SY/T 5168-1999 Classification and Coding System for Parts of Petroleum Drilling and Production Equipment SY/T5168-1999 Standard download decompression password: www.bzxz.net

ICS75.020
Record number: 3080—1999
Petroleum and natural gas industry standard of the People's Republic of China SY/T5168—1999
Classifying and coding system for the parts of oil drilling & production equipment
Published on 17 May 1999
Implemented on 12 December 1999
SY/T5168—1999
1 Scope·
2 Reference standards·
3 Definitions
4 General principles
5 Basic structure of the classification and coding system for parts of oil drilling & production equipment·6 Coding principles
7 Coding examples
Appendix A (Appendix to the standard)
Appendix B (Appendix to the standard)
Appendix C (Appendix to the standard)
Classification and coding system for parts of oil drilling & production equipment Definition, description and correct legend of coding system Method of compiling drawing numbers for general product drawings and component drawings Detailed description of the classification and compilation method for product specifications·1
SY/T5168--1999
This standard is based on GB/T1.1--1993, and is revised to SY5168--87 "Classification and Coding System for Parts of Petroleum Drilling and Production Equipment" (SYBM-1) in accordance with GB/T7026--1986 "Regulations on the Preparation of Information Classification and Coding Standards for Standardization Work Guidelines" and GB/T7027--1986 "Basic Principles and Methods for Information Classification and Coding for Standardization Work Guidelines". According to the provisions of GB/T1.1-1993, this standard adds "Foreword", adjusts the code structure of the coding system, so that the part code and part number are expressed with the same 21 code positions; realizes the unification of code (code) number (part number), so that the part number contains both information related to processing technology and a lot of information related to design, which is convenient for the use of unified coding in the design and manufacturing fields, and can also be used as a retrieval mark for computer-aided design; partially merges the external overall shape of non-rotating parts and special-shaped rotating parts, avoiding some code positions that are prone to error due to non-unique coding; adds bending parts to non-rotating parts, thereby expanding the coverage of non-rotating parts; modifies some standards cited in the original standard that are inconsistent with the current standard. Appendix A, Appendix B and Appendix C of this standard are all appendices to the standard. This standard replaces SY5168-87 from the date of entry into force. This standard is proposed by China National Petroleum Corporation. This standard is under the jurisdiction of the Petroleum Information and Computer Application Professional Standardization Technical Committee. The responsible drafting unit of this standard is Xi'an Petroleum Institute. The participating drafting units of this standard are Baoji Petroleum Machinery Factory. The main drafters of this standard are Dong Pengmin, Wang Jiangping, Zhang Yurong. This standard was first issued on August 12, 1987. Huang Yanan, Li Yaodong
1 Scope
Petroleum and Natural Gas Industry Standard of the People's Republic of China Classifying and Coding System for Parts of Oil Drilling & Production Equipment
for the parts of oil drilling & production equipment SY/T5168—1999
Replaces SY5168—87
This standard specifies the definition, basic structure and coding rules of the classification and coding system for parts of oil drilling & production equipment. This standard is applicable to the classification and coding of oil drilling equipment, including the classification and coding of mechanical and non-mechanical parts. Other mechanical equipment and instruments can be used for reference. This standard can also be applied to the entire production system (product design, manufacturing and production management), and each enterprise is allowed to add some auxiliary code positions according to actual conditions.
2 Referenced standards
The clauses included in the following standards constitute the clauses of this standard by being referenced in this standard. When this standard is published, the versions shown are valid. All standards will be revised, and parties using this standard should explore the possibility of using the latest versions of the following standards. GB/T10095—1988 Accuracy of involute cylindrical gears SY504991 Drilling slips
SY/T5059—91 Oil well pump
SY/T5073—93 Logging winch
SY5114—92 Salvage male
Salvage female cone
SY5115-92
3 Definitions
This standard adopts the following definitions.
3.1 Coding for parts
Describing and identifying the parts of oil drilling equipment with a group of characters (letters or numbers) arranged in sequence is called part coding, that is, characterizing the relevant characteristics or information of the parts of oil drilling equipment according to the principles specified in this standard. 3.2 Product product
The complete machine, component or part that does not need to be functionally assembled with other components and parts and has independent use functions is generally called a product by the manufacturer as a factory unit, such as pumping units, blowout preventers, lifting rings, etc. Individual large-scale complete sets of combined units may not be included in the products, such as drilling rigs, etc. 4 General provisions
4.1 Parts designed and processed by oil machinery enterprises shall be coded according to the provisions of this standard. 4.2 Parts that are not machined, such as stamping parts, sheet metal parts, springs, glue pressing, injection molding, etc., shall be described and collected using this standard to handle the part numbers of such parts.
4.3 Purchased parts are not coded.
Approved by the State Administration of Petroleum and Chemical Industry on May 17, 1999, and implemented from December 1, 1999
SY/T5168—1999
5 Basic structure of the classification and coding system for oil drilling equipment parts 5.1 Structure of the classification and coding system for oil drilling equipment parts The classification and coding system for oil drilling equipment parts is classified according to the face classification method. Among them, the rotating body parts are composed of 12 faces, and the non-rotating body parts are composed of 11 faces. The specific structure is shown in Table 1. Table 1 Basic structural parts code number (common) of the classification and coding system of parts for oil drilling and production equipment
Material,
Product name matrix (see Table 2)
5.3 Parts name matrix (see Table 3)
5.4 Material, rough matrix (see Table 4)
Heat treatment, main dimensions, precision matrix (see Table 5) 5.6
Shape and processing matrix of each part of rotating parts (see Table 6) Thirteen
Shape and processing code of rotating parts
and processing
Shape and processing code of plane and
non-rotating parts
External shape
and processing
5.7 Shapes and processing codes of non-rotating parts (see Table 7)—2—
Main hole and internal
Processing
Auxiliary processing
Twenty-thirty
Second place
First place
Desander
Sandblaster
Oil pump
Agitator
Centrifugal pump
Cement truck||tt| |Zhuzhai pump
Installation vehicle
Tank truck
Engineering vehicle
Electrical test vehicle
Manifold vehicle
Cement truck
Wax removal vehicle
Well testing vehicle
Well cleaning vehicle
Acid tank vehicle
Sand mixing vehicle
SY/T 5168~-1999
Diesel generator set
Amplifier
Hose
Traveling block hook
Product name matrix
Gear pump
Downhole test tool
Salvage cup
Drilling pump
Safety valve
Vertical release
Air control valve
Plug valve
Hydraulic control valve
Gate valve
Sucker rod and coupling
Packer
Ash tank
Screw Rod pump
Mud tank
Casing and coupling
Drill pipe and joint
Clutch
Circulation joint
Flow meter
Second place
First place
Safety joint
Temperature converter
Diesel engine
Well washing machine
Centrifuge
Torque meter
Natural gas engine
Well cleaning machine
Well repair machine
Safety slips
Perforating gun
Fracturing well
SY/T5168—1999
Table 2 (continued)
Magnetic fishing device
Bagging tube
Oil-gas (water) separator
Bagging basket
Water tap
Turbodrill
Pressure gauge
Desilter
Quick-opening blind plate
Fishing spear
Hydraulic anchor
Blowout preventer
Degasser
Drill pipe tongs
Mud gun
Production distributor
Cleaner
Hydraulic tongs
Shooter
Insulation pipe
Second place
First place
Transmission (box)
Oil (gas) tree
Auxiliary brake (water brake,
Electromagnetic brake, etc.)
Reducer (box)
Mud screen
Water distributor
Dehydrator
Rope reel
Casing head
Tubing head
SY/T5168—1999
Table 2 (End)
Ground Slide
Kelly Drill Rod
Thread Gauge
Oil Pipe and Joint
Car Box
Reverse Car
Front Car
Corning Tool
Universal Shaft
Drilling Rig Spinner
Oil Pumping Unit
Back Pressure Valve
Diameter Gauge
Air Compressor
Mud Tester
Temperature Gauge
Well Inclinometer| |tt||Drilling and instrumentation
Drilling pump group
Transmission device
(and frame) base
Stabilizer
Screw drilling tools
Wheel discs
Ring sleeves
Pin shafts
Gears
Special parts
Rods
Slats
Seat frames
Box housings
Special parts
External gears||t t||General rod
General plate
Bearing seat
Flange
Thick wall ring
Internal gear
General block
SY/T5168—1999
Table 3 Part name matrix
Wheel-shaped part
Dial
Bevel gear
Fan-shaped part
Arch-shaped part
Internal thread sleeve
Shaft gear
Special Shaped pipe
Support plate
Pump head body
Packing box
Flange sleeve
Medium and long shaft
Bend piece
Tooth-shaped piece
Straight pipe joint
External thread sleeve
Fork piece
Coupling
Clutch body
Compound gear
Special gear
Fork piece
Valve body (core)
Sliding (swing) block| |tt||Crosshead
Block-shaped body
Ferrous metal castings
Putong carbon steel
High-quality carbon steel
Alloy structural steel
Special steel and tool materials
Copper and copper alloys
Aluminum and aluminum alloys
Other nonferrous metals
and their alloys
Non-metallic materials
SY/T5168—1999
Table 4 Materials, rough Bad matrix
Welded parts of two or more metals
Bimetallic parts with
other wear-resistant metals cast or bonded on the inner wall of the matrix
Heat treatment
Surface carburizing layer treatment
Surface plating
Surface chemical treatment
2+4 or (and)
5 or (and)6
3+2 or (and)
4 or (and)5 or
(and) 6
SY/T5168-1999
Table 5 Heat treatment, main dimensions, precision matrix+
Maximum diameter (D) or maximum width (B)
Instruments
>14~20
>20~30
>30~58
>90~160
>160~440
>440~630
>18~30||t t||>65~90
>90~120
Maximum length (L or A)
Instrumentation
>18~30
>30~50
>50~1 20
>120~250
>250~500
>500~800
>800~1250
>1250~2000
>2 000
>10~16
>16~25
>25~40
>40 ~60
>60~85
>85~120
>120~160
>160~200
Low precision
Inner and outer rotary surfaces
Plane machining
Outer rotary surface machining
Inner rotary surface machining
Plane machining
4 or 5 or
Ultra-high precision(End)
Ground Slide
Kelly Drill Rod
Thread Gauge
Oil Pipe and Joint
Car Box
Reverse Car
Front Car
Corning Tool
Universal Shaft
Drilling Rig Spinner
Oil Pumping Unit
Back Pressure Valve
Diameter Gauge
Air Compressor
Mud Tester
Temperature Gauge
Well Inclinometer| |tt||Drilling and instrumentation
Drilling pump group
Transmission device
(and frame) base
Stabilizer
Screw drilling tools
Wheel discs
Ring sleeves
Pin shafts
Gears
Special parts
Rods
Slats
Seat frames
Box housings
Special parts
External gears||t t||General rod
General plate
Bearing seat
Flange
Thick wall ring
Internal gear
General block
SY/T5168—1999wwW.bzxz.Net
Table 3 Part name matrix
Wheel-shaped part
Dial
Bevel gear
Fan-shaped part
Arch-shaped part
Internal thread sleeve
Shaft gear
Special Shaped pipe
Support plate
Pump head body
Packing box
Flange sleeve
Medium and long shaft
Bend piece
Tooth-shaped piece
Straight pipe joint
External thread sleeve
Fork piece
Coupling
Clutch body
Compound gear
Special gear
Fork piece
Valve body (core)
Sliding (swing) block| |tt||Crosshead
Block-shaped body
Ferrous metal castings
Putong carbon steel
High-quality carbon steel
Alloy structural steel
Special steel and tool materials
Copper and copper alloys
Aluminum and aluminum alloys
Other nonferrous metals
and their alloys
Non-metallic materials
SY/T5168—1999
Table 4 Materials, rough Bad matrix
Welded parts of two or more metals
Bimetallic parts with
other wear-resistant metals cast or bonded on the inner wall of the matrix
Heat treatment
Surface carburizing layer treatment
Surface plating
Surface chemical treatment
2+4 or (and)
5 or (and)6
3+2 or (and)
4 or (and)5 or
(and) 6
SY/T5168-1999
Table 5 Heat treatment, main dimensions, precision matrix+
Maximum diameter (D) or maximum width (B)
Instruments
>14~20
>20~30
>30~58
>90~160
>160~440
>440~630
>18~30||t t||>65~90
>90~120
Maximum length (L or A)
Instrumentation
>18~30
>30~50
>50~1 20
>120~250
>250~500
>500~800
>800~1250
>1250~2000
>2 000
>10~16
>16~25
>25~40
>40 ~60
>60~85
>85~120
>120~160
>160~200
Low precision
Inner and outer rotary surfaces
Plane machining
Outer rotary surface machining
Inner rotary surface machining
Plane machining
4 or 5 or
Ultra-high precision(End)
Ground Slide
Kelly Drill Rod
Thread Gauge
Oil Pipe and Joint
Car Box
Reverse Car
Front Car
Corning Tool
Universal Shaft
Drilling Rig Spinner
Oil Pumping Unit
Back Pressure Valve
Diameter Gauge
Air Compressor
Mud Tester
Temperature Gauge
Well Inclinometer| |tt||Drilling and instrumentation
Drilling pump group
Transmission device
(and frame) base
Stabilizer
Screw drilling tools
Wheel discs
Ring sleeves
Pin shafts
Gears
Special parts
Rods
Slats
Seat frames
Box housings
Special parts
External gears||t t||General rod
General plate
Bearing seat
Flange
Thick wall ring
Internal gear
General block
SY/T5168—1999
Table 3 Part name matrix
Wheel-shaped part
Dial
Bevel gear
Fan-shaped part
Arch-shaped part
Internal thread sleeve
Shaft gear
Special Shaped pipe
Support plate
Pump head body
Packing box
Flange sleeve
Medium and long shaft
Bend piece
Tooth-shaped piece
Straight pipe joint
External thread sleeve
Fork piece
Coupling
Clutch body
Compound gear
Special gear
Fork piece
Valve body (core)
Sliding (swing) block| |tt||Crosshead
Block-shaped body
Ferrous metal castings
Putong carbon steel
High-quality carbon steel
Alloy structural steel
Special steel and tool materials
Copper and copper alloys
Aluminum and aluminum alloys
Other nonferrous metals
and their alloys
Non-metallic materials
SY/T5168—1999
Table 4 Materials, rough Bad matrix
Welded parts of two or more metals
Bimetallic parts with
other wear-resistant metals cast or bonded on the inner wall of the matrix
Heat treatment
Surface carburizing layer treatment
Surface plating
Surface chemical treatment
2+4 or (and)
5 or (and)6
3+2 or (and)
4 or (and)5 or
(and) 6
SY/T5168-1999
Table 5 Heat treatment, main dimensions, precision matrix+
Maximum diameter (D) or maximum width (B)
Instruments
>14~20
>20~30
>30~58
>90~160
>160~440
>440~630
>18~30||t t||>65~90
>90~120
Maximum length (L or A)
Instrumentation
>18~30
>30~50
>50~1 20
>120~250
>250~500
>500~800
>800~1250
>1250~2000
>2 000
>10~16
>16~25
>25~40
>40 ~60
>60~85
>85~120
>120~160
>160~200
Low precision
Inner and outer rotary surfaces
Plane machining
Outer rotary surface machining
Inner rotary surface machining
Plane machining
4 or 5 or
Ultra-high precision000
>10~16
>16~25
>25~40
>40 ~60
>60~85
>85~120
>120~160
>160~200
Low precision
Inner and outer rotary surfaces
Plane machining
Outer rotary surface machining
Inner rotary surface machining
Plane machining
4 or 5 or
Ultra-high precision000
>10~16
>16~25
>25~40
>40 ~60
>60~85
>85~120
>120~160
>160~200
Low precision
Inner and outer rotary surfaces
Plane machining
Outer rotary surface machining
Inner rotary surface machining
Plane machining
4 or 5 or
Ultra-high precision
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