● High quality raw material: High quality liquid silicone rubber is selected as raw material, which has the advantages of reliable insulation performance, excellent electrical performance, pollution resistance, aging resistance, hydrophobicity and cold resistance.
● Advanced equipment and leading technology: Use advanced equipment for production. The product are free of bubbles, scorch and other impurities. The interface between insulation and semiconductor shielding is well bonded without cracks or peeling.
● Easy to install: Taking advantage of "elastic memory" of rubber and adopting expansion technology, the rubber parts of cable accessory are pre-extended and sleeved into plastic support within the elastic range. When the plastic support is removed during installation, the rubber parts of cable accessories will shrink quickly on the cable.
● Widely use: It is suitable for high altitude, cold, smoke and heavy pollution areas. Especially in flammable and explosive industries such as petroleum, chemical industry and mining.
● High quality raw material: High quality liquid silicone rubber is selected as raw material, which has the advantages of reliable insulation performance, excellent electrical performance, pollution resistance, aging resistance, hydrophobicity and cold resistance.
● Advanced equipment and leading technology: Use advanced equipment for production. The product are free of bubbles, scorch and other impurities. The interface between insulation and semiconductor shielding is well bonded without cracks or peeling.
● Easy to install: Taking advantage of "elastic memory" of rubber and adopting expansion technology, the rubber parts of cable accessory are pre-extended and sleeved into plastic support within the elastic range. When the plastic support is removed during installation, the rubber parts of cable accessories will shrink quickly on the cable.
● Widely use: It is suitable for high altitude, cold, smoke and heavy pollution areas. Especially in flammable and explosive industries such as petroleum, chemical industry and mining.
Product introduction: 35kV Cold Shrink Intermediate Joint Product Introduction.pdf
Structure diagram: 35kV single core cold shrink intermediate joint appearance structure diagram.pdf
Structure diagram: 35kV three-core cold shrink intermediate joint appearance structure diagram.pdf
Product introduction: 35kV Cold Shrink Intermediate Joint Product Introduction.pdf
Structure diagram: 35kV single core cold shrink intermediate joint appearance structure diagram.pdf
Structure diagram: 35kV three-core cold shrink intermediate joint appearance structure diagram.pdf
Technical Specifications | |
Area Of Application | |
Applicable cable cross-sections: | 50 ~ 630 mm2 |
Max.system voltage: | 40.5 kV |
System rated frequency: | 50 Hz |
Elevation: | ≤2000 m |
Operation temperature: | -55 ℃~45 ℃ |
Number of cores | 1 core, 3 cores |
Cable Shield Style | Tape/wire |
Design Data | |
Material of insulator | Liquid silicone rubber |
Dimension of insulator (Max.diameter × length) | ∅ 81 × 520 mm |
Storage temperature | 0 ℃~35 ℃ |
Installation temperature | 5 ℃~35 ℃ |
Electrical Test (IEC 60502.4) | |
AC voltage (5 mins) | 117 kV |
AC voltage (wet, 1 min) | 104 kV |
Partial discharge test at ambient and elevated temperature | 45 kV(≤ 2.8 pC) |
Impulse ( 95 ℃ ~ 100 ℃, 10 impulses of each polarity) | 200 kV |
AC voltage (after impulse, 15 mins) | 65 kV |
Humidity | 32.5 kV, 300h |
Salt fog | 32.5 kV, 1000h |
Technical Specifications | |
Area Of Application | |
Applicable cable cross-sections: | 50 ~ 630 mm2 |
Max.system voltage: | 40.5 kV |
System rated frequency: | 50 Hz |
Elevation: | ≤2000 m |
Operation temperature: | -55 ℃~45 ℃ |
Number of cores | 1 core, 3 cores |
Cable Shield Style | Tape/wire |
Design Data | |
Material of insulator | Liquid silicone rubber |
Dimension of insulator (Max.diameter × length) | ∅ 81 × 520 mm |
Storage temperature | 0 ℃~35 ℃ |
Installation temperature | 5 ℃~35 ℃ |
Electrical Test (IEC 60502.4) | |
AC voltage (5 mins) | 117 kV |
AC voltage (wet, 1 min) | 104 kV |
Partial discharge test at ambient and elevated temperature | 45 kV(≤ 2.8 pC) |
Impulse ( 95 ℃ ~ 100 ℃, 10 impulses of each polarity) | 200 kV |
AC voltage (after impulse, 15 mins) | 65 kV |
Humidity | 32.5 kV, 300h |
Salt fog | 32.5 kV, 1000h |
It is designed for the intermediate connection of LV cables.
It is designed for the intermediate connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the intermediate connection of the 10kV cables. Reference to IEC 60502-4:2010.