● 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 technology: Use advanced equipment for production. The rubber parts produced 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: They are 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 technology: Use advanced equipment for production. The rubber parts produced 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: They are 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: 10kV Cold Shrink Outdoor Terminal Product Introduction.pdf
Structure diagram: 10kV single core cold shrink outdoor terminal appearance structure diagram.pdf
Structure diagram: 10kV three-core cold shrink outdoor terminal appearance structure diagram.pdf
Product introduction: 10kV Cold Shrink Outdoor Terminal Product Introduction.pdf
Structure diagram: 10kV single core cold shrink outdoor terminal appearance structure diagram.pdf
Structure diagram: 10kV three-core cold shrink outdoor terminal appearance structure diagram.pdf
Technical Specifications | |
Area Of Application | |
Applicable cable cross-sections | 25 ~ 630 mm2 |
Max.system voltage | 17.5 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 | |
Height | 900 mm |
Weight of insulator | 0.7 ~ 1.2kg |
Material of insulator | Liquid silicone rubber |
Creepage distance | 545 mm |
Storage temperature | 0 ℃ ~ 35 ℃ |
Installation temperature | 5 ℃ ~ 35 ℃ |
Electrical Test (IEC 60502.4) | |
AC voltage (5 mins) | 39 kV |
AC voltage (wet, 1 min) | 35 kV |
Partial discharge test at ambient and elevated temperature | 15 kV(≤ 2.8 pC) |
Impulse ( 95 ℃ ~ 100 ℃, 10 impulses of each polarity) | 95 kV |
AC voltage (after impulse, 15 mins) | 22 kV |
Humidity | 11 kV, 300h |
Salt fog | 11 kV, 1000h |
Technical Specifications | |
Area Of Application | |
Applicable cable cross-sections | 25 ~ 630 mm2 |
Max.system voltage | 17.5 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 | |
Height | 900 mm |
Weight of insulator | 0.7 ~ 1.2kg |
Material of insulator | Liquid silicone rubber |
Creepage distance | 545 mm |
Storage temperature | 0 ℃ ~ 35 ℃ |
Installation temperature | 5 ℃ ~ 35 ℃ |
Electrical Test (IEC 60502.4) | |
AC voltage (5 mins) | 39 kV |
AC voltage (wet, 1 min) | 35 kV |
Partial discharge test at ambient and elevated temperature | 15 kV(≤ 2.8 pC) |
Impulse ( 95 ℃ ~ 100 ℃, 10 impulses of each polarity) | 95 kV |
AC voltage (after impulse, 15 mins) | 22 kV |
Humidity | 11 kV, 300h |
Salt fog | 11 kV, 1000h |
It is designed for the indoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the indoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the outdoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the outdoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the terminal connection of LV cables.
It is designed for the indoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the indoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the outdoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the outdoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the terminal connection of LV cables.
It is designed for the indoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the indoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.
It is designed for the outdoor terminal connection of the 10kV cables. Reference to IEC 60502-4:2010.