Planning Guide - Sigma Elevator Company

Planning Guide Planning Guide

SIGMA constantly endeavors to improve products so that information in this catalog is subject to change without notice.
2010. 06 Printed in Korea / Revision No. 2

Your partner for Elevator The Design Center SIGMA in the world

The Changwon Factory The Design Center in Korea provides SIGMA has been serving you in more
perfect customer satisfaction by meeting than 70 countries around the world for
The Changwon Factory in Korea which is any customer needs over 35 years
referred as the single largest elevator
plant provides one-stop manufacturing ∙Established in 1995 ∙Accumulated Sales (as of 2007)
of high quality - over 160,000 units

∙Annual production Capacity (as of 2007)
- Elevator : 15,000 units

Safety & Reliability Ride Comfort SIGMA provides best-in-class ride quality on every lift we install.
High switching speed of power device in the drive(IGBT) reduces
SIGMA Elevator company’s number one priority is safety. Our basic spirit to ensure safety motor noise. Moreover, door operator with VVVF control ensures
is through control technology such as ‘back-up solution, safety drive operation’ and more silent door movement. The result of modern technology allows
than 10 other safety devices. SIGMA to reduce vibration and noise to a minimum level.

We execute more than 30 kinds of reliability tests. These intense quality assurance Customers define luxury as a swift, smooth and silent ride. Our
programs make fool-proof products from design stage. seamless interface between tenant requirements and elevator
performance meets the exact standards and higher expectation
Through SIGMA Net which monitors elevator, escalator and movingwalks by internet- of customers.
based software, our elevator not only provides a comprehensive and easy-to-use interface
but also brings perfect quality to reality.

EMI Test Vibration and ESD Test Burst Test
(Electro Magnetic Interference) Dropping Test (Electro Static Discharge)

Energy & Distributed Inverter(Di) control drastically improves reliability and
Space Saving performance of elevators. By adopting Di control, the control
panel size has been reduced by 46% not to mention wiring and
installation time. The formation of high efficiency and
compactness allows the traction machine to save energy by 50%
and provide installation space.

SIGMA’s sophisticated, state-of-the-art ‘fuzzy logic’ reduces
waiting time and enhances performance efficiency at a particular
moment, depending on its location, direction, load and the overall
passenger calls currently on the system. SIGMA’s modern
microprocessor technology can be used to optimize group
performance to satisfy high customer standards.

Elevator Equipment Plan 3 Proper Number of Passenger and Car service

Elevators have an important role as a mode of carriage as well as determining the capacity of a building.
The scale, usage and transient population of a given building should be considered when planning an elevator.

1 Type of Elevator In general, the following is recommended.

Type of elevator ① Passenger(load) : 17(1150kg), 20(1360kg) & 24(1600kg)
Passenger elevator ② Car opening type : Center opening, Entrance width : 900~1100mm
Elevator for the disabled ③ Car size : less than 1700mm
Emergency elevator
Freight elevator Floors
Car elevator 50F
Escalator Planning Guide
Planning Guide
Service 40F 2.0
2.5
Carriage of occupants and guests 30F 3.0
Carriage of wheelchair user 3.5
For emergency situation 4.0
Carriage of office supplies, equipment & aids 5.0
Carriage of car for parking 6.0
Carriage of occupants and guests 7.0
20F ∙Economy-oriented car speed application

10F ∙Typical car speed application

∙Service-focused car speed application

Speed (m/s)

2 Required Number of Elevators 4 Elevator speed

Determining the required number of elevators and their car speeds as well as serving floors are key The recommended operating time from main floor to top floor should be less than 30 seconds
factors that decide the service quality of the building. In order to make arrangements for elevators as a rated speed for over 15 floors office building.
to operate efficiently in a building, traffic analysis and simulations are often carried out in the early
stages of building planning. Elevator speed and zoning can be calculated from the matrices below.

Building Type Required No. of Elevators Capacity per Car Floors

45FL

40FL

Diversified Building population Rentable floor space of 35FL 20, 24 Passenger
of 250-300 per unit 2,000-2,400 m2 per unit 30FL

Office Rentable floor space of 17/20/24 persons 25FL
Buildings 1,200-1,600 m2 per unit
20FL 13, 15, 17, 20, 24 Passenger
Single 15FL
Purpose Building population
of 150-200 per unit 10FL
5FL
6,9,11,13,15
Passenger

Luxury 100 guest rooms If restaurants are arranged 0.75 1.0 1.5 1.75 2.0 2.5 3.0 3.5 4.0 5.0 6.0 7.0
Regular per unit on the top floor, extra elevator(s) Speed (m/s)

should be added.

Hotels 17/20/24 persons 5 Service floors

150-200 guest No. of service elevators that should In order to service properly, the recommended number of servicing floors is 10 to 15.
rooms per unit be planned is approximately two For more than 20 floors, we recommend that the elevators should be divided into more than
2 groups. Service floor of every elevator within the same group should be identical.
thirds of the numbers of passenger
elevators to be installed.

6 _ Planning Guide Planning Guide _ 7

6 Dividing Serving Floors (Zoning) ⑥ Zoning Example

For skyscrapers or super high rise buildings, it is necessary to divide a building into groups of Transfer Floor
contiguous elevator serving floors, called zones, e.g. in low, middle and high zones, in order to
provide every passenger with as equal elevator service as possible. This theoretical building division Transfer Floor
into groups of floors for elevator service is called ‘zoning’.

The zoning will bring about the following benefits :
① Carrying passengers to their destination zone as fast as possible, express zones are provided to

run express or shuttle elevators between the lobby and each zone. This will also maximize high
speed elevator performance, reduce round trip time, increase passenger handling capacity, and
reduce the required number of elevators.

② Space above the low and middle zone elevator hoistways in the building is available for use as
offices and other purposes. The elevator hall space between express elevator serving floors is also
available for use as storage. Rentable space in the building will thus be increased.
Planning GuideLow ZoneMiddle ZoneHigh Zone
Planning Guide
Each zone is recommended to have 7-10 service floors.

7 Planning elevators in a building 8 Handling Capacity

Handling capacity is estimated by taking into account elevator speed, passengers, units,
service floors and height of floor

① It is recommended that one tenant avoid occupying floors in different zones. In a single purpose Handling Capacity for 5 min = 5 x 60 x Total No of Passengers x Units x 100
building (in which the entire space or a substantial portion of the entire space is occupied by only Average operating time x No. of Passengers
one firm), it is also recommended that the firm’s functions be arranged on the floors so as to
minimize traffic demand between zones and that restaurants and conference rooms be arranged on Market Segment Handling Capacity (%)
elevator transfer floors. Office Building for General Purpose 20 ~ 25
Office Building for Multiple Purpose 16 ~ 20
② Elevators should be arranged so that building occupants and visitors can go straight to public space 14 ~ 18
floors such as the main lobby and cafeteria/restaurant floors from all other floors. Government Building 11 ~ 15
Rental Office Building 8 ~ 10
③ The top and bottom serving floors of a zone should be overlapped with the bottom and top serving
floors of its each adjoining zone respectively as elevator transfer floors. Hotel

④ If each elevator zone has too many serving floors, the required number of elevators will increase and 9 Average Departure Terms
the zoning benefits will be ruined as a result. In general, the recommended number of serving floors
in a zone is 7 to 10.

⑤ The number of elevators planned in a zone can be roughly found to be appropriate or not by the
formula “the number of serving floors in a zone divided by the number of elevators planned” as
indicated in the table of ‘Elevator Requirement Efficiency in a Zone’ below. The recommended
number of elevator units in a zone is 8 at the maximum.

No. of Serving Floors in a Zone 2-3 Good Average operating time divided by units is equal to ‘Average departure terms’.
Elevator Requirement Efficiency in a Zone = 3-4 Acceptable These terms become the basis for measuring average waiting time. Please refer to the
4 Unacceptable following table.
No. of Elevator Units in a Zone

Market Segment Term of departure

For example, when there are 12 floors in a zone and the number of elevators is 6, then the elevator Major Office Building Within 30 seconds
requirement efficiency in this zone is “12÷6 = 2”. Small-Medium Office Building Within 40 seconds
Within 50 seconds
Hotel

8 _ Planning Guide Planning Guide _ 9

10 Positioning of Grouped Elevators 11 Elevator Arrangements in a Group

Positioning of grouped elevators is as important as elevator zoning and independent elevator ◆Two-Car Groupings
position in a building. Generally, it should be placed in a way so that a walking distance for users is
minimal. In addition to the number of elevators in a group, the following should be taken into ① Side-by-side arrangement
consideration.
For a two-car group, side-by-side arrangement is best. Passengers face both cars and react
① The car inside shall allow for the turning of a wheelchair immediately to a direction lantern for an arriving car, with minimum walking distance. Two cars
Minimum distance from wall to elevator door shall be not less than 1.5m. facing each other constitute an acceptable alternative as the passenger needs only turn around to
be facing an elevator.
② Lobby must be open at both ends Separation of the elevators should be avoided. When the separation is great, it is hard to see which
When one end of the lobby is closed (alcove arrangement), the elevator is coming and recognize them as a group.
Planning Guideentrance of the lobby is often crowded and elevators near the end
Planning Guide are less used, reducing operating efficiency. However, ancillary
lobbies can be closed at one end because its traffic is less and
congestion is less of an issue. ② The lobby in front of the elevators should, at a minimum, be
as wide as the elevators are deep. (main floor is even wider)
③ Columns must not stick out into lobby
When a column sticks out into lobby, it is hard for users to see the When the lobby is too narrow, it takes more time for people
elevator beyond the column and they are likely to miss the elevator. overflowing the lobby to ride the elevator, which slows down
elevator operation as a result.
④ Entrance of elevators must not be excessively drawn When the cars are opposite each other, the reguired area should
When the entrance of elevators is excessively drawn, it is hard for users be one and one-half to two times as deep.
to see and ride the elevator.
◆Three-Car Groupings
10 _ Planning Guide
The arrangement of three cars in a row is preferable
because passengers can react immediately to a direction
lantern or arriving car.

Two cars opposite one arrangement makes walking distance
shorter, but there is very little difference in walking time with
either of the three-car arrangements, as the turn-around reaction
time offsets the shorter distance. Moreover, three-car
arrangements are more aesthetically pleasing.

The lobby width should be about one and one-half times or
1.6m minimum.

Passengers should be able to stand back far enough to see the
entrances of all three cars, which requires more depth than two-
car arrangements. With the one-opposite-two arrangement, lobby
width should be from one and one-half to two times the car
depth, or a minimum 2.4m.

Planning Guide _ 11

◆Four-Car Groupings ◆Seven or Eight-Car Groupings

Two-Opposite-Two Arrangement Three-opposite-four, or four-opposite-four arrangements provide passengers the minimum walking
distance. All cars in a row arrangement makes the distance between elevators at both ends too
This arrangement is the most efficient with the minimum walking distance. The alternative long. If the two end cars arrive simultaneously, the passengers who could not board must run to the
arrangement, four cars in a row, has some disadvantages because of the increased distance between other end and risk missing that car also. It is also hard to recognize which elevator is coming, and
elevators at both ends. may miss the car without realizing it is arrived.
The preferred two-opposite-two arrangement should have a lobby from one and one-half to two The lobby width should be about two times the depth of an individual elevator and never less than
times the depth of an individual elevator but no less than 3m in consideration for those instances 3m and the maximum width of the lobby should never exceed 4.3m for those instance when all cars
when all cars arrive at the main lobby filled and passengers entering or leaving must pass each other. arrive at the main lobby filled and passengers entering or leaving must pass each other. When the
For the four-car in a row arrangement, the lobby should be at least one and one-half times the depth lobby is too wide, however, walking distance becomes too long and passenger may miss the arriving
of an individual elevator but no less than 2.4m. This width will allow a person to stand back far car. With an excessively wide lobby, moreover, cars may not be recognized as one group and some
enough to see the directional lantern of any elevator. of them are mistaken as being in different groups serving different floors.
Planning Guide
Planning Guide

◆Five or Six-Car Groups 12 Positioning of More Than One Group

The arrangement of two-opposite-three, or three-opposite-three are preferred When elevators are zoned in two or more groups, each group must be arranged with the following
with the minimum walking distance. in mind.
Border of groups must be distinct.
A six-car in a row arrangement makes distance between elevators at both ends too long. If the two
end cars arrive simultaneously, the passengers who could not board must run to the other end and If the border is not distinct, passengers who intend to board low-zone elevators may ride in a high-
risk missing that car also. It is also hard to realize which elevator is coming, and may miss the car zone elevator. Specifically, the following arrangements are desirable :
without realizing that it has arrived. ① Set a passage between groups.
② In case of face-to-face arrangements, have a wider lobby.
The lobby width should be from one and three-fourths to two times the depth of an individual ③ Arrange distinct face-to-face groups next to each other in the fashion of drawing below.
elevator but no less than 3m.
① ②③
For those instance when all cars arrive at the main lobby filled and passengers entering or leaving
must pass each other. If the lobby is to be used as a passage for people other than elevator
passengers, its width should be no less than 3.6m.

12 _ Planning Guide Planning Guide _ 13

Entrance Details Entrance Details

Narrow Jamb without Transom Panel ●Section A-A S-Type Wide Jamb with Transom Panel ●Section A-A
●Section B-B ●Section B-B

MID RISE
MID RISE

●Front View of Entrance ●Front View of Entrance

●Building Structure Plan (Normal Button) ●Building Structure Plan (Slim Type Button) ●Building Structure Plan (Normal Button) ●Building Structure Plan (Slim Type Button)

Note 1. “H”dimension in building structure plan depends upon the type of hall indicator selected. Note 1. “H”dimension in building structure plan depends upon the type of hall indicator selected.
2. Unit : mm 2. Unit : mm

14 _ Planning Guide Planning Guide _ 15

Entrance Details Entrance Details

T-Type Jamb with Transom Panel T-Type Jamb with Transom Panel (MUSE Top Floor)
●Section B-B
●Section A-A ●Section B-B ●Section A-A

MID RISE
MID RISE

●Front View of Entrance ●Front View of Entrance

●Building Structure Plan ●Building Structure Plan (Slim Type Button) ●Building Structure Plan (Normal Button) ●Building Structure Plan (Slim Type Button)

Note 1. “H”dimension in building structure plan depends upon the type of hall indicator selected. Note 1. “H”dimension in building structure plan depends upon the type of hall indicator selected.
2. Unit : mm 2. Unit : mm

16 _ Planning Guide Planning Guide _ 17

Passenger Elevator MID RISE Passenger Elevator MID RISE

Elevator Layouts Oveerrhheeaadd, ,PiPt iDteDpethp&thM&acMhiancehRinoeomRoHoemighHt eight
●Hoistway & Machine Room Plan (Simplex)
●Hoistway Section

MID RISE(Unit : mm)
MID RISE
Code / Country Singapore
4400
Speed (m/s) Load (kg) 4400
4450
L ≤ 1020 Standard EN Code Malaysia 4600
L ＞ 1020 4600
Overhead 1.0 L ≤ 1020 4550 4200 4200 4750
1.5 L ＞ 1020 4600 4250 4250 1450
Pit Depth 1.75 L ≤ 1020 4750 4400 4400 1550
Machine Room Height 1.0 L ＞ 1020 4800 4450 4450 1500
1.5 L ≤ 1020 4950 4600 4600 1600
1.75 L ＞ 1020 5000 4650 4650 1700
1.0, 1.5, 1.75 L ≤ 1020 1500 1450 1450 1950
L ＞ 1020 1600 1550 1600 2200
L ≤ 1020 1800 1600 1550 2400
L ＞ 1020 1800 1700 1700
L ≤ 1020 2100 1700 1800
L ＞ 1020 2100 1850 1950
2200 2200 2500
2400 2400 2850

●Hoistway & Machine Room Plan (Duplex) Code / Country (Unit : mm)

Note Speed (m/s) Standard EN Code Malaysia Singapore
1. ※(Separating Beams) : By Others 5200
2. Unit : mm Overhead 2.0 5500 5200 5200 5400
18 _ Planning Guide Pit Depth 2.5 5700 5400 5400 2000
Machine Room Height 2.0 2100 2100 2100 2400
2.5 2400 2500 2500 2400
2.0 2400 2400 2850 2400
2.5 2400 2400 2850

Planning Guide _ 19

Passenger Elevator MID RISE Passenger Elevator MID RISE

Layout Dimensions | Di1 (Speed : 1.0 m/s) Layout Dimensions | Di1 (Speed : 1.5, 1.75 m/s)

●Standard (Unit : mm) ●Standard (Unit : mm)

Hoistway Size Machine Room Size Reaction Load(kg) Hoistway Size Machine Room Size Reaction Load(kg)
MID RISEEntranceEntrance
SpeedMID RISE Capacity Opening Car Size Speed Capacity Opening Car Size
(m/s) AN BN (m/s) AN BN
Simplex Duplex Simplex Duplex Machine Room Pit Simplex Duplex Simplex Duplex Machine Room Pit
1.0 1.5
(mm) AH BH AH BH AM BM AM BM R1 R2 R3 R4 ~ (mm) AH BH AH BH AM BM AM BM R1 R2 R3 R4
Person Load(kg) 3600 2000 3800 3150 1.75 Person Load(kg) 4200 2800 6550 4800
1800 1450 3750 1450 2100 3200 4050 3200 4050 2500 4550 3350 1800 1650 3750 1650 2100 3400 4050 3400 4500 3100 6850 5000
6 450 800 1400 850 1800 1650 3750 1650 2100 3400 4050 3400 4100 2500 4700 3450 8 550 800 1400 1030 1800 1700 3750 1700 2100 3500 4050 3500 4900 3400 7450 5350
1800 1700 3750 1700 2100 3500 4050 3500 4200 2800 5000 3600 1800 1850 3750 1850 2100 3650 4050 3650 5250 3700 7850 5550
8 550 800 1400 1030 1800 1850 3750 1850 2100 3650 4050 3650 4550 2900 5200 3750 9 600 800 1400 1130 1800 1950 3750 1950 2100 3750 4050 3750 5750 4100 9000 6250
1800 1950 3750 1950 2100 3750 4050 3750 5100 3800 6300 4500 2000 1950 4150 1950 2300 3750 4450 3750 6150 4600 9650 6650
9 600 800 1400 1130 2000 1950 4150 1950 2300 3750 4450 3750 5450 4300 6600 4700 10 680 800 1400 1250 2000 2100 4150 2100 2300 3900 4450 3900
2000 2100 4150 2100 2300 3900 4450 3900 2400 2200 4950 2200 2700 4000 5250 4000 9400 7750
10 680 800 1400 1250 2400 2200 4950 2200 2700 4000 5250 4000 8000 5200 9550 7150 11 750 800 1400 1350 2600 2050 5350 2050 2900 3850 5650 3850 14100 10400
11 750 800 1400 1350 2600 2050 5350 2050 2900 3850 5650 3850 13 900 900 1600 1350 2400 2400 4950 2400 2700 4200 5250 4200 10000 8250
13 900 900 1600 1350 2400 2400 4950 2400 2700 4200 5250 4200 8900 6000 10200 7500 15 1000 900 1600 1500 2600 2200 5350 2200 2900 4000 5650 4000 15400 11150
15 1000 900 1600 1500 2600 2200 5350 2200 2900 4000 5650 4000 2600 2450 5350 2450 2900 4250 5650 4250 11550 8700
2600 2450 5350 2450 2900 4250 5650 4250 10200 7000 10950 8700 1000 1800 1500 2750 2300 5650 2300 3050 4100 5950 4100 16950 12050
1000 1800 1500 2750 2300 5650 2300 3050 4100 5950 4100 17 1150
17 1150
1100 2000 1350
1100 2000 1350 1000 1800 1700
1000 1800 1700 20 1350
20 1350 1100 2000 1500
1100 2000 1500
2000 1750
2000 1750 24 1600 1100
24 1600 1100
2150 1600
2150 1600

●EN Code 450 800 1400 850 1800 1450 3750 1450 2100 3200 4050 3200 3600 2000 3800 3150 ●EN Code 525 800 1400 1030 1800 1650 3750 1650 2100 3400 4050 3400 4200 2800 6550 4800
525 800 1400 1030 1800 1650 3750 1650 2100 3400 4050 3400 4050 2500 4550 3350 600 800 1400 1130 1800 1700 3750 1700 2100 3500 4050 3500 4500 3100 6850 5000
6 600 800 1400 1130 1800 1700 3750 1700 2100 3500 4050 3500 4100 2500 4700 3450 7 675 800 1400 1250 1800 1850 3750 1850 2100 3650 4050 3650 4900 3400 7450 5350
7 675 800 1400 1250 1800 1850 3750 1850 2100 3650 4050 3650 4200 2800 5000 3600 8 800 800 1400 1350 1800 1950 3750 1950 2100 3750 4050 3750 5250 3700 7850 5550
8 800 800 1400 1350 1800 1950 3750 1950 2100 3750 4050 3750 4550 2900 5200 3750 9 900 900 1600 1350 2000 1950 4150 1950 2300 3750 4450 3750 5750 4100 9000 6250
9 900 900 1600 1350 2000 1950 4150 1950 2300 3750 4450 3750 5100 3800 6300 4500 10 1000 900 1600 1500 2000 2100 4150 2100 2300 3900 4450 3900 6150 4600 9650 6650
10 1000 900 1600 1500 2000 2100 4150 2100 2300 3900 4450 3900 5450 4300 6600 4700 12 1200 1000 1800 1500 2400 2200 4950 2200 2700 4000 5250 4000 9400 7750
12 1000 1800 1500 2400 2200 4950 2200 2700 4000 5250 4000 1.5 1100 2000 1350 2600 2050 5350 2050 2900 3850 5650 3850 14100 10400
1.0 13 1200 1100 2000 1350 2600 2050 5350 2050 2900 3850 5650 3850 8000 5200 9550 7150 13 1350 1000 1800 1700 2400 2400 4950 2400 2700 4200 5250 4200 10000 8250
1000 1800 1700 2400 2400 4950 2400 2700 4200 5250 4200 ~ 1100 2000 1500 2600 2200 5350 2200 2900 4000 5650 4000 15400 11150
16 1350 1100 2000 1500 2600 2200 5350 2200 2900 4000 5650 4000 8900 6000 10200 7500 1.75 16 1600 2000 1750 2600 2450 5350 2450 2900 4250 5650 4250 11550 8700
2000 1750 2600 2450 5350 2450 2900 4250 5650 4250 1100 2150 1600 2750 2300 5650 2300 3050 4100 5950 4100 16950 12050
18 1600 1100 2150 1600 2750 2300 5650 2300 3050 4100 5950 4100 10200 7000 10950 8700 18

21 21

●Malaysia, Singapore 1400 850 1800 1450 3750 1450 2100 3200 4050 3200 3600 2000 3800 3150 ●Malaysia, Singapore 1400 1030 1800 1650 3750 1650 2100 3400 4050 3400 4200 2800 6550 4800
1400 1030 1800 1650 3750 1650 2100 3400 4050 3400 4050 2500 4550 3350 1400 1130 1800 1700 3750 1700 2100 3500 4050 3500 4500 3100 6850 5000
6 450 800 1400 1130 1800 1700 3750 1700 2100 3500 4050 3500 4100 2500 4700 3450 8 550 800 1400 1250 1800 1850 3750 1850 2100 3650 4050 3650 4900 3400 7450 5350
8 550 800 1400 1250 1800 1850 3750 1850 2100 3650 4050 3650 4200 2800 5000 3600 9 610 800 1400 1350 1800 1950 3750 1950 2100 3750 4050 3750 5250 3700 7850 5550
9 610 800 1400 1350 1800 1950 3750 1950 2100 3750 4050 3750 4550 2900 5200 3750 10 680 800 1600 1350 2000 1950 4150 1950 2300 3750 4450 3750 5750 4100 9000 6250
10 680 800 1600 1350 2000 1950 4150 1950 2300 3750 4450 3750 5100 3800 6300 4500 11 750 800 1600 1500 2000 2100 4150 2100 2300 3900 4450 3900 6150 4600 9650 6650
11 750 800 1600 1500 2000 2100 4150 2100 2300 3900 4450 3900 5450 4300 6600 4700 13 900 900 1800 1500 2400 2200 4950 2200 2700 4000 5250 4000 9400 7750
13 900 900 1800 1500 2400 2200 4950 2200 2700 4000 5250 4000 1.5 2000 1350 2600 2050 5350 2050 2900 3850 5650 3850 14100 10400
1.0 15 1020 900 2000 1350 2600 2050 5350 2050 2900 3850 5650 3850 8000 5200 9550 7150 15 1020 900 1800 1700 2400 2400 4950 2400 2700 4200 5250 4200 10000 8250
1800 1700 2400 2400 4950 2400 2700 4200 5250 4200 ~ 2000 1500 2600 2200 5350 2200 2900 4000 5650 4000 15400 11150
1000 2000 1500 2600 2200 5350 2200 2900 4000 5650 4000 8900 6000 10200 7500 2000 1750 2600 2450 5350 2450 2900 4250 5650 4250 11550 8700
17 1155 2000 1750 2600 2450 5350 2450 2900 4250 5650 4250 1000 2150 1600 2750 2300 5650 2300 3050 4100 5950 4100 16950 12050
2150 1600 2750 2300 5650 2300 3050 4100 5950 4100 10200 7000 10950 8700 1.75 17 1155
1100
1000 1100
20 1360 1000
1100 20 1360
1100
23 1565 1100
23 1565 1100

20 _ Planning Guide Planning Guide _ 21

Passenger Elevator MID RISE Passenger Elevator MID RISE

Layout Dimensions | Di2 (Speed : 2.0, 2.5 m/s, Geared) Power Supply Plan

●Standard ●Di1 (Speed : 1 .0 ~ 1 .75 m/s)
MID RISE(Unit : mm)
MID RISE
(200~220 / 346~440V)

Capacity Entrance Hoistway Size Machine Room Size Reaction Load(kg) Speed Capacity Motor MCCB Capacity of Power Supply Lead-in Wire Size(㎟) Earth Wire Heat Starting
Opening (m/s) Capacity Building(A) Capacity(kVA) Size(㎟) Output Power
Speed Car Size Simplex Duplex Simplex Duplex Machine Room Pit 1.0 (kcal/H) (kVA/set)
(m/s) (mm) AN BN Person Load(kg) (kW) Simplex Duplex Simplex Duplex Simplex Duplex 5.5 3.5
1.5 5.5 3.5
Person Load(kg) AH BH AH BH AM BM AM BM R1 R2 R3 R4 6 450 5.5 50 30 100 60 4.2 8.4 8 5.5 14 5.5 700 13.1
1.75 8 550 5.5 50 30 100 60 5.1 10.2 8 5.5 14 5.5 5.5 850 16
13 900 900 1600 1350 2200 2150 4550 2150 2800 4100 5200 4100 11100 7550 10800 8550 9 600 7.5 50 30 100 60 5.5 11 8 5.5 14 5.5 5.5 900 17.5
10 680 7.5 75 50 150 100 6.3 12.6 14 5.5 22 8 5.5 1050 19.9
15 1000 900 1600 1500 2200 2300 4550 2300 2800 4200 5200 4200 11650 7850 11400 8950 11 750 8 75 50 150 100 6.9 13.8 14 5.5 22 8 8 5.5 1150 21.8
2.0 13 900 8 75 50 150 100 8.3 16.6 22 5.5 38 14 8 5.5 1350 26.2
15 1000 8 75 50 150 100 9.2 18.4 22 5.5 38 14 8 5.5 1500 29.1
~ 17 1150 1000 1800 1500 2400 2300 4950 2300 3000 4200 5600 4200 12300 8250 14150 11300 17 1150 15 75 50 150 100 10 19 22 5.5 38 14 8 5.5 1750 23
20 1350 15 100 50 125 100 8.9 17.8 22 5.5 38 14 8 5.5 2050 28.1
2.5 24 1600 11 100 50 200 100 10.5 21 22 8 60 22 5.5 2400 33.3
20 1350 1000 1800 1700 2400 2500 4950 2500 3000 4400 5600 4400 13100 8850 15200 11900 8 550 9.5 75 50 100 60 6.6 13.2 14 5.5 22 8 5.5 1250 20.7
9 600 9.5 75 50 100 60 7.1 14.2 14 5.5 22 8 5.5 1350 22.6
24 1600 1100 2000 1750 2600 2550 5350 2550 3200 4500 6000 4500 13900 9350 16900 13000 10 680 9.5 75 50 100 60 8.1 16.2 14 5.5 38 14 5.5 1550 25.6
11 750 11 75 50 150 100 8.9 17.8 14 5.5 38 14 14 5.5 1700 28.2
●EN Code 13 900 11 75 50 150 100 10.7 21.4 22 5.5 38 14 14 5.5 2050 33.8
15 1000 13 75 50 150 100 11.9 23.8 22 5.5 38 14 14 5.5 2250 37.6
Capacity Entrance Hoistway Size Machine Room Size Reaction Load(kg) 17 1150 15 100 60 200 100 11.3 22.6 22 8 60 22 14 5.5 2600 35.9
Opening 20 1350 18 100 60 200 100 12.8 25.6 38 14 60 22 14 5.5 3050 40.7
Speed Car Size Simplex Duplex Simplex Duplex Machine Room Pit 24 1600 15 125 75 250 125 15.2 30.4 38 14 60 22 5.5 3600 48.2
(m/s) (mm) AN BN 8 550 11 75 50 100 60 7.6 15.2 14 5.5 38 14 5.5 1450 24.1
9 600 11 75 50 100 60 8.3 16.6 14 5.5 38 14 5.5 1600 26.3
Person Load(kg) AH BH AH BH AM BM AM BM R1 R2 R3 R4 10 680 11 75 50 100 60 9.4 18.8 14 5.5 38 14 5.5 1800 29.8
11 750 11 75 50 150 100 10.4 20.8 14 5.5 38 14 14 5.5 2000 32.8
12 900 900 1600 1350 2200 2150 4550 2150 2800 4100 5200 4100 11100 7550 10800 8550 13 900 15 100 50 150 100 12.5 25 22 8 60 22 14 5.5 2400 39.4
15 1000 15 100 50 150 100 13.8 27.6 22 8 60 22 14 5.5 2650 43.8
13 1000 900 1600 1500 2200 2300 4550 2300 2800 4200 5200 4200 11650 7850 11400 8950 17 1150 18 125 60 250 125 13.2 26.4 38 14 60 22 14 5.5 3050 41.8
2.0 20 1350 22 125 75 250 125 16 30.4 38 14 60 22 14 5.5 3550 47.4
24 1600 18 150 75 300 125 17.7 35.4 60 22 100 38 4200 56.2
~ 16 1200 1000 1800 1500 2400 2300 4950 2300 3000 4200 5600 4200 12300 8250 14150 11300

2.5
18 1350 1000 1800 1700 2400 2500 4950 2500 3000 4400 5600 4400 13100 8850 15200 11900

21 1600 1100 2000 1750 2600 2550 5350 2550 3200 4500 6000 4500 13900 9350 16850 13000

●Di2 (Speed : 2.0, 2.5 m/s, Geared) (200~220 / 346~440V)

●Malaysia, Singapore Speed Capacity Motor MCCB Capacity of Power Supply Lead-in Wire Size(㎟) Earth Heat Starting
(m/s) Capacity Building(A) Capacity(kVA) Wire Output Power
Size(㎟) (kcal/H) (kVA/set)
2.0 Person Load(kg) (kW) Simplex Duplex Simplex Duplex Simplex Duplex
14
Capacity Entrance Hoistway Size Machine Room Size Reaction Load(kg) 2.5 13 900 18 90 50 180 100 15 30 38 14 100 22 14 2750 35
Opening 15 1000 18 90 50 180 100 15 30 38 14 100 22 14 3000 35
Speed Car Size Simplex Duplex Simplex Duplex Machine Room Pit 17 1150 20 105 60 205 115 17 34 50 14 100 30 14 3450 39
(m/s) (mm) AN BN 20 1350 22 125 75 250 140 20 40 50 14 125 38 14 4100 43
24 1600 24 150 85 295 165 23 46 60 22 150 38 14 4850 48
Person Load(kg) AH BH AH BH AM BM AM BM R1 R2 R3 R4 13 900 22 120 70 235 130 18 37 50 14 125 30 14 3400 46
15 1000 22 120 70 235 130 18 37 50 14 125 30 14 3750 46
13 900 900 1600 1350 2200 2150 4550 2150 2800 4100 5200 4100 11100 7550 10800 8550 17 1150 24 130 80 260 145 21 42 60 14 150 38 22 4350 51
20 1350 27 155 90 305 170 24 48 60 22 200 38 22 5100 57
15 1020 900 1600 1500 2200 2300 4550 2300 2800 4200 5200 4200 11650 7850 11400 8950 24 1600 30 185 110 365 205 28 57 80 22 200 50 6000 64
2.0

~ 17 1155 1000 1800 1500 2400 2300 4950 2300 3000 4200 5600 4200 12300 8250 14150 11300

2.5
20 1360 1000 1800 1700 2400 2500 4950 2500 3000 4400 5600 4400 13100 8850 15200 11900

23 1565 1100 2000 1750 2600 2550 5350 2550 3200 4500 6000 4500 13900 9350 16850 13000 Note The wire size should be calculated considering the voltage drop when travel exceeds 50m.

22 _ Planning Guide Planning Guide _ 23

Passenger Elevator HIGH RISE Passenger Elevator HIGH RISE

Elevator Layout Overhead, Pit Depth & Machine Room Height
●Hoistway & Machine Room Plan (Simplex)
●Hoistway Section

HIGH RISESpeedStandardEN CodeCode / CountrySingapore(Unit : mm)
HIGH RISE (m/s)
5500 5200 ANSI 5200 Malaysia
● Hoistway & Machine Room Plan (Duplex) Overhead 2.0 5700 5400 5300 5400 5200
Pit Depth 2.5 6000 5700 5500 5700 5400
Machine Room Height 3.0 6400 6300 5700 6300 5700
3.5 7100 6800 6300 6900 6300
4.0 7700 7500 6900 7600 6800
5.0 7700 7500 7600 7600 7500
6.0 8000 7800 7600 7900 7500
7.0 2100 2100 7900 2000 7800
2.0 2400 2500 1950 2400 2100
2.5 2700 3000 2400 2900 2500
3.0 3200 3500 2900 3400 2900
3.5 3800 4000 3400 3900 3450
4.0 4000 4400 3900 4300 3950
5.0 4000 4400 4300 4300 4400
6.0 6000 6200 4300 6100 4400
7.0 2400 2400 6100 2400 6200
2.0 2400 2400 2400 2400 2850
2.5 3000 3000 2400 3000 2850
3.0 3000 3000 3000 3000 3500
3.5 3000 3000 3000 3000 3500
4.0 3500 3500 3000 3500 3500
5.0 3500 3500 3500 3500 3900
6.0 3500 3500 3500 3500 3900
7.0 3500 3900

● Hoistway & Machine Room Plan (Group control) Note

24 _ Planning Guide 1. ※(Separating Beams) : By Others
2. Unit : mm

Planning Guide _ 25

Passenger Elevator HIGH RISE Passenger Elevator HIGH RISE

Layout Dimensions | Ds4 (Speed : 2.0, 2.5 m/s, Gearless) Layout Dimensions | Ds4 (Speed : 3.0 m/s, Gearless)

HIGH RISE●Standard(Unit : mm)●Standard(Unit : mm)
HIGH RISE
Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg) Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg)
Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex
Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit
(m/s) Person Load(kg) (mm) AN BN A A’ BR S Room (m/s) Person Load(kg) (mm) AN BN A A’ BR S Room

R1 R2 R3 R4 R1 R2 R3 R4

15 1000 900 1600 1500 2200 2300 4550 2300 6900 2300 255 255 455 150 2800 4200 5200 4200 7500 4800 11650 7850 14000 11450 15 1000 900 1600 1500 4600 2400 7000 2400 285 250 538 150 5300 4300 7700 4900 12000 8100 14650 12200
(355) (355)

2.0 17 1150 1000 1800 1500 2400 2300 4950 2300 7500 2300 255 255 455 150 3000 4200 5600 4200 8100 4800 12300 8250 14950 12050 17 1150 1000 1800 1500 Refer to 5000 2400 7600 2400 285 250 538 150 Refer to 5700 4300 8300 4900 12600 8500 15600 12850
~ 20 1350 1000 1800 1700 Note (355) (355) 150 Note 5700 4600 8300 5200 13300 9000 16700 13500
2.5 20 1350 1000 1800 1700 2400 2500 4950 2500 7500 2500 255 255 455 150 3000 4400 5600 4400 8100 5100 13100 8850 15950 12650 3.0
285 250
5000 2600 7600 2600 (355) (355) 538

24 1600 1100 2000 1750 2600 2550 5350 2550 8100 2550 255 255 455 150 3200 4500 6000 4500 8700 5200 13900 9350 17300 13450 24 1600 1100 2000 1750 285 250 6100 4600 8900 5200 14200 9600 18050 14350
5400 2650 8200 2650 (355) (355) 538 150

●EN Code

Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg)
Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex
●EN Code Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit
(m/s) Person Load(kg) (mm) AN BN A A’ BR S Room

Hoistway Size Dimensions Machine Room Size Reaction Load(kg) R1 R2 R3 R4
Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex
Speed Capacity Entrance Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit 13 1000 900 1600 1500 4600 2400 7000 2400 285 250 538 150 5300 4300 7700 4900 12000 8100 14650 12200
(m/s) Person Load(kg) Opening AN BN A A’ BR S Room (355) (355)

(mm) R1 R2 R3 R4

16 1200 1000 1800 1500 Refer to 5000 2400 7600 2400 285 250 538 150 Refer to 5700 4300 8300 4900 12600 8500 15600 12850
(355) (355)
13 1000 900 1600 1500 2200 2300 4550 2300 6900 2300 255 255 455 150 2800 4200 5200 4200 7500 4800 11650 7850 14000 11450 3.0 285 250

18 1350 1000 1800 1700 Note 5000 2600 7600 2600 (355) (355) 538 150 Note 5700 4600 8300 5200 13300 9000 16700 13500

2.0 15 1200 1000 1800 1500 2400 2300 4950 2300 7500 2300 255 255 455 150 3000 4200 5600 4200 8100 4800 12300 8250 14950 12050 21 1600 1100 2000 1750 285 250 6100 4600 8900 5200 14200 9600 18050 14350
~ 5400 2650 8200 2650 (355) (355) 538 150
2.5 18 1350 1000 1800 1700 2400 2500 4950 2500 7500 2500 255 255 455 150 3000 4400 5600 4400 8100 5100 13100 8850 15950 12650

21 1600 1100 2000 1750 2600 2550 5350 2550 8100 2550 255 255 455 150 3200 4500 6000 4500 8700 5200 13900 9350 17300 13450

●Malaysia, Singapore

Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg)
Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex
Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit
(m/s) Person Load(kg) (mm) AN BN A A’ BR S Room

●Malaysia, Singapore R1 R2 R3 R4

15 1020 900 1600 1500 4600 2400 7000 2400 285 250 538 150 5300 4300 7700 4900 12000 8100 14650 12200
(355) (355)
Hoistway Size Dimensions Machine Room Size Reaction Load(kg)
Entrance Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex 285 250
Speed Capacity Opening Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit 17 1155 1000 1800 1500 Refer to 5000 2400 7600 2400 (355) (355) 538 150 Refer to 5700 4300 8300 4900 12600 8500 15600 12850
(m/s) Person Load(kg) AN BN A A’ BR S Room 20 1360 1000 1800 1700 Note 150 Note 5700 4600 8300 5200 13300 9000 16700 13500
(mm) 3.0
285 250
R1 R2 R3 R4 5000 2600 7600 2600 (355) (355) 538

15 1020 900 1600 1500 2200 2300 4550 2300 6900 2300 255 255 455 150 2800 4200 5200 4200 7500 4800 11650 7850 14000 11450 23 1565 1100 2000 1750 285 250 6100 4600 8900 5200 14200 9600 18050 14350
5400 2650 8200 2650 (355) (355) 538 150

2.0 17 1155 1000 1800 1500 2400 2300 4950 2300 7500 2300 255 255 455 150 3000 4200 5600 4200 8100 4800 12300 8250 14950 12050 Note
~
2.5 20 1360 1000 1800 1700 2400 2500 4950 2500 7500 2500 255 255 455 150 3000 4400 5600 4400 8100 5100 13100 8850 15950 12650 1. The dimensions in parentheses are for single Shaft

23 1565 1100 2000 1750 2600 2550 5350 2550 8100 2550 255 255 455 150 3200 4500 6000 4500 8700 5200 13900 9350 17300 13450 2. If Single Shaft will be applied, the follwing special designs shall be provided.
i) Air pressure effect relief holes shall be furnished at top and bottom of the hoistway, the net area for each hole shall not
be less than the car platform area/2.
ii) Car structure and hoistway shall be designed to reduce air pressure effects due to single shaft.
Please contact contract department for details.

26 _ Planning Guide Planning Guide _ 27

Passenger Elevator HIGH RISE Passenger Elevator HIGH RISE

Layout Dimensions | Ds4 (Speed : 3.5 m/s, Gearless) Layout Dimensions | Ds4 (Speed : 4.0 m/s, Gearless)

●Standard ●Standard
HIGH RISE(Unit : mm) (Unit : mm)
HIGH RISE
Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg) Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg)
Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex
Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit
(m/s) Person Load(kg) (mm) AN BN A A’ BR S Room (m/s) Person Load(kg) (mm) AN BN A A’ BR S Room

R1 R2 R3 R4 R1 R2 R3 R4

15 1000 900 1600 1500 4600 2400 7000 2400 285 250 538 150 5300 4300 7700 4900 12000 8100 17450 14800 17 1150 1000 1800 1500 5000 2400 7600 2400 285 250 538 150 5700 4300 8300 4900 17450 11850 18600 15550
(405) (405)
(455) (455)
285 250 Refer to Refer to
17 1150 1000 1800 1500 Refer to 5000 2400 7600 2400 (405) (405) 538 150 Refer to 5700 4300 8300 4900 12600 8500 18500 15500 285 250 5700 4600 8300 5200 17800 13200 19700 16250
4.0 20 1350 1000 1800 1700 5000 2600 7600 2600 538 150
3.5 (455) (455)
20 1350 1000 1800 1700 285 250 Note Note
Note 5000 2600 7600 2600 (405) (405) 538 150 Note 5700 4600 8300 5200 13300 9000 19600 16150
285 250
24 1600 1100 2000 1750 5400 2650 8200 2650 538 150 6100 4600 8900 5200 18100 13500 21150 17150
285 250 (455) (455)
24 1600 1100 2000 1750 5400 2650 8200 2650 (405) (405) 538 150 6100 4600 8900 5200 14200 9600 21050 17100

●EN Code ●EN Code

Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg) Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg)
Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex
Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit
(m/s) Person Load(kg) (mm) AN BN A A’ BR S Room (m/s) Person Load(kg) (mm) AN BN A A’ BR S Room

R1 R2 R3 R4 R1 R2 R3 R4

13 1000 900 1600 1500 4600 2400 7000 2400 285 250 538 150 5300 4300 7700 4900 12000 8100 17450 14800 16 1200 1000 1800 1500 5000 2400 7600 2400 285 250 538 150 5700 4300 8300 4900 17450 11850 18600 15550
(405) (405)
(455) (455)
285 250 Refer to Refer to
16 1200 1000 1800 1500 Refer to 5000 2400 7600 2400 (405) (405) 538 150 Refer to 5700 4300 8300 4900 12600 8500 18500 15500 285 250
4.0 18 1350 1000 1800 1700 5000 2600 7600 2600 538 150 5700 4600 8300 5200 17800 13200 19700 16250
3.5 (455) (455)
18 1350 1000 1800 1700 285 250 Note Note
Note 5000 2600 7600 2600 (405) (405) 538 150 Note 5700 4600 8300 5200 13300 9000 19600 16150
285 250
21 1600 1100 2000 1750 5400 2650 8200 2650 538 150 6100 4600 8900 5200 18100 13500 21150 17150
285 250 (455) (455)
21 1600 1100 2000 1750 5400 2650 8200 2650 (405) (405) 538 150 6100 4600 8900 5200 14200 9600 21050 17100

●Malaysia, Singapore ●Malaysia, Singapore

Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg) Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg)
Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex
Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit
(m/s) Person Load(kg) (mm) AN BN A A’ BR S Room (m/s) Person Load(kg) (mm) AN BN A A’ BR S Room

R1 R2 R3 R4 R1 R2 R3 R4

15 1020 900 1600 1500 4600 2400 7000 2400 285 250 538 150 5300 4300 7700 4900 12000 8100 17450 14800 17 1155 1000 1800 1500 5000 2400 7600 2400 285 250 538 150 5700 4300 8300 4900 17450 11850 18600 15550
(405) (405)
(455) (455)
285 250 Refer to Refer to
17 1155 1000 1800 1500 Refer to 5000 2400 7600 2400 (405) (405) 538 150 Refer to 5700 4300 8300 4900 12600 8500 18500 15500 285 250 5700 4600 8300 5200 17800 13200 19700 16250
20 1360 1000 1800 1700 Note 150 Note 5700 4600 8300 5200 13300 9000 19600 16150 4.0 20 1360 1000 1800 1700 5000 2600 7600 2600 538 150
3.5 (455) (455)
285 250 Note Note
5000 2600 7600 2600 (405) (405) 538
23 1565 1100 2000 1750 5400 2650 8200 2650 285 250 538 150 6100 4600 8900 5200 18100 13500 21150 17150

23 1565 1100 2000 1750 285 250 6100 4600 8900 5200 14200 9600 21050 17100 (455) (455)
5400 2650 8200 2650 (405) (405) 538 150

Note Note
1. The dimensions in parentheses are for single Shaft
1. The dimensions in parentheses are for single Shaft
2. If Single Shaft will be applied, the follwing special designs shall be provided.
i) Air pressure effect relief holes shall be furnished at top and bottom of the hoistway, the net area for each hole shall not 2. If Single Shaft will be applied, the follwing special designs shall be provided.
be less than the car platform area/2. i) Air pressure effect relief holes shall be furnished at top and bottom of the hoistway, the net area for each hole shall not
ii) Car structure and hoistway shall be designed to reduce air pressure effects due to single shaft. be less than the car platform area/2.
Please contact contract department for details. ii) Car structure and hoistway shall be designed to reduce air pressure effects due to single shaft.
Please contact contract department for details.

28 _ Planning Guide Planning Guide _ 29

Passenger Elevator HIGH RISE Passenger Elevator HIGH RISE

Layout Dimensions | Di5 (Speed : 5.0, 6.0, 7.0 m/s, Gearless) Power Supply Plan

●Standard ●Ds4 (Speed : 2.0 ~ 4.0 m/s, Gearless)
HIGH RISE
HIGH RISE
(Unit : mm) (200~220 / 346~440V)

Entrance Hoistway Size Dimensions Machine Room Size Reaction Load(kg) Speed Capacity Motor MCCB Capacity of Building(A) Power Supply Lead-in Wire Size(㎟) Earth Heat Starting
Opening Simplex Duplex Triplex in Hoistway Simplex Duplex Triplex (m/s) Capacity Simplex Duplex Triplex Capacity(kVA) Simplex Duplex Triplex Wire Output Power
Speed Capacity Car Size AH BH AH BH AH BH AM BM AM BM AM BM Machine Pit Size(㎟) (kcal/H) (kVA/set)
(m/s) Person Load(kg) (mm) AN BN A A’ BR S Room Person Load(kg) (kW) Simplex Duplex Triplex

R1 R2 R3 R4 15 1000 14 100 50 150 100 225 125 18 35 48 30 14 60 30 100 38 15 2900 36.6
3300 39.0
17 1150 1000 1800 1500 5200 2450 7900 2450 305 305 583 200 6200 5800 9100 5800 18900 15400 20900 17750 17 1150 16 100 50 175 100 225 125 19 38 51 30 14 60 30 100 50 16 3900 39.9
2.0 41 55 4600 45.1
5.0 20 1350 1000 1800 1700 5200 2650 7900 2650 305 305 583 200 6200 6000 9100 6000 19600 16100 22150 18550 30 14 80 30 125 50 17 3600 48.0
20 1350 18 100 60 200 175 300 150 20 4150 51.2
4850 52.8
24 1600 1100 2000 1750 5600 2700 8500 2700 305 305 583 200 6600 6300 9700 6300 21400 16400 23600 19450 24 1600 21 125 75 225 150 300 175 23 46 63 30 14 100 38 150 60 18 5750 59.6
4300 56.6
17 1150 1000 1800 1500 5200 2450 7900 2450 305 305 583 200 6200 5800 9100 5800 18900 15400 25650 21600 15 1000 18 100 60 200 125 300 175 22 43 59 38 14 80 38 125 60 20 4950 61.5
Refer to Refer to 6200 6000 9100 6000 19600 16100 27150 22550 5800 69.3
6.0 20 1350 1000 1800 1700 5200 2650 7900 2650 305 305 583 200 17 1150 20 125 75 225 125 300 175 23 46 62 38 14 100 38 150 60 21 6900 78.0
Note Note 2.5 51 68 38 14 100 50 150 60 22 5000 70.7
24 1600 1100 2000 1750 5600 2700 8500 2700 305 305 583 200 6600 6300 9700 6300 21400 16400 28900 23650 5750 78.3
20 1350 23 125 75 250 150 350 200 25 6750 86.4
8000 95.0
17 1150 1000 1800 1500 5400 2500 7900 2500 355 355 633 200 6400 5850 9400 5850 22000 18000 33050 27900 24 1600 26 150 100 300 175 400 225 29 58 78 50 22 125 60 200 80 23 6600 93.4
7750 102.3
7.0 20 1350 1000 1800 1700 5400 2700 7900 2700 355 355 633 200 6400 6050 9400 6050 23000 19000 34900 29050 15 1000 21 125 75 225 150 300 175 23 46 63 38 14 80 38 125 50 25 9150 112.3

24 1600 1100 2000 1750 5800 2750 8500 2750 355 355 633 200 6800 6350 10000 6350 24000 20100 37050 30350 17 1150 23 125 75 250 150 350 200 26 51 69 50 14 100 50 150 80 26
3.0 58 79
50 22 125 60 200 100 27
20 1350 26 150 100 300 175 400 225 29

●EN Code 24 1600 30 175 100 350 200 500 250 33 67 90 60 22 150 80 250 100 28

Hoistway Size Machine Room Size Reaction Load(kg) 15 1000 24 125 75 250 150 350 200 27 54 73 50 22 100 50 200 80 30
Simplex Duplex Triplex Simplex Duplex Triplex 60 22 125 60 200 100 31
Speed Capacity Entrance Car Size AH BH AH BH AH BH Dimensions AM BM AM BM AM BM Machine 17 1150 27 150 100 300 175 400 225 30 60 81
(m/s) Person Load(kg) Opening AN BN in Hoistway Room Pit 3.5 68 91 60 22 150 80 250 125 32

(mm) A A’ BR S 20 1350 32 175 100 350 200 500 250 34

R1 R2 R3 R4 24 1600 36 200 125 400 225 500 300 39 77 104 80 30 200 80 325 125 33

15 1200 1000 1800 1500 5200 2450 7900 2450 305 305 583 200 6200 5800 9100 5800 18900 15400 20900 17750 17 1150 31 175 100 350 200 500 250 34 68 92 80 22 150 80 250 125 36
4.0 20 1350 36 200 125 400 225 500 300 39 77 105
5.0 18 1350 1000 1800 1700 5200 2650 7900 2650 305 305 583 200 6200 6000 9100 6000 19600 16100 22150 18550 80 30 200 80 325 125 37

21 1600 1100 2000 1750 5600 2700 8500 2700 305 305 583 200 6600 6300 9700 6300 21400 16400 23600 19450 24 1600 41 225 125 450 250 600 350 44 89 120 80 38 250 100 400 150 38

15 1200 1000 1800 1500 Refer to 5200 2450 7900 2450 305 305 583 200 Refer to 6200 5800 9100 5800 18900 15400 25650 21600 Note The wire size should be calculated considering the voltage drop when travel exceeds 50m.
Note Note
6.0 18 1350 1000 1800 1700 5200 2650 7900 2650 305 305 583 200 6200 6000 9100 6000 19600 16100 27150 22550

21 1600 1100 2000 1750 5600 2700 8500 2700 305 305 583 200 6600 6300 9700 6300 21400 16400 28900 23650

15 1200 1000 1800 1500 5400 2500 7900 2500 355 355 633 200 6400 5850 9400 5850 22000 18000 33050 27900

7.0 18 1350 1000 1800 1700 5400 2700 7900 2700 355 355 633 200 6400 6050 9400 6050 23000 19000 34900 29050

21 1600 1100 2000 1750 5800 2750 8500 2750 355 355 633 200 6800 6350 10000 6350 24000 20100 37050 30350

●Malaysia, Singapore ●Di5 (Speed : 5.0 ~ 7.0 m/s, Gearless)

Hoistway Size Machine Room Size Reaction Load(kg) (200~220 / 346~440V)
Simplex Duplex Triplex Simplex Duplex Triplex
Speed Capacity Entrance Car Size AH BH AH BH AH BH Dimensions AM BM AM BM AM BM Machine Pit Speed Capacity Motor MCCB Capacity of Power Supply Lead-in Wire Earth Wire Heat Starting
(m/s) Person Load(kg) Opening AN BN in Hoistway Room (m/s) Capacity Building(A) Capacity(kVA) Size(㎟) Size(㎟) Output Power
(kcal/hr) (kVA/set)
(mm) A A’ BR S R1 R2 R3 R4 Person Load(kg) (kW) Simplex Duplex Triplex Simplex Duplex Triplex Simplex Duplex Triplex Simplex Duplex

17 1155 1000 1800 1500 5200 2450 7900 2450 305 305 583 200 6200 5800 9100 5800 18900 15400 20900 17750 17 1150 36 175 100 300 175 250 42 77 108 120 50 240 70 120 70 25 120 35 5200 122.3
5.0 20 1350 43 200 125 350 200
5.0 20 1360 1000 1800 1700 5200 2650 7900 2650 305 305 583 200 6200 6000 9100 6000 19600 16100 22150 18550 51 225 125 400 225 300 48 87 122 150 50 240 95 185 95 25 120 50 6100 134.0
24 1600 43 200 125 350 250
23 1565 1100 2000 1750 5600 2700 8500 2700 305 305 583 200 6600 6300 9700 6300 21400 16400 23600 19450 17 1150 51 225 150 400 250 350 55 100 140 150 50 300 120 240 95 25 150 70 7200 146.0
6.0 20 1350 61 250 150 500 300
17 1155 1000 1800 1500 5200 2450 7900 2450 305 305 583 200 6200 5800 9100 5800 18900 15400 25650 21600 24 1600 51 225 150 400 250 300 50 92 129 150 50 300 120 185 95 25 150 70 6250 148.4
17 1150 61 300 150 500 300
6.0 Refer to Refer to 7.0 20 1350 71 300 175 600 350 350 57 104 146 185 70 300 120 240 95 25 150 70 7300 162.0
20 1360 1000 1800 1700 Note 5200 2650 7900 2650 305 305 583 200 Note 6200 6000 9100 6000 19600 16100 27150 22550 24 1600
23 1565 1100 2000 1750 5600 2700 8500 2700 305 305 583 200 6600 6300 9700 6300 21400 16400 28900 23650 400 66 119 167 185 70 400 185 300 95 35 240 95 8650 177.3

17 1155 1000 1800 1500 5400 2500 7900 2500 355 355 633 200 6400 5850 9400 5850 22000 18000 33050 27900 350 59 107 149 185 70 300 120 240 95 35 150 70 7250 175.0

7.0 20 1360 1000 1800 1700 5400 2700 7900 2700 355 355 633 200 6400 6050 9400 6050 23000 19000 34900 29050 400 66 121 169 185 70 400 185 300 95 35 240 95 8550 191.0

23 1565 1100 2000 1750 5800 2750 8500 2750 355 355 633 200 6800 6350 10000 6350 24000 20100 37050 30350 500 76 139 194 240 70 400 240 400 120 35 240 120 10100 209.0

Note If the speed exceeds 5.0m/s, single shaft is not recommanded. Note The wire size should be calculated considering the voltage drop when travel exceeds 100m.

30 _ Planning Guide Planning Guide _ 31

Hospital Elevator Hospital Elevator

Elevator Layouts Layout Dimensions
●Hoistway & Machine Room Plan (Simplex)
(Unit : mm)

●Hoistway Section Speed Capacity Entrance Car Size Hoistway Size Dimensions in Machine Room Size Reaction(kg)
AN BN Hoistway

AL AR S BR
Hospital
Hospital
(m/s) Opening Simplex Duplex Simplex Duplex Machine Room Pit
Person Load(kg) (mm)
AH BH AH BH AM BM AM BM R1 R2 R3 R4

0.75 5850 3500 4950 3750

1.0 5900 3750 5650 4150
11 750 1100 1300 2300 2150 2900 4450 2900 225 575 150 230 2600 4200 4950 4200

1.5 5250 3700 8350 6150

1.75 5250 3700 10150 7500

0.75 6650 3900 6050 4450

1.0 6800 4100 7000 5050
15 1000 1100 1500 2300 2350 2900 4850 2900 225 575 150 230 2800 4200 5350 4200

1.5 6150 4600 9900 7050

1.75 6150 4600 11950 8650

Power Supply Plan

(200~220 / 346~440V)

Motor MCCB Capacity of Power Supply Lead-in Wire Size (220V / 400V)
Capacity Building(A) Capacity(kVA) (㎟)
Speed Capacity Earth Wire Heat Output Starting Power
(m/s) Person Load(kg) (kW) Simplex Duplex Size(㎟)
(kcal/H) (kVA/set)

Simplex Duplex Simplex Duplex

0.75 8 75 / 50 100 / 75 10 17 30 / 14 38 / 14 5.5 850 37
5.5 1150 37
1.0 11 75 / 50 100 / 75 10 17 14 / 5.5 38 / 14 5.5 1700 28.2
11 750 5.5 2000 32.8
8 / 5.5 1150 43
1.5 9.5 75 / 50 150 / 100 8.9 17.8 14 / 5.5 38 / 14 8 / 5.5 1500 20
14 / 5.5 2250 37.6
●Hoistway & Machine Room Plan (Duplex) 1.75 11 75 / 50 150 / 100 10.4 20.8 14 / 5.5 38 / 14 14 / 5.5 2650 43.8

0.75 8 75 / 50 125 / 100 11 19 34 / 14 60 / 38

1.0 11 75 / 50 125 / 100 11 19 22 / 5.5 60 / 38
15 1000 13 75 / 50 150 / 100
11.9 23.8 22 / 5.5 38 / 14
1.5

1.75 15 100 / 50 150 / 100 13.8 27.6 22 / 5.5 60 / 20

Overhead, Pit Depth & Machine Room Height

(Unit : mm)

Overhead Speed (m/s) Dimension (mm)
0.75 4400
Pit Depth 1 4600
Machine Room Height 1.5 4800
1.75 5000
0.75 1200
1 1500
1.5 1800
1.75 2100
2300
0.75 ~ 1.75

32 _ Planning Guide Planning Guide _ 33

MUSE Machine Room-Less MUSE Machine Room-Less Standard / EN Code

Elevator Layouts Layout Dimensions
●Hoistway Plan (Simplex)
●Standard (Unit : mm)

●Hoistway Section Capacity Entrance Car Size Hoistway Size Pit Reation Load
Opening PIT (kg)
Speed Opening Simplex Duplex OH
(m/s) (mm)
MUSE3800
MUSE 3800
Type AN BN AH BH AH BH 3800 R1(Car) R2(Cwt)
Passenger Load(kg) 3800
1350 1050 3800
8 550 800 1350 1130 2000 1600 4100 1600 3800 1200 5900 4700
1350 1280 2000 1650 4100 1650 3800
9 600 800 1350 1350 2000 1800 4100 1800 4100 1200 6100 4900
1550 1350 2000 1850 4100 1850 4100
10 680 800 1600 1450 2200 1850 4500 1850 3900 1200 6900 5400
1800 1450 2250 1900 4600 1900 3900
11 750 800 1800 1650 2450 1900 5000 1900 3900 1200 7200 5600
2000 1700 2610 2000 5320 2000 3900
1.0 13 900 900 1350 1050 2810 2050 5720 2050 3900 1200 8000 6100
1350 1130 2000 1600 4100 1600 3900
15 1000 900 1350 1280 2000 1650 4100 1650 3900 1200 8500 6400
1350 1350 2000 1800 4100 1800 4250
17 1150 1000 1550 1350 2000 1850 4100 1850 4250 1200 9500 7100
1600 1450 2200 1850 4500 1850 4000
20 1350 1000 1800 1450 2250 1900 4600 1900 4000 1500 12400 9600
1800 1650 2450 1900 5000 1900 4000
24 1600 1100 2000 1700 2610 2000 5320 2000 4000 1500 13700 10300
1350 1050 2810 2050 5720 2050 4000
8 550 800 1350 1130 2000 1600 4100 1600 4000 1300 6800 5000
1350 1280 2000 1650 4100 1650 4000
9 600 800 1350 1350 2000 1800 4100 1800 4350 1300 7000 5200
1550 1350 2000 1850 4100 1850 4350
10 680 800 1600 1450 2200 1850 4500 1850 1300 7900 5700
1800 1450 2250 1900 4600 1900 3800
11 750 2 Panel 800 1800 1650 2450 1900 5000 1900 3800 1300 8200 5900
2000 1700 2610 2000 5320 2000 3800
1.5 13 900 Center 900 2810 2050 5720 2050 3800 1300 9200 6400
3800
15 1000 Opening 900 3800 1300 9700 6800
3800
17 1150 1000 4100 1300 10900 7500
4100
20 1350 1000 3900 1800 13500 9700
3900
24 1600 1100 3900 1800 15000 10400
3900
8 550 800 3900 1400 7000 5200
3900
9 600 800 3900 1400 7300 5400
4250
10 680 800 4250 1400 8200 5900
4000
11 750 800 4000 1400 8600 6200
4000
1.75 13 900 900 4000 1400 9500 6700
4000
15 1000 900 4000 1400 10200 7000
4000
17 1150 1000 4350 1400 11300 7800
4350
20 1350 1000 2100 16500 11800

24 1600 1100 2100 18200 12800

●Hoistway Plan (Duplex) ●EN Code 525 800 1350 1050 2000 1600 4100 1600 1200 5900 4700
600 800 1350 1130 2000 1650 4100 1650
34 _ Planning Guide 7 675 800 1350 1280 2000 1800 4100 1800 1200 6100 4900
8 800 800 1350 1350 2000 1850 4100 1850
9 900 900 1550 1350 2200 1850 4500 1850 1200 6900 5400
10 1000 900 1600 1450 2250 1900 4600 1900
1.0 12 1200 1000 1800 1450 2450 1900 5000 1900 1200 7200 5600
13 1350 1000 1800 1650 2610 2000 5320 2000
16 1600 1100 2000 1700 2810 2050 5720 2050 1200 8000 6100
18 525 800 1350 1050 2000 1600 4100 1600
21 600 800 1350 1130 2000 1650 4100 1650 1200 8500 6400
7 675 800 1350 1280 2000 1800 4100 1800
8 800 800 1350 1350 2000 1850 4100 1850 1200 9500 7100
9 900 900 1550 1350 2200 1850 4500 1850
10 1000 900 1600 1450 2250 1900 4600 1900 1500 12400 9600
1.5 12 1200 1000 1800 1450 2450 1900 5000 1900
13 1350 1000 1800 1650 2610 2000 5320 2000 1500 13700 10300
16 1600 1100 2000 1700 2810 2050 5720 2050
18 525 800 1350 1050 2000 1600 4100 1600 1300 6800 5000
21 600 800 1350 1130 2000 1650 4100 1650
7 675 800 1350 1280 2000 1800 4100 1800 1300 7000 5200
8 800 800 1350 1350 2000 1850 4100 1850
9 900 900 1550 1350 2200 1850 4500 1850 1300 7900 5700
10 1000 900 1600 1450 2250 1900 4600 1900
1.75 12 1200 2 Panel 1000 1800 1450 2450 1900 5000 1900 1300 8200 5900
13 1350 Center 1000 1800 1650 2610 2000 5320 2000
16 1600 Opening 1100 2000 1700 2810 2050 5720 2050 1300 9200 6400
18
21 1300 9700 6800

1300 10900 7500

1800 13500 9700

1800 15000 10400

1400 7000 5200

1400 7300 5400

1400 8200 5900

1400 8600 6200

1400 9500 6700

1400 10200 7000

1400 11300 7800

2100 16500 11800

2100 18200 12800

Planning Guide _ 35

MUSE Machine Room-Less Singapore / Malaysia MUSE Machine Room-Less

Layout Dimensions Layout Dimensions

●Singapore (Unit : mm) ●Through Type (Unit : mm)

Capacity Entrance Car Size Hoistway Size Pit Reation Load Capacity Entrance Car Size Hoistway Size Pit Reation Load
Passenger Load(kg) Opening (kg) Opening PIT (kg)
Speed Opening Simplex Duplex OH PIT Speed Opening Simplex Duplex OH
(m/s) Type (mm) (m/s) (mm)
MUSE380012003800
MUSE 3800 1200 3800
AN BN AH BH AH BH 3800 1200 R1(Car) R2(Cwt) Type AN BN AH BH AH BH 3800 R1(Car) R2(Cwt)
3800 1200 Passenger Load(kg) 3800
1350 1050 3800 1200 5900 4700 1350 1300 4100
8 545 800 1350 1130 2000 1600 4100 1600 3800 1200 6100 4900 11 750 800 1550 1300 2000 1810 4100 1810 4100 1200 8000 6400
1350 1280 2000 1650 4100 1650 3800 1200 6900 5400 1600 1400 2200 1810 4500 1810 3900
9 610 800 1350 1350 2000 1800 4100 1800 4100 1500 7200 5600 13 900 900 1800 1400 2250 1910 4600 1910 3900 1200 8800 6900
1550 1350 2000 1850 4100 1850 4100 1500 8000 6100 1800 1630 2450 1910 5000 1910 3900
10 680 800 1600 1450 2200 1850 4500 1850 3900 1300 8500 6400 1.0 15 1000 CO 900 2000 1690 2610 2140 5320 2140 3900 1200 9300 7200
1800 1450 2250 1900 4600 1900 3900 1300 9500 7100 17 1150 1000 1350 1300 2810 2200 5720 2200 4250
11 750 800 1800 1650 2450 1900 5000 1900 3900 1300 12400 9600 1550 1300 2000 1810 4100 1810 4250 1200 10200 7800
2000 1700 2610 2000 5320 2000 3900 1300 13700 10300 1600 1400 2200 1810 4500 1810 4000
1.0 13 885 900 1350 1050 2810 2050 5720 2050 3900 1300 6800 5000 20 1350 1000 1800 1400 2250 1910 4600 1910 4000 1500 13000 10200
1350 1130 2000 1600 4100 1600 3900 1300 7000 5200 1800 1630 2450 1910 5000 1910 4000
15 1020 900 1350 1280 2000 1650 4100 1650 3900 1300 7900 5700 24 1600 1100 2000 1690 2610 2140 5320 2140 4000 1500 14300 10900
1350 1350 2000 1800 4100 1800 4250 1800 8200 5900 1350 1300 2810 2200 5720 2200 4350
17 1155 1000 1550 1350 2000 1850 4100 1850 4250 1800 9200 6400 11 750 800 1550 1300 2000 1810 4100 1810 4350 1300 8000 6400
1600 1450 2200 1850 4500 1850 4000 1400 9700 6800 1600 1400 2200 1810 4500 1810
20 1360 1000 1800 1450 2250 1900 4600 1900 4000 1400 10900 7500 13 900 900 1800 1400 2250 1910 4600 1910 1300 8800 6900
1800 1650 2450 1900 5000 1900 4000 1400 13500 9700 1800 1630 2450 1910 5000 1910
24 1630 1100 2000 1700 2610 2000 5320 2000 4000 1400 15000 10400 1.5 15 1000 CO 900 2000 1690 2610 2140 5320 2140 1300 9300 7200
1350 1050 2810 2050 5720 2050 4000 1400 7000 5200 17 1150 1000 2810 2200 5720 2200
8 545 800 1350 1130 2000 1600 4100 1600 4000 1400 7300 5400 1300 10200 7800
1350 1280 2000 1650 4100 1650 4000 1400 8200 5900
9 610 800 1350 1350 2000 1800 4100 1800 4350 2100 8600 6200 20 1350 1000 1800 13000 10200
1550 1350 2000 1850 4100 1850 4350 2100 9500 6700
10 680 800 1600 1450 2200 1850 4500 1850 10200 7000 24 1600 1100 1800 14300 10900
1800 1450 2250 1900 4600 1900 3800 11300 7800
11 750 2 Panel 800 1800 1650 2450 1900 5000 1900 3800 16500 11800 11 750 800 1400 8000 6400
2000 1700 2610 2000 5320 2000 3800 18200 12800
1.5 13 885 Center 900 2810 2050 5720 2050 3800 13 900 900 1400 8800 6900
3800
15 1020 Opening 900 3800 1.75 15 1000 CO 900 1400 9300 7200
3800 17 1150 1000
17 1155 1000 4100 1400 10200 7800
4100
20 1360 1000 3900 20 1350 1000 2100 13000 10200
3900
24 1630 1100 3900 24 1600 1100 2100 14300 10900
3900
8 545 800 3900
3900
9 610 800 3900
4250
10 680 800 4250
4000
11 750 800 4000 Power Supply Plan
4000
1.75 13 885 900 4000
4000
15 1020 900 4000 ●Electrical Data
4000
17 1155 1000 4350 (Main Power : 380V)
4350
20 1360 1000 MCCB Capacity Power Supply
ofBuilding (A) Capacity (kVA)
24 1630 1100 Speed Capacity Motor Lead-in Wire Size Earth Wire Heat Starting
Capacity Simplex Duplex Simplex Duplex (㎟) Size(㎟) Output Power
●Malaysia (m/s) (kcal/H) (kVA/set)
Passenger Load(kg) (kW) Simplex Duplex 3.5
8 3.5 825 7.2
9 550 800 1350 1050 2000 1600 4100 1600 1200 5900 4700 8 550 4.1 20 40 6.2 12.4 5.5 5.5 3.5 900 7.7
10 615 800 1350 1130 2000 1650 4100 1650 1200 6100 4900 3.5 1050 9.3
11 685 800 1350 1280 2000 1800 4100 1800 1200 6900 5400 9 600 4.1 20 40 6.7 13.4 5.5 5.5 3.5 1125 9.8
1.0 13 750 800 1350 1350 2000 1850 4100 1850 1200 7200 5600 3.5 1350 11
15 885 900 1550 1350 2200 1850 4500 1850 1200 8000 6100 10 700 6.4 30 60 7.6 15.2 5.5 8 5.5 1500 12
17 1025 900 1600 1450 2250 1900 4600 1900 1200 8500 6400 5.5 1725 12.9
20 1160 1000 1800 1450 2450 1900 5000 1900 1200 9500 7100 11 750 6.4 30 60 8 16 5.5 8 5.5 2025 28.9
23 1365 1000 1800 1650 2610 2000 5320 2000 1500 12400 9600 3.5 2400 34.3
8 1635 1100 2000 1700 2810 2050 5720 2050 1500 13700 10300 1.0 13 900 6.4 30 60 9 18 5.5 8 3.5 1240 12.9
9 550 800 1350 1050 2000 1600 4100 1600 1300 6800 5000 3.5 1350 13.8
10 615 800 1350 1130 2000 1650 4100 1650 1300 7000 5200 15 1000 6.4 30 60 9.8 19.6 5.5 8 5.5 1575 16.2
11 685 800 1350 1280 2000 1800 4100 1800 1300 7900 5700 5.5 1690 17.2
1.5 13 750 2 Panel 800 1350 1350 2000 1850 4100 1850 1300 8200 5900 17 1150 6.4 40 80 11 22 5.5 8 5.5 2025 19.2
15 885 Center 900 1550 1350 2200 1850 4500 1850 1300 9200 6400 5.5 2250 20.9
17 1025 Opening 900 1600 1450 2250 1900 4600 1900 1300 9700 6800 20 1350 18.7 50 100 10 20 5.5 14 5.5 2560 22.6
20 1160 1000 1800 1450 2450 1900 5000 1900 1300 10900 7500 5.5 3040 43.4
23 1365 1000 1800 1650 2610 2000 5320 2000 1800 13500 9700 24 1600 18.7 50 100 12 24 8 14 3.5 3600 51.4
8 1635 1100 2000 1700 2810 2050 5720 2050 1800 15000 10400 5.5 1450 15.8
9 550 800 1350 1050 2000 1600 4100 1600 1400 7000 5200 8 550 6.5 30 60 8.7 17.4 5.5 8 5.5 1575 16.9
10 615 800 1350 1130 2000 1650 4100 1650 1400 7300 5400 5.5 1840 19.9
11 685 800 1350 1280 2000 1800 4100 1800 1400 8200 5900 9 600 6.5 30 60 9.3 18.6 5.5 8 5.5 1970 21.1
1.75 13 750 800 1350 1350 2000 1850 4100 1850 1400 8600 6200 5.5 2370 23.5
15 885 900 1550 1350 2200 1850 4500 1850 1400 9500 6700 10 700 10.3 30 60 10.7 21.4 5.5 8 5.5 2625 25.7
17 1025 900 1600 1450 2250 1900 4600 1900 1400 10200 7000 5.5 3020 27.7
20 1160 1000 1800 1450 2450 1900 5000 1900 1400 11300 7800 11 750 10.3 40 80 11.3 22.6 5.5 14 5.5 3550 50.6
23 1365 1000 1800 1650 2610 2000 5320 2000 2100 16500 11800 4200 60
1635 1100 2000 1700 2810 2050 5720 2050 2100 18200 12800 1.5 13 900 10.3 40 80 12.7 25.4 5.5 14

15 1000 10.3 40 80 14 28 8 14

17 1150 10.3 50 100 16 32 8 14

20 1350 18.7 50 100 14 28 14 22

24 1600 18.7 75 150 16 32 14 22

8 550 6.5 30 60 9.9 19.8 5.5 8

9 600 6.5 30 60 10.7 21.4 5.5 14

10 700 10.3 40 80 12.3 24.6 5.5 14

11 750 10.3 40 80 13.1 26.2 5.5 14

1.75 13 900 10.3 50 100 14.6 29.2 8 22

15 1000 10.3 50 100 16.1 32.2 8 22

17 1150 10.3 60 120 18.4 36.8 14 22

20 1350 18.7 75 150 16 32 14 22

24 1600 18.7 75 150 18 36 22 38

Note The wire size should be calculated considering the voltage drop when travel exceeds 50m.

36 _ Planning Guide Planning Guide _ 37

IRIS Mini Machine Room IRIS Mini Machine Room

Elevator Layouts Layout Dimensions | Speed : 1.0 m/s
●Hoistway & Machine Room Plan (Simplex)
●Hoistway Section ●Standard (Unit : mm)

Hoistway Size Machine Room Size Reaction Load(kg)
IRIS
IRIS
Speed Capacity Entrance Car Size
(m/s) Opening
Simplex Duplex Simplex Duplex Machine Room Pit
1.0
(mm) AN BN AH BH AH BH AM BM AM BM R1 R2 R3 R4
Person Load(kg)
1400 850
6 450 800 1400 1030 1800 1500 3750 1500 1800 1500 3750 1500 3600 2000 3800 3150
1400 1100 1800 1700 3750 1700 1800 1700 3750 1700 4050 2500 4550 3350
8 550 800 1400 1250 1800 1750 3750 1750 1800 1750 3750 1750 4100 2500 4700 3450
1400 1350 1800 1900 3750 1900 1800 1900 3750 1900 4200 2850 5000 3650
9 600 800 1600 1350 1800 2000 3750 2000 1800 2000 3750 2000 4550 2900 5200 3750
1600 1500 2000 2000 4150 2000 2000 2000 4150 2000 5100 3800 6300 4500
10 680 800 1800 1500 2000 2150 4150 2150 2000 2150 4150 2150 5450 4300 6600 4700
2000 1350 2350 2200 4850 2200 2350 2200 4850 2200
11 750 800 1800 1700 2550 2050 5250 2050 2550 2050 5250 2050 8000 5200 9550 7150
2000 1500 2350 2400 4850 2400 2350 2400 4850 2400
13 900 900 2000 1750 2550 2200 5250 2200 2550 2200 5250 2200 8900 6000 10200 7500
2150 1600 2550 2450 5250 2450 2550 2450 5250 2450
15 1000 900 2700 2300 5550 2300 2700 2300 5550 2300

17 1150 1000
1100

20 1350 1000
1100

24 1600 1100 10200 7000 10950 8700

●Hoistway & Machine Room Plan (Duplex) ● EN Code

6 450 800 1150 1030 1800 1700 3750 1700 1800 1700 3750 1700 3600 2000 3800 3150
7 525 800
8 600 800 1400 1030 1800 1700 3750 1700 1800 1700 3750 1700 4050 2500 4550 3350
9 680 800
10 800 800 1400 1100 1800 1750 3750 1750 1800 1750 3750 1750 4100 2500 4700 3450
12 900 900
1.0 13 1000 900 1400 1250 1800 1900 3750 1900 1800 1900 3750 1900 4200 2850 5000 3650
16 1250 1000
1100 1400 1350 1800 2000 3750 2000 1800 2000 3750 2000 4550 2900 5200 3750
18 1350 1000
1100 1600 1350 2000 2000 4150 2000 2000 2000 4150 2000 5100 3800 6300 4500
21 1600
1100 1600 1500 2000 2150 4150 2150 2000 2150 4150 2150 5450 4300 6600 4700

1800 1500 2350 2200 4850 2200 2350 2200 4850 2200 8000 5200 9550 7150
2000 1350 2550 2050 5250 2050 2550 2050 5250 2050

1800 1700 2350 2400 4850 2400 2350 2400 4850 2400 8900 6000 10200 7500
2000 1500 2550 2200 5250 2200 2550 2200 5250 2200

2000 1750 2550 2450 5250 2450 2550 2450 5250 2450 10200 7000 10950 8700
2150 1600 2700 2300 5550 2300 2700 2300 5550 2300

● Malaysia 410 800 1400 820 1800 1500 3750 1500 1800 1500 3750 1500 3600 2000 3800 3150
545 800
6 615 800 1400 1030 1800 1700 3750 1700 1800 1700 3750 1700 4050 2500 4550 3350
8 685 800
Overhead, Pit Depth & Machine Room Height 9 750 800 1400 1100 1800 1750 3750 1750 1800 1750 3750 1750 4100 2500 4700 3450
10 885 900
(Unit : mm) 11 1025 900 1400 1250 1800 1900 3750 1900 1800 1900 3750 1900 4200 2850 5000 3650
13 1000
Speed (m/s) Load (kg) Travel (m) Overhead (mm) PIt Depth (mm) Machine Room Height (mm) Hook Load (kg) 1.0 15 1160 1100 1400 1350 1800 2000 3750 2000 1800 2000 3750 2000 4550 2900 5200 3750
1.0 450 ~ 1000 TR ≤ 100 4200 1400 2300 3000 1000
1150 ~ 1600 TR ≤ 130 4400 1400 2000 4500 17 1100 1600 1350 2000 2000 4150 2000 2000 2000 4150 2000 5100 3800 6300 4500
1.5 450 ~ 1000 1450 2300 3000
1150 ~ 1600 4400 1500 2000 4500 1100 1600 1500 2000 2150 4150 2150 2000 2150 4150 2150 5450 4300 6600 4700
1.75 450 ~ 1000 1600 2300 3000
2.0 1150 ~ 1600 4500 1650 2000 4500 1800 1500 2350 2200 4850 2200 2350 2200 4850 2200 8000 5200 9550 7150
2.5 750 ~ 1600 5100 1900 2000 4500 2000 1350 2550 2050 5250 2050 2550 2050 5250 2050
750 ~ 1600 5300 2200 2000 4500
20 1360 1800 1700 2350 2400 4850 2400 2350 2400 4850 2400 8900 6000 10200 7500
2000 1500 2550 2200 5250 2200 2550 2200 5250 2200

24 1635 2000 1750 2550 2450 5250 2450 2550 2450 5250 2450 10200 7000 10950 8700
2150 1600 2700 2300 5550 2300 2700 2300 5550 2300

38 _ Planning Guide Planning Guide _ 39

IRIS Mini Machine Room IRIS Mini Machine Room

Layout Dimensions | Speed : 1.5, 1.75 m/s Layout Dimensions | Speed : 2.0, 2.5 m/s

●Standard (Unit : mm) ●Standard (Unit : mm)
IRIS
IRIS
Entrance Hoistway Size Machine Room Size Reaction Load(kg) Entrance Hoistway Size Machine Room Size Reaction Load(kg)
Opening Opening
Speed Capacity Car Size Speed Capacity Car Size
(m/s) (m/s)
Simplex Duplex Simplex Duplex Machine Room Pit Simplex Duplex Simplex Duplex Machine Room Pit
1.5 2.0
~ (mm) AN BN AH BH AH BH AM BM AM BM R1 R2 R3 R4 ~ (mm) AN BN AH BH AH BH AM BM AM BM R1 R2 R3 R4
1.75 Person Load(kg) 3750 1700 4200 2800 7150 5300 2.5 Person Load(kg)
1400 1030 1800 1700 3750 1700 1800 1700 3750 1750 4500 3100 7500 5500 1400 1350 1870 2050 4040 2050 1870 2850 4040 2850 2550 5100 10450 9700
8 550 800 1400 1100 1800 1750 3750 1750 1800 1750 3750 1900 4900 3400 8150 5900 11 750 800 1600 1350 2070 2050 4440 2050 2070 2850 4440 2850 2800 5500 11250 10250
1400 1250 1800 1900 3750 1900 1800 1900 3750 2000 5250 3700 8600 6150 1600 1500 2070 2200 4440 2200 2070 3000 4440 3000 2950 5850 11850 10650
9 600 800 1400 1350 1800 2000 3750 2000 1800 2000 4150 2000 5750 4100 9850 6900 13 900 900 1800 1500 2310 2200 4920 2200 2310 3000 4920 3000 3750 7450 14450 13200
1600 1350 2000 2000 4150 2000 2000 2000 4150 2150 6150 4300 10550 7300 2000 1350 2510 2050 5320 2050 2510 2850 5320 2850 3800 7500 14600 13350
10 680 800 1600 1500 2000 2150 4150 2150 2000 2150 4850 2200 9400 7750 15 1000 900 1800 1700 2310 2400 4920 2400 2310 3200 4920 3200 4250 7600 15300 13750
1800 1500 2350 2200 4850 2200 2350 2200 5250 2050 2000 1500 2510 2200 5320 2200 2510 3000 5320 3000 4350 7600 15400 13900
11 750 800 2000 1350 2550 2050 5250 2050 2550 2050 4850 2400 10000 8250 1000 2000 1750 2510 2450 5320 2450 2510 3250 5320 3250 4700 8400 16950 14850
1800 1700 2350 2400 4850 2400 2350 2400 5250 2200 17 1150 2150 1600 2660 2300 5620 2300 2660 3100 5620 3100 4800 8400 17000 14950
13 900 900 2000 1500 2550 2200 5250 2200 2550 2200 5250 2450 11500 8700
2000 1750 2550 2450 5250 2450 2550 2450 5550 2300 1100
2150 1600 2700 2300 5550 2300 2700 2300
15 1000 900 1000
20 1350
17 1150 1000 15450 11500
1100 1100

20 1350 1000 24 1600 1100
1100
16850 12300

24 1600 1100 18550 13300

● EN Code 525 800 1400 1030 1800 1700 3750 1700 1800 1700 3750 1700 4200 2800 7150 5300 ● EN Code
600 800 1400 1100 1800 1750 3750 1750 1800 1750 3750 1750 4500 3100 7500 5500
7 680 800 1400 1250 1800 1900 3750 1900 1800 1900 3750 1900 4900 3400 8150 5900 10 800 800 1400 1350 1870 2050 4040 2050 1870 2850 4040 2850 2550 5100 10450 9700
8 800 800 1400 1350 1800 2000 3750 2000 1800 2000 3750 2000 5250 3700 8600 6150 12 900 900 1600 1350 2070 2050 4440 2050 2070 2850 4440 2850 2800 5500 11250 10250
9 900 900 1600 1350 2000 2000 4150 2000 2000 2000 4150 2000 5750 4100 9850 6900 13 1000 900 1600 1500 2070 2200 4440 2200 2070 3000 4440 3000 2950 5850 11850 10650
10 1000 900 1600 1500 2000 2150 4150 2150 2000 2150 4150 2150 6150 4300 10550 7300 2.0 1000 1800 1500 2310 2200 4920 2200 2310 3000 4920 3000 3750 7450 14450 13200
12 1000 1800 1500 2350 2200 4850 2200 2350 2200 4850 2200 9400 7750 16 1200
1.5 1250 1100 2000 1350 2550 2050 5250 2050 2550 2050 5250 2050 15450 11500 ~ 1100 2000 1350 2510 2050 5320 2050 2510 2850 5320 2850 3800 7500 14600 13350
13 1000 1800 1700 2350 2400 4850 2400 2350 2400 4850 2400 10000 8250 2.5 1000 1800 1700 2310 2400 4920 2400 2310 3200 4920 3200 4250 7600 15300 13750
~ 1100 2000 1500 2550 2200 5250 2200 2550 2200 5250 2200 18 1350
1.75 16 2000 1750 2550 2450 5250 2450 2550 2450 5250 2450 11500 8700
1100 2150 1600 2700 2300 5550 2300 2700 2300 5550 2300 1100 2000 1500 2510 2200 5320 2200 2510 3000 5320 3000 4350 7600 15400 13900
18 1350 16850 12300 2000 1750 2510 2450 5320 2450 2510 3250 5320 3250 4700 8400 16950 14850

21 1600 1100
2150 1600 2660 2300 5620 2300 2660 3100 5620 3100 4800 8400 17000 14950

21 1600 18550 13300

● Malaysia 545 800 1400 1030 1800 1700 3750 1700 1800 1700 3750 1700 4200 2800 7150 5300 ● Malaysia 750 800 1400 1350 1870 2050 4040 2050 1870 2850 4040 2850 2550 5100 10450 9700
615 800 1400 1100 1800 1750 3750 1750 1800 1750 3750 1750 4500 3100 7500 5500 885 900 1600 1350 2070 2050 4440 2050 2070 2850 4440 2850 2800 5500 11250 10250
8 685 800 1400 1250 1800 1900 3750 1900 1800 1900 3750 1900 4900 3400 8150 5900 11 1025 900 1600 1500 2070 2200 4440 2200 2070 3000 4440 3000 2950 5850 11850 10650
9 750 800 1400 1350 1800 2000 3750 2000 1800 2000 3750 2000 5250 3700 8600 6150 13 1160 1000 1800 1500 2310 2200 4920 2200 2310 3000 4920 3000 3750 7450 14450 13200
10 885 900 1600 1350 2000 2000 4150 2000 2000 2000 4150 2000 5750 4100 9850 6900 15 1100 2000 1350 2510 2050 5320 2050 2510 2850 5320 2850 3800 7500 14600 13350
11 1025 900 1600 1500 2000 2150 4150 2150 2000 2150 4150 2150 6150 4300 10550 7300 2.0 1360 1000 1800 1700 2310 2400 4920 2400 2310 3200 4920 3200 4250 7600 15300 13750
13 1000 1800 1500 2350 2200 4850 2200 2350 2200 4850 2200 9400 7750 17 1100 2000 1500 2510 2200 5320 2200 2510 3000 5320 3000 4350 7600 15400 13900
1.5 1160 1100 2000 1350 2550 2050 5250 2050 2550 2050 5250 2050 ~ 2000 1750 2510 2450 5320 2450 2510 3250 5320 3250 4700 8400 16950 14850
15 1000 1800 1700 2350 2400 4850 2400 2350 2400 4850 2400 10000 8250 2.5 1100 2150 1600 2660 2300 5620 2300 2660 3100 5620 3100 4800 8400 17000 14950
~ 1100 2000 1500 2550 2200 5250 2200 2550 2200 5250 2200 20
1.75 17 2000 1750 2550 2450 5250 2450 2550 2450 5250 2450 11500 8700
1100 2150 1600 2700 2300 5550 2300 2700 2300 5550 2300 15450 11500

23 1635

20 1360 16850 12300

24 1635 18550 13300

40 _ Planning Guide Planning Guide _ 41

IRIS Mini Machine Room Technical Data

Power Supply Plan Technical Features

● Standard ○ Option

●Speed : 1.0, 1.5, 1.75 m/s (200~220 / 346~440V)
Technical Data Remark
IRIS ●
Speed Capacity Motor MCCB Capacity of Power Supply Lead-in Wire Size(㎟) Earth Wire Heat Starting Feature Description ●
(m/s) Capacity Building(A) Capacity(kVA) Size(㎟) Output Power Anti-nuisance Operation ●
(kcal/H) (kVA/set) In case of substantial difference between the number of calls registered on the car operating ●
1.0 Person Load(kg) (kW) Simplex Duplex Simplex Duplex Simplex Duplex 6 Car Call Cancellation panel and actual load in the elevator, the elevator prevents unnecessary operation by ●
6 700 7.3 Automatic Turn Off of cancelling all registered calls when it arrives at the nearest floor.
1.5 6 450 5.5 30 / 16 60 / 32 6 12 12 / 4 12 / 6 6 850 7.3 Car Light and Fan ●
8 550 5.5 30 / 16 60 / 32 6 12 12 / 4 12 / 6 6 900 7.7 By Pass Operation (80%) Allows cancellation of an incorrectly registered car call. If you push a wrong floor button in the ●
1.75 9 600 5.5 30 / 16 60 / 32 6.5 13 12 / 4 12 / 6 6 1050 8.7 Over Load (110% of Rated car, you can cancel it by pressing the same button one more time. ●
10 680 5.5 40 / 20 80 / 40 7 14 12 / 4 12 / 6 6 1200 10 Load) Holding Stop ●
11 750 5.5 50 / 25 100 / 50 8 16 12 / 4 12 / 6 6 1350 10.9 Anti Hall Button Jamming Car illumination and fan are turned off automatically in case there is no hall call or car call to
13 900 6.7 50 / 25 100 / 50 8.5 17 12 / 4 12 / 6 6 1500 11.9 save energy. ●
15 1000 6.7 50 / 25 100 / 50 9.5 19 12 / 4 12 / 8 6 1650 14 Door Reopen Control
17 1150 8 60 / 32 120 / 64 11 22 14 / 6 14 / 8 6 1950 20.3 Car Door Safety Edge If the actual load comes to more than 80% of the allowable maximum load, the elevator will not ●
20 1350 9.4 75 / 40 150 / 64 12.5 25 16 / 6 30 / 16 6 2300 24 Automatic Adjustment of react to the calling signals from other passing floors.
24 1600 11 80 / 40 160 / 80 14.5 29 16 / 6 30 / 16 6 1250 10.5 Door Time ○
8 550 8.3 50 / 25 100 / 50 8.5 17 12 / 4 12 / 8 6 1350 11.2 When the load of passengers exceeds the maximum capacity, a buzzer sounds and the elevator ○
9 600 8.3 50 / 25 100 / 50 9 18 12 / 4 12 / 8 6 1550 12.6 Back-up Operation remains stopped at that floor. When the passengers get off, the buzzer will stop. Consequently ○
10 680 8.3 60 / 32 120 / 64 9.5 19 12 / 4 12 / 8 6 1800 14.5 elevator doors will close and operation continues. ○
11 750 8.3 60 / 32 120 / 64 11 22 14 / 6 14 / 8 6 2050 15.7 Safety Drive Operation ○
13 900 10 60 / 32 120 / 64 12 24 14 / 6 14 / 8 6 2250 17.2 If landing door would not closed by a hall button’s jamming and it is caused car can’t start ○
15 1000 10 75 / 40 150 / 80 13 26 16 / 6 38 / 16 6 2500 16 Micro Leveling then, the floor will close in force by the command from controller so that the car service next
17 1150 12 100 / 50 200 / 100 15.5 31 16 / 8 30 / 16 6 2900 23.6 Voice Synthesizer calls. ○
20 1350 13.9 100 / 50 200 / 100 17.5 35 16 / 8 30 / 16 6 3450 26.8 Door Photo Sensor
24 1600 16.5 120 / 63 240 / 125 20 40 25 / 8 50 / 25 6 1450 13.2 Multi-Photo While the car door is closing, if a door reopen signal is occured the door will be reopened ○
8 550 9.7 60 / 32 120 / 64 10 20 14 / 6 14 / 8 6 1600 14.1 Forced Floor Stop immediately and after specified time expired the door will again close. ○
9 600 9.7 60 / 32 120 / 64 10.5 21 16 / 6 38 / 16 6 1800 15.6 Supervisory Panel
10 680 9.7 60 / 32 120 / 64 11.5 23 16 / 6 38 / 16 6 2100 18 This device enables the doors to return to the fully open position, should the door encounter a
11 750 9.7 75 / 40 150 / 80 13.5 27 16 / 6 38 / 16 6 2400 19.5 Parking Operation person or obstacle while closing.
13 900 11.7 75 / 40 150 / 80 14.5 29 16 / 6 38 / 16 6 2650 21.3
15 1000 11.7 100 / 50 200 / 100 15.5 31 16 / 8 38 / 16 6 2900 18.4 Fire Return Operation Door closing time can be adjusted in order to improve the efficiency.
17 1150 14 100 / 50 200 / 100 17.5 35 16 / 8 30 / 16 6 3400 27.7 Fireman Operation
20 1350 16.2 125 / 63 250 / 125 20 40 25 / 8 50 / 25 4000 32.8 In normal operation, if the serial communication between the controller and it’s terminal board
24 1600 19.4 125 / 63 250 / 140 23 46 30 / 16 50 / 25 have something malfunction, the car mode is changed to a“Back-Up”mode automatically, then
the car checks itself by servicing every even floors and every odd floors until the car returns
●Speed : 2.0, 2.5 m/s (200~220 / 346~440V) normal condition. By this operation, even though the car has something malfunction, passergers
can be offered a limited service without shoutdown.
Speed Capacity Motor MCCB Capacity of Power Supply Lead-in Wire Size(㎟) Earth Wire Heat Starting
Capacity Building(A) Capacity(kVA) Size(㎟) Output Power During normal operation, a malfunction is occurred suddenly but it’s not serious, in this case, if
(m/s) (kcal/H) (kVA/set) the car is not in a door zone, then the car starts to run to the nearest floor in slow speed. After
Person Load(kg) (kW) Simplex Duplex Simplex Duplex Simplex Duplex 10 stop at the nearest floor, the care remains stop with door fully open and“Out of Service”lamp.
16 1350 20.8 If the car condition is possible to return a normal condition itself then, the car can service
11 750 16.7 25 40 12.5 22.8 10 35 16 1650 23.9 normal operation again.
16.7 32 50 14.4 26.1 16 35 16 1800 25.7
13 900 16.7 32 60 15.4 28.1 16 50 16 2100 28.3 An automatic two-way leveling device is provided to maintain the elevator car level with the
26 40 60 17.0 30.9 25 50 16 2450 31.5 landing, regardless of elevator load or direction travel
15 1000 26 40 75 18.9 34.4 25 50 16 2900 36.1
2.0 17 1150 26 50 100 21.7 39.4 35 70 16 1700 26.0 This system provides passengers with audio information about car operation such as direction
1350 16.7 32 50 15.6 28.5 16 50 16 2050 29.9 of travel, landing floor, etc.
20 16.7 40 60 18.0 32.7 25 50 16 2250 32.1
16.7 40 75 19.3 35.1 25 50 16 2600 35.4 The doors will return to fully open position if the light ray unit detects an obstacle when the
24 1600 26 50 75 21.2 38.6 35 70 16 3050 39.3 doors are closing.
26 50 100 23.6 43.0 35 70 3600 45.1
11 750 26 60 120 27.1 49.3 35 70 When passengers are entering or getting out of the elevator, the multi-photo device will prevent
the door from closing.
13 900
After service on specific floor stop by car call, the car is operated normally.
15 1000
2.5 17 1150 This panel monitors elevator operations and conditions of emergency operations from the
building’s control room
20 1350
24 1600 In order for park the elevator, if the parking key is on position the car stop at the specified floor
after finish servicing of all of registered calls. After the car stops at the specified floor, the car
Note The wire size should be calculated considering the voltage drop when travel exceeds 50m. light and fan are off automatically and every buttons both on the car operating panel and hall
button box are no more available.

In case of fire every cars should be returned to the specified floor in order to evacuate
passengers safety.

In case of fire, a firemen can use the elevator which is stopped at the specified floor in order to
support firemen for fire-fighting.

42 _ Planning Guide Planning Guide _ 43