Availability: | |
---|---|
Quantity: | |
LW38-40
DGG
1. The characteristics of sulfur hexafluoride sf6 vacuum circuit breaker are unique and make it a popular choice in the electrical industry. Firstly, its high dielectric strength allows for efficient interruption of current flow. .
2. Secondly, sulfur hexafluoride sf6 vacuum circuit breaker .its compact design makes it easy to install and maintain.
3. Thirdly, sulfur hexafluoride sf6 vacuum circuit breaker its reliable performance ensures a stable power supply.
4. Fourthly, sulfur hexafluoride sf6 vacuum circuit breaker its long lifespan results in cost savings for users..
5. Lastly, its environmental friendliness, due to the use of sulfur hexafluoride gas, makes it a sustainable option for modern applications.
6. Overall, the sulfur hexafluoride sf6 vacuum circuit breaker stands out for its superior performance, durability, and eco-friendly design. It is a reliable choice for various electrical systems and has become a preferred option for many industries. Its unique features make it a valuable asset in ensuring the smooth operation of power distribution networks.
1. The characteristics of sulfur hexafluoride sf6 vacuum circuit breaker are unique and make it a popular choice in the electrical industry. Firstly, its high dielectric strength allows for efficient interruption of current flow. .
2. Secondly, sulfur hexafluoride sf6 vacuum circuit breaker .its compact design makes it easy to install and maintain.
3. Thirdly, sulfur hexafluoride sf6 vacuum circuit breaker its reliable performance ensures a stable power supply.
4. Fourthly, sulfur hexafluoride sf6 vacuum circuit breaker its long lifespan results in cost savings for users..
5. Lastly, its environmental friendliness, due to the use of sulfur hexafluoride gas, makes it a sustainable option for modern applications.
6. Overall, the sulfur hexafluoride sf6 vacuum circuit breaker stands out for its superior performance, durability, and eco-friendly design. It is a reliable choice for various electrical systems and has become a preferred option for many industries. Its unique features make it a valuable asset in ensuring the smooth operation of power distribution networks.
No. | Item | Unit | Data | ||
1 | Rated frequency | Hz | 50 | ||
2 | Rated voltage | kV | 40.5 | ||
3 | Rated current | A | 1250 / 1600 / 2000 | ||
4 | Rated Short-Circuit Breaking Current | kA | 31.5 | ||
5 | Rated Short-Circuit Closing Current | 80 | |||
6 | Rated Short-Time Withstand Current | 31.5 | |||
7 | Rated Peak Withstand Current | 80 | |||
8 | Rated Out of Step Breaking Current | 10 | |||
9 | Rated Short-Circuit Continuous Time | s | 4 | ||
10 | Rated Short-Circuit Breaking Current Breaking Times | Times | 10 | ||
11 |
| Interphase, to earth(dry) | kV/min | 95/1 | |
Fracture (dry) | 118/1 | ||||
Interphase, to earth(wet) | 80/1 | ||||
Auxiliary circuit to earth | 2/1 | ||||
12 | Rated lightning impulse withstand voltage | Interphase, to earth | kV | 185 | |
Fracture | 215 | ||||
13 | Rated Operating Voltage and Auxiliary Circuit Rated Voltage | V | AC220, DC220 | ||
14 | Main Circuit Rsistance | Rated Current 1600A and below | micro-Ohm | Not more than 90 | |
Rated Current more than 1600A | Not more than 40 | ||||
15 | Closing Time | Under AC Voltage | ms | Not more than 100 | |
Under DC Voltage | 55 ~ 100 | ||||
16 | Opening Time | Under AC Voltage | Not more than 60 | ||
Under DC Voltage | 30 ~ 65 | ||||
17 | Closing - Opening Time | Not less than 120 | |||
18 | Opening - Closing Time | Not more than 50 | |||
19 | Full Breaking Time | Not more than 78 | |||
20 | Rated Operating Order | O - 0.3s - CO -180s- CO | |||
21 | Moving Contact Travel | mm | 96±2.5 | ||
22 | Contact Opening Distance | mm | 60±1.5 | ||
23 | Closing buffer Stroke | mm | 10±2 | ||
24 | Phase-to-Phase opening Synchronism | ms | Not more than 3 | ||
25 | Phase-to-Phase closing Synchronism | ms | Not more than 3 | ||
26 | Phase spacing | mm | 725 | ||
27 | Annual Gas Leakage rate of SF6 | % | Not more than 0.5 | ||
28 | SF6 Gas Moisture content (ppm, gauge pressure at 20 degrees Celcius) | Handover Acceptance Value | V/V | Not more than 150 | |
Distance Travel | Not more than 300 | ||||
29 | SF6 Gas Rated Pressure (gauge pressure at 20oC) | MPa | 0.45 | ||
30 | SF6 Gas Replenish Pressure (gauge pressure at 20 oC) | 0.42 | |||
31 | SF6 Gas Locked Pressure (gauge pressure at 20oC) | 0.4 | |||
32 | Mechanical Life | Times | 6000 | ||
33 | SF6 Gas Weight | Kg | 5 | ||
34 | Weight (with CT) | 800 | |||
Weight (without CT) | 1000 | ||||
Note: If the altitude is over 1000m, the rated insulation level should be modified as appropriate. |
No. | Item | Unit | Data | ||
1 | Rated frequency | Hz | 50 | ||
2 | Rated voltage | kV | 40.5 | ||
3 | Rated current | A | 1250 / 1600 / 2000 | ||
4 | Rated Short-Circuit Breaking Current | kA | 31.5 | ||
5 | Rated Short-Circuit Closing Current | 80 | |||
6 | Rated Short-Time Withstand Current | 31.5 | |||
7 | Rated Peak Withstand Current | 80 | |||
8 | Rated Out of Step Breaking Current | 10 | |||
9 | Rated Short-Circuit Continuous Time | s | 4 | ||
10 | Rated Short-Circuit Breaking Current Breaking Times | Times | 10 | ||
11 |
| Interphase, to earth(dry) | kV/min | 95/1 | |
Fracture (dry) | 118/1 | ||||
Interphase, to earth(wet) | 80/1 | ||||
Auxiliary circuit to earth | 2/1 | ||||
12 | Rated lightning impulse withstand voltage | Interphase, to earth | kV | 185 | |
Fracture | 215 | ||||
13 | Rated Operating Voltage and Auxiliary Circuit Rated Voltage | V | AC220, DC220 | ||
14 | Main Circuit Rsistance | Rated Current 1600A and below | micro-Ohm | Not more than 90 | |
Rated Current more than 1600A | Not more than 40 | ||||
15 | Closing Time | Under AC Voltage | ms | Not more than 100 | |
Under DC Voltage | 55 ~ 100 | ||||
16 | Opening Time | Under AC Voltage | Not more than 60 | ||
Under DC Voltage | 30 ~ 65 | ||||
17 | Closing - Opening Time | Not less than 120 | |||
18 | Opening - Closing Time | Not more than 50 | |||
19 | Full Breaking Time | Not more than 78 | |||
20 | Rated Operating Order | O - 0.3s - CO -180s- CO | |||
21 | Moving Contact Travel | mm | 96±2.5 | ||
22 | Contact Opening Distance | mm | 60±1.5 | ||
23 | Closing buffer Stroke | mm | 10±2 | ||
24 | Phase-to-Phase opening Synchronism | ms | Not more than 3 | ||
25 | Phase-to-Phase closing Synchronism | ms | Not more than 3 | ||
26 | Phase spacing | mm | 725 | ||
27 | Annual Gas Leakage rate of SF6 | % | Not more than 0.5 | ||
28 | SF6 Gas Moisture content (ppm, gauge pressure at 20 degrees Celcius) | Handover Acceptance Value | V/V | Not more than 150 | |
Distance Travel | Not more than 300 | ||||
29 | SF6 Gas Rated Pressure (gauge pressure at 20oC) | MPa | 0.45 | ||
30 | SF6 Gas Replenish Pressure (gauge pressure at 20 oC) | 0.42 | |||
31 | SF6 Gas Locked Pressure (gauge pressure at 20oC) | 0.4 | |||
32 | Mechanical Life | Times | 6000 | ||
33 | SF6 Gas Weight | Kg | 5 | ||
34 | Weight (with CT) | 800 | |||
Weight (without CT) | 1000 | ||||
Note: If the altitude is over 1000m, the rated insulation level should be modified as appropriate. |
USAGE: ENVIRONMENTAL CONDITION
1. Altitude: ≤ 1000m, If the altitude is higher than 1000m, the rated insulation level shall be corrected accordingly.
2. Ambient temperature: -40 oC ~ +45 oC,
3. Maximum daily temperature difference: 25 K
4. Humidity: Average daily relative humidity: 95%, average monthly relative humidity: 90%.
5. Sunshine intensity: not more than 0.1W/cm 2
6. Wind Speed: 34m/s
7. Wind pressure: 700Pa
8. Pollution level: e - level
9. Icing thickness: Not more than 10mm
10. Resistance to floor drain: horizontal acceleration 0.3g, vertical acceleration 0.2g
USAGE: ENVIRONMENTAL CONDITION
1. Altitude: ≤ 1000m, If the altitude is higher than 1000m, the rated insulation level shall be corrected accordingly.
2. Ambient temperature: -40 oC ~ +45 oC,
3. Maximum daily temperature difference: 25 K
4. Humidity: Average daily relative humidity: 95%, average monthly relative humidity: 90%.
5. Sunshine intensity: not more than 0.1W/cm 2
6. Wind Speed: 34m/s
7. Wind pressure: 700Pa
8. Pollution level: e - level
9. Icing thickness: Not more than 10mm
10. Resistance to floor drain: horizontal acceleration 0.3g, vertical acceleration 0.2g