on/off the elevators and change the service floors of the elevatorsusing the PC. Location of hoisting hookX : Hoistway width EMERGENCY FUNCTIONS21NameDescription1Earthquake emerg

655 655 705 655 855 985 1415 1415 1515 1580 1630 1580 1580 425 425 425 1940 1940 2140 2140 2240 2140 2140 1250 1250 1550 1550 1550 71.5 2sets 132.5 138.5 80 2sets 148.5 155.5 80 2sets 148.5 155.5 120 168 176 120 . 2500 2300 2500 2300 2700 2300 2750 2400 2850 2350