Standard slip shoes for passenger and freight elevators. Legislative framework of the Russian Federation

29.10.2019

GOST 22011-95

INTERSTATE STANDARD

PASSENGER ELEVATORS
AND CARGO

TECHNICAL CONDITIONS

INTERSTATE COUNCIL
FOR STANDARDIZATION, METROLOGY AND CERTIFICATION

Minsk

1998 year

Foreword

1 DEVELOPED TC 209 "Elevators and construction hoists"

INTRODUCED by the State Standard of Russia

2 ADOPTED by the Interstate Council for Standardization, Metrology and Certification (Protocol No. 8-95 of October 12, 1995)

State name	Name of the national standardization body
The Republic of Azerbaijan	Azgosstandart
Republic of Belarus	Belstandard
The Republic of Kazakhstan	Gosstandart of the Republic of Kazakhstan
Kyrgyz Republic	Kyrgyzstandart
The Republic of Moldova	Moldovastandart
the Russian Federation	Gosstandart of Russia
The Republic of Tajikistan	Tajik State Center for Standardization, Metrology and Certification
Turkmenistan	Main State Inspectorate of Turkmenistan
The Republic of Uzbekistan	Uzgosstandart
	State Standard of Ukraine

3 By the Resolution of the Committee of the Russian Federation for Standardization, Metrology and Certification No. 68 dated February 15, 1996, the interstate standard 22011-95 was put into effect directly as a state standard of the Russian Federation from January 1, 1997.

4 REPLACE GOST 22011-90

5 REVISION

INTERSTATE STANDARD

PASSENGER AND FREIGHT ELEVATORS

Technical conditions

Passenger and goods lifts. Specifications

Date of introduction 1997-01-01

1 AREA OF USE

This standard applies to electric passenger, hospital, freight and small freight elevators (hereinafter referred to as elevators).

The standard does not apply to elevators:

Freight sidewalk;

Ship;

Special purpose;

For work in buildings and premises classified into categories A and B * for explosion and fire hazard;

For work in rooms with corrosive vapors or gases;

For operation in conditions of condensation in a mine or machine room, frost or ice formation on equipment.

* Categories of buildings and premises for explosion and fire hazard are determined at the design stage of buildings and structures in accordance with the requirements of national standards in the field of fire hazard.

The requirements of this standard are mandatory.

Mandatory requirements for the quality of elevators, ensuring their safety for life, health and property of the population, security the environment are set out in Section 5.

2 REFERENCES

GOST 8.002-86 GSI. State supervision and departmental control over measuring instruments. Basic Provisions

GOST 8.326-89 GSI. Metrological certification, measuring instruments

GOST 8.513-84 GSI. Verification of measuring instruments. Organization and procedure

GOST 9.014-78 ESZKS. Temporary anti-corrosion protection of products. General requirements

GOST 9.032-74 ESZKS. Paint and varnish coatings. Groups, technical requirements and designations

GOST 9.301-86 ESZKS. Metallic and non-metallic inorganic coatings. General requirements

GOST 9.401-91 ESZKS. Paint and varnish coatings. General requirements and methods of accelerated tests for resistance to climatic factors

GOST 12.4.026-76 SSBT. Signal colors and safety signs

GOST 27.410-87 Reliability in technology. Reliability Methods and Reliability Proof Test Plans

GOST 515-77 Bituminous and tar packing paper. Technical conditions

GOST 3241-91 Steel ropes. Technical conditions

GOST 3282-74 Low-carbon steel wire for general use. Technical conditions

GOST 3560-73 Steel packing tape. Technical conditions

GOST 5746-83 Electric passenger lifts. Basic parameters and dimensions

GOST 6465-76 Enamels PF-115. Technical conditions

GOST 8823-85 Electric freight elevators. Basic parameters and dimensions

GOST 8824-84 Small electric freight elevators. Basic parameters and dimensions

GOST 8828-89 Base paper and two-layer waterproof packaging paper. Technical conditions

GOST 10354-82 Polyethylene film. Technical conditions

GOST 12969-67 Plates for machines and devices. Technical requirements

GOST 12970-67 Round plates for machines and devices. Dimensions (edit)

GOST 12971-67 Rectangular plates for machines and devices. Dimensions (edit)

GOST 14192-96 Marking of goods

GOST 15150-69 Machines, devices and others technical products... Versions for different climatic regions. Categories, operating conditions, storage and transportation in terms of the impact of climatic environmental factors

GOST 15846-79 Products sent to the Far North and hard-to-reach areas. Packaging, labeling, transportation and storage

GOST 18242-72 Statistical acceptance control on an alternative basis. Control plans

GOST 18690-82 Cables, wires, cords and cable accessories. Marking, packaging, transportation and storage

GOST 22845-85 Electric passenger and cargo lifts. Rules for the organization, production and acceptance of installation work

GOST 23170-78 Packaging for mechanical engineering products. General requirements

GOST 23216-78 Electrical products. General requirements for storage, transportation, temporary corrosion protection and packaging

GOST 23511-79 Industrial radio interference from electrical devices operated in residential buildings or connected to their electrical networks. Norms and methods of measurements

GOST 24297-87 Incoming control of products. Basic Provisions

GOST 24555-81 SGIP. The procedure for the certification of test equipment. Basic Provisions

GOST 24634-81 Wooden boxes for products supplied for export. General specifications

GOST 28911-91 Elevators and small freight elevators. Control devices, alarms and additional devices

"Rules for the construction and safe operation of elevators" of the national technical supervision authorities for safe operation elevators

SNiP 21-01-97 Building norms and rules. Fire safety of buildings and structures

3 BASIC PARAMETERS AND DIMENSIONS

The main parameters and dimensions of electric passenger and hospital elevators are in accordance with GOST 5746.

The main parameters and dimensions of electric freight elevators are in accordance with GOST 8823.

The main parameters and dimensions of electric freight small elevators are in accordance with GOST 8824.

The designation of the elevators is given in Appendix A.

GOST 22011-95

INTERSTATE STANDARD

PASSENGER ELEVATORS
AND CARGO

TECHNICAL CONDITIONS

INTERSTATE COUNCIL
ON
Minsk

Foreword

1 DEVELOPED TC 209 "Elevators and construction hoists"

INTRODUCED by the State Standard of Russia

2 ADOPTED by the Interstate Council for Standardization, Metrology and Certification (Protocol No. 8-95 of October 12, 1995)

State name	Name of the national standardization body
The Republic of Azerbaijan	Azgosstandart
Republic of Belarus	Belstandard
The Republic of Kazakhstan	Gosstandart of the Republic of Kazakhstan
Kyrgyz Republic	Kyrgyzstandart
The Republic of Moldova	Moldovastandart
the Russian Federation	Gosstandart of Russia
The Republic of Tajikistan	Tajik State Center for Standardization, Metrology and Certification
Turkmenistan	Main State Inspectorate of Turkmenistan
The Republic of Uzbekistan	Uzgosstandart
	State Standard of Ukraine

4 REPLACE GOST 22011-90

5 REVISION

GOST 22011-95

INTERSTATE STANDARD

PASSENGER AND FREIGHT ELEVATORS

Technical conditions

Passenger and goods lifts. Specifications

Date of introduction 1997-01-01

1 AREA OF USE

This standard applies to electric passenger, hospital, freight and small freight elevators (hereinafter referred to as elevators).

The standard does not apply to elevators:

Passenger with a nominal speed (hereinafter referred to as speed) 2.0 m / s or more;

Freight sidewalk;

Ship;

Special purpose;

For work in buildings and premises classified into categories A and B * for explosion and fire hazard;

For work in rooms with corrosive vapors or gases;

For operation in conditions of condensation in a mine or machine room, frost or ice formation on equipment.

The requirements of this standard are mandatory.

Mandatory requirements for the quality of elevators, ensuring their safety for life, health and property of the population, environmental protection, are set out in the section.

2 REFERENCES

This standard uses references to the following standards and documents of state supervision:

The main parameters and dimensions of electric freight elevators are in accordance with GOST 8823.

The main parameters and dimensions of electric freight small elevators are in accordance with GOST 8824.

The designation of the elevators is given in the appendix.

4 TECHNICAL REQUIREMENTS

4.1 Features

4.1.2 The installation of elevators for work in buildings and premises classified by explosion and fire hazard category B should be carried out in accordance with the requirements of national building codes for lifts of this category.

4.1.3 Installation of elevators in buildings and structures located in areas with a seismic impact of 7-9 points is allowed if the requirements that take into account the operating conditions specified in the regulatory or design documentation are met.

4.1.4 The values of the parameters of the lifts must correspond to those given in tables and.

4.1.5 Elevators must operate in the operating modes specified in the table and maintain an operable state at an altitude of up to 2000 m above sea level.

When the elevator is operated at an altitude of 1000 to 2000 m, the number of starts per hour is reduced by 1% for every 100 m.

4.1.6 Elevators are made to operate from an alternating current with a frequency of 50 Hz and a voltage of 380 V.

Table 1

Passenger elevators

for residential buildings

for public buildings and industrial buildings

for industrial buildings

sick leave

Rated speed, m / s

Assigned service life, years

Accuracy of stopping the elevator car, mm, with a drive:

Adjustable

Unregulated

BUT, no more

Sound level in the cab when opening and closing doors, dB BUT, no more

Vibration speed of the cabin floor with steady motion, m / s, no more

Corrected winch sound power level, dB BUT, not less

Carrying capacity, kg

800; 1000; 1250; 1600

Note - At the end of the designated lifespan of the elevator, it is inspected in accordance with the procedure established by Gosgortekhnadzor.

Table 2

			Freight elevators

			Rated speed, m / s

Mean time between failures, h, not less
Assigned service life, years
Sound level in the cabin with steady motion, dB BUT, no more
Vibration speed, m / s, no more
Corrected winch sound power level, dB BUT, no more	Carrying capacity, kg




		2000 and more

* For elevators with a lifting capacity of 5000 kg.

** For lifts with a lifting capacity of 4000 and 6300 kg.

Note - At the end of the designated lifespan of the elevator, it is inspected in accordance with the procedure established by Gosgortekhnadzor.

Table 3

		Rated speed, m / s	Working hours
		Rated speed, m / s	Number of starts per hour, no more	Relative duration of PV activation,%, no more
Passenger	for residential buildings


	for buildings of public and industrial enterprises
	sick leave



	for industrial buildings
Cargo


	clutch release, with monorail
Cargo small

* For lifts with a lifting capacity of St. 630 kg

Table 4

		Climatic version		Limiting operating temperatures, ° С	Upper value of relative air humidity
		Climatic version	machine room	Limiting operating temperatures, ° С	Upper value of relative air humidity
Passenger	for residential buildings, buildings of public and industrial enterprises, hospital			+40 to +1	80% at + 25 ° С 80% "+ 25 ° C
				+55 to +1	98% at + 35 ° С 98% "+ 35 ° C
	for industrial buildings			+40 to -40	98 % at + 25 ° С 80% "+ 25 ° C
Cargo	conventional, clutch release, with monorail			+40 to -20	98% at + 25 ° С 98% "+ 25 ° C
Cargo	conventional, clutch release, with monorail			+45 to -10	98% at + 35 ° С 98% "+ 35 ° C
Cargo small				+40 to +1	80% at + 25 ° С

* When recording the climatic performance of the elevator, the category of its placement is indicated by the category of the location of the machine room.

At the request of the customer, elevators can be manufactured for operation from the alternating current network:

Frequency 50 Hz with voltage 240 and 415 V;

Frequency 60 Hz "220; 230; 380; 400; 415 and 440 V.

Elevators must be operational when connected to an alternating current network with deviations from their rated values of current frequency of no more than 1% and voltage of no more than 10%.

4.1.7 Radio interference arising from the operation of the elevator should not exceed the values established by GOST 23511 and national standards for permissible industrial radio interference. The field strength of the radio interference generated by the elevator is not standardized.

4.1.8 Elevators, depending on the operating conditions, should be made of climatic versions and placement categories (according to GOST 15150), given in the table.

4.1.9 Cabs of freight elevators with solid doors, except for externally controlled elevators, as well as passenger elevators for residential and public buildings and industrial buildings, must have natural ventilation.

The cabins of passenger, hospital and freight elevators (with a conductor) with solid doors in tropical design must have natural and forced ventilation.

4.1.9.1 Passenger elevators with automatic doors at a speed of 1.0 m / s and more must have a "fire hazard" operating mode, which is activated by a signal from the building's automatic fire alarm systems and provides, regardless of the load and the direction of movement of the car, the return it to the main landing site, opening and holding open the doors of the cabin and the shaft.

4.1.9.2 Passenger elevators intended for transportation of fire brigades must have a mode of operation "transportation of fire brigades". The transfer of the elevator control to this mode should be carried out from the cabin, while the control system should ensure the operation of the elevator only by orders from the cabin.

4.1.10 The cladding of the compartment compartment, shades, flooring, as well as buttons for orders and call-out posts should be made of non-combustible or hardly combustible materials.

4.1.11 In the roof of the elevator car used for the transportation of fire departments, a hatch with a size of at least 700x500 mm must be provided. The hatch must be equipped with a switch that controls its locking.

4.1.12 Doors of the elevator shaft must be fireproof of the second type and comply with the requirements of SNiP 21-01 (sections 3 and 4).

Fire resistance limit of mine doors passenger elevator for residential buildings with speeds up to 1.0 m / s incl. not installed.

The doors of the cargo elevator shaft may not be equipped with a self-closing device.

Small freight elevators with two stops are allowed to be performed in a metal-frame shaft with a fence made of metal sheets. At the same time, there are no fire safety requirements for shaft doors.

4.1.13. The system of electric drive and automation of elevators should provide the ability to connect external systems for monitoring the operation of the elevator and identifying its faults.

Requirements for elevator control and signaling devices - in accordance with GOST 28911. When installing a group of two or more passenger elevators with the same rated speed and, as a rule, the number of stops, a group control system with a common control ringing device should be used at each landing site.

4.1.14 Signal colors and safety signs - in accordance with GOST 12.4.026 and GOST 28911, respectively.

Wherein:

The surfaces of grease fittings, caps, drain plugs, oil indicators must have a red coating;

The surfaces of the rotating parts, not covered by the casing, except for the surfaces of the rotating parts on the rope tensioner of the speed limiter and the counterweight, must have a yellow coating.

It is allowed to paint the end surfaces of parts of rotation in the form of an annular strip with a width of at least 20 mm in accordance with the indication of the place of painting on the drawings.

Passenger elevators with a mode of operation "transportation of fire brigades" must have distinctive symbols located on the main landing site, in accordance with the instructions of the design documentation.

4.1.15 Technical documentation for the elevator must comply with the requirements of the elevator design project, approved in the prescribed manner.

4.1.16 The paint and varnish coatings of the surfaces of the lift equipment must comply with the coating classes indicated in the table.

Table 5


The surfaces of the elevator components located in the shaft, machine room and block room, including: External surfaces of cab fencing (shields); Non-front surfaces of the doors of the cab and shaft doors; Car guides and counterweight, except for the working surface of the T-profile guide head; Details (except for fasteners) and assembly units for fastening car rails and counterweight; Surfaces of the cabin frame and counterweight, brackets for fastening shunts and sensors in the mine and on the cabin, metal structures for installing blocks, buffers, tensioning devices, transformers and other electrical equipment, frame and subframes of the winch;
Untreated surfaces of blocks and pulleys, grounding bars; Cast iron counterweight and rope tensioner weights, speed limiter
The inner surfaces of the passenger elevator car, not visible from the inside. The inner surfaces of the freight elevator car, visible from the inside. Untreated surfaces of gearbox, handwheel, winch brake, speed limiter, hydraulic buffer
The inner surfaces of the passenger elevator car, visible from the inside. The front surfaces of the doors of the cab and shaft doors, if they do not have another decorative finish	IV, III (at the request of the customer)

Metal coatings must comply with GOST 9.301. Equipment for tropical climatic elevators is painted in accordance with GOST 9.401.

4.1.17 Equipment freight elevator as agreed with the customer, it is allowed to be coated with a primer followed by painting after installation.

Lack of coloring in hard-to-reach places is allowed.

Hard-to-reach places should be indicated in the design documentation.

It is allowed not to cover the cast iron weights of the counterweight and the tensioner of the elevator speed limiter.

4.1.18 The front side of the shaft door leaves of one or more elevators must have a coating of one color and one shade at each stopping site, unless otherwise requested by the customer.

4.1.19 The places of welding (welded seams and heat-affected surfaces) made during the installation of the elevator must be protected by the coating provided for them in the technical documentation for the elevator.

4.1.20 Ropes should be of measured length from one coil and with a cleaned surface. Dirt and other inclusions on the surface of the ropes are not allowed.

The ends of the ropes must be protected from unwinding, and at the cut-off point they must be made in accordance with 2.1.9 GOST 3241.

4.1.21 The overhead electric cable of the elevator must be cut, with terminated and marked wires.

Wiring harnesses throughout the mine and machine room must be labeled. By agreement with the customer, delivery of measured length wires is allowed.

4.2 Completeness

4.2.1 The lift kit should include:

Elevator equipment in accordance with the elevator specification, incl. spare parts and materials designed for guarantee period operation of the elevator, tools and accessories (spare parts) necessary for Maintenance and repair of the elevator; spare parts for commissioning during installation (ZIM) in accordance with their lists;

The technical documentation sent with the lift and the Replacement Parts List according to the applications and accordingly.

In the case of sending several elevators of the same type, type, carrying capacity, speed and performance (different location of the counterweight, passable or non-passable car, etc.) for installation at one facility or building, the technical documentation is sent in one copy for 5 elevators. Passport, electrical circuit diagram, electrical connection diagram, installation (installation) drawing should be sent with each lift.

4.2.2 The components of the elevator: winch, cabin, shaft doors, hydraulic buffer, speed limiter, tensioner should be sent assembled and adjusted, unless otherwise requested by the customer.

Mounting brackets for floor switches, shunts, selection sensors, floor terminal boxes should be shipped with clamps attached. Rail fastening parts should be sent assembled with clamps attached.

4.2.3 Disassembled, it is allowed to send:

Counterweight;

Freight elevator cabin with dimensions in terms of 1500x2000 mm and more;

Hospital elevator cabin for buildings of medical and preventive institutions;

Freight lift shaft doors with an opening width of more than 2000 mm or a height of more than 2600 mm;

Framing (if any) of the openings of the mine doors of passenger elevators.

4.3 Marking

4.3.1 Each lift must be provided with a plate made in accordance with GOST 12969, GOST 12970 and GOST 12971.

The elevator plate must indicate:

The name or trademark of the lift manufacturer;

Marking of cargo packages for elevator equipment for the Far North of the Russian Federation and hard-to-reach areas (for example, mountainous, etc.) - in accordance with GOST 15846.

4.4 Packaging

4.4.1 The components of the elevator equipment must be preserved before packing.

Temporary anti-corrosion protection - in accordance with GOST 9.014.

The use of preservative oils for rope preservation is not allowed. They can be used to cover the surface of the T-profile guides.

Preservation of the components of the elevator equipment should ensure their protection until the first re-preservation: the components of the elevator - up to one year, spare parts - up to 2.5 years. Re-preservation must be carried out by the owner of the lift.

The packing lists must indicate: the date and period of re-preservation, as well as the means of temporary corrosion protection.

4.4.2 Preservation and packing of wires and cables should be carried out taking into account the requirements of GOST 18690, electrical equipment (including harnesses) - in accordance with GOST 23216.

4.4.3 Packing of equipment and technical documentation of the elevator - in accordance with GOST 23170.

Ropes are packed in a polymer film in accordance with GOST 10354 or other NTD agreed with Gosgortekhnadzor, or in waterproof paper in accordance with GOST 8828 and GOST 515.

A rope wound into a coil must be tightly tied with soft wire (in accordance with GOST 3282 or another NTD) or a strand of the same rope, or with a tape in accordance with GOST 3560 (or other NTD) in at least four places evenly spaced around the circumference.

4.4.4 Packaging of lift equipment in a tropical climatic version must comply with the requirements of GOST 24634, while the timber for packaging must be impregnated with an antiseptic. Instead of antiseptic treatment, it is allowed to paint boxes in two layers with PF-115 gray paint in accordance with GOST 6465 or other similar paints.

4.4.5 Packing of elevator equipment sent to the Far North of the Russian Federation and hard-to-reach areas - in accordance with GOST 15846.

5 SAFETY REQUIREMENTS

The safety of elevators is ensured by fulfilling a set of requirements - (except, -,), sections, -, this standard and PUBEL Gosgortechnadzor.

6 RULES OF ACCEPTANCE

6.1 Component parts (equipment) of the elevator (including spare parts and accessories) should be subjected to acceptance control by the service technical control manufacturer in order to determine their suitability for shipment to the consumer.

6.2 Acceptance control of the components of the elevator must be statistical on an alternative basis in accordance with GOST 18242.

Parameters, dimensions, requirements to be controlled, sample size and types of defects must be indicated in the technical documentation for the elevator.

a) control plan:

Control level - II,

Control plan type - one-stage,

b) the acceptance level of defectiveness of the winch, gearbox (if it is produced as a spare part), lift door drive, speed limiter, safety devices, hydraulic buffer, car loading control device, shaft doors, car doors, critical springs (buffer springs, brakes, safety , cab hangers and counterweight, etc.), spare parts and accessories:

2.5% for significant defects;

6.5% for minor defects.

Acceptance level of defectiveness of other assembly units and equipment parts:

0% - for critical defects;

6.5% for significant defects.

The production cycle under continuous statistical control is one year.

6.4 Purchased products, materials and raw materials should be subject to incoming inspection in accordance with GOST 24297.

During the incoming inspection, the low-voltage complete device (ASSEMBLY) must be checked for functioning.

When the customer or the consumer of the elevators receives complaints or claims to the quality of the purchased product, the manufacturer of the elevator during the incoming inspection must use another more stringent type of control in accordance with GOST 18242.

6.5 Elevator components, parts and castings produced by other manufacturers Shall be visually inspected by the elevator manufacturer to detect possible damage to this equipment during transportation.

The manufacturer of equipment, parts and castings, upon receipt of claims from the manufacturer of the elevator, must inform him within 3 days of the decision taken to eliminate the defect.

6.6 Acceptance tests of the components (equipment) of the elevator

The components of the elevator mentioned in must be subjected to acceptance tests by its manufacturer according to programs and procedures approved in the prescribed manner.

The sampling volume of samples of the elevator components is set by the elevator manufacturer and is indicated in the technical documentation.

After making a prototype:

Preliminary;

Acceptance;

When mastering production - qualification;

For serial production:

Acceptance tests of the elevator components;

Periodic;

Typical.

6.8 The frequency of the elevator tests specified in, the number of elevators that should be subjected to these tests, and the number of elevators in the batch from which the elevator is selected for testing shall correspond to the table.

6.9 Periodic testing

6.9.1 Periodic tests of the elevator are carried out in order to check the stability of the quality of manufacture and the possibility of continuing its release.

Periodic tests should include verification of all mandatory requirements established by this standard and PUBEL Gosgortekhnadzor.

6.9.2 In case of unsatisfactory results of periodic tests at least for one of the points of the program, repeated tests for these points should be carried out on a double number of the corresponding components of the lift, taken from the same batch. Retest results are final.

Table 6

	Frequency of tests	Number of lifts	The number of lifts in the batch from which the lifts are selected for testing
Preliminary	One-time - after making prototypes	All prototypes of the elevator, the number of which is determined by the terms of reference for the development
Receiving			All pre-tested prototypes
Qualifying	When launching an elevator of this model		Not less than 3
Periodic	At least once every three years		Not less than 7 *
	With every design change		Not less than 3

* When carrying out tests at the manufacturer, the elevators are selected from among those that have passed the acceptance control and are ready for shipment to the consumer. When carrying out tests at the operating facility, they are selected from the number of manufactured ones no more than 18 months before the start of the tests.

7 CONTROL METHODS

7.1 Requirements for measuring instruments

7.1.1 Measuring instruments shall be verified in accordance with the requirements of GOST 8.002 and GOST 8.513.

Test equipment must be certified in accordance with GOST 24555, non-standardized measuring instruments must pass metrological certification in accordance with GOST 8.326.

7.2 Test preparation

7.2.1 Prior to the acceptance and qualification tests of the elevator, tests for the reliability of the winch, drive of doors, car doors, shaft doors, speed limiters, safety devices, hydraulic buffers, and car loading control devices must be performed.

It is allowed not to carry out tests for the reliability of equipment borrowed from other elevators, provided that it has been tested earlier and the manufacturer has a justification for maintaining the reliability indicators under operating conditions.

A low-voltage complete device must have a document confirming its reliability.

7.2.2 Before carrying out periodic tests, the manufacturer must provide materials confirming the reliability indicators of the elevators.

Confirmation of reliability indicators is carried out on the basis of a test for the reliability of an elevator or its components (equipment) in the period between periodic tests or on the basis of the results of operational observations of the operation of similar elevators.

Methods and plans of tests for reliability and observations during operation - in accordance with GOST 27.410.

7.2.3 To type test an elevator that uses equipment with modifications that could affect technical characteristics the elevator and / or its operation, tests should be carried out for each modified equipment.

If the test results of the modified equipment are positive, it is allowed to carry out type tests of the elevator.

7.3 Carrying out elevator tests

7.3.1 Tests of elevators should be carried out in accordance with agreed in the prescribed manner.

7.3.1.1 Prior to the start of the lift tests, the manufacturer must have a "Certificate of technical readiness of the lift".

The tests must be carried out on the premises of the lift manufacturer. Carrying out tests of the elevator at the operation site must be coordinated with the Gosgortekhnadzor.

It is not allowed to replace the tests of the elevator by testing its layout.

When testing group control of elevators with three or more elevators in a group, it is allowed to simulate this system.

When testing several elevators of the same type and type, it is allowed to determine the quantitative and qualitative characteristics of one elevator - a typical representative of the group (determined by the elevator developer). For the rest of the elevators in the group, characteristics that differ from the characteristics of the typical representative must be checked.

In case of unsatisfactory test results for one or several indicators, the resumption of repeated tests is allowed only after the causes of the deficiencies are established and their elimination.

8 TRANSPORTATION AND STORAGE

8.1 Transportation of elevator equipment is allowed to be carried out by any type of transport in accordance with the transportation rules applicable to them.

When transporting elevator equipment on ship decks, the elevator manufacturer must take into account the effect of the type III atmosphere in accordance with GOST 15150.

8.2 Conditions and terms of storage and transportation of elevator equipment, spare parts and accessories in the packaging and (or) preservation of the manufacturer must correspond to those indicated in the table.

Table 7

It is allowed to store elevator equipment under storage conditions 8 in accordance with GOST 15150 both at the manufacturer and at the customer for 3 months, with a total shelf life of no more than 6 months.

9 INSTRUCTIONS FOR INSTALLATION AND USE

9.1 Installation of elevators should be carried out in accordance with the requirements of GOST 22845, PUBEL Gosgortekhnadzor and technical documentation for the installation of the elevator.

9.2 The operation of the elevators must be carried out in accordance with the requirements of PUBEL Gosgortekhnadzor and the operating instructions.

10 MANUFACTURER'S WARRANTY

The manufacturer guarantees the compliance of the elevator (in general, including components and components) with the requirements of this standard, provided that the requirements for operation, storage, transportation and installation are met.

The warranty period is 18 months from the date of signing the "Certificate of acceptance of the elevator".

APPENDIX A

1 Scheme of the symbol of passenger elevators

1 - type of elevator; LP - passenger elevator with basic parameters and design in accordance with GOST 5746;

2 - a group of conventional designation of the main parameters of the elevator (carrying capacity and rated speed), set in accordance with the methodology in force in the elevator industry of the CIS countries;

3 - an indication of the installation of an elevator - single (they do not indicate in the symbol), group (G) from group 2 - 4, 6 elevators (G2 - G4, G6);

4 - the number of elevator stops;

5 -

6 -

7 - indication of the presence of the elevator operating mode "transportation of fire departments" (P);

8 -

Example of a symbolpassenger elevator for residential buildings with the main dimensions and design in accordance with GOST 5746, with a carrying capacity of 400 kg, with a nominal speed of 0.71 m / s, single installation, with 10 stops, designed for operation in a moderately cold climate zone, placement categories 4 and in an area with an intensity of seismic impact of 8 points, which does not have a mode of operation "transportation of fire brigades":

2 Scheme of the symbol of freight elevators

1 - type and type of elevator with parameters, basic dimensions and design in accordance with GOST 8823:

Regular freight elevator (LGO);

Freight release lift (LGV);

Freight elevator with monorail (LGOM);

2 - serial registration number of the elevator model;

3 - carrying capacity, kg;

4 - rated speed, m / s;

5 - lifting height, m;

6 - number of stops;

7 - an indication of the size of the cabin in terms of an elevator of a given carrying capacity - the first (the smaller one is not indicated in the symbol) or the second (larger) (B);

8 - cab type - checkpoint (Ex.), non-passable (Continuous);

9 - climatic version and category of elevator placement;

10 - an indication of the execution of the elevator (execution without taking into account the seismic effect in the symbol is not indicated), taking into account the seismic effect (C) with an intensity of 7 - 9 points (C7 - C9);

11 - designation of this standard.

Example of a symbola conventional freight elevator with basic dimensions and design in accordance with GOST 8823, with serial registration number 922, carrying capacity 1000 kg, with a nominal speed of 0.4 m / s, lifting height 60 m, with 16 stops, with a walk-through car of the second dimension, for operation in a moderately cold climate zone and placement category 4:

LGO 922 1000 x 0.4 60 16 B Pr UHL4 GOST 22011-95

3 Scheme of symbolic designation of cargo small elevators

1 - type of elevator; LGM - small freight elevator with parameters, basic dimensions and design in accordance with GOST 8824;

2 - serial registration number of the elevator model;

3 - carrying capacity, kg;

4 - rated speed, m / s;

5 - lifting height, m;

6 - number of stops;

7 - view of the cabin - through (Well), blind (Nesqu.);

8 - climatic version and category of elevator placement;

9 - designation of this standard.

Example of a symbolsmall freight elevator with parameters, basic dimensions and design in accordance with GOST 8824, with registration number of model 958, carrying capacity 100 kg, with a nominal speed of 0.4 m / s, lifting height 45 m, with 14 stops, with a blind cabin, in version for operation in a moderately cold climate zone and with placement category 4:

LGM 958 100 x 0.4 45 Nesqu. UHL4 GOST 22011-95

APPENDIX B

(required)

* Depending on the type and type of a particular elevator, the list of documents for its equipment is specified by the developer.

The set of technical documentation for the elevator includes the following documents:

Elevator passport according to PUBEL Gosgortekhnadzor with documents certifying the quality: winches, speed limiter, door drive, hydraulic buffer, cabin buffer springs and counterweight, brake springs, safety springs. NKU passport (stored together with the elevator passport);

Installation drawing (installation drawing, a sample of which has been approved by Gosgortekhnadzor) (2 copies);

Instructions for installation, start-up, regulation and running-in;

Technical description and operating instructions;

Basic electrical diagram with a list of elements (3 copies);

Description of the electric drive and automation (it is allowed to supply as part of technical description and operating instructions);

Electrical wiring diagram of the LVL for elevator control (supplied with the LVL);

Elevator wiring diagram;

Vedomosti ZIP and ZIM;

Replacement parts drawings (see appendix);

Assembly drawings (and specifications for them) of elevator equipment for: speed limiter, hydraulic buffer, winch, reducer, brake, clutch, branch block, cabin, safety devices, automatic door drive, shaft door, automatic and manual shaft door locks, wiring for machine room, mine and cabin, counterweight.

APPENDIX B

* The parts indicated in the list are intended to replace those that have failed (wear, breakdown) during the operation of the elevator after the expiration of its warranty period

Traction pulley.

Brake shoe assembly.

Brake spring.

Cab slip shoe liner.

Cab shoe roller (s).

Sliding door insert for freight elevators.

Shoe for doors of passenger elevators.

Roller for the doors of freight elevators.

Roller for carriages of passenger elevator cabin doors.

Roller drove drive doors of passenger elevators.

Rubber stop for the drive of the cab doors.

Counterweight sliding shoe bushing.

Roller carriages of automatic sliding doors of the mine.

Roller rubberized for the lock of the doors of the mine.

Speed limiter pulley.

Elevator traction rope outlet block.

V-belt drive pulleys of the cab door drive.

Rubber ring of the device for controlling the loading of the moving field of the cab.

Cab door drive belt.

Note - The list of details is specified for a specific elevator by its developer.

Key words: passenger elevators, freight and freight small elevators, technical requirements, safety requirements, acceptance rules, transportation and storage

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INTERSTATE STANDARD

PASSENGER ELEVATORS
AND CARGO

TECHNICAL CONDITIONS

INTERSTATE COUNCIL
FOR STANDARDIZATION, METROLOGY AND CERTIFICATION
Minsk

Foreword

1 DEVELOPED TC 209 "Elevators and construction hoists"

INTRODUCED by the State Standard of Russia

2 ADOPTED by the Interstate Council for Standardization, Metrology and Certification (Protocol No. 8-95 of October 12, 1995)

State name	Name of the national standardization body
The Republic of Azerbaijan	Azgosstandart
Republic of Belarus	Belstandard
The Republic of Kazakhstan	Gosstandart of the Republic of Kazakhstan
Kyrgyz Republic	Kyrgyzstandart
The Republic of Moldova	Moldovastandart
the Russian Federation	Gosstandart of Russia
The Republic of Tajikistan	Tajik State Center for Standardization, Metrology and Certification
Turkmenistan	Main State Inspectorate of Turkmenistan
The Republic of Uzbekistan	Uzgosstandart
	State Standard of Ukraine

5 REVISION

PASSENGER AND FREIGHT ELEVATORS

Technical conditions

Passenger and goods lifts. Specifications

Date of introduction 1997-01-01

1 AREA OF USE

This standard applies to electric passenger, hospital, freight and small freight elevators (hereinafter referred to as elevators).

The standard does not apply to elevators:

Freight sidewalk;

Ship;

Special purpose;

For work in buildings and premises classified into categories A and B * for explosion and fire hazard;

For work in rooms with corrosive vapors or gases;

For operation in conditions of condensation in a mine or machine room, frost or ice formation on equipment.

The requirements of this standard are mandatory.

Mandatory requirements for the quality of elevators, ensuring their safety for life, health and property of the population, environmental protection, are set out in section 5.

2 REFERENCES

The main parameters and dimensions of electric freight elevators are in accordance with GOST 8823.

The main parameters and dimensions of electric freight small elevators are in accordance with GOST 8824.

The designation of the elevators is given in Appendix A.

4 TECHNICAL REQUIREMENTS

4.1 Features

4.1.1 Elevators must meet or exceed the requirements of this standard, the "Rules for the Construction and Safe Operation of Elevators" of the national technical supervision bodies for the safe operation of elevators (hereinafter - PUBEL Gosgortechnadzor) and the "Rules for Electrical Installation" of the Ministry of Fuel and Energy.

4.1.4 The values of the parameters of the lifts must correspond to those given in Tables 1 and 2.

4.1.5 Lifts must operate in the operating modes specified in Table 3, and maintain a working condition at an altitude of up to 2000 m above sea level.

When the elevator is operated at an altitude of 1000 to 2000 m, the number of starts per hour is reduced by 1% for every 100 m.

4.1.6 Elevators are made to operate from an alternating current with a frequency of 50 Hz and a voltage of 380 V.

Table 1

Indicator name

Passenger elevators

for residential buildings

for public buildings and industrial buildings

for industrial buildings

sick leave

Rated speed, m / s

Assigned service life, years

Accuracy of stopping the elevator car, mm, with a drive:

Adjustable

Unregulated

BUT, no more

Sound level in the cab when opening and closing doors, dB BUT, no more

Vibration speed of the cabin floor with steady motion, m / s, no more

Corrected winch sound power level, dB BUT, not less

Carrying capacity, kg

800; 1000; 1250; 1600

Note - At the end of the designated lifespan of the elevator, it is inspected in accordance with the procedure established by Gosgortekhnadzor.

table 2

Indicator name			Freight elevators

			Rated speed, m / s

Mean time between failures, h, not less
Assigned service life, years
Sound level in the cabin with steady motion, dB BUT, no more
Vibration speed, m / s, no more
Corrected winch sound power level, dB BUT, no more	Carrying capacity, kg




		2000 and more

* For elevators with a lifting capacity of 5000 kg.

** For lifts with a lifting capacity of 4000 and 6300 kg.

Note - At the end of the designated lifespan of the elevator, it is inspected in accordance with the procedure established by Gosgortekhnadzor.

Table 3

		Rated speed, m / s	Working hours
		Rated speed, m / s	Number of starts per hour, no more	Relative duration of PV activation,%, no more
Passenger	for residential buildings


	for buildings of public and industrial enterprises
	sick leave



	for industrial buildings
Cargo


	clutch release, with monorail
Cargo small

* For lifts with a lifting capacity of St. 630 kg

Table 4

		Climatic version		Limiting operating temperatures, ° С	Upper value of relative air humidity
		Climatic version	machine room	Limiting operating temperatures, ° С	Upper value of relative air humidity
Passenger	for residential buildings, buildings of public and industrial enterprises, hospital			+40 to +1	80% at + 25 ° С 80% "+ 25 ° C
				+55 to +1	98% at + 35 ° С 98% "+ 35 ° C
	for industrial buildings			+40 to -40	98 % at + 25 ° С 80% "+ 25 ° C
Cargo	conventional, clutch release, with monorail			+40 to -20	98% at + 25 ° С 98% "+ 25 ° C
Cargo	conventional, clutch release, with monorail			+45 to -10	98% at + 35 ° С 98% "+ 35 ° C
Cargo small				+40 to +1	80% at + 25 ° С

* When recording the climatic performance of the elevator, the category of its placement is indicated by the category of the location of the machine room.

At the request of the customer, elevators can be manufactured for operation from the alternating current network:

Frequency 50 Hz with voltage 240 and 415 V;

Frequency 60 Hz "220; 230; 380; 400; 415 and 440 V.

Elevators must be operational when connected to an alternating current network with deviations from their rated values of current frequency of no more than 1% and voltage of no more than 10%.

4.1.8 Elevators, depending on the operating conditions, should be manufactured in climatic versions and placement categories (according to GOST 15150), shown in Table 4.

The cabins of passenger, hospital and freight elevators (with a conductor) with solid doors in tropical design must have natural and forced ventilation.

4.1.10 The cladding of the compartment compartment, shades, flooring, as well as buttons for orders and call-out posts should be made of non-combustible or hardly combustible materials.

4.1.12 Doors of the elevator shaft must be fireproof of the second type and comply with the requirements of SNiP 21-01 (sections 3 and 4).

The fire resistance limit of the doors of the passenger elevator shaft for residential buildings with a speed of up to 1.0 m / s incl. not installed.

The doors of the cargo elevator shaft may not be equipped with a self-closing device.

Small freight elevators with two stops are allowed to be performed in a metal-frame shaft with a fence made of metal sheets. At the same time, there are no fire safety requirements for shaft doors.

4.1.13. The system of electric drive and automation of elevators should provide the ability to connect external systems for monitoring the operation of the elevator and identifying its faults.

4.1.14 Signal colors and safety signs - in accordance with GOST 12.4.026 and GOST 28911, respectively.

Wherein:

The surfaces of grease fittings, caps, drain plugs, oil indicators should be coated with a red color;

It is allowed to paint the end surfaces of parts of rotation in the form of an annular strip with a width of at least 20 mm in accordance with the indication of the place of painting on the drawings.

4.1.15 Technical documentation for the elevator must comply with the requirements of the elevator design project, approved in the prescribed manner.

4.1.16 The paint and varnish coatings of the surfaces of the lift equipment must comply with the coating classes specified in Table 5.

Table 5

Name of the surface with a paint-and-lacquer coating
The surfaces of the elevator components located in the shaft, machine room and block room, including: External surfaces of cab fencing (shields); Non-front surfaces of the doors of the cab and shaft doors; Car guides and counterweight, except for the working surface of the T-profile guide head; Details (except for fasteners) and assembly units for fastening car rails and counterweight; Surfaces of the cabin frame and counterweight, brackets for fastening shunts and sensors in the mine and on the cabin, metal structures for installing blocks, buffers, tensioning devices, transformers and other electrical equipment, frame and subframes of the winch;
Untreated surfaces of blocks and pulleys, grounding bars; Cast iron counterweight and rope tensioner weights, speed limiter
The inner surfaces of the passenger elevator car, not visible from the inside. The inner surfaces of the freight elevator car, visible from the inside. Untreated surfaces of gearbox, handwheel, winch brake, speed limiter, hydraulic buffer
The inner surfaces of the passenger elevator car, visible from the inside. The front surfaces of the doors of the cab and shaft doors, if they do not have another decorative finish	IV, III (at the request of the customer)

Metal coatings must comply with GOST 9.301. Equipment for tropical climatic elevators is painted in accordance with GOST 9.401.

4.1.17 The equipment of the freight elevator, as agreed with the customer, is allowed to be coated with a primer followed by painting after installation.

Lack of coloring in hard-to-reach places is allowed.

Hard-to-reach places should be indicated in the design documentation.

It is allowed not to cover the cast iron weights of the counterweight and the tensioner of the elevator speed limiter.

4.1.18 The front side of the shaft door leaves of one or more elevators must have a coating of one color and one shade at each stopping site, unless otherwise requested by the customer.

4.1.20 Ropes should be of measured length from one coil and with a cleaned surface. Dirt and other inclusions on the surface of the ropes are not allowed.

The ends of the ropes must be protected from unwinding, and at the cut-off point they must be made in accordance with 2.1.9 GOST 3241.

4.1.21 The overhead electric cable of the elevator must be cut, with terminated and marked wires.

Wiring harnesses throughout the mine and machine room must be labeled. By agreement with the customer, delivery of measured length wires is allowed.

4.1.22 Requirements for welded assembly units, castings from ferrous metals, aluminum and high tin bronze, parts made of plastic materials, machined parts, heat treatment, as well as requirements for components of elevators - according to the normative and technical documentation (NTD) applicable to them ...

4.2 Completeness

4.2.1 The lift kit should include:

Elevator equipment in accordance with the elevator specification, incl. spare parts and materials designed for the warranty period of the lift, tools and accessories (spare parts) required for maintenance and repair of the lift; spare parts for commissioning during installation (ZIM) in accordance with their lists;

Technical documentation sent with the lift, and the List of replacement parts in accordance with Appendices B and C, respectively.

4.2.2 The components of the elevator: winch, cabin, shaft doors, hydraulic buffer, speed limiter, tensioner should be sent assembled and adjusted, unless otherwise requested by the customer.

Mounting brackets for floor switches, shunts, selection sensors, floor terminal boxes should be shipped with clamps attached. Rail fastening parts should be sent assembled with clamps attached.

4.2.3 Disassembled, it is allowed to send:

Counterweight;

Freight elevator cabin with dimensions in terms of 1500x2000 mm and more;

Hospital elevator cabin for buildings of medical and preventive institutions;

Freight lift shaft doors with an opening width of more than 2000 mm or a height of more than 2600 mm;

Framing (if any) of the openings of the mine doors of passenger elevators.

4.3 Marking

4.3.1 Each lift must be provided with a plate made in accordance with GOST 12969, GOST 12970 and GOST 12971.

The elevator plate must indicate:

The name or trademark of the lift manufacturer;

Marking of cargo packages for elevator equipment for the Far North of the Russian Federation and hard-to-reach areas (for example, mountainous, etc.) - in accordance with GOST 15846.

4.4 Packaging

4.4.1 The components of the elevator equipment must be preserved before packing.

Temporary anti-corrosion protection - in accordance with GOST 9.014.

The use of preservative oils for rope preservation is not allowed. They can be used to cover the surface of the T-profile guides.

The packing lists must indicate: the date and period of re-preservation, as well as the means of temporary corrosion protection.

4.4.3 Packing of equipment and technical documentation of the elevator - in accordance with GOST 23170.

Ropes are packed in a polymer film in accordance with GOST 10354 or other NTD agreed with Gosgortekhnadzor, or in waterproof paper in accordance with GOST 8828 and GOST 515.

4.4.5 Packing of elevator equipment sent to the Far North of the Russian Federation and hard-to-reach areas - in accordance with GOST 15846.

5 SAFETY REQUIREMENTS

The safety of elevators is ensured by fulfilling the set of requirements 4.1.1-4.1.22 (except for 4.1.15, 4.1.17-4.1.18, 4.1.21), sections 3, 5-7, 9 of this standard and PUBEL Gosgortechnadzor.

6 RULES OF ACCEPTANCE

6.1 Component parts (equipment) of the elevator (including spare parts and accessories) should be subjected to acceptance control by the manufacturer's technical control service in order to determine their suitability for shipment to the consumer.

6.2 Acceptance control of the components of the elevator must be statistical on an alternative basis in accordance with GOST 18242.

Parameters, dimensions, requirements to be controlled, sample size and types of defects must be indicated in the technical documentation for the elevator.

6.3 Acceptance inspection of the components of the elevator must have the following inspection plan and the acceptance level of defectiveness:

a) control plan:

Control level - II,

Control plan type - one-stage,

2.5% for significant defects;

6.5% for minor defects.

Acceptance level of defectiveness of other assembly units and equipment parts:

0% - for critical defects;

6.5% for significant defects.

The production cycle under continuous statistical control is one year.

6.4 Purchased products, materials and raw materials should be subject to incoming inspection in accordance with GOST 24297.

During the incoming inspection, the low-voltage complete device (ASSEMBLY) must be checked for functioning.

6.5 Elevator components, parts and castings produced by other manufacturers Shall be visually inspected by the elevator manufacturer to detect possible damage to this equipment during transportation.

The manufacturer of equipment, parts and castings, upon receipt of claims from the manufacturer of the elevator, must inform him within 3 days of the decision taken to eliminate the defect.

6.6 Acceptance tests of the components (equipment) of the elevator

The components of the lift referred to in 6.3 must be subjected to acceptance tests by its manufacturer according to programs and procedures approved in the prescribed manner.

The sampling volume of samples of the elevator components is set by the elevator manufacturer and is indicated in the technical documentation.

6.7 Elevators of each model must be tested:

After making a prototype:

Preliminary;

Acceptance;

When mastering production - qualification;

For serial production:

Acceptance tests of the elevator components;

Periodic;

Typical.

6.8 The frequency of the elevator tests specified in 6.7, the number of elevators that should be subjected to these tests, and the number of elevators in the batch from which the elevator is selected for testing shall be in accordance with table 6.

6.9 Periodic testing

6.9.1 Periodic tests of the elevator are carried out in order to check the stability of the quality of manufacture and the possibility of continuing its release.

Periodic tests should include verification of all mandatory requirements established by this standard and PUBEL Gosgortekhnadzor.

Table 6

Test type	Frequency of tests	Number of lifts	The number of lifts in the batch from which the lifts are selected for testing
Preliminary	One-time - after making prototypes	All prototypes of the elevator, the number of which is determined by the terms of reference for the development
Receiving			All pre-tested prototypes
Qualifying	When launching an elevator of this model		Not less than 3
Periodic	At least once every three years		Not less than 7 *
	With every design change		Not less than 3

7 CONTROL METHODS

7.1 Requirements for measuring instruments

7.1.1 Measuring instruments shall be verified in accordance with the requirements of GOST 8.002 and GOST 8.513.

Test equipment must be certified in accordance with GOST 24555, non-standardized measuring instruments must pass metrological certification in accordance with GOST 8.326.

7.2 Test preparation

A low-voltage complete device must have a document confirming its reliability.

7.2.2 Before carrying out periodic tests, the manufacturer must provide materials confirming the reliability indicators of the elevators.

Methods and plans of tests for reliability and observations during operation - in accordance with GOST 27.410.

7.2.3 To conduct type tests of an elevator, in which equipment is used with changes that can affect the technical characteristics of the elevator and / or its operation, tests should be carried out for each changed equipment.

If the test results of the modified equipment are positive, it is allowed to carry out type tests of the elevator.

7.3 Carrying out elevator tests

7.3.1 Tests of elevators should be carried out in accordance with the Programs and test methods agreed in the prescribed manner.

7.3.1.1 Prior to the start of the lift tests, the manufacturer must have a "Certificate of technical readiness of the lift".

The tests must be carried out on the premises of the lift manufacturer. Carrying out tests of the elevator at the operation site must be coordinated with the Gosgortekhnadzor.

It is not allowed to replace the tests of the elevator by testing its layout.

When testing group control of elevators with three or more elevators in a group, it is allowed to simulate this system.

In case of unsatisfactory test results for one or several indicators, the resumption of repeated tests is allowed only after the causes of the deficiencies are established and their elimination.

8 TRANSPORTATION AND STORAGE

8.1 Transportation of elevator equipment is allowed to be carried out by any type of transport in accordance with the transportation rules applicable to them.

When transporting elevator equipment on ship decks, the elevator manufacturer must take into account the effect of the type III atmosphere in accordance with GOST 15150.

Table 7

Climatic version of the elevator in accordance with GOST 15150

Elevator equipment

mechanical with installed electrical equipment

mechanical without electrical equipment

SPTA and ZIM

3 - an indication of the installation of an elevator - single (they do not indicate in the symbol), group (G) from group 2 - 4, 6 elevators (G2 - G4, G6);

4 - the number of elevator stops;

6 -

7 - indication of the presence of the elevator operating mode "transportation of fire departments" (P);

8 -

An example of a symbolic designation of a passenger elevator for residential buildings with the main dimensions and design according to GOST 5746, with a carrying capacity of 400 kg, with a nominal speed of 0.71 m / s, a single installation, with 10 stops, in the version for operation in a moderately cold climate zone , placement categories 4 and in an area with an intensity of seismic impact of 8 points, which does not have a mode of operation "transportation of fire brigades":

2 Scheme of the symbol of freight elevators

1 - type and type of elevator with parameters, basic dimensions and design in accordance with GOST 8823:

Regular freight elevator (LGO);

Freight release lift (LGV);

Freight elevator with monorail (LGOM);

2 - serial registration number of the elevator model;

3 - carrying capacity, kg;

4 - rated speed, m / s;

5 - lifting height, m;

6 - number of stops;

7 - an indication of the size of the cabin in terms of an elevator of a given carrying capacity - the first (the smaller one is not indicated in the symbol) or the second (larger) (B);

8 - cab type - checkpoint (Ex.), non-passable (Continuous);

11 - designation of this standard.

An example of a conventional designation of a conventional freight elevator with basic dimensions and design in accordance with GOST 8823, with serial registration number 922, carrying capacity 1000 kg, with a nominal speed of 0.4 m / s, lifting height 60 m, with 16 stops, with a walk-through cabin of the second dimensions, for operation in a moderately cold climate zone and placement category 4:

3 Scheme of symbolic designation of cargo small elevators

1 - type of elevator; LGM - small freight elevator with parameters, basic dimensions and design in accordance with GOST 8824;

2 - serial registration number of the elevator model;

3 - carrying capacity, kg;

4 - rated speed, m / s;

5 - lifting height, m;

6 - number of stops;

7 - view of the cabin - through (Well), blind (Nesqu.);

9 - designation of this standard.

An example of a symbolic designation of a small freight elevator with parameters, basic dimensions and design in accordance with GOST 8824, with registration number of model 958, carrying capacity 100 kg, with a nominal speed of 0.4 m / s, lifting height 45 m, with 14 stops, with blind cab, designed for operation in a moderately cold climate zone and with placement category 4:

APPENDIX B

(required)

LIST OF TECHNICAL DOCUMENTATION SET *

* Depending on the type and type of a particular elevator, the list of documents for its equipment is specified by the developer.

The set of technical documentation for the elevator includes the following documents:

Installation drawing (installation drawing, a sample of which has been approved by Gosgortekhnadzor) (2 copies);

Instructions for installation, start-up, regulation and running-in;

Technical description and operating instructions;

Basic electrical diagram with a list of elements (3 copies);

Description of the electric drive and automation (it is allowed to supply as part of the technical description and operating instructions);

Electrical wiring diagram of the LVL for elevator control (supplied with the LVL);

Elevator wiring diagram;

Vedomosti ZIP and ZIM;

Replacement parts drawings (see Appendix B);

APPENDIX B

REPLACEMENT PARTS LIST *

* The parts indicated in the list are intended to replace those that have failed (wear, breakdown) during the operation of the elevator after the expiration of its warranty period

Traction pulley.

Brake shoe assembly.

Brake spring.

Cab slip shoe liner.

Cab shoe roller (s).

Sliding door insert for freight elevators.

Shoe for doors of passenger elevators.

Roller for the doors of freight elevators.

Roller for carriages of passenger elevator cabin doors.

Roller drove drive doors of passenger elevators.

Rubber stop for the drive of the cab doors.

Counterweight sliding shoe bushing.

Roller carriages of automatic sliding doors of the mine.

Roller rubberized for the lock of the doors of the mine.

Speed limiter pulley.

Elevator traction rope outlet block.

V-belt drive pulleys of the cab door drive.

Rubber ring of the device for controlling the loading of the moving field of the cab.

Cab door drive belt.

Note - The list of details is specified for a specific elevator by its developer.

Key words: passenger elevators, freight and freight small elevators, technical requirements, safety requirements, acceptance rules, transportation and storage

1 area of use. one

3 Main parameters and dimensions .. 3

4 Technical requirements. 3

4.1 Characteristics. 3

4.2 Completeness. eight

4.3 Marking. nine

4.4 Packaging. nine

5 Safety requirements. nine

6 Acceptance rules. nine

6.6 Acceptance tests of the components (equipment) of the elevator. 10

6.9 Periodic testing. eleven

7 Control methods. eleven

7.1 Requirements for measuring instruments. eleven

7.2 Test preparation ... 11

7.3 Testing the elevator. 12

8 Transportation and storage. 12

9 Instructions for installation and operation. 13

10 Manufacturer's Warranties. 13

Application A Schemes for constructing a symbol for electric passenger, freight and small freight elevators. 13

Application B List of a set of technical documentation. fourteen

Application B Replacement Parts List .. 15

GOST 22011-95

INTERSTATE STANDARD

PASSENGER ELEVATORS
AND CARGO

TECHNICAL CONDITIONS

INTERSTATE COUNCIL
FOR STANDARDIZATION, METROLOGY AND CERTIFICATION

Minsk

1998 year

Foreword

1 DEVELOPED TC 209 "Elevators and construction hoists"

INTRODUCED by the State Standard of Russia

2 ADOPTED by the Interstate Council for Standardization, Metrology and Certification (Protocol No. 8-95 of October 12, 1995)

State name	Name of the national standardization body
The Republic of Azerbaijan	Azgosstandart
Republic of Belarus	Belstandard
The Republic of Kazakhstan	Gosstandart of the Republic of Kazakhstan
Kyrgyz Republic	Kyrgyzstandart
The Republic of Moldova	Moldovastandart
the Russian Federation	Gosstandart of Russia
The Republic of Tajikistan	Tajik State Center for Standardization, Metrology and Certification
Turkmenistan	Main State Inspectorate of Turkmenistan
The Republic of Uzbekistan	Uzgosstandart
Ukraine	State Standard of Ukraine

4 REPLACE GOST 22011-90

5 REVISION

INTERSTATE STANDARD

PASSENGER AND FREIGHT ELEVATORS

Technicalconditions

Passenger and goods lifts. Specifications

the dateintroduction 1997-01-01

1 AREA OF USE

This standard applies to electric passenger, hospital, freight and small freight elevators (hereinafter referred to as elevators).

The standard does not apply to elevators:

Passenger with a nominal speed (hereinafter referred to as speed) 2.0 m / s or more;

Freight sidewalk;

Ship;

Special purpose;

For work in buildings and premises classified into categories A and B * for explosion and fire hazard;

For work in rooms with corrosive vapors or gases;

For operation in conditions of condensation in a mine or machine room, frost or ice formation on equipment.

The requirements of this standard are mandatory.

Mandatory requirements for the quality of elevators, ensuring their safety for life, health and property of the population, environmental protection, are set out in the section.

2 REFERENCES

This standard uses references to the following standards and documents of state supervision:

The main parameters and dimensions of electric freight elevators are in accordance with GOST 8823.

The main parameters and dimensions of electric freight small elevators are in accordance with GOST 8824.

The designation of the elevators is given in the appendix.

4 TECHNICAL REQUIREMENTS

4.1 Features

4.1.4 The values of the parameters of the lifts must correspond to those given in tables and.

4.1.5 Elevators must operate in the operating modes specified in the table and maintain an operable state at an altitude of up to 2000 m above sea level.

When the elevator is operated at an altitude of 1000 to 2000 m, the number of starts per hour is reduced by 1% for every 100 m.

4.1.6 Elevators are made to operate from an alternating current with a frequency of 50 Hz and a voltage of 380 V.

Table 1

Passenger elevators

for residential buildings

for public buildings and industrial buildings

for industrial buildings

sick leave

Rated speed, m / s

0,71

Assigned service life, years

Accuracy of stopping the elevator car, mm, with a drive:

Adjustable

± 10

Unregulated

± 35

BUT, no more

Sound level in the cab when opening and closing doors, dB BUT, no more

Vibration speed of the cabin floor with steady motion, m / s, no more

0,06 10 -2

Corrected winch sound power level, dB BUT, not less

Carrying capacity, kg

320;

800; 1000; 1250; 1600

Note - At the end of the designated lifespan of the elevator, it is inspected in accordance with the procedure established by Gosgortekhnadzor.

Table 2

			Freight elevators
					usual	small
			Rated speed, m / s
			0,25*; 0,5	0,25**; 0,4		0,4; 0,5
Mean time between failures, h, not less
Assigned service life, years
Sound level in the cabin with steady motion, dB BUT, no more
Vibration speed, m / s, no more			0.32 10 -2	0.16 10 -2	0.16 10 -2
Corrected winch sound power level, dB BUT, no more	Carrying capacity, kg


		1000
		1600
		2000 and more

* For elevators with a lifting capacity of 5000 kg.

** For lifts with a lifting capacity of 4000 and 6300 kg.

Note - At the end of the designated lifespan of the elevator, it is inspected in accordance with the procedure established by Gosgortekhnadzor.

Table 3

		Rated speed, m / s	Working hours
A type	View	Rated speed, m / s	Number of starts per hour, no more	Relative duration of PV activation,%, no more
Passenger	for residential buildings	0,4 - 0,71
		1,0-1,6
		1,0-1,6	180*
	for buildings of public and industrial enterprises	1,0; 1,6	180; 200*
	sick leave

			180*
			180; 200*
	for industrial buildings	0,4 - 0,71
Cargo	usual	0,25
		0,4; 0,5

	clutch release, with monorail	0,4; 0,5
Cargo small		0,4; 0,5

* For lifts with a lifting capacity of St. 630 kg

Table 4

		Climatic version			Limiting operating temperatures, ° С	Upper value of relative air humidity
A type	View	Climatic version	mine	machine room	Limiting operating temperatures, ° С	Upper value of relative air humidity
Passenger	for residential buildings, buildings of public and industrial enterprises, hospital	UHL			+40 to +1 "+40" +5	80% at + 25 ° С 80% "+ 25 ° C
					+55 to +1 "+55" +5	98% at + 35 ° С 98% "+ 35 ° C
	for industrial buildings	UHL			+40 to -40 "+40" +5	98 % at + 25 ° С 80% "+ 25 ° C
Cargo	conventional, clutch release, with monorail	UHL			+40 to -20 "+40" +5	98% at + 25 ° С 98% "+ 25 ° C
Cargo	conventional, clutch release, with monorail	THEN			+45 to -10 "+45" +5	98% at + 35 ° С 98% "+ 35 ° C
Cargo small		UHL			+40 to +1 "+40" +5	80% at + 25 ° С 80% "+ 25 ° C

* When recording the climatic performance of the elevator, the category of its placement is indicated by the category of the location of the machine room.

At the request of the customer, elevators can be manufactured for operation from the alternating current network:

Frequency 50 Hz with voltage 240 and 415 V;

Frequency 60 Hz " 220; 230; 380; 400; 415 and 440 V.