Hitachi T Escalator X SERIES · high-heeled shoes and umbrellas from being entrapped into its teeth. The embedded retangular landing plate is ﬁtted onto safe and reliable support

EscalatorHitachi SERIESXT

TX 2019.07Copyright:Hitachi Elevator (China) Co., Ltd.RE-C001Q 0719

CONTENTSHitachi s brand-new TX series escalators materialize to its design concepts of Safety, Reliability,

Comfort and Durability, and continue its commitment to environment-considered and energy-saving,

as well as its pursuits of high quality, which provides efficient and convenient transportation solu-

tions for buildings.

CGs presented in this catalogue are based on the recommended specification of Hitachi, with some options are included. Actual product may vary depending on selected specifications.

Safe and Reliable

Efficiency and Energy-saving

Diversified Design

Product Specification

01-06

07-10

11-14

15-18

，

Note：

01 02

SAFE AND RELIABLEProvide all-around protection for passengers.

These CGs are based on the recommended specification of Hitachi, with some options are included. Actual product may vary depending on selected specifications.

Note：

Safety of step

Safety of landing plate

8mm raised cleats on both sides of step, unique four sides demarcation lines design effectively guide passenger onto the safe standing area to prevent entrapment.

0.5mm convex surface on each stainless steel step the demarcation line area at the rear of each step, which enhance the passenger’s touch feeling of stepping onto，to reduce the risks of slipping.

The safe tooth pitch of step cleat is 8.4mm ,e ffe ct i v e l y p re v e n t t h e high-heeled shoes and umbrellas from being entrapped into its teeth.

The embedded retangular landing plate is fitted onto safe and reliable support structure, to avoid any shifting and falling of landing plate.

The anti-slip pattern meet the assessment group of R10, to effectively prevent the passengers from slipping.(Conforming to DIN51130 standard).

8mm

8.4mm

Anti-collapse

Anti-slip

Convex surface

Anti-slip Anti-collapse

03 04


Note：

Standard

Standard Standard

OptionalOptional

*：

Safety detection

Electronic safety monitor

Skirt guard safety device (SGS)*

Handrail inlet safety device (TIS)

Comb plate safety device (CMS)

Emergency stop button

Landing plate close abnormity detection(MIS)

Overload, loss of phase and phase reversal protection

Handrail breaking safetydevice (HRS)* Step chain safety

device (TCS)

Emergency brakingsafety gear(H≤6m)

Over-speed, under-speed and reversal safety protection

Missing step protective device (MSD)

Reversal protection

Full range of safety protection devices

Handrail inlet safety device (TIS)

Comb plate safety device (CMS)

Skirt guard safety device (SGS)*

Missing step protective device (MSD)

Handrail running speed abnormity detection (HSD)


Driving chain safety device (DCS) Step sinking safety

device (STS)

Landing plate close abnormity detection (MIS)

Magnetic brake safety device (MGS)

Auxilary brake(ABS)*(Standard for H＞6m)

Area safety detection device*

Skirt guard safety brush

Emergency Braking Safety Gear can be provided for H≤6m in addition to the main operation brake, for safe braking in the event of chain breakage.

TX escalator entirely enhance the electronic system safety performance. By comparing the operating status of main Machine and Step which improve the redundancy detection, avoiding overspeed and reversal situation, the electronic safety integrity level achieve to SIL3 (higher than EN Standard of SIL2).

Area safety detectionWhen the sensor detects passenger movement beyond the handrail, a voice announcement will alert the passenger.

*Note：Sensor is usually set up on one side where there is obstacle. In case of customer requesting to have sensor on both sides, please contact Hitachi.

Step operation detection Main machine operation detection

Anti-reversal

05 06

Standard

Standard

Optional

Optional

EFFICIENCY AND ENERGY SAVINGAssist the environmentally conscious saving operation, energy-saving buildings.

07 08

Comprehensively improve the drive technology, to achieve better

efficiency and energy saving; in addition, provide choices of

operation modes according to passenger flow, to maximize

customer's benefits .

Hitachi TX Escalator satisfies Class A+++, the highest level specified

in ISO 25745-3 “Energy performance of lifts, escalators and moving

walks -- Part 3”

A+++ ≤ 55%

A++ ≤ 60%

A+ ≤ 65%

A ≤ 70%

B ≤ 80%

C ≤ 90%

D ≤ 100%

E > 100%

A +++Low energy consumption

High energy consumption

Operation mode:

Label No:I0215765 Valid until:14.11.2021

Power off Auto start Slow speed

ISO 25745-3:2015

Auto start-stop operation

Auto dual speed + Auto start-stop operation

When the sensor detects no passenger for a predetermined period of time, the escalator automatically entersthe energy-saving mode. When the sensor detects an approaching passenger, the escalator gradually accelerates to the rated speed.

Energy Saving Mode

Standby speed (Energy-saving mode) Rated speed

Auto dual speed operationSpeed

Standby Speed

Standby Speed

Acceleration Deceleration Standby speedTime

Rated Speed

Rated speed(With passenger)

Standby speed（Without passenger）

Speed

Speed

Stop

StopStop

Acceleration

Acceleration

Deceleration Stop

Deceleration Stop

Time

Time

Rated Speed

Rated Speed

Rated speed (With passenger)

Rated speed (With passenger)

Without passenger

Detection of passenger



09 10


Note：

Optional

DIVERSIFIED DESIGNMatch perfectly with buildings.

11 12

Escalators are important features for building passenger traffic. The

decorative configuration of escalator will affect the overall space

architecture in the buildings. As for the upgrade of products, Hitachi

promotes the diversified design, to adapt to the different decoration

styles of shopping malls and buildings.


Note：

Handrail colors

Step designNote: Printed color and actual color may differ slightly

RedGray Blue Beige Green Brown Charcoal

Balustrade designSimple appearance design of the balustrade,will naturally guide passengers to slip the handrail.Optional LED handrail lights will further enhance architecture design.

LED lighting

13 14

Transparent tempered glass

TX-EN ModelTransparent tempered glass + handrail lighting

TX-L ModelHairline stainless steel

TX-P Model


Note：

Enhance the space utilization

Expand available space

TX series escalators brand new technological innovation optimizes truss structure size, saving additional space to be used for more valuable purposes for the customers.

Standard

Black

Standard

Optional

Optional

（ LED color selection: white, green, red, blue and light-yellow ）

Step demarcationlighting

Comb lighting

Handrail lighting( L Model only )

Footlight

Skirt guard lighting( Hidden-type )

White (Standard color)


Skirt guard lighting( Stripe-type )



Green (Standard color)

Green (Standard color)

Standard

Standard for IndoorAluminum alloy

No painting(No demarcation line)

Optional

Option for IndoorStainless steel

Painting Reinforced synthetic resin

Around 4 edges (Fluorescent yellow)

Optional

Standard for OutdoorAluminum alloy

Painting 3 edges yellow boundary

(Painting)

PRODUCT SPECIFICATION

15 16


Note：

Function

Safety device

Automatic running

Fault handling

Monitoring

Other functions

Step chain safety device(TCS)

Driving chain safety device(DCS)

Comb plate safety device(CMS)

Handrail inlet safety device(TIS)

Step sinking safety device(STS)

Handrail running speed abnormity detection(HSD)

Missing step protective device(MSD)

Landing plate close abnormity detection(MIS)

Magnetic brake safety device(MGS)

Skirt guard safety brush

Over-speed,under-speed and reversal safety protection


Overload,loss of phase and phase reversal protection

Fault detection on important components of control panel

Safe stopping distance detection

Emergency braking safety gear

Protection against electrostatic loading

Auxiliary brake(ABS)

Skirt guard safety device(SGS)

Handrail breaking safety device(HRS)

Area safety detection device

Auto Lubrication

Auto dual speed

Auto start-stop

Auto dual speed+auto start-stop

Constant speed only

Running direction indicator

Fault alarm

Fault recording

Fault display at control panel

Fault display at skirt guard

Dry contact interface

EN115-1:2008+A1:2010

√

√

√

√

√

√

√

√

√

√

√

√

√

√

√

√(H≤6m)

√

√(H＞6m)

√(Outdoor)

√(H≤6m)

√

√

√

√(Indoor)

1200 Type 1000 Type

Nominal width (mm)

Step width (mm)

Maximum capacity (persons/h)

Rated speed（m/s）

Angle of inclination

Power supply

1200

1004

6000

0.5

30°/ 35°

50/60Hz,AC 3-phase 220/230/380/400/415/440/460/480V, Single-phase 110/220/230/240V

1000

802

4800

Functional Configuration Standard specifications by escalator model

Fire alarm,shutter gate ,earthquake operation interface(when escalator receives signal, escalator stops)

√

√

√

√

Earthquake sensor

Automatic broadcast

√

√

√

√

√

√

√

Motor

Operation method

Three-phase AC induction motor

Key switch operation,reversible

Operating environment Indoor/Outdoor

*1：Setting value of leakage current detector ≥300 (mA)

17 18

TX-EN TX-LModelName

Balustrade

Floor

Step

- -LED (White)

Interior panel

Handrail lighting

Handrail

Skirt guard

Inner and outer deck

Skirt guard lighting

Footlight

Comb

Comb plate

Landing plate

Comb lighting

Step cleat and step riser

Demarcation lighting

Polyurethane (Black)

Indoor: Painted steel, Outdoor: Raw stainless steel

Indoor: Painted steel, Outdoor: Hairline stainless steel

Hidden-type/Strip-type LED (White)

LED (White)

Reinforced synthetic resin (Fluorescent Yellow)

Aluminum alloy

Aluminum alloy

LED (Green)

Indoor:Aluminum alloy (No painting) , Outdoor: Aluminum alloy

Indoor: No demarcation lineOutdoor: 3 edges yellow boundary (Painting)

LED (Green)

Transparent tempered glass Hairline stainless steel

TX-P

Demarcation line

Standard

Standard

Standard

Optional

Optional

Optional

Power Supply Sourcefrom Building

3-Phase/ FrequencyEscalator Motor

Capacity (kW)Model

220V，230V50/60Hz

1000 TypeH≤ 5500

5500< H ≤ 7500

7500< H ≤ 9500

H≤ 4500

4500< H ≤ 6000

6000< H ≤ 9500

5.5

7.5

11

5.5

7.5

11

40

50

63

40

50

63

≥ 40

≥ 50

≥ 63

≥ 40

≥ 50

≥ 63

D

D

D

D

D

D

12.5

16

18

12.5

16

18

4

8

10

4

8

10

1200 Type

380-415V,440V,460V,480V 50/60Hz

1000 TypeH≤ 5500

5500< H ≤ 7500

7500< H ≤ 9500

H≤ 4500

4500< H ≤ 6000

6000< H ≤ 9500

5.5

7.5

11

5.5

7.5

11

32

32

40

32

32

40

≥ 32

≥ 32

≥ 40

≥ 32

≥ 32

≥ 40

D

D

D

D

D

D

12.5

16

18

12.5

16

18

4

6

8

4

6

8

1200 Type

Rise H(mm)Control Panel

Circuit Breaker Size (A)

RequiredBuilding Side

Circuit Breaker Required

Building SideTransformer

(kVA)

MinimumSection Area

for GND (earthing)Wire

(sqmm)Current(A)*1 Curve

√

√

√

Standard Optional

Escalator planning data for 30°Escalator planning data for 30°Applicable for Rise H ≤ 6000mm Applicable for Rise 6000mm<H≤9500mm

＊1. If no bottom lights or pipelines need to be installed between the truss and the exterior panel, this dimension is 70mm at the inclined section and 90mm at the horizontal section.＊2. When the distance between the center line of handrail and the escalator or any obstacle in the building is less than 500mm, vertical deflector without any sharp edges shall be installed at the intersection. ＊3. Dimension of bearing plate for both ends : 150mm (W)×20mm (T)×1590mm (L) [1200 type]/1390mm(L) [1000type].＊4. If L is more than 15102mm, an intermediate support beam is required. K,M,N,J≤15100 mm.＊5. Upon planning, the gaps(clearances) between Escalator and building at both upper and lower part must be designed within the range of 40~90mm including the tolerance at the building side.

Note:

(Unit: mm) (Unit: mm)

Escalator plan view

Escalator side view Escalator front view

Details of supports onboth ends

Frame supporting portion Frame supporting portion(Construction)

140

320

Truss Frame of landing plate

5×M20 Bolt

Bearing plate*3(By others)

1200

type

: 970

(100

0 typ

e: 77

0)

1200

type

: 159

0 (10

00 ty

pe: 1

390)

1200

type

: 485（

1000

type

: 385

）

Length of bearing plate

140

20

Finished Floor Level(By others)

Bearing Plate*3(By others)(welded to the reinforced steel bars)

27050

Landing Plate

Steel Angle200×200×20

Truss

Floor Finishing Level(By others)

130

110±

10

150270

30

80

130

110±

10

140

1920

(Lower) (Upper)

Finished Floor Level(By others) Finished Floor Level(By others)

WP

W6

Landing plate

WPBarrier(By others)

W3

Overall Dimension (Width)(mm)

W (Balustrade)

W1 (Step)

W2 (Handrail)

W3 (Landing plate)

W4 (Truss)

W5 (Total width of escalator)

W6 (Min.pit/opening)

1200 Type 1000 Type

1026

802

1036

1350

1310

1350

1390

1226

1004

1236

1550

1510

1550

1590

Reaction Load(N)

R1ModelNo.

1

2

3

4

5

6

7

8

9.2H+35000

9.2H+38600

5.2K+14000

5.2K+14000

8.4H+33000

8.4H+36200

4.6K+14000

4.6K+14000

R2

9.2H+28000

9.2H+31360

5.2N+4000

5.2M+4000

8.4H+26000

8.4H+28960

4.6N+4000

4.6M+4000

R3

-

-

5.2(K+N)+5000

5.2(K+J)+5000

-

-

4.6(K+N)+5000

4.6(K+J)+5000

R4

-

-

-

5.2(J+M)+2000

-

-

-

4.6(J+M)+2000

2

3

4

2

3

4

1200 Type

H≤9500

1000 Type

Number of supporting

beam

2

3

2/3

2/3

2

3

2/3

2/3

Number offlat step

RiseH(mm)

Escalator plan view

External Dimension(Length)(mm)

2430

2830

3230

2930

2830

No. of flat stepStandardEN115-1 2008+A1(2010)

1000Type1200Type

H≤6000

6000<H≤7500

7500<H≤9500

2

3

3

3

Code Type Rise No. offlat steps

A (mm)

380~415V50/60Hz

220,230,440,460,480V50/60Hz

W3

(Lower) (Upper)


WP

Landing plate

WPBarrier(By others)

W6

Exterior PanelSide & Bottom(By others)

1000

920

1950≥2500

30°

2200 ≥2500

700

920

1025

200(70)*1

≥12

00

Rise

H

1.732HL*4( =1.732H+2680+A)

2580 A50*5 50*5

1100

A-150

880

800

200(

90)

200

200

(Max.Load:7.2H+49000N)φ 150 Hoisting Hole(By others)


≥1.732ｘ(o.h+2300)+A+50

≥23

00


o.h

vertical deflector*2(By others) Barrier(By others)

WP

≥4790

R4

R3

450

WP

450

Power Supply on right handside of top machine(By others)

M*4

N*4

J*4 K*4

20 W5 20

W1WW2



Exterior Panel(By others)

Access restriction device(By others)

1100

W4W6





1100

20 W5 20

W1W

W2

W4W6

【】:With the condition of H≤6000 with 3 flat steps (optional spec)

φ150 Suspension Hole(By others)


30°

WP

(Max.Load:7.2H+29400N)

≥1.732ｘ(o.h+2300)+A+50

vertical deflector*2 (By others)

WP


Barrier(By others)



1000

920

1550≥2500

≥23

00

1800 ≥2500

700

920

1025

200(70)*1

≥12

00

Rise

H

1.732HL*4(=1.732H+2280+A)【(=1.732H+2680+A)】

【2580】

【4790】

N*4 K*4

【2200】

【1950】

2180 A50*5 50*5

1100

A-150

880800

200(

90)

≥4390

o.h

200

200

F.F.L

F.F.L

450


inclination escalator inclination escalator

Intermediate frame supporting beam portion

W4

W4-230

≥50 230230

(100

) 450

180300≥50 230≥50 ≥25 ≥50

100

≥25

TrussIntermediate Support

Support Beam(By others)

Bearing Plate(400(L)×305(W)×20(T))

(By others)Support Beam

Bearing Plate(By others)(By others)

21 22

Escalator planning data for 35°Applicable for Rise H ≤ 6000mm

Note:

Details of supports on both ends

Frame supporting portion Frame supporting portion(Constrution)

(Unit: mm)

Escalator plan view



R1

Barrier(By others)vertical deflector*1(By others)



35°



WP

WP

≥1.428x(o.h+2300)+A+50

1000

920

1580≥2500

≥23

00

1870 ≥2500

700

920

1025

≥12

00

Rise

H

1.428HL(=1.428H+2310+A)

2210 A50*4 50*4

1100

A-150

800900

200(70) *1

200(

90)

o.h

200

F.F.L

200

≥4180


20


Bearing Plate＊3(By others)(welded to the reinforced steel bars)

130

110±

10

150270

3027050

Landing Plate

Steel Angle200×200×20

Truss

Floor Finishing Level(By others)

80

130

110±

10

140

140

320

Truss Frame of landing plate

5×M20 Bolt

Bearing plate＊3(By others)

1200

type

: 970

(100

0 typ

e: 77

0)

1200

type

: 159

0 (10

00 ty

pe: 1

390)

1200

type

: 485（

1000

type

: 385

）

Length of bearing plate

140

F.F.L

Detail E(F and E are symmetric)

Escalator front viewEscalator side view

Escalator plan view

Architectual requirement for outdoor escalator(Unit: mm)

≥2500

≥23

00

≥2500

≥12

00

R1

Rise

H

WP

WP

1450

R2

E

F

200(70)

420

Step

Truss

Drain slope 1/10（By Others）Drain hole（200×200×200）（By Others）

Drain Diameterφ100（By Others）

Barrier(By Others)Vertical deflector(By Others)

Exterior PanelSides & Bottom(By Others

Drain（By Others）

h≥30

β=1/

10

100≤S≤300 300≤T≤500 U

S: 100-300mm.

T: 300-500mm(Slope1/10).

U: Cutter(With Cover Plate).

Consumer should set the slope and gutter according to Detail E.

Joint Of The Escalator And Floor Cover Plate(By Others)

(Lower) (Upper)


Barrier(By others)

W6

Landing plate

W3

WP WP

W3

（Lower）（Upper）

TS

U

ST

TS

U

U

UTS390

420

Finished Floor Level(By others)Finished Floor Level(By others)

Drain（By Others） Barrier(By Others)

W4





1100

20W2W5 20

W1W

W6

inclination escalator

External Dimension(Length)(mm)

＊1. If no bottom lights or pipelines need to be installed between the truss and the exterior panel, this dimension is 70mm at the inclined section and 90mm at the horizontal section.＊2. When the distance between the center line of handrail and the escalator or any obstacle in the building is less than 500mm, vertical deflector without any sharp edges shall be installed at the intersection. ＊3. Dimension of bearing plate for both ends: 150mm (W)×20mm(T)×1590mm (L) [1200 type]/1390mm(L) [1000type].＊4. Upon planning, the gaps(clearances) between Escalator and building at both upper and lower part must be designed within the range of 40~90mm including the tolerance at the building side.

Note:

Overall Dimension (width)(mm)

W (Balustrade)W1 (Step)

W2 (Handrail)W3 (Landing plate)

W4 (Truss)W5 (Total width of escalator)

W6 (Min.pit/opening)

1200 Type 1000 Type

1026802

10361350131013501390

1226100412361550151015501590

Reaction Load(N)

H≤6000 28.2H+36000 8.2H+28000

Rise H (mm) No. of supporting point R1 R2Model

1200 Type

1000 Type 7.5H+33000 7.5H+26000

R2

2500 2900StandardEN115-1 2008+A1(2010)

1000Type1200Type H≤6000 2

Code Type Rise No. offlat steps

A (mm)380~415V50/60Hz

220,230,440,460,480V50/60Hz

W6W6

W6



Exterior Panel(By Others)

Barrier(By Others)

20 W5 20

W1

W4

WW2

F

F

E

E

1450

W6

≥30°

Canopy(By Others)

Work done by others for escalators

Item Work Description

15.

16.

17.

18.

19.

20.

21.

22.

23.

Main power supply for the drive motor: lead-in up to the upper control board of the escalator.

Power supply for inspection and maintenance : lead-in up to the upper control board of the escalator.

Grounding wire: lead-in up to the upper power receiving panel of the escalator.

Piping and wiring for the supervisory panel: lead-in from the installation area of the supervisory panel to the power receiving panel of the escalator.

Piping and wiring work if the escalator's operation panel is separately installed (built into the wall, etc).

Selector switch and its installation for escalator bottom lighting.

Installation of emergency lighting.

Installation of sprinklers, broadcasting speakers, guide lights, etc.

The intensity of illumination at the entrance and exit of escalator shall be at least 50 lux and 15 lux respectively.

Construction related work (Supply and install)

1.

2.

3.

Opening of holes in floor slabs for installation use and recovery work.

Installation of supporting beams for installation use.

Opening of suspension holes in floor slabs or sleeve holes for carrying the escalator into place and performing recovery work.

Item Work Description

Finishing work for floors and ceilings around the escalator after completion of escalator installation.

Installation & finishing works to barrier and walls around the escalator.

External panels on escalator frame (truss).

Installation of triangular caution mark in places where the escalator and building ceiling or one escalator and another intersects.

If the space between escalators is a stairwell, installation of intermediate down walls, ceilings, handrails, and advance prevention partitions.

Joint work in places where the escalator and the building's ceiling border.

Preparation of an entrance to carry in the escalator and perform recovery work if the escalator is to be installed in an existing building.

Protection work around the escalator if the escalator is to be installed in an existing building.

Opening of a hole in the wall if the operation panel of the escalator is to be installed in the building's wall.

Lowest floor and escalator bottom pits and waterproofing work.(if there is any resident room below the lower machine room, the pit work will be of refractory construction).

5.

6.

7.

8.

9.

10.

12.

13.

14.

4.

11. Installation of fall protection nets, etc, if the space between the escalator and the building's floor is stairwell or the space between one escalator and another is a stairwell.

Electrical equipment related work(Supply and install)

23 24


Note：

Documents

Hitachi T Escalator X SERIES · high-heeled shoes and umbrellas from being entrapped into its teeth. The embedded retangular landing plate is ﬁtted onto safe and reliable support