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[GB/T 24805-2009] Vertical lifting platforms for persons with impaired mobility
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GB 24805-2009
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Basic data | Standard ID | GB 24805-2009 (GB24805-2009) | | Description (Translated English) | [GB/T 24805-2009] Vertical lifting platforms for persons with impaired mobility | | Sector / Industry | National Standard | | Classification of Chinese Standard | Q78 | | Classification of International Standard | 91.140.90 | | Word Count Estimation | 57,575 | | Date of Issue | 2009-12-15 | | Date of Implementation | 2010-09-01 | | Quoted Standard | GB/T 1243; GB 2894; GB/T 3766; GB 4208-2008; GB 4706.1; GB/T 4728.1; GB/T 5013.5; GB/T 5023.6; GB 5226.1; GB 8903; GB/T 12996; GB/T 13800; GB 14048.1-2006; GB 14048.4; GB 14048.5; GB/T 15651; GB/T 15706.2; GB/T 16895.1-2008; GB 16895.3; GB 16895.21; GB/T 16935.1-2008; GB 19212.1-2003; GB 19212.5; EN 12015; EN 12016 | | Adopted Standard | ISO 9386-1-2000, MOD | | Regulation (derived from) | Announcement of Newly Approved National Standards No. 15 of 2009 (total 155) | | Issuing agency(ies) | General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China | | Summary | This Chinese standard relates to use of staff mobility, permanently installed power-driven vertical lifting platform security standards, size and function. | GB 24805-2009: [GB/T 24805-2009] Vertical lifting platforms for persons with impaired mobility---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
Vertical lifting platforms for persons with impaired mobility
ICS 91.140.90
Q78
National Standards of People's Republic of China
With reduced mobility to use vertical lift platform
(ISO 9386-1.2000Power-operatedliftingplatformsforpersonswith
impairedmobility-Rulesforsafety, dimensionsandfunctionaloperation-
Part 1. Verticalliftingplatforms, MOD)
Published 2009-12-15
2010-09-01 implementation
Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China
Standardization Administration of China issued
Table of Contents
Introduction Ⅲ
Introduction Ⅴ
1 Scope 1
2 Normative References 1
2 3 Definitions
Basic requirements 4 6
Rails 5, and a mechanical stop means mechanical blocking means 8
6 governor and the safety gear 8
7 and a drive unit driving system 9
Electrical installation and electrical equipment 8 15
Special claim 9 closed hoistway lifting platform 20
10 unsealed special lifting platform hoistway claim 25
Inspection and maintenance 11 27
12 Technical Paper 28
13 logo, precautions and instructions for use 28
Guide Appendix A (informative) to select and purchase the applicable lifting platform 41
Annex B (informative) delivery inspection before using the recommended 43
Annex C (normative) dedicated operation device, a switch, a sensor selection recommendation 44
Regular inspection and maintenance 45 Annex D (informative) during use
46 certificate purchaser/use of personnel acceptable Appendix E (informative) delivery
Safety circuit design, the circuit elements and circuit failure analysis Annex F (normative) 47
The different requirements of Annex G (informative) private spaces and public places Summary 50
Reference 51
Foreword
This standard Chapter 1, Chapter 2, Chapter 3, Appendix A, to Appendix B, appendix C, Appendix D, Appendix E, and Appendix G 4.12,5.2.2,
8.13.3,8.13.4,10.2.4.1 Chou), 11.2,13.1 with the content "should" words are recommended, the rest are mandatory.
This Standard is a modified ISO 9386-1.2000 "power mobility safety personnel lifting platform, size and operating functions regulation
Fan Part 1. Vertical lifting platforms "(in English).
For ease of use, the standard ISO 9386-1.2000, the following editorial changes made.
--- The standard introduction to delete the ISO 9386-1.2000 Introduction The content unrelated to the standard because of its presence or absence of the standard
No effect on the understanding and use.
--- In this standard "Normative References" instead of using the national standard ISO 9386-1.2000's "normative references" in the pair
Corresponding foreign standards.
--- This standard deleted ISO 9386-1.2000 Terms and definitions "3.13 drivingrack drive rack", "3.18 fol-
stroke associated low-through "and" 3 3.51 toothedbelt toothed belt term "because they did not appear in the text.
--- In the standard "reference" replaced by national standards ISO 9386-1.2000 in the "Reference" in the corresponding foreign
standard.
This standard ISO 9386-1.2000 following technical amendments made, these technical differences identified in a single vertical line with which they relate
The terms of the margin.
--- Chapter 3 of this standard is defined in terms of the increase in the maximum working load 3.55 Maximumworkingload, to account for overloading
Case.
--- ISO 9386-1.2000 in 4.8 "rated load carrier according to the net area of at least 210kg/m2", this standard with "nominal carrier
The net weight of the bearing area of at least 250kg/m2 "instead, because the use of electric wheelchair may occur platform overload
Case, therefore reference GB/T 21739-2008 and prEN81-41.2008 the relevant provisions were modified.
--- standard reference GB/T 21739-2008 in ISO 9386-1. increased load control provisions 4.8 2000. "When the load
Greater than 110% of rated load, overload think. ", Employed to design maximum working load carrying capacity and the corresponding test
Load, in order to guarantee safety and control platform load.
--- ISO 9386-1. 4.12 Design "motor, the contact means and control means 2000 should meet the electromagnetic interference suppressing statutory
Claim. However, the need to give adequate suppression of components should not be used in any part of the circuit, because the malfunction
Cause an unsafe condition. "The standard of" Electromagnetic compatibility should meet the EN12015 and EN12016 "instead, in order to improve
Operability, as well as GB/T 21739-2008 standard uniform waiting for the elevator.
--- ISO 9386-1.2000 in 7.4.2 of "root diameter, said rope reel and the hanging ropes well diameter ratio of not less than 21", this standard
Permitted "said pitch circle diameter of the roll diameter and the ratio of the suspension ropes well not less than 25" in place; ISO 9386-1.2000
7.4.3 "rope pulley groove bottom diameter of the suspension rope ratio of the nominal diameter of not less than 21", with the present standard "pitch circle diameter of the roll
The suspension rope ratio of nominal diameter not less than 25 "instead of present standard reference prEN81-41.2008 and
GB/T 21739-2008 has been modified in order to increase the service life of wire rope and safety.
--- This standard deleted ISO 9386-1.2000 "7.8 with guide ropes of beads driving additional requirements", "7.9 worm - fan
Shaped worm drive additional requirements "," 7.11 Additional requirements for driving the guide chain, "and" 7.12 roller guide link with a carrier
Additional requirements of the drive member and the carrier "four kinds of driving method, and the terms corresponding thereto, since the four kinds of driving method
Not suitable for China's national conditions, and in recent years, developed countries (regions) are also no longer used.
--- This standard 9386-1 ISO . increased "D) minimum bend radius" 2000 7.14.3 content, since the hose is fixed to
Seeking the minimum bending radius of the bending radius of the maker out.
--- ISO 9386-1.2000 in 9.1.2.1b) of the "self-closing, but in the fully open position of the steady-state", this standard with "Auto Off
close. If the following conditions are met, allowing the landing door remains open. 1) When the landing door helps fire rating of the building, floor door
Automatically closed under the excitation of a fire management system; 2) when there is likely to leave the landing platform at an unsupervised layer
The door will automatically close. "Instead of standard reference prEN81-41.2008 has been modified to increase the gate region layer
Safety.
--- This standard in ISO 9386-1.2000, an increase of 13.10 "landing door unlock key" to reduce the risks associated with emergency unlocking.
--- This increases prEN81-41 in standard references.2008 "elevator manufacturing and installation used for carrying cargo and passenger safety norms Laid
Special elevator Part 41. Vertical lifting platforms used by persons with reduced mobility "and GB/T 21739-2008" Home elevator system
Building and installation specifications. "
Appendix F of this standard is normative, Appendix A, to Appendix B, appendix C, Appendix D, Appendix E, Appendix G is an information appendix.
This standard is proposed and managed by the National Elevator Standardization Technical Committee (SAC/TC196).
This standard is drafted. Suzhou southeast elevator (Group) Co., Ltd.
It participated in the drafting of this standard. China Academy of Building Research Construction Mechanization Research Branch, Hangzhou gifted Snyder Elevator Parts Co., Ltd.,
Shanghai Mitsubishi Elevator Co., Ltd., ThyssenKrupp Elevator Home (Shanghai) Co., Ltd., Shanghai Special Equipment Supervision and Inspection Institute of Technology,
Shenyang Brilliant Elevator Co., Ltd.
The main drafters. Ma Yiping, Chen Fengwang, Lu Jiong, Zhu Rong, Tian Hao, Zhao Zujiang, Jia Kai.
Introduction
The standard size of the mounting position of the control means and the vertical lifting platforms and other components were prescribed to people with reduced mobility meet
The actual needs of members, and in line with JGJ50-2001 "urban roads and buildings barrier-free design" requirements.
Comply with this standard the lifting platform can be run at + 5 ℃ ~ + 40 ℃ indoor environment. If installed outdoors, the need to comply with
Other additional requirements.
Assuming that the lifting platform parts with good maintenance and to maintain a normal working condition, despite the wear and tear and still meet the requirements.
Meet the requirements of this standard lifting platform for persons with reduced mobility to safely use a separate, if not used independently, but also in others Association
Aid under use. When the equipment is installed in a private place, use of personnel should be able to grasp the essentials of the lifting platform and operating in line A. 4 requirements. When set
When preparation for installation in public places, or operating instructions should be provided assistance. Guide to the selection and purchase of the applicable lifting platforms See Appendix A.
The examples in this design standard for ease of illustration mentioned, not as the only, if there are other programs can achieve this standard to safety
Sum equivalent operating results, also consider using.
This standard does not specify the general technical requirements for electrical, mechanical or architectural structure.
This standard specifies the materials and equipment requirements to be met in order to achieve the safety requirements and operating functions.
This standard also specifies preventing apparatus installed outdoors adversely affected requirements.
With reduced mobility to use vertical lift platform
Range 1
1.1 standard provides for the use of persons with reduced mobility (wheelchair can stand or car, can also be accompanied by someone or unaccompanied), a permanent Security
Power drive means security guidelines vertical lifting platform, size and functionality.
1.2 This standard specifies the requirements of the lifting platform below.
a) is mounted in a closed hoistway;
b) design or installation site to allow their use in a non-closed hoistway.
1.3 This standard applies to the following lifting platform.
a) runs between the fixed floor;
b) mounting within the hoistway is not closed and does not run through the floor lifting platform.
1) lifting height is no greater than 2M;
2) in private homes, lifting height of not more than 4m.
c) attached to the lifting platform in the closed hoistway, lifting height is no greater than 4M;
Note. The recommended closure of the hoistway.
d) the rated speed is not greater than 0.15m/s;
e) running direction and the vertical angle is no greater than 15 °;
f) rated load of not less than 250kg.
2 Normative references
Terms of the following documents become provisions of this standard by reference in this standard. For dated reference documents, all later
Amendments (not including errata content) or revisions do not apply to this standard, however, encourage the parties to agreements based on this standard
Whether the latest versions of these documents. For undated references, the latest version applies to this standard.
GB/T 1243 Short pitch transmission precision roller chains, bush chains, attachments and sprockets (GB/T 1243-2006, ISO 606.2004,
IDT)
GB 2894 Guidelines for the use and safety signs
GB/T 3766 Hydraulic System General specification (GB/T 3766-2001, eqv ISO 4413.1998)
GB 4208-2008 shell protection (IP code) (IEC 60529.2001, IDT)
Safety Part 1 GB 4706.1 household and similar electrical appliances. General requirements [GB 4706.1-2005, IEC 60335-1.
2004 (Ed4.1), IDT]
GB/T 4728.1 diagrams Graphical symbols - Part 1. General requirements (GB/T 4728.1-2005, IEC 60617da-
tabase, IDT)
GB/T 5013.5 rated voltage of 450/750V and Rubber insulated cables Part 5. Lift cables (GB/T 5013.5-
2008, IEC 60245-5.1994, IDT)
GB/T 5023.6 rated voltage of 450/750V and below PVC insulated cables Part 6. Lift cables and flexible connection
Cable (GB/T 5023.6-2006, IEC 60227-6.2001, IDT)
GB 5226.1 Electrical safety of machinery Electrical machinery equipment Part 1. General requirements (GB 5226.1-2008,
IEC 60204-1.2005, IDT)
GB 8903 Elevator Rope
GB/T 12996 electric wheelchairs
GB/T 13800 Manual wheelchairs
GB 14048.1-2006 voltage switchgear and control equipment Part 1. General (IEC 60947-1.2001, MOD)
GB 14048.4 voltage switchgear and control equipment, electromechanical contactors and motor starters (GB 14048.4-2003,
IEC 60947-4-1.2000, IDT)
GB 14048.5 voltage switchgear and control equipment 5-1. Control circuit devices and switching elements Electromechanical control circuit
Road Electric (GB 14048.5-2008, IEC 60947-5-1.2003, MOD)
GB/T 15651 discrete devices and integrated semiconductor devices - Part 5. optoelectronic devices (GB/T 15651-1995,
idt IEC 747-5-1992)
GB/T 15706.2 basic concept and design of the second part of the mechanical General Safety. Principles Technology (GB/T 15706.2-2007,
ISO 12100-2.2003, IDT)
GB/T 16895.1-2008 Part 1 voltage electrical installations. basic principles, definitions and general characteristics evaluation (IEC 60364-1.
2005, IDT)
GB 16895.3 Electrical installations of buildings Part 5-54. Selection and installation of electrical equipment grounding configuration, security, and protection of the conductor
Protection bonding conductor (GB 16895.3-2004, IEC 60364-5-54.2002, IDT)
Part 4-41 GB 16895.21 Electrical installations of buildings. Protection for safety Protection against electric shock (GB 16895.21-2004,
IEC 60364-4-41.2001, IDT)
GB/T 16935.1-2008 insulated apparatus the low pressure system with Part 1. Principles, requirements and tests (IEC 60664-1.
2007, IDT)
GB 19212.1-2003 Safety of power transformers, power supply units and similar products - Part 1. General requirements and tests
(IEC 61558-1.1998, MOD)
Part 5 GB 19212.5 Safety of power transformers, power supply units and similar products. special and general purpose isolation transformers
Requirements (GB 19212.5-2006, IEC 61558-2-4.1997, MOD)
EN12015 EMC Elevator, product family standard radiation escalators and moving walkways (Electromagnetic
compatibility-Productfamilystandardforlifts, escalatorsandpassengerconveyors-Emission)
EN12016 EMC elevator, Immunity Product family standard escalators and moving walkways (Electromag-
neticcompatibility-Productfamilystandardforlifts, escalatorsandpassengerconveyors-Immunity)
3 Terms and Definitions
The following terms and definitions apply to this standard.
3.1
Means for preventing falling or components.
a) to protect the landing doorway when the position of the platform layer is not flat;
b) to protect either side of the platform.
3.2
Lifting platform can remain stopped electromechanical or mechanical means so that a smooth stop system.
3.3
As single or double drive system is a part of the transmission chain, the rotational motion can be transferred from one shaft to the other shaft or the motion directly
Passed to the platform.
3.4
Having teeth machined wheel with a chain engaged.
3.5
With proper training and obtained the approval of manufacturing enterprises, under the guidance of the necessary personnel required to complete the work safely.
3.6
Having a rated capacity suitable, by means shutdown circuit activating or electromagnetic action.
3.7
A contactor for controlling the operation of the lifting platform, and a relay means (or) combination of other components.
3.8
Internet hydraulic cylinder, a screw or a nut coupled directly to the lifting platform.
3.9
A hydraulic circuit for controlling the lifting platform downlink electrically controlled valve.
3.10
After the input power so that the lifting platform to run the various electromechanical drive in general.
3.11
It means including a motor, a brake and a transmission means consisting, for providing traction and braking action to control the platform motion.
3.12
Having an internal threaded part, which cooperates with the screw to produce linear movement the lift platform. Such as. a rotatable screw and a fixed
Engaging the nut, and vice versa.
3.13
(air)
3.14
Having an external threaded part which interacts with a nut carrying the lifting platform to generate linear motion.
3.15
Lifting platform running times within a given time period.
3.16
A pit and the surrounding wall rigid (but not necessarily top plate) and (or) gate layer enclosed space platform to run, the height of the platform above the most peripheral wall
High position.
Note. in Figure 1 for example.
3.17
In the case of the normal operation of the lifting platform beyond the stroke, by the platform mechanically forced off electrical safety switch.
3.18
(air)
3.19
When the rated load carrying platform lift station docked position at the highest level, it is applied to a stationary pipe line connected directly to the hydraulic cylinder
pressure.
3.20
A guide member for the platform to run.
3.21
(air)
3.22
It is driven by a hydraulic lifting platform.
3.23
Any movement of the platform between the two layers of the station, including a start and stop.
3.24
To specify the plane lifting platform services, it has enough space to make use of personnel (may take wheelchairs) can enter or leave the platform.
3.25
Permanent installation and service station equipment fixing layer comprising a platform is guided, the size and structure type allows personnel mobility
(Take or not take the wheelchair) use.
Note. in Figure 1 for example.
3.26
Guarantee the required platform and (or) the hydraulic cylinder piston, counterweight safety campaigns architectural space.
3.27
And drive means disposed (or) space-related devices.
3.28
When the device is in the operating position, below the platform and to ensure the minimum safety platform floor space and the top of the hoistway for maintenance and inspection
Device.
3.29
Closed hoistway not added.
Note. in Figure 1 for example.
3.30
When the lifting platform reaches a predetermined speed, which can lead to safety gear operation functions to make the safety device of the lifting platform to stop.
3.31
Or a rack meshing with the gear having the same tooth profile, for transmitting the relative movement, and having a less number of teeth of the gear tooth machining.
3.32
Elevating platform portion used for carrying persons.
3.33
By limiting the system pressure does not exceed the relief valve setting value.
3.34
Article having a specific shape of the teeth of the pinion meshing therewith, the rotational motion into linear motion.
3.35
Platform under the load lifting platform design.
3.36
Under the lifting platform design platform speed.
3.37
Limited to one or more sites using personnel determined.
3.38
In the predetermined direction of flow caused by the valve increases the flow of export pressure exceeds a set value, the valve will automatically close.
3.39
After fault analysis has the same level of security and safety electric or electronic circuitry contacts.
3.40
Contact circuit by forcibly disconnected reliably.
3.41
Under static or dynamic conditions, the yield limits of the particular load or tensile load and a rated load can be applied to the carrier on the piece
The ratio of charge.
3.42
In the case of overspeed and downlink (or) suspension break, stop and retaining system for the mechanical devices on the internet stationary rail.
3.43
When the internal threaded part, which uses the screw/nut drive means, together, in normal operation is not carried, but the failure of the nut carrier
It can withstand the load.
3.44
By one or more safety contacts composed of electrical switch.
3.45
In the case where the brake is released, the system so that the speed of the lifting platform can not be increased.
NOTE. When the brake is released, the elevating platform, the system can not move on their own in a stopped state. Other drive system other than are non-self-locking.
3.46
Safety device provided at any edge of the platform in order to prevent the occurrence of shearing edge of the platform, extrusion or jamming.
3.47
Edge sensing means and a safety function similar, for protecting the surface or the lower portion of the other larger plane internet.
3.48
When hanging slack rope or chain to a set amount, stopping the elevating platform switch or combination of switches.
3.49
Lifting platform can automatically stop when approaching or reach the end station or a doorway switch combination switch.
3.50
Or sill from the landing platform and having a downwardly extending inlet and outlet safety flap smooth vertical portion.
3.51
(air)
3.52
From the bottom end of the upper surface of the landing sill to the vertical distance between the top ridge on the surface of the end stops.
3.53
Extending vertically landing areas. Only when the platform in this area, in order to open the corresponding landing door, fence or the ramp plate.
3.54
The use of its service personnel lifting platform.
3.55
110% of rated load.
4 Basic requirements
4.1 Use mode
Lifting platform should be designed to consider the possible use of frequencies.
4.2 prevent dangerous
We should take protective measures to enable the following to minimize the risks.
a) shearing, extrusion, jamming or galling;
b) winding;
c) stumble and fall;
d) impact and collision;
e) an electric shock;
f) the use of fire caused by lifting platform.
4.3 Principles of Universal Design
Parts should be reliable mechanical and electrical structure. The material no obvious defects, and should be of sufficient strength and good quality material
Material made. Whether or not wear, should ensure the maintenance of the size specified in this standard. Consideration should be given anti-corrosion requirements. It should be reduced to the circumferential transmitted
Noise and vibration around the walls and other supporting structures.
The asbestos-containing material should not be used.
4.4 Design Guide for installation
The design should take into account the special needs of the installation or use of personnel.
4.5 Maintenance, repair and inspection of accessibility
Lifting platform design, manufacture and installation should be subject to regular inspection, testing, maintenance, or repair parts are easily accessible.
4.6 Fire performance
Material lifting platform should not be flammable. In case of fire, the toxicity of these materials and their possible large amount of gas generated
And smoke should not be dangerous.
Plastic parts and the electrical wiring insulation materials should be flame retardant and self-extinguishing type.
4.7 rated speed
Lifting platform shall not exceed the rated speed of 0.15m/s.
4.8 Rated load
Rated load of not less than 250kg. The net should be rated load-bearing area of at least 250kg/m2 calculated.
Load control means should be provided with the platform, the platform overload condition occurs, the normal starting prevents the lifting platform. When the load is greater than the rated load
When the amount of 110% of that overload.
In case of overload, should meet the following requirements.
a) the use of personnel should be notified audibly on the platform, and (or) a visual signal;
b) the door should remain open or can be opened inside the unlocking zone.
4.9 General safety factor
Unless otherwise specified in this standard, in general, the yield based on the maximum load and dynamic load, the safety factor is not less than the respective parts of
1.6. The safety factor is based on the elongation of steel or equivalent material calculated. When using other materials, should be considered to increase safety
coefficient.
4.10 carrying capacity
4.10.1 lifting platform should be able to withstand forces during normal operation, the force of the safety gear and when running at rated speed
Mechanical system to stop the impact force and no permanent deformation. However, the local deformation does not affect the operation of the lifting platform by operation of the safety gear is generated
Allowed.
4.10.2 guide member, accessories and by receiving the deformation of the connection element caused by partial load, should not affect the normal use.
4.11 protection against harmful effects from external devices
4.11.1 General
At the installation site should avoid all mechanical and electrical components may be subjected to external influence harmful and dangerous, such as.
a) the intrusion of water and solid matter;
Effect b) humidity, temperature, corrosion, air pollution, radiation of the sun;
Role c) of animals and plants.
4.11.2 protection measures
Lifting platform should be designed to protect the device, the installation in accordance with regulations to ensure safe and reliable operat...
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GB 24805-2009: [GB/T 24805-2009] Vertical lifting platforms for persons with impaired mobility
Status: Valid
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