（+）添加110kV断路器二次回路原理

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ModeDisplay/Assets/StreamingAssets/SubTitles/原理/110kV断路器二次回路原理.srt

@@ -1,180 +1,312 @@
 1
-00:00:00,000 --> 00:00:03,660
-1.该二次线路具备手动本地分合闸功能
+00:00:00,000 --> 00:00:04,280
+现在让我们模拟一下线路控制 合上空气开关
 
 2
-00:00:03,660 --> 00:00:04,910
-用于本地操作
+00:00:04,280 --> 00:00:07,210
+假设此时的线路处于分闸状态
 
 3
-00:00:04,910 --> 00:00:06,080
-远程分合闸
+00:00:07,210 --> 00:00:09,240
+此时分闸指式灯点亮
 
 4
-00:00:06,080 --> 00:00:10,960
-用于远程自动化或者国网平台或者远控箱分合闸功能
+00:00:09,240 --> 00:00:11,260
+分闸位置继电器吸合
 
 5
-00:00:10,960 --> 00:00:14,250
-当分合闸旋钮KK打到本地控制时
+00:00:11,266 --> 00:00:13,376
+而由于两个电器的分压
 
 6
-00:00:14,250 --> 00:00:15,910
-可旋至手动合闸
+00:00:13,376 --> 00:00:16,096
+致使合闸电磁铁只通电而没有吸合
 
 7
-00:00:15,910 --> 00:00:17,706
-让KK1   2接通
+00:00:16,654 --> 00:00:19,904
+这样的好处就是可以检测其是否好坏
 
 8
-00:00:17,706 --> 00:00:21,120
-使合闸线圈HQ吸合 用于合闸
+00:00:19,904 --> 00:00:21,984
+当合闸电磁铁损害时
 
 9
-00:00:21,120 --> 00:00:27,480
-当旋钮钮到分闸时 11   12端子接通 使分闸线圈TQ跳闸
+00:00:21,984 --> 00:00:23,384
+分闸指示灯会熄灭
 
 10
-00:00:27,480 --> 00:00:32,440
-当选至远程时5      6端子接通 7      8端子接通
+00:00:23,934 --> 00:00:26,034
+我们先进行手动合闸
 
 11
-00:00:32,440 --> 00:00:35,780
-可用远程合闸入口和远程分闸入口
+00:00:26,034 --> 00:00:28,524
+我们将旋钮达到手动合闸
 
 12
-00:00:35,780 --> 00:00:37,170
-接到国网平台
+00:00:28,524 --> 00:00:31,627
+电首先到达kkj继电器让其吸合
 
 13
-00:00:37,170 --> 00:00:38,140
-远控箱去
+00:00:31,627 --> 00:00:36,227
+经二极管 吸合合闸保持继电器和合闸电磁铁
 
 14
-00:00:38,140 --> 00:00:40,093
-去分合闸断路器
+00:00:36,228 --> 00:00:38,188
+此时由于电走捷径
 
 15
-00:00:40,094 --> 00:00:43,664
-2.该线路可通过接入微机综合保护器
+00:00:38,188 --> 00:00:39,838
+分闸指示灯熄灭
 
 16
-00:00:43,664 --> 00:00:47,760
-让其具备二次重合闸功能和远程跳闸功能
+00:00:39,838 --> 00:00:41,978
+分闸位置继电器恢复
 
 17
-00:00:47,761 --> 00:00:50,871
-来自微机保护器的重合闸常开点HJ
+00:00:41,978 --> 00:00:44,388
+其合闸自保触点也会吸合
 
 18
-00:00:50,871 --> 00:00:52,631
-可使意外跳闸时
+00:00:44,388 --> 00:00:47,018
+自保触点用于当旋钮复位后
 
 19
-00:00:52,631 --> 00:00:53,961
-根据微保设置
+00:00:47,018 --> 00:00:49,748
+线路一直保持合闸电磁吸合
 
 20
-00:00:53,961 --> 00:00:55,667
-来一次重合闸
+00:00:49,748 --> 00:00:51,508
+防止中途一半停止
 
 21
-00:00:55,668 --> 00:00:57,548
-当不想利用该功能时
+00:00:51,508 --> 00:00:53,214
+直到合闸完成
 
 22
-00:00:57,548 --> 00:00:58,778
-或者检修时
+00:00:53,215 --> 00:00:55,775
+此时断路器常闭触点分开
 
 23
-00:00:58,778 --> 00:01:00,458
-可挑其保护连片
+00:00:55,775 --> 00:00:57,335
+常开触点吸合
 
 24
-00:01:00,458 --> 00:01:04,681
-远程跳闸TJ保护跳闸入口可接入微机保护
+00:00:57,335 --> 00:00:59,841
+这导致了合闸回路全部熄灭
 
 25
-00:01:04,682 --> 00:01:09,388
-或者其他保护继电器 用于需要跳闸时的跳闸
+00:00:59,841 --> 00:01:01,761
+而合闸指示灯亮起
 
 26
-00:01:09,300 --> 00:01:11,468
-3.该线路具备防跳跃功能
+00:01:01,761 --> 00:01:03,931
+合闸位置继电器吸合
 
 27
-00:01:11,468 --> 00:01:14,655
-TBJV继电器在断路器分闸时吸合
+00:01:03,931 --> 00:01:05,351
+同样由于分压
 
 28
-00:01:14,655 --> 00:01:17,585
-通过它的辅助触点串入合闸回路
+00:01:05,351 --> 00:01:07,135
+电经过分闸电磁铁
 
 29
-00:01:17,585 --> 00:01:21,635
-防止在跳闸过程中又有合闸命令而损坏机构
+00:01:07,135 --> 00:01:10,121
+却由于电压过低无法吸合铁芯
 
 30
-00:01:21,642 --> 00:01:25,752
-4.KKJ是合后继电器也称磁保持继电器
+00:01:10,122 --> 00:01:11,542
+手动分闸时
 
 31
-00:01:25,752 --> 00:01:30,932
-通过D1、D2两个二极管的单相导通性能来保证只有手动合闸
+00:01:11,542 --> 00:01:13,682
+旋钮打到手动分闸
 
 32
-00:01:30,932 --> 00:01:32,162
-才能让其动作
+00:01:13,682 --> 00:01:16,182
+此时电到达kkj继电器
 
 33
-00:01:32,162 --> 00:01:34,072
-动作后不自动返回
+00:01:16,182 --> 00:01:18,322
+此继电器是保持继电器
 
 34
-00:01:34,072 --> 00:01:37,632
-手动跳闸或者自动合闸后才能让其复归
+00:01:18,322 --> 00:01:19,692
+合闸时亮起
 
 35
-00:01:37,642 --> 00:01:40,055
-其接点可以用于重合闸
+00:01:19,692 --> 00:01:21,992
+直到分闸信号到达熄灭
 
 36
-00:01:40,056 --> 00:01:44,366
-5.HYI与TYJ是合闸和跳闸压力继电器
+00:01:21,992 --> 00:01:24,202
+可将辅助触点做为备用
 
 37
-00:01:44,366 --> 00:01:46,696
-接入断路器机构的气压接点
+00:01:24,202 --> 00:01:25,942
+用于重合闸的先决条件
 
 38
-00:01:46,696 --> 00:01:50,116
-在以六氟化硫为灭弧绝缘介质的开关中
+00:01:26,509 --> 00:01:28,199
+后经二极管往上
 
 39
-00:01:50,116 --> 00:01:52,429
-如果六氟化硫气体有泄露
+00:01:28,199 --> 00:01:31,159
+此二极管是利用其单向导通性
 
 40
-00:01:52,429 --> 00:01:57,189
-则当气体压力降至危及灭弧时该接点T1和T2导通
+00:01:31,159 --> 00:01:34,642
+防止电从别的入口进入影响我们线路控制
 
 41
-00:01:57,189 --> 00:01:58,849
-将操作回路断开
+00:01:34,642 --> 00:01:38,222
+使跳闸保持继电器和分闸电磁铁吸合
 
 42
-00:01:58,856 --> 00:02:00,176
-禁止操作
+00:01:38,222 --> 00:01:40,909
+两个分闸自保辅助触点也吸合
 
 43
-00:02:00,176 -->  00:02:04,706
-6.位置继电器HWJ  TWT的作用有两个
+00:01:40,909 --> 00:01:45,309
+合闸指式灯会熄灭 合闸位置继电器也会复位
 
 44
-00:02:04,706 --> 00:02:06,789
-一是显示当前开关位置
+00:01:45,309 --> 00:01:46,689
+分闸完成后
 
 45
-00:02:06,789 --> 00:02:09,576
-二是监视跳、合线圈是否完好
+00:01:46,689 --> 00:01:48,869
+断路器常开触点分开
+
+46
+00:01:48,869 --> 00:01:50,419
+常闭触点吸合
+
+47
+00:01:50,419 --> 00:01:51,735
+分闸指示点亮
+
+48
+00:01:51,735 --> 00:01:53,869
+线路回到最初位置
+
+49
+00:01:53,869 --> 00:01:55,459
+当远程合闸时
+
+50
+00:01:55,459 --> 00:01:57,579
+我们将旋钮打到远程
+
+51
+00:01:57,579 --> 00:01:59,359
+此时5 6接通
+
+52
+00:01:59,359 --> 00:02:01,509
+当远程合闸入口吸合时
+
+53
+00:02:01,509 --> 00:02:03,999
+同样会吸合kkj继电器
+
+54
+00:02:03,999 --> 00:02:05,499
+和合闸电磁铁
+
+55
+00:02:05,499 --> 00:02:07,129
+让异地控制成为了可能
+
+56
+00:02:07,683 --> 00:02:10,373
+我们假设线路出现了短路故障
+
+57
+00:02:10,373 --> 00:02:13,429
+此时微机保护的保护跳闸入口吸合
+
+58
+00:02:13,429 --> 00:02:18,829
+线路经保护连片 可继续走我们的分闸线路 完成跳闸
+
+59
+00:02:18,830 --> 00:02:23,250
+由于高电压效线路故障百分之八十的故障是瞬时的
+
+60
+00:02:23,250 --> 00:02:26,070
+我们的微机保护会提供重合闸功能
+
+61
+00:02:26,070 --> 00:02:28,010
+让重合闸入口吸合
+
+62
+00:02:28,010 --> 00:02:31,640
+线路会到达合闸电磁铁完成一次重合闸
+
+63
+00:02:31,640 --> 00:02:33,480
+大大提高了线路的可靠性
+
+64
+00:02:34,044 --> 00:02:35,864
+当我们远程分闸时
+
+65
+00:02:35,864 --> 00:02:38,624
+将远程分闸入口7 8吸合
+
+66
+00:02:38,624 --> 00:02:40,870
+假设我们在没有完成分闸时
+
+67
+00:02:40,870 --> 00:02:43,810
+重合闸或者本地误操作了合闸
+
+68
+00:02:43,810 --> 00:02:46,760
+此时电会首先到达防跳跃继电器
+
+69
+00:02:46,764 --> 00:02:47,964
+让其吸合
+
+70
+00:02:47,964 --> 00:02:48,954
+并自锁
+
+71
+00:02:48,954 --> 00:02:51,654
+导致放跳跃辅助常闭点打开
+
+72
+00:02:51,654 --> 00:02:53,084
+切断了合闸回路
+
+73
+00:02:53,084 --> 00:02:55,424
+使合闸电磁铁不能吸合
+
+74
+00:02:55,424 --> 00:02:58,114
+保护了断路器的机械结构和误操作
+
+75
+00:02:58,684 --> 00:03:00,174
+当失误恢复后
+
+76
+00:03:00,174 --> 00:03:02,284
+而分闸系统不受影响
+
+77
+00:03:02,284 --> 00:03:03,954
+会继续完成分闸
+
+78
+00:03:03,954 --> 00:03:05,590
+直到分闸完成
 

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ModeDisplay/Assets/StreamingAssets/SubTitles/原理/110kV断路器二次回路原理_old.srt

@@ -0,0 +1,180 @@
+1
+00:00:00,000 --> 00:00:03,660
+1.该二次线路具备手动本地分合闸功能
+
+2
+00:00:03,660 --> 00:00:04,910
+用于本地操作
+
+3
+00:00:04,910 --> 00:00:06,080
+远程分合闸
+
+4
+00:00:06,080 --> 00:00:10,960
+用于远程自动化或者国网平台或者远控箱分合闸功能
+
+5
+00:00:10,960 --> 00:00:14,250
+当分合闸旋钮KK打到本地控制时
+
+6
+00:00:14,250 --> 00:00:15,910
+可旋至手动合闸
+
+7
+00:00:15,910 --> 00:00:17,706
+让KK1   2接通
+
+8
+00:00:17,706 --> 00:00:21,120
+使合闸线圈HQ吸合 用于合闸
+
+9
+00:00:21,120 --> 00:00:27,480
+当旋钮钮到分闸时 11   12端子接通 使分闸线圈TQ跳闸
+
+10
+00:00:27,480 --> 00:00:32,440
+当选至远程时5      6端子接通 7      8端子接通
+
+11
+00:00:32,440 --> 00:00:35,780
+可用远程合闸入口和远程分闸入口
+
+12
+00:00:35,780 --> 00:00:37,170
+接到国网平台
+
+13
+00:00:37,170 --> 00:00:38,140
+远控箱去
+
+14
+00:00:38,140 --> 00:00:40,093
+去分合闸断路器
+
+15
+00:00:40,094 --> 00:00:43,664
+2.该线路可通过接入微机综合保护器
+
+16
+00:00:43,664 --> 00:00:47,760
+让其具备二次重合闸功能和远程跳闸功能
+
+17
+00:00:47,761 --> 00:00:50,871
+来自微机保护器的重合闸常开点HJ
+
+18
+00:00:50,871 --> 00:00:52,631
+可使意外跳闸时
+
+19
+00:00:52,631 --> 00:00:53,961
+根据微保设置
+
+20
+00:00:53,961 --> 00:00:55,667
+来一次重合闸
+
+21
+00:00:55,668 --> 00:00:57,548
+当不想利用该功能时
+
+22
+00:00:57,548 --> 00:00:58,778
+或者检修时
+
+23
+00:00:58,778 --> 00:01:00,458
+可挑其保护连片
+
+24
+00:01:00,458 --> 00:01:04,681
+远程跳闸TJ保护跳闸入口可接入微机保护
+
+25
+00:01:04,682 --> 00:01:09,388
+或者其他保护继电器 用于需要跳闸时的跳闸
+
+26
+00:01:09,300 --> 00:01:11,468
+3.该线路具备防跳跃功能
+
+27
+00:01:11,468 --> 00:01:14,655
+TBJV继电器在断路器分闸时吸合
+
+28
+00:01:14,655 --> 00:01:17,585
+通过它的辅助触点串入合闸回路
+
+29
+00:01:17,585 --> 00:01:21,635
+防止在跳闸过程中又有合闸命令而损坏机构
+
+30
+00:01:21,642 --> 00:01:25,752
+4.KKJ是合后继电器也称磁保持继电器
+
+31
+00:01:25,752 --> 00:01:30,932
+通过D1、D2两个二极管的单相导通性能来保证只有手动合闸
+
+32
+00:01:30,932 --> 00:01:32,162
+才能让其动作
+
+33
+00:01:32,162 --> 00:01:34,072
+动作后不自动返回
+
+34
+00:01:34,072 --> 00:01:37,632
+手动跳闸或者自动合闸后才能让其复归
+
+35
+00:01:37,642 --> 00:01:40,055
+其接点可以用于重合闸
+
+36
+00:01:40,056 --> 00:01:44,366
+5.HYI与TYJ是合闸和跳闸压力继电器
+
+37
+00:01:44,366 --> 00:01:46,696
+接入断路器机构的气压接点
+
+38
+00:01:46,696 --> 00:01:50,116
+在以六氟化硫为灭弧绝缘介质的开关中
+
+39
+00:01:50,116 --> 00:01:52,429
+如果六氟化硫气体有泄露
+
+40
+00:01:52,429 --> 00:01:57,189
+则当气体压力降至危及灭弧时该接点T1和T2导通
+
+41
+00:01:57,189 --> 00:01:58,849
+将操作回路断开
+
+42
+00:01:58,856 --> 00:02:00,176
+禁止操作
+
+43
+00:02:00,176 -->  00:02:04,706
+6.位置继电器HWJ  TWT的作用有两个
+
+44
+00:02:04,706 --> 00:02:06,789
+一是显示当前开关位置
+
+45
+00:02:06,789 --> 00:02:09,576
+二是监视跳、合线圈是否完好
+

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