JB/T 5330-1991 Technical conditions for vibration source three-phase asynchronous motor JB/T5330-1991 Standard download and decompression password: www.bzxz.net

Machinery Industry Standard of the People's Republic of China
Vibration source three-phase asynchronous motor
Technical conditions
(Excitation force ~ 140kN)
1 Theme content and scope of application||tt ||JB5330---91
This standard specifies the terminology, basic parameters, technical requirements, test methods and inspection rules, and marking and packaging requirements for three-phase asynchronous motors with vibration sources (hereinafter referred to as vibration motors). This standard applies to general-purpose vibration motors with a rated exciting force of 1 to 140kN. Other special types of vibration motors can also be implemented by reference.
Quoted standards
2
Basic technical requirements for rotating electrical machines
GB755
GB4942.1
Motor shell protection classification||tt| |GB1993 Motor cooling method
GB 4772
GB 12665
Motor dimensions and tolerances
Damp heat test requirements for motors used under general environmental conditions GB1032 Three-phase asynchronous motor test Method JB/Z 294
JB/Z346
Test method for insulation between turns of loosely embedded windings of AC low-voltage motors Test limits for insulation between loosely embedded windings of AC low-voltage motors GB191
Packaging, storage and transportation Instruction marks
3 Terms and codes
3.1 Rated vibration force
When the voltage and frequency of the power supply are rated, the eccentric block of the vibration motor is at the specified position, The vibration force generated by the self-excitation of the moving motor is expressed in lower Newtons.
3.2 Rated excitation power
The power corresponding to when the voltage and frequency of the power supply are rated and the vibration motor outputs the rated excitation force. 3.3 The installation dimensions of vibration motors are divided into two types: type A and type B. Type A: It is recommended to use a structure where the mounting feet are connected to the end cover. Type B: It is recommended to use a structure where the mounting feet are connected to the machine base. When there is no distinction between type A or type B installation dimensions, it is represented as either structure. 3.4 Vibration motor model
The vibration motor model consists of three parts: product code, specification code and supplementary code, and is arranged in the following order. The Ministry of Mechanical and Electronic Industry of the People's Republic of China approved the implementation on 1992-07-01 on 1991-06-28
31
Product
Generation
Product
No.| |tt||JB5330--91
Specification code
The product code is selected by each manufacturer and reported to the model issuing unit for filing. Supplementary code
The specification code consists of the rated excitation force of the vibration motor (Arabic numerals expressed in lower Newtons) and the number of poles (Arabic numerals) in sequence and separated by dashes.
The supplementary code indicates that the vibration motors are of the same specification, type A or type B, and the installation dimensions are in capital letters. Example: YZU-10-4B
indicates that the rated excitation force is 10kN, 4-pole type B YZU series vibration source three-phase asynchronous motor with installation dimensions, type, basic parameters and dimensions
4
4.1
The shell protection level of the vibration motor is IP44, IP54 or IP55 (see GB4942 .1) 4.2 The cooling method of vibration motor is IC0041 (see GB1993). 4.3 The structural installation type of the vibration motor is horizontal in any direction. The vibration motor's rating is a continuous rating based on the continuous working system (S1). 4.4
4.5
The rated voltage of the vibration motor is 380V and the rated frequency is 50Hz. The rated exciting force of the vibration motor should be manufactured according to Table 1. 4.6
Table 1
Number of poles
2
4
6
8
1
2
3
5
2
3
5
10
3
5| |tt||10
20
amount
determined
5
10
20
30||tt ||Excitation
Vibration force
10
20
30
50
etc.
fix, kN|| tt||20
30
50
75
30
50
75
100||tt| |50
75
100
1.10
The corresponding relationship between the specification code, rated exciting force, rated exciting power and synchronous speed of the vibration motor should be as shown in Table 2 stipulations, 4.7
4.8 The installation size tolerance of the vibration motor complies with the provisions of Table 3, and the overall dimensions should not be greater than the provisions of Table 3. Table 2
Specification Code
Regulation||tt| |1-2
2-2
3-2
5-2
10-2
20-2
30 -2
50-2
246
rated exciting force
kN
1
2
3| |tt||5
10
20
30
50
rated excitation power
kw
0.09
0.18
0.25
0.37
0.75
1.5
2.2
3.7
Synchronous speed| |tt||r/min
3000
100
140
Specification code
24
3-4||tt| |5-4
10.4
20-4
30-4
50-4
75-4
100.4|| tt||3-6
5~6
10·6
20-6
30-6
50-6||tt| |75-6
100-6
140-6
EEL
5-8
10-8
20-8
30-8
50-8
75-8
100-8
140-8
JB 5330--91
Continued Table 2
Rated excitation force
kN
2
3
5
10||tt ||20
30
50
75
100
3
5
10
20
30
50
75
100
140
5
10
20| |tt||30
50
75
100
140
rated excitation power
kw
0.12
0.18
0.25
0.55
1.1
1.5
2. 2
3.7
6.3
0.25
0.37
0.75
1.5
2.2
3.7
5.5
7.5|| tt||10
0.37
0.75
1.5
2.2
3.7
5.5
7.5
10
|电影代号
1-2
2-2
33-2
5-2
10-2A
20· 2A
30-2A
50-2A
10-2B
20-2B
30-2B
50·2B| |tt||2-4
1
3-4
5-4
10-4
20-4
30-4
50-1
75·4A
100-4A
75-4R
100-4B
注： N.
218
CB
激振力
kN
2
5
10||tt| |20
30
50
10
20
30
50
2
3
5
10
20
30
50
75
100
75|| tt||100
L
RB
120
130
150
180
190||tt| |250
290
330
200
260
310
350
130
150
180
220
260
310
350
380
440
380|| tt||440
底脚设计孔数。
CB
加油孔
B
基食包装
40|| tt||80
90
110
210
260
300
340
140||tt| |180
200
220wwW.bzxz.Net
80
90
110
140
150
170
220
250
240
125
140
CB
130
安|| tt||A型
AHM
BB
装
N
4--10
4--12||tt ||4--14
4—18
4
22
426
4--33
4-39| |tt||4
22
4---26
4--33
4--39
4--12|| tt||4--14
4--18
4--·22
4—26
1---33
&
39
4--45
8---39
639
6
— 4. 5||tt| |尺
4芯茇套达部×2m
N
小
小小自定
40.36
0
-+0.43
心
+0.52
-+0.62
0
+0.52
+0.62
O
-0.43
0
+0.52
0
-0.62
AB
使用度公善|| tt||pl.om
pl.5im
1.0m
p1.5/m
$l.CMt.
$l.5m
JB
表
5330-91
3
H
65
80
90
100
100
140
160
190
100
140
160|| tt||190
80
90
100
120
140
160
190||tt| |220
240
220
240
RB
HA
10
12
14
16
18
22
28
33
18
22
28|| tt||33
12
14
16
18
22
28
33||tt| |35
35
35
40
B型
外
1
形
AB
145
160
180
220
250
320
380
430| |tt||250
320
380
430
160
180
220
270||tt ||320
380
430
180
530
480
530
B
H
BB
1
尺
BB
70
130
150
160| |tt||260
320
370
440
190
240
270
310||tt ||130
150
160
220
240
280
350
400
450
400
450
HD
170
200
210
230
240| |tt||310
390
400
240
310
390
400
200||tt ||210
230
260
300
340
100
460
520
460
520
1
200
230
260
340
mm
390| |tt||480
520
580
390
480
520
580
240||tt ||250
330
390
184
530
590
650
720
650
720
.
电影代号
3-6
5-6
10-6
20-6
30-6||tt ||50-6A
75-6A
100-6A
140-6A
50-6B
75-6B
100-63
140-6B
5-8
10-8
20-8
30.8A
50-8A
75-8A
100-8A
140-8A
30-8B
50·8B
75-8B|| tt||100.8B
140-8B
250)
激振力
kN
3
5||tt| |10
20
30
50
75
100
140
50
75
100
140
5
10
20
30
50
75|| tt||100
140
30
50
75
100
140
A||tt| |180
220
260
310
350
380
440
540
540
380
380
440
480
260
310
350
380|| tt||440
540
600
600
380
380
440
480||tt| |480
基
B
本尺
110
140
150
170
220
250
280
340
340
125
125
140
140| |tt||150
170
220
250
280
340
370
370||tt ||125
125
140
140
140
CR
130
130
130
150
150
安
装
Nd
4---18
4—-22
4—26
4-33
-39
4-
445
4-—52
8—39
8：45
6—39
6—39
6-45
8—45
426| |tt||433
4—39
4—45
4~-52
8—39
8—45||tt| |·45
1
639
6—39
6-45
E
8—45
8—45
尺
K
正行设计
+0.43
+0.52
+0.62
0| |tt||+0.74
+0.62
[]
0.52
0
+0.62
+0.741||tt| |0
-0.62
0
今代度公差
p.0:
+1.5M
+2.mt| |tt||p1.5M
#1.0M
1.5M
p2.OM
$1.5M
JB
结表
533091
3
H
100
120
110
160
190|| tt||220
240
260
260
220
220
260
280||tt| |140
160
190
220
240
260
280
280
220
220
260
280
280
HA
16
18
22|| tt||28
33
35
40
40
40
35
35||tt| |40
40
22
28
33
35
40
40
40
40
35
35
40
40
40
外
形|| tt||AB
220
270
320
380
430
480
550||tt| |640
640
480
480
640
710
320
380
430
480
550
640
710
710
480
480
640|| tt||710
710
尺
BB
160
220
240
280||tt| |350
400
450
690
770
400
400
690
770
240
280
350
400
450
690
770
770|| tt||400
400
690
770
770
4
HD
230||tt| |260
300
340
400
460
520
590
590
460
460
590)
640
300
340
400
460
520| |tt||590
640
640
460
460
590
640
640||tt ||1.
370
150
4.80
530
590
700
790
80
960
700
790| |tt||890
96
180
534
590
mm
710
790||tt ||91
1030
1100
710
790
910
1030
1100
251
JB5330--- 91
4.9 The flatness tolerance of the vibration motor foot supporting surface should comply with the provisions of Table 4. 4
The largest size in B or BB||tt| |≥100～160
>160~250
250~-400
5 Technical requirements
Flatness tolerance
0.12
0.15
0.20
Maximum size in AB or RR
2400~-630
>630~1000
5.1
The vibration motor should Comply with the requirements of this standard and be produced in accordance with the drawings and technical documents approved through prescribed procedures. 5.2 Under the following environmental conditions, the vibration motor should be able to operate at rated speed. 5.2.1
The sea does not exceed 1000m,
5.2.2 The maximum temperature of the ambient air changes with the seasons, but does not exceed 40C. Surface tolerance
0.25
.30
mm
Note: If the vibration motor is specified at an altitude of more than 1000m or the ambient air temperature is higher or lower than 40℃ When used under conditions, it should be in accordance with the provisions of (175: 5.2.3 The minimum ambient air temperature is 15°C. 5.2.4 The average maximum humidity of the wettest month is 90%, and the average minimum temperature of the month is not high: 25 (5.3 During the operation of the vibration motor, the deviation of the power supply voltage and frequency from the rated value should be in accordance with the provisions of G3755. When the vibration motor has no exciting force output (that is, the eccentric block is removed), the power supply voltage and frequency are equal to the coaxial When the upper output is a constant excitation power of 5.4
, the guaranteed values ??of efficiency and power factor should comply with the provisions of Table 5. Table 5
2
Specification code||tt| |1-2
2-2
3-2
5-2
10-2
20-2
30 -2
50-2
Specification code
2-4
3-4
5-4
10-4| |tt||20-4
30-4
50-1
75-4
100-4
Power
kw
0.09
0.18
0.25
0.37
0.75
1.50
2.20
3.70| |tt||Power
kw
0.12
0.18
0.25
0.55
1.10
1.50||tt ||2.20
3.70
6.30
Extreme
Efficiency
58
63
64
66
71
76
79
80
4
extreme
efficiency
rate| |tt||%
60
62
65
68
72
78
79||tt ||80
81
Power factor
ost
0.73
0.74
0.76
0.78||tt| |0.82
0.82
0.83
0.83
power factor
coss
0.64
0.65
0.67
0.70
0.73
0.76
0.76
0.80
0.82
Specification code
3 -6
5-6
10-6
20-6
30-6
50-6
75-6
1006
140-6
Specification code
5-8
10-8
20-8
30.8
50-8
75-8
100-8
10-8
Note: Stray loss for efficiency is the rated input The 0.5% value is determined by the indirect method. 252
Power
kw
0. 25
0.37
0.75
1.50
2.20
3.70
5.50
7.50
10
power
kw
0.37
0.75
1.50| |tt||2.20
3.70
5.50
7.50
10
Extreme
efficiency
65||tt ||66
72
76
79
8
82
8.
85||tt| |Extreme
Effect
Rate
6.5
73
77
7
82
82
63
81
Power factor
C
. 59
0.62
1).34||tt ||0. 57
0.68
0.75
t3. 75
(9. 75
0.75
power factor||tt ||s
03.50
3.56
j,tit)
0.63
.7!
…{
1. 71
0. 71
JB5330-91
5.5 Under the rated voltage, the guaranteed value of the ratio of the vibration motor's locked-rotor torque to the rated torque is 2.2 times, and It should not be lower than the load torque at the rated exciting force,
5.6 Under the rated voltage, the guaranteed value of the ratio of the maximum torque of the vibration motor to the rated torque is 2.5 times. 5.7 Under the rated voltage, the guaranteed value of the minimum torque during the starting process of the vibration motor should not be less than 0.5 times the guaranteed value of the locked-rotor torque (not taking into account the tolerance), and should not be lower than the rated torque. 5.8 Under the rated voltage, the guaranteed value of the ratio of the locked-rotor current of the vibration motor to the rated current should not be greater than 10 times. 5.9 The tolerance of the guaranteed electrical performance value of the vibration motor should comply with the provisions of Table 6. Table 6
item number
2
3
4
5
6
effect
Project name
rate
power factor cuss
stalled torque
minimum torque
maximum torque
stalled current| |tt||—0. 15(1 -- 7)
Capacity
-(1-c0s$)/6. At most 0. 07
Guaranteed value·- -15%
~15% of the guaranteed value
10% of the guaranteed value
+·20% of the guaranteed value
Difference
5.10 vibration When the voltage and frequency of the motor are rated and the eccentric block is at the rated exciting force position, the measured exciting force should comply with the value specified in the installation. The tolerance is +-5%, 10%.
5.11 The vibration motor should be able to withstand the vibration resistance test of 1×10° vibration times. Check that the vibration motor should have no abnormal phenomena and can continue to operate normally
The test is when the acceleration the vibration motor outputs the rated excitation force withstands is not low Carry out under the condition of 6 times acceleration of gravity. 5.12 The vibration motor adopts Class B insulation. When the altitude and ambient air temperature and filtration meet the requirements of Article 5.2, the temperature rise limit of the vibration motor (resistance method) of the winding is 80K, and the allowable temperature of the bearing (thermometer method) should be Not exceeding 105 (. 5.13 The vibration motor should be able to withstand the maximum torque value (taking into account tolerance) specified in Article 5.6 of this standard in a thermal state and with gradually increasing torque for 15 seconds without a sudden change in speed. When the vibration motor rotates and harmful deformation occurs, the voltage and frequency should be maintained at the rated value. 5.14 When the eccentric block of the vibration motor is at the specified position of the rated exciting force, the vibration motor should be able to withstand an increase in rotation speed of 105% of its rated value. 2 minutes without causing harmful damage. 5.15 The end of the stator winding of the vibration motor should have anti-vibration measures, and the fasteners used should have anti-loosening measures. 5.16 The insulation resistance of the stator winding of the vibration motor should be in the hot state or after the temperature rise test. Not less than 0.38MQ.5.17 The stator winding of the vibration motor should be able to withstand a 1 minute withstand voltage test without breakdown. The frequency of the test circuit is 50M. It should be sinusoidal as much as possible, and the effective value of the voltage is 1760V. 5.18 The stator winding of the vibration motor should be able to withstand the inter-turn insulation withstand voltage test, regardless of breakdown. The test method and test voltage limit should comply with the requirements of JB/Z294 and JB3/Z346
5.19 The stator of the vibration motor. After the winding is subjected to 6 cycles of testing according to the 40C alternating damp heat test method specified in GB12665, the insulation resistance should not be less than 0.38MQ, and should be able to withstand the withstand voltage test specified in Article 5.17 without breakdown. The electrical effective value is 1500V.
5-20 When the three-phase power supply is balanced, the deviation between any phase of the three-phase no-load current of the vibration motor and the three-phase average value should not be large: 105 of the average value
5.21 When the vibration motor is inspected and tested, the current and loss of no-load and blocked rotor should be within a certain range. This data range should be able to ensure that the performance of the vibration motor complies with the provisions of Articles 5.4 to 5.9 of this standard. 5.22 The vibration motor should have three outlet terminals and a grounding wire, and there should be a grounding terminal in the junction box. A grounding mark should be set near the grounding terminal. This mark should be able to ensure that it is not easily erased during the entire use period of the vibration motor. 3||tt ||
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