This standard specifies the type, basic parameters and structural dimensions, technical requirements, test methods and inspection rules of dual-capacitor asynchronous motors. This standard applies to dual-capacitor asynchronous motors (frame sizes 71 to 100) (hereinafter referred to as motors). All motors derived from this series of motors can also be implemented. JB/T 9542-1999 Technical conditions for dual-capacitor asynchronous motors JB/T9542-1999 Standard download decompression password: www.bzxz.net

Mechanical Industry Standard of the People's Republic of China
JB/T9542
1999-08-06Juan
Wa Xianji Dong
2000-01-01Xiaolian
JB/T9542
This standard is a revision of ZBK2000389 "Technical Conditions for Dual-value Capacitor Asynchronous Motors". On the basis of the original standard, this standard adds a preface and table of contents, changes the standard number, and the standard content remains basically unchanged. According to the provisions of GB/T1.3, Chapter 5 "Test Methods" is added, the original Chapter 5 "Inspection Rules" is included in Chapter 6, and the content of the relevant test methods is placed in Chapter 5. The original Chapter 1 "Subject Content and Scope of Application" is changed to "Scope", and the original Chapter 6 "Marking, Packaging" is changed to Chapter 7 "Marking, Packaging, Transportation and Purchase and Storage".
This standard replaces ZBK20003-89 from the date of implementation. This standard is proposed and managed by the National Technical Committee for Standardization of Rotating Electric Machines. The responsible unit for drafting this standard is Guangzhou Electric Science Research Institute. The main drafters of this standard are He Wenshuo, Su Shihua, Wu Guoping, and Huang Zhu. This standard is interpreted by the National Technical Committee for Standardization of Condensing and Rotating Electric Machines, the Technical Committee for Standardization of Small Power Electric Machines. I
Ji Jia Xin Kui Wa Yi Xin
JB/T95421999
ZBK200031989
This standard specifies the type, basic parameters and dimensions, technical requirements, test methods and inspection rules, and marking and packaging requirements of dual-value capacitor asynchronous motors.
This standard is applicable to dual-value capacitor asynchronous motors (frame size 71-100) (hereinafter referred to as motors), and all kinds of motors derived from this series of motors can also be implemented as a reference. Cited Standards
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When the standard is published, the versions shown are valid: All standards will be revised, and the parties using this standard should explore the possibility of using the latest versions of the following standards. GB [91-1990
GB/T 755—1987
Packing and shipping pictorial marking (negIS0780: 1985)Basic technical requirements for rotating electrical machines (neIEC60034-1: 1983)GB/T2423.3—1993Basic environmental test procedures for electric and electronic productsTest Ca: Steady-state heat test method (egv IEC 60068-2-3: 1969)
Basic environmental test procedures for electric and electronic productsTest Db: Cyclic damp heat test methodGB/T 2423.4—1993
(eqy IEC 60068--230: 1980)GB/T 4772.1—1984
Motor dimensions and tolerances Motors with frame size 36-400 and flange size FF55~FF1080 or FT55~FT1080 (neqIEC60072:1971)
GB/T4942.1—1985 Motor enclosure protection classification (eqVIEC60034—5:1983) GB/T 96511988
Single-phase asynchronous motor test methods
GB/T10068.1—1988 Vibration determination method and limit vibration excitation method for rotating electrical machines (neg [EC 60034—14: 1986)
GB/T10069.11988 Noise determination method and limit noise 1 process determination method for rotating electrical machines (cqv [S0 16801: 1986 )
JB/T 9547-1999
JR/T 9615.1—1999
Type, basic parameters and dimensions
Technical conditions for centrifugal switch for starting single-phase motor Test method for interturn insulation of AC low-voltage motor scattered winding 3.1 The enclosure protection level of the motor is [P44. 3.2 The cooling method of the motor is [C0141. 3.3 The structure and installation type of the motor are IMB3, IMB3, LME14, IMB34, IMB35, IMV1.IMV3, IMV5.IMV6, Wa Extremely Slow 1999-08-06 Tumor
2000-01-01 Small Cable
JB/T9542
IMV18, IMV19 and IMV36. The frame sizes are manufactured according to the provisions of Table 1: Table
Structure Installation Code IM
B3. B5. B14. B34, VI, V3,V5. V6. VIB, VI9B3. BS、 B14, B34. B35. V1. V3. Vs. V6. V18. V19. V36B3. B5. B35. VI. Y3. V5. V6,V363.4 The rated frequency of the motor is a continuous rated frequency based on the continuous duty system (S1). 3.5 The rated frequency of the motor is 50Hz and the rated voltage is 220V. 3.6 The motor should be manufactured according to the following rated powers: 0.25, 0.37, 0.55, 0.75, 1.10, 1.50, 2.20, 3.00kw. The corresponding relationship between the motor frame number and the speed and power shall be in accordance with the provisions of Table 2. 3.7
Synchronous speed t/min
Frame number
3.8 Motor size and tolerance
Core code
The installation size and tolerance of the motor shall comply with the provisions of Tables 3 to 7, and the outer size shall not be greater than the provisions of Tables 3 to 7. 3.81
Pot Dimensions
Limited deviation
Mengbenminshi
Old standard
JB/T95421999
Table 3 Installation dimensions and tolerances of motors with bases with feet and no flanges on end covers
Yingben standard
When the foot hole K is not removed from the hole position, the deviation of the A2 Xinben size
When the deviation
Shenben standard
Limited deviation
+0,430
Overall dimensions are
+0:028
± 2,310
JB/T95421999
Table 4 Installation of motors with no foot on the base, small flange on the end cover, and shaft extension at the flange end
R is the distance from the convex mating surface to the light sheet.
and tolerance
should be set
Outline dimensions
JB/T9542
Table 5 Figure
JB/T9542
5 Motors with foot on the base, small flange on the end cover, and shaft extension at the flange endTable 5
1) When the foot hole K is an oblong hole or the position accuracy is qualified, A/2 can be ignored. 2) and is the distance from the convex mating surface to the shoulder of the shaft extension. 6
and tolerance
-0,030
-0,036
Outline dimensions not greater than
Landscape gap deviation
, daily matching surface to shoulder distance
Drawing ruler
JB/T9542
Motors with no foot on the base and large edge on the end
extremely emotional
measurement ruler
130110
215 1 J8U
Polar eye difference
Polar retreat deviation
Polar tip
External shadow size is not more than
JB/T95421999
Table 7 Figure
JB/T95421999
Table 7 Motor installation with foot on the base and large flange on the end cover
When the foot hole K is an oblong hole or the position is qualified. A/2 can be omitted: 2) R is the distance from the flange mating surface to the shaft extension. C
and tolerance
± 0 370
The overall dimensions shall not exceed
370
JB/T9542
The dimensions and tolerances of the motor shaft extension key shall comply with the provisions of Table 8. 3.8.2
The radial runout tolerance at half the shaft extension length shall comply with the provisions of Table 9. Table 9
Shaft extension diameter
>10~18
>18~30
Radial runout tolerance
The radial runout tolerance of the flange stop to the motor axis and the end face runout tolerance of the flange mating surface to the motor axis shall comply with the provisions of Table 10 of 3.8.4
.
Door edge stop diameter
110-180
Parallelism tolerance of motor axis to foot support surface shall comply with the provisions of Table 11. 3.8.5wwW.bzxz.Net
Total length of motor L
Half parallelism tolerance
2.5H100~160
5160-250
The symmetry tolerance of the keyway on the motor shaft extension shall comply with the provisions of Table 13. Table 13
Technical requirements
Circular runout tolerance
Flatness tolerance
Symmetry tolerance
The motor shall comply with the requirements of this standard and be manufactured in accordance with the drawings and technical documents approved by the prescribed procedures. mm
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