This standard specifies the product varieties, technical requirements and tests of the lead-in cables for electric submersible pumps. This standard applies to lead-in cables for electric submersible (including submersible and submersible brine) pump units with rated voltages of 3.6/6KV and below. The lower end of the lead-in cable is connected to the submersible motor junction box, and the upper end is connected to the feeder cable. JB/T 5332.2-1991 Cables for electric submersible pumps with rated voltages of 3.6/6kV and below Part 2 Lead-in cables for electric submersible pumps JB/T5332.2-1991 Standard download decompression password: www.bzxz.net

Mechanical Industry Standard of the People's Republic of China
JB/T 5332.2-1991
Electric submersible pump cables with rated voltages up to and including 3.6/6kV Part 2: Electric submersible pump lead-in cables
Published on 1991-06-28
Implementation by the Ministry of Machinery and Electronics Industry of the People's Republic of China on 1992-07-01
Mechanical Industry Standard of the People's Republic of China
Electric submersible pump cables with rated voltages up to and including 3.6/6kV Part 2
Subject content and scope of application
Electric submersible pump lead-in cables
This standard specifies the product varieties, technical requirements and tests for electric submersible pump lead-in cables. JB/T5332.2-1991
This standard applies to lead-in cables for electric submersible (including submersible and submersible brine) pump units with rated voltages up to and including 3.6/6kV. The lower end of the lead-in cable
is connected to the submersible motor junction box, and the upper end is connected to the power cable for feeding. In addition to complying with the provisions of this standard, the cable shall comply with the requirements of JB5332.1 "General provisions for cables of electric submersible pumps with rated voltages of 3.6/6kV and below".
2 Usage characteristics
2.1 Rated voltage U. /U is 1.8/3kV and 3.6/6kV2.2 The long-term allowable operating temperature of the cable conductor and the allowable ambient temperature underground are as specified in Table 2. 3 Model
The model of the cable is as shown in Table 1.
WQJYEN10
WQJYEE10
WQJYEH10
WQJYEQ10
WQJYFQ10
4 specifications
Polyimide fluorine 46 composite film/EPR composite insulation butyl rubber inner sheath bare steel belt interlocking cone submersible pump lead cable Polyimide fluorine 46 composite film/EPR composite insulation EPR Inner sheath bare steel belt interlocking submersible oil pump lead-in rope polyimide 1F46 composite film/EPR rubber combined insulation oxygen-sulfonated polyethylene inner sheath bare steel belt interlocking submersible oil pump lead-in rope polyimide 1F46 composite film/EPR rubber combined insulation lead inner sheath bare steel belt interlocking submersible oil pump lead-in rope polyimide 1F46 composite film/fusible polytetrafluoroethylene combined insulation lead inner sheath bare steel belt interlocking submersible oil pump lead-in rope The specifications of the cable are shown in Table 2.
Rated voltage
WQJYEN10
WQJYEE10
WQJYEH10
WQJYEQ10
WQJYFQ10
Approved by the Ministry of Machinery and Electronics Industry on June 28, 1991. Nominal cross-section
10.0, 13.2, 16.0, 20.0
10.0, 13.2, 16.0, 20.0
Long-term
allowable working temperature of cable conductor
and rated
ambient temperature
20C insulation resistance
Implementation on July 1, 1992
Technical requirements
The cable structure dimensions are specified in Table 3.
Rated voltage
Nominal cross section
Conductive wire core
Number of roots/single wire
Nominal diameter
1/3.67
1/4.50
JB/T5332.2-1991
Nominal insulation
Thickness 1)
Inner sheath
Nominal thickness
Combined insulation does not include the thickness of polyimide-fluorine 46 composite film. Note: 1)
Cable technical requirements shall comply with the provisions of Table 4.
Tests shall be in accordance with the provisions of Table 4.
Structural dimensions
Insulation originality
Inner sheath thickness
Oil cushion
Armor layer
Overall dimensions
Electrical properties of cable
Conductor resistance
Insulation resistance
Voltage test
Leakage current
4h high voltage test
Physical and mechanical properties of cable
Physical and mechanical properties of insulation
Physical and mechanical properties of inner sheath
Special properties
Sealing performance of stranded conductor
High temperature and high pressure performance
Bending performance of armor layer
Nominal steel belt!
Cable shape
12×30
13×36
15×39
DC resistance of conductor at 20C
Test type
Conform to Article 4.2 of JB5332.1 and Article 5.1 of this standardConform to Article 4.3 of JB5332.1 and Article 5.1 of this standardConform to Article 4.5 of JB5332.1 and Article 5.1 of this standardConform to Article 4.6 of JB5332.1
Conform to Article 4.9.1 of GB2952 and JB5332.1Conform to Article 5.1 of this standard
Conform to Table 3 of this standard
Conform to In accordance with the provisions of Table 2 of this standard
In accordance with the provisions of Article 410.9 of JB5332.1
In accordance with the provisions of Article 4.10.4 of JB5332.1
In accordance with the provisions of Article 4.10.10 of JB5332.1
In accordance with the provisions of Article 4.3.2 and 4.3.3 of JB5332.1
In accordance with the provisions of Article 4.5 of JB5332.1
In accordance with the provisions of Article 4.10.6 of JB5332.1
In accordance with the provisions of Article 4.10.5 of JB5332.1
Note: St is a periodic sampling test, which is stipulated in this standard as 12 months. Additional remarks:
This standard is proposed and managed by Shanghai Cable Research Institute of the Ministry of Machinery and Electronics Industry. T, s
GB2952
JB5332.1 Appendix J
GB2951
GB2951
JB5332.1 Appendix E
JB5332.1 Appendix F
JB5332.1 Appendix G
This standard was drafted by Shanghai Cable Research Institute of the Ministry of Machinery and Electronics Industry, Tianjin Cable Factory, Shenyang Cable Factory and other units. The main drafters of this standard are Xiang Peng, Xi Zhongbo and Wang Guozhong. 2
People's Republic of Chinawww.bzxz.net
Mechanical Industry Standard
Electric submersible pump cables with rated voltage up to and including 3.6/6kV Part 2 Electric submersible pump lead-in cables
JB/T5332.21991
Published and distributed by the China Academy of Mechanical Science
Printed by the China Academy of Mechanical Science
(No. 2 Shouti South Road, Beijing
Postal Code 100044)
Sheet X/X
K Number of words xXXXXX
Book size 880×1230
Edition X in xX month, 19XX
Printing in X in XX month, 19XX
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Price XXX.XX Yuan
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Mechanical Industry Standard Service Network: http://www.JB.ac.cn6
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