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ABB 塑壳断路器和框架断路器的区别?
塑壳断路器采用塑料化结构，特点是将断路器外壳、框架采用塑料压制而成，将触头、灭弧系统都放在绝缘小室中，防止
相间短路，确保电弧向上喷出，保证触头系统可靠分断。而框架断路器采用模块化结构，分为框架、触头灭弧系统、手动
操作机构、电动操作机构、智能型控制器以及抽屉座等部分。每个部分都成为一个完整独立的部件，组装时只需1-2个螺
钉即可将其固定，拆装十分方便有利于检修维护。
塑壳断路器产品种类繁多，其特点是结构紧凑，操作容易，功能比较简单，一般配置过流脱扣器和瞬时脱扣器，框架断路
器则功能完善，特别是近年来单片机技术的应用，框架断路器向着高性能、易维护、网络化的方向发展。
在额定电流上，塑壳断路器一般为630A（一些新产品可达到1600A）以下，而框架断路器的额定电流要大很多，一般为
630A-6300A（比如我们公司制造加工的DW15,DW16和DW17系列框架断路器都达到了这个标准）。另外在分段能力上，框
架断路器要比塑壳断路器高。
商品型号
| E6V5000 R3200 PR122/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V5000 R3200 PR123/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V5000 R5000 PR123/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R3200 PR122/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E3N2500 R2500 PR122/PVD-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H4000 R3200 PR123/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R3200 PR123/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H5000 R3200 PR123/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V5000 R5000 PR121/P-LSI FHR 3PACC:M220V,YO220V,YC220V,4CO |
| E6V5000 R5000 PR121/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO |
| E6V5000 R3200 PR122/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V5000 R5000 PR123/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R6300 PR122/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R6300 PR123/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H4000 R3200 PR121/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO |
| E6H4000 R3200 PR122/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H4000 R4000 PR122/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H5000 R3200 PR122/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H4000 R4000 PR123/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H6300 R3200 PR121/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO |
| E6V4000 R4000 PR121/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO |
| E6V4000 R3200 PR122/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H5000 R5000 PR122/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H5000 R5000 PR123/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R3200 PR121/P-LSI FHR 3PACC:M220V,YO220V,YC220V,4CO |
| E6H6300 R3200 PR123/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H6300 R6300 PR121/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO |
| E6V6300 R6300 PR121/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO |
| E6H5000 R3200 PR122/P-LSI FHR 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R6300 PR122/P-LSI FHR 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H5000 R5000 PR121/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO |
| E6V5000 R3200 PR123/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R6300 PR123/P-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6V6300 R3200 PR123/P-LSI FHR 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E6H4000 R4000 PR121/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO |
| E6H6300 R6300 PR123/P-LSI WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E3H800 R630 PR122/P-LI WMP 3PACC:M220V,YO220V,YC220V,10CO,CP-E |
| E2B2000 R2000 PR122/PD-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E3H2500 R2500 PR122/PD-LSIG FHR 3PACC:M220V,YO220V,YC220V,4CO,ExtCT,CP-E |
| E3H2500 R2500 PR122/PD-LSIG WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E4H4000 R4000 PR122/PD-LSIG WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E3H3200 R3200 PR122/PC-LSIG WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E1B800 R400 PR121/P-LI FHR 4PACC:M220V,YO220V,YC220V,10CO |
| E1N800 R800 PR121/P-LSI FHR 3PACC:M24V,YO24VDC,YC24VDC,4CO |
| E6H5000 R5000 PR122/PD-LSIG WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E3H3200 R3200 PR122/PD-LSIG WMP 3PACC:M220V,YO220V,YC220V,4CO,ExtCT,CP-E |
| E1N1600 R1600 PR122/PCD-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E1B800 R630 PR121/P-LI WMP 3PACC:M110V,YO110V,YC110V,10CO |
| E2N2000 R2000 PR122/PVD-LSI FHR 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E1N800 R800 PR122/P-LI FHR 3PACC:M220V,YO220V,YC220V,10CO,CP-E |
| E1N800 R630 PR122/P-LI FHR 3PACC:M220V,YO220V,YC220V,10CO,CP-E |
| E3S3200 R3200 PR122/PC-LSIG WMP 3PACC:M220V,YO220V,YC220V,4CO,ExtCT,CP-E |
| E4S4000 R4000 PR122/PC-LSIG WMP 3PACC:M220V,YO220V,YC220V,4CO,ExtCT,CP-E |
| E3V1600 R1600 PR123/PKD-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,Input PR120/K,CP-E |
| E4S4000 R4000 PR121/P-LI FHR 3PACC:M220V,YC220V,YU220V,4CO |
| E3N3200 R3200 PR123/P-LSI WMP 4PACC:M220V,YO220V,YC220V,10CO,CP-E |
| E1S800 R800 PR121/P-LSI FHR 3PACC:M24V,YO24V,YC24V,4CO |
| E3S1600 R1600 PR121/P-LI WMP 3PACC:YU380V,10CO |
| E1N1000 R1000 PR121/P-LSI WMP 3PACC:M220V,YO220V,YC220V, AddYO220V,4CO |
| E3S3200 R3200 PR121/P-LI WMP 3PACC:YU380V,10CO |
| E3S2500 R1600 PR121/P-LI WMP 3PACC:YU380V,10CO |
| E3S2500 R1600 PR121/P-LI FHR 3PACC:YU380V,10CO |
| E2N2000 R800 PR122/P-LSI FHR 3PACC:M220V,YO220V,YC220V,YU220V,10CO,CP-E |
| E3S3200 R3200 PR121/P-LI FHR 3PACC:YU380V,10CO |
| E1B1000 R800 PR122/PD-LSI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E1N1000 R1000 PR122/PD-LI WMP 3PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E3S2000 R2000 PR121/P-LI FHR 3PACC:YU380V,10CO |
| E1S800 R800 PR121/P-LI WMP 3PACC:M110V,YO110V,YC110V,4CO |
| E4S4000 R4000 PR122/PC-LSIG WMP 4PACC:M220V,YO220V,YC220V,4CO,CP-E |
| E3S1600 R1600 PR121/P-LI FHR 3PACC:YU380V,10CO |
| E2N1250 R800 PR123/P-LSIG WMP 4PACC:M220V,YC220V,YO220V,10CO,CP-E |
| E3S3200 R3200 PR121/P-LI WMP 3PACC:YU220V,4CO |
| E3S2000 R2000 PR121/P-LI FHR 3PACC:YU220V,4CO |
| E3N3200 R3200 PR122/PC-LSIG WMP 3PACC:M220V,YO220V,YC220V,4CO,ExtCT,CP-E |
| E2S800 R800 PR122/P-LI WMP 3PACC:M220V,YO220C,YC220V,10CO,CP-E |
| E3S1250 R1250 PR121/P-LI FHR 3PACC:YU220V,4CO |
| E1N800 R800 PR121/P-LI WMP 3PACC:M220V,YO24VDC,YC220V,4CO |
| E2S800 R630 PR122/P-LI WMP 3PACC:M220V,YO220C,YC220V,10CO,CP-E |
