Technical Information and Configuration [PDF]

Zitiervorschau

Technical Information and Configuration

MRL

Summary

Modification

MMR

This manual provides the back-office personnel with the technical information needed to order and configure solutions with Schindler 5500/6500 EU.

08

09

Prepared

26.08.2015

naidura

KA No.

157820

157849

Reviewed

26.08.2015

wuethro1

KA Date

06.06.15 17.10.15

Norms Chkd 26.08.2015 Released

Schindler 5500/6500 EU Application

17.10.2015

CH-6052 Hergiswil

margnepa Format

Technical Information and Configuration INVENTIO AG

plattle

A4

Classification

Lead Office

11000

EB1

EJ 41210294

EN

Copyright © 2015 INVENTIO AG All rights reserved. INVENTIO AG, Seestrasse 55, CH-6052 Hergiswil, owns and retains all copyrights and other intellectual property rights in this manual. It shall only be used by SCHINDLER personnel or authorized SCHINDLER agents for purposes which are in the interest of SCHINDLER. Any reproduction, translation, copying or storing in data processing units in any form or by any means without prior permission of INVENTIO AG is regarded as infringement and will be prosecuted.

Page 1/24

Table of Contents 1 2 3 4 5

* Product Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Scope of Application. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . * Functional Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Peripherals and Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . * Layout Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.1 * Basic Design Philosophy . . . . . . . . . . . . . . . . . . . . . . . . 5.2 * Dispo Layouts, Basic Specifications and Documents . . . . . . . . . . 5.3 * Configuration Rules . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.1 System / Drive . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.2 Controls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.3 * Mechanical Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.4 Doors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.5 * Car. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.6 * Counterweight . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.4 * Component Layout Information . . . . . . . . . . . . . . . . . . . . . A1 * Technical Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A2 Related Documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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1

* Product Overview

Product Name

Designation

Description

Schindler 5500

Product Range within Custom Modular (new installation)

Schindler 6500

Product Range within Modernization (full replacement)

MRL

Machine Room Less

MMR

Mini Machine Room (with counterweight on side)

Overview

MMR

MRL

13

1

14

8 17 2 16 9 3

10 7 11 6 4

18 5

12

15

Schindler 5500 EU [36926; 11.09.2014]

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Component List

Pos 1 2

3

Designation

Description

DR PML/PMR 160, DR PML/PMR 200

Permanent magnet gearless machine

DR FML/FMR 160, DR FML/FMR 200

Asynchronous gearless machine

DR VAB 11/22/33/44

Frequency converters with brake resistors

DR VAP 33/55/77

Power factor 1 frequency converter wall mounted

DR VAP 155

Power factor 1 frequency converter installed in separate room in case of MRL application.

CO MX (Rel. 07)

Control Miconic MX-GC

AC TMX

Traveling cable MX-GC 7

4

FI GS 100, FI GS 300, FI GS Linea Vetro

Full height COP flush, LIP, LOP, PORT technology, Z-Line 3

5

AC GSI

Absolute car positioning system SALSIS with magnetic band including ETSL function

6

Omega bracket, Z-bracket, Top L-bracket

Connecting the counterweight guide rails and one car guide rail

7

STM PV30, STM PV40, STM PV50, STM PV60

Traction media (PU material) with 4 widths. Size depends on car size and travel height.

8

Drive support

Standing on guide rails and suspending CWT fixpoint

9

F-bracket

Support bracket in case of MMR

10 T75-3/B, T89/B, T127-2/B, H75, T127-1/B, Guide rails (for car and CWT). Size T140-1/B depends on car size, travel height and bracket distance. 11 Car bracket

Z-bracket

12 SA AC 300501, SA AC 300417, SA AC 300510

Elastomer buffer for maximum rated speed of 1 m/s

SA OLE LB LSB16 SA OLE LB LSB25

Oil buffer for speeds between 1 m/s and 3.0 m/s

SA OLE MLB16 SA OLE MLB20 SA OLE MLB25 SA OLE SEB16.2 SA OLE SEB20.2 SA OLE SEB25.2 13 SA GBP 201, SA WOL 35M

Overspeed governor

14 Car suspension point

Suspending the traction media and supporting the overspeed governor and SALSIS magnetic band

15 DO FEC

Fermator compact landing door T2L/T2R, C2

DO SEC 16 DO VAR 35

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

Sematic landing door 2000C-MG T2L/T2R, C2, C4 Door drive for T2L/T2R, C2 and C4 car doors, compatible with Sematic and Fermator landing doors

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Pos

Designation

16 DO VAR 15

Description Door drive for T2L/T2R, C2 car doors, compatible with Fermator and Wittur landing doors. Door drive for low range applications

17 CA PK 33

Car body P33K

OKR

Car interface box on top of the car

MM GSL l10, MM GSL l14, MM GSL T15, MM GSL T22

Car sliding guide shoe

MM GSR 200 A, MM GSR 200 B, EIsco C Car roller guide shoe SA GED 10, SA GED 20, SA G 01, SA G 11 18 CW GGM 3

Possible Variations

Safety gear Modular counterweight type 3

MM GSL I10, MM GSL I14

Counterweight sliding guide shoe

MM GSL I7

Counterweight sliding guide shoe for hollow guide rail (H75)

MM GSR R3.CWx

Counterweight roller guide shoe

SA WSB 01, SA WSB 02, SA WSB 05

Safety gear on counterweight as option

Variant

Anywhere Inside Building

Building Facade, Partly Outside

MRL

Yes

No

MMR

Yes

No

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

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2

Scope of Application

Range of Application

Characteristic

Symbol

Unit

Rated Speed

VKN

m/s

Travel Height

HQ

m

150

Rated Load

GQ

kg

630 ... 2500

Number of Elevators in a Group

ZAG

-

2 ... 8

ZE

-

50

-

-

50 2 (opposite sides)

Maximum Number of Stops Maximum Number of Landing Doors

Description 1.0 ... 3.0

Maximum Number of Car Entrances

ZKE

-

Number of Starts per Hour

ZKH

1/h

Standard 180 / optional 240

Car Width (50 mm steps)

BK

mm

1000 ... 2500

Car Depth (50 mm steps)

TK

mm

1000 ... 2700 2200 ... 3000

Car Height (100 mm steps)

HK

mm

KZU

-

2:1

-

-

T2R, T2L, C2, C4

Door Width (100 mm steps)

BT

mm

800 ... 1800

Door Height (100 mm steps)

HT

mm

2000 ... 3000

Reeving Factor Available Door Types

GQ [kg] 2500

2000 1800 1600

1275 1000 800 630

1.0

1.6

2.0

2.5

3.0

VKN [m/s]

[41785; 25.11.2013]

Restrictions

 Schindler 5500/6500 elevator system restrictions:  Not used as panoramic elevator  Not used when explosion-protected employment is required  Not installed in wet environments.  Component restrictions:  Control cabinet cannot be located outdoors.

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Products Replaced Standards and Regulations

Schindler 3400/5400 Number Lift Directive 95/16/EC

Title Requirements for the Design, Installation and Placing on the Market of New Lifts Directive 2002/95/EC Directive on the restriction of the use of certain hazardous substances in electrical and electronic equipment (RoHS) Directive 2002/96/EC Directive on waste electrical and electronic equipment (WEEE) Directive 2009/125/EC Directive on ecodesign requirements for energyrelated products EMC Directive Requirements Relating to Electromagnetic 2004/108/ECC Compatibility EMC Directive Requirements Relating to Electromagnetic 89/336/ECC Compatibility Machinery Directive Directive on the Approximation of the Laws of the 98/37/EC Member States Relating to Machinery EN 81-1:1998 Safety Rules for the Construction and Installation of Lifts - Part 1: Electric Lifts EN 81-28:2003 Safety Rules for the Construction and Installation of Lifts - Lifts for the Transport of Persons and Goods - Part 28: Remote Alarm on Passenger and Goods Passenger Lifts EN 81-58:2003 Safety Rules for the Construction and Installation of Lifts - Lifts for the Transport of Persons and Goods - Part 58: Landing Doors Fire Resistance Tests EN 81-70:2003 Safety Rules for the Construction and Installation of Lifts - Part 70: Accessibility to Lifts for Persons Including Persons with Disability EN 81-70:2003/A1:2004 Amendment 1: Safety Rules for the Construction and Installation of Lifts - Part 70: Accessibility to Lifts for Persons Including Persons with Disability EN 81-72:2003 Safety Rules for the Construction and Installation of Lifts - Particular Applications for Passenger and Goods Passenger Lifts - Part 72: Firefighters Lifts EN 81-73:2005 Behavior of Lifts in the Event of Fire EN 81-77:2013 Lifts subject to seismic conditions EN 12015:2004 Electromagnetic Compatibility - Product Family Standard for Lifts, Escalators and Passenger Conveyors - Emission EN 12016:2004+A1:2008 Electromagnetic Compatibility - Product Family Standard for Lifts, Escalators and Passenger Conveyors - Immunity EN 13015:2001 Maintenance for Lifts and Escalators: Rules for Maintenance Instructions ISO 4190-1:1999 Lift Installation - Part 1: Class I, II, III and VI Lifts ISO 4190-2:2001 Lift Installation - Part 2: Class IV Lifts ISO 4190-5:2006 Lifts and service Lifts - Part 5: Control devices, signals and additional fittings ISO/TS 22559-1:2004 Safety requirements for Lifts - Part 1: Global essential safety requirements (GESRs) MSO 148:1999 PVC tax Denmark

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

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Authority CEU CEU

CEU CEU CEU CEU CEU CEN CEN

CEN

CEN

CEN

CEN

CEN CEN CEN

CEN

CEN ISO ISO ISO ISO -

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CEU CEN ISO

Council of the European Union European Committee for Standardization International Organization for Standardization

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3 Description of Components

* Functional Description

As this is a system documentation for Schindler 5500/6500, the functional description is based on the components. The list below describes the components used within this system. For more information concerning the components, refer to the related TICO documents. Component Machine

Converter

Control

Car Interface Box Fixtures, PORT Technology, Z-Line 3 Hoistway Information Traction Media Hoistway Material

Door System

Car Safety Components

Counterweight

Description  Permanent magnet gearless machines PML160/PML200/PMR160/PMR200  Asynchronous gearless machines FML160/FML200/FMR160/FMR200  AC variable frequency converters Variodyn VF11/22/33/44BR  AC variable frequency power factor 1 converter Variodyn VF55/77PF1 as wall mounted inverter  AC variable frequency power factor 1 converter Variodyn VF155PF1 as standard cabinet version Control system Miconic MX-GC, Rel. 07 with SCAN bus. PEBO (Pulse Electrical Brake Opening) for the evacuation of trapped passengers acts like an ABS brake. PEBO opens the brake for a few milliseconds to avoid overspeed during evacuation. Note: With PMR/FMR machines, the evacuation zone is limited to 14 m. OKR (car interface box) mounted on the car roof. FI GS 100 / FI GS 300 / FI GS Linea Vetro fixtures for MX-GC Rel. 07. The hoistway position is given by SALSIS, designed to be used with MX-GC Rel. 07. SALSIS includes ETSL and KNE functions. Polyurethane (PU) V suspension traction media STM PV30/40/50/60 with steel cord inside. Guide rails T75-3/B, H75, T89/B, T127-2/B, T127-1/B, T140-1/B (car and CWT) Guide rail fixation with Omega-brackets and Z-brackets. Pit set allows installation with drilling and also without drilling into the pit floor. Compensating chain CB 110/150/220 or WLC 110/150/220. The car door system Varidor 35 is designed to be compatible with all standard landing doors of the program. The door is available with T2L/T2R, C2 and C4. Varidor 15 is designed for low range applications and only compatible with Fermator and Wittur landing doors. Sematic 2000C-MG landing door T2L, T2R, C2, C4. Fermator Compact landing door T2L, T2R, C2. Light curtain Progard L detects small objects in the full door height. The P33K is a framed car. Safety circuit Overspeed governor SA GBP 201 and SA WOL 35M. Safety gear SA GED 10, SA GED 20, SA G 01 or SA G 11. SA AC and SA OLE buffers are standard group products. Modular counterweight GGM3. Available with safety gear as an option up to 2.5 m/s.

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4 General

Field Tools

Peripherals and Interfaces

Schindler 5500/6500 is a complete system. All necessary components are integrated and provided with standard orders. Peripherals are those extra elements that are outside the system but fully compatible. Type CADI GC

Description Computer Aided Diagnosis Instrument, based on the global control platform. Car Supporting Tool A set of two supports to be fixed to the rails as a support to built up the PK SL 33 car sling. Motor Clamp A cantilever fork to allow motor hoisting operations very close to the hoistway ceiling. Motor Stand Metallic stand with two horizontal sliding beams on top. It allows motor installation very close to the ceiling in combination with the TWP temporary working platform when no structural ceiling is available. STM Guiding Tool Allows a trouble less routing of the STM loop down towards the pit using the CWT rails as a guiding means. Specially interesting for big HQ values. STM Uncoiling Reel Tool to unreel the traction media if delivered in a "pizza" box. Recommended for HQ ≤ 40 m. STM Wire Kit For MRL applications to allow routing of the STMs underneath the car from the roof. TWP Temporary Independent car sling with instantaneous safety Working Platform gears to be fixed around the delivered car platform. Provides a light and safe independent working platform guided by the rails being installed. Specially indicated for cars above GQ = 1400 kg to allow hoisting with a standard 1000 kg electrical device in 2:1 roping. Temporary SA GBP Support to install the GBP temporarily to the Support hoistway wall. Installation Governor For scaffolding less MRL applications where Kit governors other than the SA GBP are delivered, to engage the safety gear of the working platform. Tripping Speed For scaffolding less MRL applications where SA Reducer GBP governors are delivered to reduce the tripping speed during installation.  For VKN 1.00 m/s  For VKN 1.25 m/s  For VKN 1.50 m/s  For VKN 1.60 m/s  For VKN 1.75 m/s Rail Lifter Tool to attach the guide rails and lift them up with the lifting device.

Plumbing weight Plumbing Tool

Suggested if no local solution is available. Tool to plum the hoistway for the installation of Omega brackets and guide rails.

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

ID. No. 206917 56302531 56302533 56302535

56302537

56302271 56302835 56302539

59100662 56302715

49981660 49981650 49981675 49981670 49981680 59100713 (T75, T89) 59100718 (T89, T127, T140) 56302231 56302184

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Type Rail Alignment Jig

Description Tool to support the alignment of the guide rails.

Rail Joint Straightener Acceptance Test Plugs IMOF Adapter

Tool to straight the rail joints and to align the guide rails. Plugs to conduct automatic acceptance tests.

ANTEC Rails

Plug set which allows to run the elevator before commissioning at inspection speed. Installation rails for the machine consisting of:  Four end buffers  Four sliding carriages  Six fastening supports  Two sliding rails

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

ID. No. 547581 (left hand) 547582 (right hand) 56302401 59325552 59325720

1009539 9842SP2 1009526 1009524

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5 Summary

* Layout Information

This chapter provides the rules for the configuration of the Schindler 5500/6500 elevator system. It further lists the links to the most important system documents as well as some component calculations. These documents are produced during the ordering process (SAP VC) and generating a XML upload file for the elevator designer. The layout information listed in this chapter supports the user when placing individual orders and can be used for general information during the order preparation stage.

5.1

* Basic Design Philosophy

Schindler 5500/6500 is a modular passenger (service considering sill load = 0.6 * GQ) elevator system which extends the MRL technology of Schindler 3300 towards more flexibility. In addition, it stretches the limits of MRL to HQ = 150 m and VKN = 3.0 m/s. The complete elevator is designed for minimum hoistway footprint and full MRL application. However, a MMR solution is also available. The full parameterization allows flexibility for the majority of the custom requirements with a minimum of engineering effort. The traction media in combination with a very compact drive consequently arranged as MRL reduces the required space in the building and the product cost. In addition, the energy consumption can be reduced significantly. In summary, Schindler 5500/6500:  Requires the smallest hoistway in its class  Provides the highest comfort in the car, on the landings and in adjacent rooms  Offers pleasing standard car designs for high demands.

5.2 System Layout Checklist

* Dispo Layouts, Basic Specifications and Documents

The following checklist contains a list of items that should be available from the system layout drawing for each installation. Document Dispo Layouts Installation Manual

Basic Specifications

Number J 638207 J 638208 J 638209 J 638210 J 638211

Description The individual layout per installation is provided by the elevator designer. Supplied with the delivered installation component as embedded documentation. Description Basic Specification Schindler 5500/6500 for VKN = 1.0 m/s Basic Specification Schindler 5500/6500 for VKN = 1.6 m/s Basic Specification Schindler 5500/6500 for VKN = 2.0 m/s Basic Specification Schindler 5500/6500 for VKN = 2.5 m/s Basic Specification Schindler 5500/6500 for VKN = 3.0 m/s

Refer to Schindler Application Portal PNC to view the documents.

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Documents and Calculation Programs

Number Q 41210148 J 638400

Description MRL Placement of Controller Cabinet Engineering Master Document:  Offset Guide Rail Axis  Offset Car Door  Length Calculation of Traction Media and traveling cable.

Refer to Schindler Application Portal PNC to view the documents. Tools

Number

Tools

LBLC (Lift Builder Lift Lift Calculation Program Calculator)

5.3

* Configuration Rules

5.3.1

System / Drive

000 Elevator System

 Standard layout drawing is counterweight and machine left (looking from main entrance into the hoistway) car fix point right. Overspeed governor right front on top of the car fix point SALSIS right rear. Pit ladder right front on the wall (above governor tension weight)  Optional the whole layout can be turned by 180° that is counterweight and machine right, car fix point left. Overspeed governor left rear on top of the car fix point SALSIS left front. Pit ladder right front on the wall (beside SALSIS magnetic band)  Position the elevator in the hoistway so that the counterweight has minimum distance to the wall  The guide axis is in the center of the car TK/2 with sliding guide shoe  100 mm offset for small cars.

100 Gearless Machines

 Always positioned on top of the counterweight  Standard position is on the left (looking from main entrance into the hoistway)  Machine support standing on three guide rails.

Depending on local regulations, only FML/FMR machines can be used in certain countries. GQ [kg] 630 ≤ 1000 ≤ 1600 ≤ 1800

VKN [m/s] ≤ 1.6 ≤ 2.0 ≤ 2.5 ≤ 2.5

Machine Type FML/PML/FMR/PMR 160-A FML/PML/FMR/PMR 160-B FML/PML/FMR/PMR 200-C FML/PML/FMR/PMR 200-D

≤ 2500

≤ 3.0

FML/PML/FMR/PMR 200-E

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5.3.2

Controls

210 Inverter

 Standard position is between the machine and the front wall  If no space in front of machine on rear wall next to the machine (Note: The inverter will overlap the car)  Alternatively, the inverter can be positioned on the wall opposite to the counterweight (especially if the standard position is not possible or with 2 entrances and the SF dimension is big, for example for C2 doors)  For MRL applications: the VF155PF1 must be placed outside the hoistway in a separate room which fulfills the requirements of a standard machine room according to EN81-1:1998.

220 Controller

    

240 COP

 Standard position is on the right side wall  The COP is full height and flush mounted (if key switches are used, they may protrude from the COP)  The COP should usually be installed on the side opposite to the counterweight. Installation on the counterweight side is possible only for the configurations listed in the table below:

Standard position is on the top floor, on the left side of the door Position the controller preferably on the machine side Optionally, the controller can be placed on the floor below the top floor The traveling cable is suspended from an Omega bracket PEBO for evacuation of trapped passenger is mandatory. Standard position above the landing door on the top floor.

STM Type

Guide Rail Type T75/T89 T127/T140 PV30 Yes Yes PV40 No Yes PV50 No Yes PV60 No Yes  Optionally, a horizontal handicapped COP can be installed on the side wall only. 260 SALSIS

Always on the car fix point side opposite to the overspeed governor.

5.3.3

* Mechanical Equipment

310 Traction Media

 Determination of traction media size and number with the LBLC (Lift Builder Lift Calculator)  Traction media is available in PU.

330 Compensating Chain

Where required.

340 Guide Rails

 T75-3/B, T89/B, T127-2/B, H75, T127-1/B, T140-1/B  Determination of guide rails with the LBLC.

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350 Buffers

GQ [kg] < 800

≥ 800

85

Comp. GB TD Rope GB TD Rope GB TD Rope

1.0 1.6 SA GBP 201 6x19S-SFC 1770 B sZ SA GBP 201 MM TD 203 6x19S-SFC 1770 B sZ n/a

VKN [m/s] 2.0

2.5 SA WOL 35M

3.0

MM TD 203 6x19W WSC 1960 U sZ SA WOL 35M MM TW251 6x19W WSC 1960 U sZ SA WOL 35M MM TW251 6x19W WSC 1960 U sZ

Overspeed Governor Types Car Side

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HQB [m] ≤ 85

Comp.

VKN [m/s] 1.0 1.6 SA GBP 201 MM TD 203 6x19S-SFC 1770 B sZ

GB TD Rope GB TD Rope

≤ 85

> 85 > 85

n/a

2.0 2.5 SA WOL 35M MM TW251 6x19W WSC 1960 U sZ SA WOL 35M MM TW251 6x19W WSC 1960 U sZ

Overspeed Governor Types CWT Side

380  Bracket position and HF distance according to the engineering master documentation Hoistway Material  Set the Z-brackets always on the same level as the Omega brackets and the top L-brackets  The pit set allows drilling into the pit floor and also installation without drilling into pit floor. HSS1 and HSS2 according to the engineering master documentation. 360 Governor Rope

6x19S-SFC 1770 B sZ or 6x19W WSC 1960 U sZ application range see above in "360 Overspeed governor".

5.3.4 440 Landing Doors

Doors

Door Fermator Compact

Sematic 2000C-MG (in 100 mm steps)

Type T2 C2 T2

C2 C4

Door Frame Fermator Compact

Type T2

BT [mm] 800 900 800, 900 800 ... 900 1000 ... 1200 1300 ... 1400 800 ... 900 1000 ... 1600 1000 1100 1200 ... 1800

HT [mm] 2000, 2100 2000, 2100, 2300 2000, 2100 2000 ... 2400 2000 ... 2600 2100 ... 3000 2000 ... 2400 2000 ... 3000 2000 ... 2200 2000 ... 2300 2000 ... 3000

Size W x D / H [mm] 120 x 60 / 160

TSW [mm] 90 requires niche

C2 Sematic 2000C-MG

T2

120 x 60 / 160 50 x 60 / 50

C2 C4 Lateral Front Sematic 2000C-MG

Type T2 C2

75 requires niche 120 90 120

BTF1 [mm] 160 ... 1000

BTF2 [mm] 160 ... 1000

C4

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450 Car Doors

   

T2 always opening towards the CWT to minimize hoistway size T2 always with a closing door jamb 50 mm wide C2/C4 standard in the center of the car Optional: C2/C4 with an offset to the car center line of 50 mm or 100 mm to move the door towards the counterweight and to minimize hoistway size.

[36953; 16.09.2010]

 C4 only with Sematic 2000C-MG landing door  Light curtain Progard L is standard.

5.3.5 510 Car Enclosure

* Car HKK [mm] Remark ≥ 100 With luminous ceiling ≥ 200 Used for:  Fire fighter elevators  Elevators with glass door  Elevators with indirect light (island ceiling)

     

Always trap door in roof for self rescue of maintenance personnel Optional emergency exit Balustrade 700 mm on machine side is standard Optional balustrade in rear and opposite Optional balustrade with 1100 mm If required, balancing weight is available.

540 Car Sling

   

Safety gears SA GED 10, SA GED 20, SA G 01, SA G 11 Standard are sliding guide shoes, roller guide shoes on special request of the customer Sliding guide shoes are l10, l14, T15, T22 Roller guide shoes are GSR 200 A, GSR 200 B and Elsco C.

550 Compensating Chain Suspension

 Chains optional for HQ ≤ 80 m  Chains required for HQ > 80 m. Note: If chains are required, the counterweight must have a BG ≥ 800 mm and buffers as follows:  Rubber buffers for BG ≥ 1000  Oil buffer for BG ≥ 800.  Always two chains  Chains are always suspended in the centerline of the car with a distance of 800 mm to each other.

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800 [36954; 16.09.2010]

550 Pit Depth with Compensating Chain

580 Load Measuring

VKN HSG (impact with CB chain) [m/s] 600 ≤ TU ≤ 1000 [mm] 1.00 2 1.50 0.0004 · TU - 0.4191 · TU + 1080 HSS2 - HPEcwt 2.00 2.50 0.0004 · TU2 - 0.4191 · TU + 1115 HSS2 - HPEcwt 3.00 0.0004 · TU2 - 0.4191 · TU + 1163 HSS2 - HPEcwt => Round up the result to the next 50 mm.

HSG (impact with WLC chain) 1000 ≤ TU ≤ 1600 [mm] 2 0.0001 · TU - 0.1254 · TU + 1198 HSS2 - HPEcwt 0.0001 · TU2 - 0.1254 · TU + 1207 HSS2 - HPEcwt 0.0001 · TU2 - 0.1254 · TU + 1255 HSS2 - HPEcwt

Integrated into the lower yoke.

5.3.6 620 Counterweight

* Counterweight BG [mm] 1) TG [mm] 600 160 800 1000 1000 190 1400

Guide Shoe Type Sliding l10, l14 Roller R3.CWSS Sliding l10, l14 Roller R3.CW, R3.CWS

1) BG = TK - 400

   

Sliding guide shoes I10, I14 (I7 for hollow guide rails H75) Roller guide shoe R3.CWx Filler blocks are available in HDC (High Density Concrete) and steel The counterweight is always filled with the maximum possible number of HDC filler blocks and then filled up with steel filler blocks  If the HDC filler blocks alone provide enough weight and do not fill the counterweight completely, reduce HGR as much as possible. 620 Counterweight Safety Gear

Counterweight safety gear increases HSG: See EOS configuration Counterweight safety gear increases BS: See EOS configuration Counterweight safety gear types: VKN [m/s] ≤ 2.5

GGU [kg] ≤ 1600 ≤ 3600 ≤ 5700

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

Safety Gear Type SA WSB 05 SA WSB 01 SA WSB 02

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5.4

* Component Layout Information

Assembly Group 100 Gearless machines

210

Converter

220

Control

240

Fixtures

250 260

Communication Peripherals

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

Component PML160 PML200 FML160 FML200 PMR160 PMR200 FMR160 FMR200 Variodyn VF11BR Variodyn VF22BR Variodyn VF33BR Variodyn VF33PF1 Variodyn VF44BR Variodyn VF55PF1 Variodyn VF77PF1 Variodyn VF155PF1 Control cabinet OKR Traveling cables Hoistway cables Mains connection PEBO FI GS 100 / FI GS 300 FI GS Linea Vetro PORT technology Z-Line 3 Intercom SALSIS (hoistway information) Light curtain

Layout Information TICO EJ 41603149

TICO EJ 41606220

TICO K 604439 TICO K 604439 TICO K 604439 TICO EJ 41411662 TICO K 604445 TICO EJ 41411122 TICO EJ 49200013 TICO EJ 41410804 TICO EJ 41320500

TICO EJ 41320445 TICO EJ 41905010 TICO EJ 604640 TICO EJ 41320500 TICO EJ 604805 TICO K 603088

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Assembly Group Component 300 Mechanical equipment Traction media MM STM PV30, PV40, PV50, PV60 Compensating chain Guide rails and guide rail fixings Pit set Pit ladder Drive support Cwt screen Car suspension point Overspeed governor SA GBP 201 Overspeed governor SA WOL 35M Governor rope Governor rope coupling Tension weight MM TD 203 Tension weight MM TW 201 Tension weight MM WTW 26 SA AC buffer for VKN = 1.0 m/s SA OLE buffer for VKN > 1.0 m/s 440 Landing door Sematic 2000C-MG

450

Door drive

500

Car

600

Counterweight

Fermator Compact DO VAR 35 DO VAR 15 CA PK 33 Car Sliding guide shoe Roller guide shoe SA GED series, safety gear SA G series, safety gear CA SL 33 CW GGM 3 Sliding guide shoe Roller guide shoe SA WSB series, safety gear

Layout Information TICO EJ 604832

TICO K 604535 TICO EJ 612179

TICO K 602210 TICO EJ 49200016 TICO K 600425 TICO K 600042 TICO K 602210 TICO EJ 41373612 TICO EJ 49200016 TICO K 602672 TICO K 602846 TICO J 41351901 (T2) TICO J 41351902 (C4) TICO J 41351536 (C2) TICO J 41352131 TICO EJ 41350880 TICO EJ 41354012 TICO EJ 45309304 TICO K 601881 TICO K 603430 TICO EJ 604768 TICO EJ 45309307 TICO EJ 612181 TICO K 601881 TICO EJ 49200023

Refer to Schindler Application Portal PNC to view the documents.

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

EJ 41210294

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A1 Performance Data

* Technical Data

Characteristic Stopping Accuracy Re-leveling Accuracy Acceleration AK Jerk AKT Lifetime of Entire Elevator Lifetime of Traction Media Average Starts per Year Maximum Starts per Hour Average Starts per Year

Business Hours per Year

Hoistway Data

Characteristic

Unit

0.6 ... 1.0 < 1.2 20 ≥9 500000 180 240 100000 120000 300000 360000 600000 720000 900000

Starts/y h/y h/y h/y h/y

1080000 4732 2860 4732 5460

Abbreviation

HSG [mm]

Copyright © 2015 INVENTIO AG

Traction media

±5

Standard Optional Residential standard Residential optional Commercial standard Commercial optional Hotel standard Hotel optional Hospital standard Hospital optional Residential Commercial Hotel Hospital

Comment

VKN Hoistway [mm] Dimension [mm] See EOS configuration See EOS configuration 1.0 1.6 2.0 2.5 3.0 Standard 1.0 See EOS configuration 1.6 2.0 2.5 3.0 With compensating chain

Schindler 5500/6500 EU Application Technical Information and Configuration

Remark

±5

mm mm m/s2 m/s3 Years Years Starts/y Starts/h Starts/h Starts/y Starts/y Starts/y Starts/y Starts/y Starts/y Starts/y

Hoistway Width, BS, TS Depth Hoistway Headroom HSK [mm] Height Minimum

Hoistway Pit Depth Minimum

Value

HK + 1195 HK + 1355 HK + 1550 HK + 1785 HK + 1945 1100 1195 1400 1550 1770

see section "Configuration Rules" in Product Group 550.

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Electrical Data

Characteristic Description Mains Voltage: Power 415 ± 10% V 400 ± 10% V 380 ± 10% V 230 ± 10% V (adapter transformer required) Mains Voltage: Light 240 ± 10% V 230 ± 10% V 220 ± 10% V 110 ± 10% V Mains Frequency 50 ± 5 Hz 60 ± 5 Hz

Environmental Data Temperature

Humidity

Altitude

Characteristic Top landing, normal operation In hoistway, normal operation In hoistway, installation Storage Transport Top landing, normal operation In hoistway, normal operation In hoistway, installation Storage Transport Above sea level

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

Description 5 ... 45 °C 5 ... 45 °C -5 ... 45 °C -10 ... 50 °C -25 ... 50 °C ≤ 95 % non-condensing

≤ 99 % non-condensing ≤ 2000 m > 2000 m with partially reduced performance

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A2 External Certificates

Related Documents

Component Schindler 5500 PML160 PML200 FML160 FML200 PMR160

Certificate No. 01/208/58/1103/4009 ABV 858 ABV 857 ABV 858 ABV 857 01/208/5A/1210/5500

PMR200

01/208/5A/1210/5500

FMR160

01/208/5A/1210/5500

FMR200

01/208/5A/1210/5500

SA AC 300510 SA AC 300501 SA AC 300417 SA OLE LB 16.003 SA OLE LB 20.001 SA OLE LB 25.003 SA OLE LSB 16 SA OLE LSB 20 SA OLE LSB 25 SA OLE MLB 16 SA OLE MLB 20 SA OLE MLB 25 SA OLE SEB 16.2 SA OLE SEB 18.2 SA OLE SEB 20.2 SA OLE SEB 25.2 SA GBP 201 SA WOL 35 SA WOL 35M SA GED10 SA GED15 SA GED20 SA G 01 SA G 11 SA SGB 01 SA SGB 02 SA SGB 05

44 208 09 555374 44 208 09 555371 08/208/AP002/300417 BSI-LB-005 BSI-LB-007 BSI-LB-009 BSI-LB-570095 BSI-LB-573668 BSI-LB-573669 BSI-LB-570092 BSI-LB-570093 BSI-LB-570094 BSI-LB-001 BSI-LB-002 BSI-LB-003 BSI-LB-004 AGB 081 TÜV-A-AT-1/98/101 CEGB TÜV-A-AT-1/98/101 CEGB ABFV 489 ABFV 569 ABVF 491 AFV 806 AFV 804 TÜV-A-AT-1/99/101 CEFV TÜV-A-AT-1/99/102 CEFV TÜV-A-AT-1/99/104 CEFV

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

Authority TÜV Rheinland Group TÜV Süd TÜV Süd TÜV Süd TÜV Süd TÜV Rheinland Industrie Service GmbH, Köln TÜV Rheinland Industrie Service GmbH, Köln TÜV Rheinland Industrie Service GmbH, Köln TÜV Rheinland Industrie Service GmbH, Köln TÜV Nord TÜV Nord TÜV Hannover/Sachsen-Anhalt e.V. BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) BSI Hempstead (UK) TÜV Süd Industrie Service GmbH TÜV Austria TÜV Austria TÜV Süd Industrie Service GmbH TÜV Süd Industrie Service GmbH TÜV Süd Industrie Service GmbH TÜV Süd Industrie Service GmbH TÜV Süd Industrie Service GmbH TÜV Austria TÜV Austria TÜV Austria

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Technical System Documentation

Number K 600400 K 43402100 K 43401953

Description Symbols used in Formulas for Elevators Installation Guide Schindler 5500 Maintenance Schindler 5500 Overview

Refer to Schindler Application Portal PNC to view the documents.

Schindler 5500/6500 EU Application Technical Information and Configuration Copyright © 2015 INVENTIO AG

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