GB/T 2982-2001 Specifications, dimensions, pressure and load of pneumatic tires for industrial vehicles
Some standard content:
I8 83- 160. 99
National Standard of the People's Republic of China
GB/T 2982—2001
neqiso37391.1992
Iso 3739-2:1992
ISo 10571:1995
Specification , dimensions , inflation pressure and loadcapacity of pneumatic tyres For Industrial Vehicles Issued on November 12, 2001
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
Implementation on August 1, 2002
GB/T2982201
This standard is not equivalent to the international standard 1503739-1: 1993+ Industrial tires and tires (Part: Variable speed tires mounted on 5° material inductive flat bottom wheels (valley series) - Specifications, dimensions and markings 3,15U37392, 1992*T Industrial tires and wheel systems Part 2: Pneumatic tires mounted on 5-base or semi-base wheels (classification required) with load rating 3,010371,1-type dynamic starting machines and the same type of machines 3. B-type TRA-1595 revised GB/T29821091. The main differences between this standard and the previous version are: Tires with metric series added; Requirements for valve models added; Chapter 5: The weight of forklift trucks during balancing was cancelled: Transport efficiency 15k/corresponding wheel price eliminates the deviation of new tire section width and outer diameter: standard wheel rims for some tires with nominal diameter code 15 are specified, and wheel rims are allowed to be used, but the tire pressure and load of these tires are reserved. This standard replaces all other standards except GB/T2982-1991 from the date of implementation. This standard is also approved by the National Petroleum and Chemical Industry Bureau. The standard is approved by the National Wheel Standardization Technical Committee. Drafting unit of this standard: Shanghai Dajun Rubber Co., Ltd., Shanghai Dongjining Wheel Factory, Beijing Rubber Industry Research and Design Institute. The main drafters of this standard are Shi Xiaohua, Xing Zhang, Shi Kexian, Xian Jiangtao. This standard was formulated in 1982 and first issued in November. This standard is entrusted to the National Technical Committee for Standardization of Wheel Service and Vehicles for interpretation. National Standard of the People's Republic of China. Specifications, dimensions, pressure and load of pneumatic tires for industrial vehicles. Designatloa,dlmenbiong,inflation This standard specifies the specifications, dimensions, pressure and load of pneumatic tires for industrial vehicles. GE/T2982—2001
neIsO 3739-1:1992
1S0 3739-2:1992
[S0 10571:1995
This standard is used for pneumatic tires for industrial vehicles such as counterbalanced vehicles, tractors and flatbed trucks. 2 Reference standards
The provisions contained in the following standards shall become the provisions of the current standards through their use in this standard. At the time of publication of this standard, the versions shown are valid. All standards are subject to revision. When using this standard, all parties should explore the possibility of using the latest versions of the following standards. GB/T2981--2CU1T. Technical requirements for pneumatic tires for commercial vehicles GB1(36.1-1997 Pneumatic tire inner tubes Part 1 3 Wheel specification description 3.1 Normal section tire 3.2 Wide section tire 1512PR Automobile wheel inner tube tread Nominal diameter code for wheel tread Oblique structure code Tire name Section width World code Wheel tread name Diameter code Meridian Tire structure code
Tire nominal section diameter code
Tire nominal diameter code
Tire nominal section length code
Tire nominal outer diameter code
Approved by the General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China on November 1, 2001 and implemented on August 1, 2002
3.3 Metric series tire grease
Example 3:
180/70
2C5/70
60 yuan/8G|| tt||GB/T2982.-2001
Wheel nominal diameter code
Meridian structure code
Tyre nominal section width code
Tyre nominal outer diameter code
Wheel nominal diameter code
Oblique structure code
Tyre nominal section width!
Speed symbol
Load index
Wheel nominal diameter code
Oblique structure code
-Tire nominal width ratio
Tire nominal section width Gram
Speed symbol
Load index
Nominal diameter code
Tire structure code
Nominal aspect ratio of tire
Nominal section width of tire
Use mark
Building number
Load index
Nominal diameter code of tire
Tire structure code
Nominal height-to-width ratio of tire
Nominal section width of tire
GR/T2982—2001
4. 1. The requirements, test methods, inspection rules, marking and packaging, use and maintenance of tires designed and produced according to this standard shall comply with the provisions of GB/T29R1.
4.2 Tire specifications, measuring wheel vehicle code, wheel model, size, valve tuning model shall comply with the provisions of Table 1, Table 3, Table 5, Table 7, Table 9, Table 10, Table 11 and Table 13.
4.3 The corresponding relationship between tire ply, air volume and load shall comply with the provisions of Table 2, Table 4, Table 6. .Table 8. Table 9. Table 10. Table 11. Table 12. 5 Inner tube and belt
5.1 If the outer tire needs to be equipped with an inner tube, the requirements, test results, inspection specifications, markings and packaging of the inner tube shall comply with the provisions of GB7036.1.
5.2 If the outer tire needs to be equipped with a belt, the requirements, test methods, inspection specifications, markings and packaging of the belt shall comply with the provisions of (B/T298I, and the specifications of the belt shall be consulted with the tire manufacturer. Table 1 First-pass section bias tire
New cavity section H size/u
Lake opening specification
6. 5tl-16
5 25-15
. k: 16
Circulation wheel
Recharge code
Allow clear wheel sheath
3 00 D,2. tO C.
3.00 B.3. 65 D
3. 5 J,3. 50 D,3. 50 B
3. 54: 1), R, nD 11
4- 50 E
9.20 E.4.55 E
3. 00 F.6. 50 F
5.5.5.50 T.6.G
CF,5. OU G
5. 50 F.5.cO F
G.&.fi. I.6. 5
6. 5F G.5. 50 F.6. 5t H
6 5.5. 3
F.5.6. 55
G. 53 11,7. 00 N
Outer diameter
Tire size uu
Total width
Z1-00-1
z1-c5-:
zJ-Ut-1
21-01-1
21-01-1
21-ut-1
1-51-5
Z1-01-1
21-51-2
Z1-01-2
21-51-1
21-31-4
On the road now
9,60-2
15. 00.20
13-00-24
:.1:00-23
15. (0 2:
Thanks to the quantity of picking
accumulated spots
Yunji uses the wool wheel
7.5.. 5c v.3.0
E. 5,5. 50 8,6. 0
6..5.K T.6.E
GD/T2982-·200
Table finished》
New pin size/m
6. b.6. at. Tyurno 7
7.3.7. TF 5.F. E5 V
I1. s.7. 5c V,8-,3. no V
7. 5G V.8.0F,42V
...,d-.o V,y, uo v
3. 5.3. 50 V.9. 00 V
9.n.3.nG v
10. 0..0. 00
11.25/2.c
13. aG/2. 5
There are standard wheel auxiliary materials of Sichuan wheel steel of the following grade, 2
wheel dirty record large size for car! Design wheel afraid to pass, 23
outer wheel
1175:2
section change of the air injection, can be used with the method and decision note small applicable to the installed,
tire maximum use period size in/mm
outer diameter
gong wide Kang
in 2 ordinary section inclined wheel belt pressure and negative cycle corresponding table suitable
1 38-0
:549
this question the maximum negative section of the wheel
wheel grease specification
a, 00-x
Inflatable』
A-type
State drive wheel
35kmz5
Military aircraft blood light
Steering antelope
Industrial vehicle
Valve spray type
Z1-21-7
z1 51
ZI-01--
Z1-11-5
ZI-31-6
Z1-ul-5
21-03-
21-c18
7.1-C:1-x
21-01-8
ZI-c1-8
21·61 7
TCG-W1
Jn km/h 25 kmihla: km/hj53 km/h130
Qingfu Lege
i- α-JC
7- uu-Li
r-uu-1
..心-10
7,20-16
9,110-15
ih k: 1.3
.fe 25
Inflatable
GB/T29B2—2001
Table 2 (continued)
Number of tires under different maximum humidity Maximum load/kg Cyclic ratio is ten
Drive
: 635
Steering wheel
2 9-15
Drive
3 buts
Steering wheel
Industrial vehicle
20 it/h|2 km/b|40 kom/h 50 km/hgos
上863
1 F71:
1 82 heart
Wheel
13 -2c
11- 3-3G
13- X-3C
13. 0c-24
12-K-54
Reaction force
GB/T2982
Table complete)
Wheel weight without speed kg
Central counterweight vehicle
25 kt/h
Average wheel
1e:511
14 586
1553 catties
35km/h
516 yuan
11 225
Revolving wheel
F industrial vehicle
1n km/hF. k1:/h 4:1 knt/h:5: km/h3575
15 13:
=3 s01
15 420
11 565
12060:13645111770
le bah
15 435
When used on loose or irregular non-uniform paintings, the load capacity of the tire under different suspension height variations should be consistent with that of the tire. 2 Shanghai Stock Exchange also has the following table 1. Table 6 Table 6, Table 1, Table 10, Table 11, 255
3 #9:h
10 375
1: 555
11 960
Wheel starter size
Measurement wheel
Width surrogate
Fat specification
Measurement wheel
Tire specification
a×4. t:-9
16X6-8
21×8-g
23x9-10
27×1-12
28X615
28X515
250-15
Standard code
CB/T 2982—2001
If the cross section of the tire
New tire gauge 1mm
Allowed use
3.50 .3. D
00 F,5.F
i. oe S.5. 50 S
Outer diameter
Measurement inches/mm
Total width
Ordinary section radial tire pressure and load corresponding table Outer diameter
Under different high-speed pressure, the maximum load/kg Inflation pressure
Allowed to use
3- 251
6.00 E.7.00 E
s- SU T
7.0.7.00 1
New forklift
85ka/h
Steering wheel
35km/h
Black tire
Broken section bias tire
New tire size/mm
Outer diameter
Center tire
Industrial vehicle
Valve model
Z1-D1-1
21-01-1
21-0-1
1c k./h25 km./h4c km./h5c kun/21
Maximum size of light tire for quick use/mm
Total micro-degree
External point control
Valve volume
21-31-1
21-01-1
Z1-21-1
Z1-01-1
Z1-51-4
zt o1 3
ZI-D1-3
21-91-5
Z7-01-7
21-01-1
Service belt:
1Ex6-S
1RXF-X
21X6-9
33X 9-11
21×10-12
SXX X-1E
28×015
260-15
3u0-1:
Measured value
Wheel pressure
1KXTR&
21X5kg
2X9R1E
Code
GB/T2982—2001
Table 6 Wide section bias tire pressure and negative cycle correspondence table Tire pressure at different speeds kz Inflation pressure
Permitted use period
Usually counterweight type
25km/h
Black tire
3865:
6.00E.7.0E
7.0.7.00 1
3-7℃
35kmzh
must be kinetic
rotor
wide section for cattle line tire
outer diameter
industrial vehicle
10 km/h25 km/a|40 xm/h 59 km/hl!
3-1-10
....w.
try section big joint scale
valve spraying hand
total width
outer diameter
71 G1 :
21-01-4
Z]-ul-i
snake fat view
15x 4. 5 R 8
38x7R8
21XHR3
2X9R15
Wheel capacity
556/65-15170
Filling degree:
250/3C-13, t65 1. 34
5:5/70-15
269775-3
134 5- x
225/75-10
≤50/F5-12
IR0/x5-10
GB/T29822001
Table 5 Correspondence between wide section radial wheel pressure and load value for tires of the same age under the same load/B Inflatable force
..........
Heavy vehicle
25ka/h
Moving wheel
Directional wheel||t t||55km/h
Steering wheel
Metric system bias tire
New design size/m
There are the following effective arrays that can be used as standards for some external straight light
people/position
total commercial degree
price and effectiveness product based on the number A corresponding to the progress applicable outer point diameter
different installation details (take the wind) under the tire collection person is responsible for the attached requirements for the A actual full age limit size for use in the vehicle factory design total question is used. If other types of valves are required, the party who proposes the application shall negotiate with the party concerned. The above notes also apply to the table 10 metric series for the afternoon stage. Wheel size 250/70 R :: 30.5. b. 6. U. New test size light tire size for use with all foreign parts, total width: Asian vehicle 25km/h 40b/h 50k/h standard load capacity valve type 21 0: -7 21-91-6 21-0: -x Zz: -014 Z: -01-4
Z--01-3
21-CJ-:
216:1-1
21-r1-6Www.bzxZ.net
Standard load
Inflating force
Inflating pressure
Fertilizer washing grid
315/7R15
:25/75RA
230/73R8
750/75K
225/?R10
225/75R15
R50/T5K17
Wheel plate grid
355/:R 25
-15/CR 25
525/ R
9c5.36 R 25
585/HCR25
385/95R24
38/R 5
145/95R25
505/95 R 5
575/05K25
3. x1 3. 25
GA/T29B2—2001
After cutting
To tire design size
17.c0/3-
19.59/2.5
16..6/1.5
1c.co/1.5
13.nn/2.5
15.00/SE
There is a good charge for the use of the standard whole period, the outer contact
the maximum length
the total environment certificate
the outside point diameter
the mobile crane sub-line tire
the design size/urun
the outside point diameter
the valve belt type
21-u:-1
21-31-1
21-31-4
21 51
Z-31-3
the most optimal size of the wheel cavity? uun
total width uses
2 load index according to the speed information equal to the sign E for the seat point Di degree 7Dn small selection pressure, 3 different amounts of high (effective speed evil) energy tire efficiency under large negative pressure see the attached table A34 wheel starting maximum speed Sichuan size ten fast vehicle factory design range tire pressure, 1
standard negative and
standard negative two
i1 563
inflatable force
inflatable pressure36 R 25
585/HCR25
385/95R24
38/R 5
145/95R25
505/95 R 5
575/05K25
3. x1 3. 25
GA/T29B2—2001
After cutting
To tire design size
17.c0/3-
19.59/2.5
16..6/1.5
1c.co/1.5
13.nn/2.5
15.00/SE
There is a good charge for the use of the standard whole period, the outer contact
the maximum length
the total environment certificate
the outside point diameter
the mobile crane sub-line tire
the design size/urun
the outside point diameter
the valve belt type
21-u:-1
21-31-1
21-31-4
21 51
Z-31-3
the most optimal size of the wheel cavity? uun
total width uses
2 load index according to the speed information equal to the sign E for the seat point Di degree 7Dn small selection pressure, 3 different amounts of high (effective speed evil) energy tire efficiency load see the attached table A34 wheel starting maximum speed Sichuan size ten fast vehicle factory design range tire pressure, 1
standard load and
standard load two
i1 563
inflatable force
inflatable pressure36 R 25
585/HCR25
385/95R24
38/R 5
145/95R25
505/95 R 5
575/05K25
3. x1 3. 25
GA/T29B2—2001
After cutting
To tire design size
17.c0/3-
19.59/2.5
16..6/1.5
1c.co/1.5
13.nn/2.5
15.00/SE
There is a good charge for the use of the standard whole period, the outer contact
the maximum length
the total environment certificate
the outside point diameter
the mobile crane sub-line tire
the design size/urun
the outside point diameter
the valve belt type
21-u:-1
21-31-1
21-31-4
21 51
Z-31-3
the most optimal size of the wheel cavity? uun
total width uses
2 load index according to the speed information equal to the sign E for the seat point Di degree 7Dn small selection pressure, 3 different amounts of high (effective speed evil) energy tire efficiency load see the attached table A34 wheel starting maximum speed Sichuan size ten fast vehicle factory design range tire pressure, 1
standard load and
standard load two
i1 563
inflatable force
inflatable pressure
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