2018 High quality Electromagnetic Rccb - DAB6LE-63 Series Earth Leakage Circuit Breaker(ELCB) – DaDa
- Contact Us
- Address: Shanghai DaDa Electric Co.,Ltd.
- Phone: 0086-15167477792
- Email: charlotte.weng@cdada.com
2018 High quality Electromagnetic Rccb - DAB6LE-63 Series Earth Leakage Circuit Breaker(ELCB) – DaDa Detail:
Advantages
• Compact structure, small size, 2 modules wide.
• It has neutral line breaking function, more secure and reliable.
• It has dual-purpose terminal with strong connection ability.
• It has the contact status indicator, easy to identify the contact condition.
• Can be used with a variety of accessories, and used for overvoltage protection.
Physical Parameters Of DAB6LE-63 Residual Current Device
Standard of conformity: IEC61009 (EN61009) and GB16917.1
Sensitivity: type A, type AC
Release type: electronic type
Release time: minimum 10ms delay
Release characteristics: B, C, D characteristic curve
Frame protection grade: IP40 (after installation)
Anti-environmental force: according to the IEC10081L standard
Total endurance: 180,000 times of on-off
Electrical endurance: no less than 6,000 times of on-off
Mechanical endurance: no less than 12,000 times of on-off
Product detail pictures:
Related Product Guide:
Our intention should be to fulfill our consumers by offering golden provider, superior price and superior quality for 2018 High quality Electromagnetic Rccb - DAB6LE-63 Series Earth Leakage Circuit Breaker(ELCB) – DaDa , The product will supply to all over the world, such as: Monaco, Manchester, United Arab Emirates, We have advanced production technology, and pursuit innovative in products. At the same time, the good service has enhanced the good reputation. We believe that as long as you understand our product, you must be willing to become partners with us. Looking forward to your inquiry.
By Odelia from Jordan - 2017.04.18 16:45
The company leader recept us warmly, through a meticulous and thorough discussion, we signed a purchase order. Hope to cooperate smoothly
By Mag from Ukraine - 2017.10.23 10:29