1、 产品介绍
KLD-BKS系列滤波补偿组件由低压电力电容器和滤波电抗器组成，专为谐波污染配电系统的无功补偿和滤波设计。
KLD-BKT系列动态滤波补偿组件由低压电力电容器和滤波电抗器、晶闸管投切开关装置组成，专为负载快速变化场合、谐波污染配电系统中的无功补偿和滤波设计。采用快速投切方案，使得系统电压稳定和安全，可以避免电气设备损坏，噪音以及暂态现象等。
2、 产品名称
静态无功补偿组件，动态无功补偿组件，无功补偿装置，补偿组件‘
’
3、 相关型号
|
KLD-BKS7 |
KLD-BKS14 |
KLD-BKT7 |
KLD-BKT14 |
|
KLD-BKS7-50/3-400V |
KLD-BKS14-50/3-400V |
KLD-BKT7-50/3-400V |
KLD-BKT14-50/3-400V |
|
KLD-BKS7-75/4-400V |
KLD-BKS14-75/4-400V |
KLD-BKT7-75/4-400V |
KLD-BKT14-75/4-400V |
|
KLD-BKS7-100/3-400V |
KLD-BKS14-100/3-400V |
KLD-BKT7-100/3-400V |
KLD-BKT14-100/3-400V |
|
KLD-BKS7-125/3-400V |
KLD-BKS14-125/3-400V |
KLD-BKT7-125/3-400V |
KLD-BKT14-125/3-400V |
|
KLD-BKS7-150/4-400V |
KLD-BKS14-150/4-400V |
KLD-BKT7-150/4-400V |
KLD-BKT14-150/4-400V |
|
KLD-BKS7-175/4-400V |
KLD-BKS14-175/4-400V |
KLD-BKT7-175/4-400V |
KLD-BKT14-175/4-400V |
|
KLD-BKS7-200/5-400V |
KLD-BKS14-200/5-400V |
KLD-BKT7-200/5-400V |
KLD-BKT14-200/5-400V |
|
KLD-BKS7-225/5-400V |
KLD-BKS14-225/5-400V |
KLD-BKT7-225/5-400V |
KLD-BKT14-225/5-400V |
|
KLD-BKS7-250/5-400V |
KLD-BKS14-250/5-400V |
KLD-BKT7-250/5-400V |
KLD-BKT14-250/5-400V |
|
KLD-BKS7-275/6-400V |
KLD-BKS14-275/6-400V |
KLD-BKT7-275/6-400V |
KLD-BKT14-275/6-400V |
|
KLD-BKS7-300/6-400V |
KLD-BKS14-300/6-400V |
KLD-BKT7-300/6-400V |
KLD-BKT14-300/6-400V |
|
KLD-BKS7-325/7-400V |
KLD-BKS14-325/7-400V |
KLD-BKT7-325/7-400V |
KLD-BKT14-325/7-400V |
|
KLD-BKS7-350/7-400V |
KLD-BKS14-350/7-400V |
KLD-BKT7-350/7-400V |
KLD-BKT14-350/7-400V |
|
KLD-BKS7-375/8-400V |
KLD-BKS14-375/8-400V |
KLD-BKT7-375/8-400V |
KLD-BKT14-375/8-400V |
|
KLD-BKS7-400/8-400V |
KLD-BKS14-400/8-400V |
KLD-BKT7-400/8-400V |
KLD-BKT14-400/8-400V |
|
KLD-BKS7-425/9-400V |
KLD-BKS14-425/9-400V |
KLD-BKT7-425/9-400V |
KLD-BKT14-425/9-400V |
|
KLD-BKS7-450/9-400V |
KLD-BKS14-450/9-400V |
KLD-BKT7-450/9-400V |
KLD-BKT14-450/9-400V |
|
KLD-BKS7-475/10-400V |
KLD-BKS14-475/10-400V |
KLD-BKT7-475/10-400V |
KLD-BKT14-475/10-400V |
|
KLD-BKS7-500/10-400V |
KLD-BKS14-500/10-400V |
KLD-BKT7-500/10-400V |
KLD-BKT14-500/10-400V |
4、 主要功能
合理的电容器和电抗器配置，可同时达到补偿无功和滤除部分谐波的目的，能够有效提升系统功率因数，优化电网环境。
898995850
