Field-Use XERJ Series Abrasion-Resistant Flexible Power Cable
Field-Use XERJ Series Abrasion-Resistant Flexible Power Cable
Overview
XERJ series special soft power cable is divided into power cable and control power cable, power cable is suitable for power transmission; control power cable is suitable for instrumentation and control of electrical equipment.
The power supply cable is suitable for power transmission; the control power cable is suitable for the control of instrumentation and electrical equipment. The product adopts cross-linked soft material insulation, special wear-resistant elastomer material sheath, with excellent electrical performance, anti-aging, low temperature (-45 ℃) oil, moisture and acid and alkali erosion resistance and other characteristics. The cable has soft structure, high mechanical strength, high resistance, tear resistance, and is suitable for energy and information transmission of power and electrical equipment under special environment in the field.
Executive standard
Q/XTHY 05-2022 Special soft power cable
Characteristics
Rated working voltage: 450/750V and below.
Cable working temperature:-45℃~+90℃.
Minimum bending radius of the cable when fixed laying: 4 times of the outer diameter of the cable.
Model and Name
XERJ:Cross-linked flexible material insulation, special abrasion-resistant elastomer sheathed special flexible power cable
XERJP:Cross-linked flexible material insulation, tinned copper wire shielding, special wear-resistant elastomer sheath special soft power cable
XERJ80:Cross-linked flexible material insulation, special wear-resistant elastomer jacket, tinned copper wire armored special soft power cable
Cable specification
Table 1 Power supply cable
Core No. | Nominal Cross Section mm2 |
1 | 1.5~300 |
2 | 1.5~95 |
3 | 1.5~120 |
4 | 1.5~120 |
3+1 | 2.5~120 |
Table 2 Control Cable
Core No. | Nominal Cross Section mm2 |
3,4 | 0.35 |
2~37 | 0.50 |
2~37 | 0.75 |
2~30 | 1.0 |
2~27 | 1.5 |
2~19 | 2.5 |
Main Properties
Conductor structure and conductor DC resistance are shown in Table 3
Nominal Cross Section mm2 |
Cable Structure n/mm |
20℃ Max.Conductor Resistance Ω/KM |
0.35 | 20/0.15 | 57.8 |
0.50 | 16/0.20 | 40.1 |
0.75 | 24/0.20 | 26.7 |
1.0 | 32/0.20 | 20.0 |
1.5 | 48/0.20 | 13.7 |
2.5 | 77/0.20 | 8.21 |
4.0 | 126/0.20 | 5.09 |
6 | 189/0.20 | 3.39 |
10 | 324/0.20 | 1.95 |
16 | 513/0.20 | 1.24 |
25 | 798/0.20 | 0.795 |
35 | 1121/0.20 | 0.565 |
50 | 1593/0.20 | 0.393 |
70 | 560/0.40 | 0.277 |
95 | 756/0.40 | 0.210 |
120 | 960/0.40 | 0.164 |
150 | 1197/0.40 | 0.132 |
185 | 1444/0.40 | 0.108 |
240 | 1960/0.40 | 0.0817 |
300 | 2394/0.40 | 0.0654 |
Shielded power cables: braiding density not less than 85%.
Armored power cables: braiding density not less than 85%.
Finished product voltage withstand test: withstand frequency 3000V/5min high-voltage test does not break through.
Sheath low-temperature bending test: (-45±2)℃ conditions without cracking;
Thermal shock test: (135±2)℃ conditions without cracking.
Flame retardant performance: in line with GB/T18380.12-2008 requirements.
Product structure size, weight
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