武汉市BUMHAN电抗器BHDCLL-30,BHDCLL-37,BHDCLL-45韩国Sinwoo S-CON变送器。中山立讯电气有限公司,中山朗立电气有限公司DST-D-3X DST-D-3Y DST-D-4X DST-D-4Y DST-D-5X DST-D-5Y
DST-I-3X DST-I-3Y DST-I-4X DST-I-4Y DST-I-5X DST-I-5Y
DST-R-3X DST-R-3Y DST-R-4X DST-R-4Y DST-T-4X DST-T-4Y
DST-R-5X DST-R-5Y DST-T-3X DST-T-3Y DST-T-4X DST-T-4Y
DST-T-5X DST-T-5Y DST-P-3X DST-P-3Y DST-P-4X DST-P-4Y
DST-P-5X DST-P-5Y DST-O-3X DST-O-3Y DST-O-4X DST-O-4Y
DST-O-5X DST-O-5Y DSTM-D-VX DSTM-D-VY DSTM-D-IX DSTM-D-IY
DSTM-D-OX DSTM-D-OY DSTM-I-VX DSTM-I-VY DSTM-I-IX DSTM-I-IY
DSTM-I-OX DSTM-I-OY DSTM-A-VX DSTM-A-VY DSTM-A-IX DSTM-A-IY
DSTM-A-OX DSTM-A-OY DSTM-R-VX DSTM-R-VY DSTM-R-IX DSTM-R-IY
DSTM-R-OX DSTM-R-OY DSTM-P-VX DSTM-P-VY DSTM-P-IX DSTM-P-IY
DSTM-P-OX DSTM-P-OY DSTM-O-VX DSTM-O-VY DSTM-O-IX DSTM-O-IY
DSTM-O-OX DSTM-O-OY
FFC-4AA-W FFC-4AA-X FFC-4AA-Z FFC-4AA-Y
FFC-4AB-W FFC-4AB-X FFC-4AB-Z FFC-4AB-Y
FFC-4AC-W FFC-4AC-X FFC-4AC-Z FFC-4AC-Y
FFC-4AD-W FFC-4AD-X FFC-4AD-Z FFC-4AD-Y
FFC-4AR-W FFC-4AR-X FFC-4AR-Z FFC-4AR-Y
FFC-4AN-W FFC-4AN-X FFC-4AN-Z FFC-4AN-Y
FFC-4BA-W FFC-4BA-X FFC-4BA-Z FFC-4BA-Y
FFC-4BB-W FFC-4BB-X FFC-4BB-Z FFC-4BB-Y
FFC-4BC-W FFC-4BC-X FFC-4BC-Z FFC-4BC-Y
FFC-4BD-W FFC-4BD-X FFC-4BD-Z FFC-4BD-Y

在10%误差曲线上确定电流互感器的允许二次负荷⑶按照对电流互感器二次负荷严重的短路类型，计算电流互感器的实际二次负荷⑷比较实际二次负荷与允许二次负荷。如实际二次负荷小于允许二次负荷，表示电流互感器的误差不超过10%误差：1）增大连接导线截面或缩短连接导线长度，以减小实际二次负荷2）选择比较大的电流互感器，减小一次电流倍数，增大允许二次负荷3）将电流互感器的二次绕组串联起来，使允许二次负荷增大一倍。动、热稳定度需校验电流互感器的动稳定度和热稳定度[9]，厂家的产品技术参数中都给出了动稳定倍数Kes和热稳定倍数Kt，因此按下列公式分别校验动稳定和热定度即可。1）动稳定度校验Kes×I1N≥iSh2）热稳定度校验（KtI1n)2t≥I⑶∞tima式中。
武汉市BUMHAN电抗器BHDCLL-30,BHDCLL-37,BHDCLL-45

FFC-4BR-W FFC-4BR-X FFC-4BR-Z FFC-4BR-Y
FFC-4BN-W FFC-4BN-X FFC-4BN-Z FFC-4BN-Y
FFC-4CA-W FFC-4CA-X FFC-4CA-Z FFC-4CA-Y
FFC-4CB-W FFC-4CB-X FFC-4CB-Z FFC-4CB-Y
FFC-4CC-W FFC-4CC-X FFC-4CC-Z FFC-4CC-Y
FFC-4CD-W FFC-4CD-X FFC-4CD-Z FFC-4CD-Y
FFC-4CR-W FFC-4CR-X FFC-4CR-Z FFC-4CR-Y
FFC-4CN-W FFC-4CN-X FFC-4CN-Z FFC-4CN-Y
FFC-4DA-W FFC-4DA-X FFC-4DA-Z FFC-4DA-Y
FFC-4DB-W FFC-4DB-X FFC-4DB-Z FFC-4DB-Y
FFC-4DC-W FFC-4DC-X FFC-4DC-Z FFC-4DC-Y
FFC-4DD-W FFC-4DD-X FFC-4DD-Z FFC-4DD-Y
FFC-4DR-W FFC-4DR-X FFC-4DR-Z FFC-4DR-Y
FFC-4DN-W FFC-4DN-X FFC-4DN-Z FFC-4DN-Y
FFC-4RA-W FFC-4RA-X FFC-4RA-Z FFC-4RA-Y
FFC-4RB-W FFC-4RB-X FFC-4RB-Z FFC-4RB-Y
FFC-4RC-W FFC-4RC-X FFC-4RC-Z FFC-4RC-Y
FFC-4RD-W FFC-4RD-X FFC-4RD-Z FFC-4RD-Y
FFC-4RR-W FFC-4RR-X FFC-4RR-Z FFC-4RR-Y
FFC-4RN-W FFC-4RN-X FFC-4RN-Z FFC-4RN-Y
FFC-9AA-W FFC-9AA-X FFC-9AA-Z FFC-9AA-Y

优化了电能使用效率。对节约电能起了重要作用。[1]应用JS3000系列晶闸管调功器广泛应用于以下领域：电炉工业：退火炉，烘干炉，淬火炉，烧结炉，坩埚炉，隧道炉，熔炉机械设备：包装机械，注塑机械，热缩机械，挤压机械，食品机械，回火设备，塑料加工，红外加热玻璃工业：玻璃纤维，玻璃成型，玻璃融化，玻璃印制，浮法玻璃生产线，退火槽汽车工业：喷涂烘干，热成型节能照明：隧道照明，路灯照明，摄影照明，舞台灯光化学工业：蒸馏蒸发，预热系统，管道加热，石油化工，温度补偿[2]工作原理编辑点火开关刚接通时，发动机不转，发电机不发电，蓄电池电压加在分压器上，此时因电压较低不能使稳压管的反向击穿，二极管截止，截止使得二极管导通。
武汉市BUMHAN电抗器BHDCLL-30,BHDCLL-37,BHDCLL-45

FFC-9AB-W FFC-9AB-X FFC-9AB-Z FFC-9AB-Y
FFC-9AC-W FFC-9AC-X FFC-9AC-Z FFC-9AC-Y
FFC-9AD-W FFC-9AD-X FFC-9AD-Z FFC-9AD-Y
FFC-9AR-W FFC-9AR-X FFC-9AR-Z FFC-9AR-Y
FFC-9AN-W FFC-9AN-X FFC-9AN-Z FFC-9AN-Y
FFC-9BA-W FFC-9BA-X FFC-9BA-Z FFC-9BA-Y
FFC-9BB-W FFC-9BB-X FFC-9BB-Z FFC-9BB-Y
FFC-9BC-W FFC-9BC-X FFC-9BC-Z FFC-9BC-Y
FFC-9BD-W FFC-9BD-X FFC-9BD-Z FFC-9BD-Y
FFC-9BR-W FFC-9BR-X FFC-9BR-Z FFC-9BR-Y
FFC-9BN-W FFC-9BN-X FFC-9BN-Z FFC-9BN-Y
FFC-9CA-W FFC-9CA-X FFC-9CA-Z FFC-9CA-Y
FFC-9CB-W FFC-9CB-X FFC-9CB-Z FFC-9CB-Y
FFC-9CC-W FFC-9CC-X FFC-9CC-Z FFC-9CC-Y
FFC-9CD-W FFC-9CD-X FFC-9CD-Z FFC-9CD-Y
FFC-9CR-W FFC-9CR-X FFC-9CR-Z FFC-9CR-Y
FFC-9CN-W FFC-9CN-X FFC-9CN-Z FFC-9CN-Y
FFC-9DA-W FFC-9DA-X FFC-9DA-Z FFC-9DA-Y
FFC-9DB-W FFC-9DB-X FFC-9DB-Z FFC-9DB-Y
FFC-9DC-W FFC-9DC-X FFC-9DC-Z FFC-9DC-Y
FFC-9DD-W FFC-9DD-X FFC-9DD-Z FFC-9DD-Y
FFC-9DR-W FFC-9DR-X FFC-9DR-Z FFC-9DR-Y
FFC-9DN-W FFC-9DN-X FFC-9DN-Z FFC-9DN-Y
FFC-9RA-W FFC-9RA-X FFC-9RA-Z FFC-9RA-Y
FFC-9RB-W FFC-9RB-X FFC-9RB-Z FFC-9RB-Y
FFC-9RC-W FFC-9RC-X FFC-9RC-Z FFC-9RC-Y
FFC-9RD-W FFC-9RD-X FFC-9RD-Z FFC-9RD-Y
FFC-9RR-W FFC-9RR-X FFC-9RR-Z FFC-9RR-Y
FFC-9RN-W FFC-9RN-X FFC-9RN-Z FFC-9RN-Y
S-CON100 S-CON200 S-CON300
IPD-2A1-W IPD-2A1-X IPD-2A1-Y IPD-2A1-Z
IPD-2A2-W IPD-2A2-X IPD-2A2-Y IPD-2A2-Z
IPD-2A3-W IPD-2A3-X IPD-2A3-Y IPD-2A3-Z
IPD-2A4-W IPD-2A4-X IPD-2A4-Y IPD-2A4-Z
IPD-2A5-W IPD-2A5-X IPD-2A5-Y IPD-2A5-Z
IPD-2A6-W IPD-2A6-X IPD-2A6-Y IPD-2A6-Z
IPD-2A7-W IPD-2A7-X IPD-2A7-Y IPD-2A7-Z
IPD-2A8-W IPD-2A8-X IPD-2A8-Y IPD-2A8-Z
IPD-2AR-W IPD-2AR-X IPD-2AR-Y IPD-2AR-Z
IPD-2AN-W IPD-2AN-X IPD-2AN-Y IPD-2AN-Z
IPD-2R1-W IPD-2R1-X IPD-2R1-Y IPD-2R1-Z
IPD-2R2-W IPD-2R2-X IPD-2R2-Y IPD-2R2-Z
IPD-2R3-W IPD-2R3-X IPD-2R3-Y IPD-2R3-Z
IPD-2R4-W IPD-2R4-X IPD-2R4-Y IPD-2R4-Z
IPD-2R5-W IPD-2R5-X IPD-2R5-Y IPD-2R5-Z
IPD-2R6-W IPD-2R6-X IPD-2R6-Y IPD-2R6-Z
IPD-2R7-W IPD-2R7-X IPD-2R7-Y IPD-2R7-Z
IPD-2R8-W IPD-2R8-X IPD-2R8-Y IPD-2R8-Z
IPD-2RR-W IPD-2RR-X IPD-2RR-Y IPD-2RR-Z
IPD-2RN-W IPD-2RN-X IPD-2RN-Y IPD-2RN-Z
IPD-4A1-W IPD-4A1-X IPD-4A1-Y IPD-4A1-Z

当KNI2>I1时，比差为正，反之为负。对于没有采取补偿措施的电流互感器，比差为负值，角差为正值，比差的值和角差均随电流增大而减小。采用补偿的办法可以减小互感器的误差。一般通过在互感器上加绕附加绕组或增添附加铁心，以及接入相应的电阻、电感、电容元件来补偿。常用的补偿法有匝数补偿、分数匝补偿、小铁心补偿、并联电容补偿等。校验方法在进行电流互感器误差试验之前，通常需要检查极性和退磁等试验。极性检查电流互感器一次绕组标志为PP2，二次绕组标志为SS2。若PS1是同名端，则这种标志叫减极性。一次电流从P1进，二次电流从S1出。极性检查很简单，除了可以在互感器校验仪上进行检查外，还可以使用直流检查法。
武汉市BUMHAN电抗器BHDCLL-30,BHDCLL-37,BHDCLL-45

IPD-4A2-W IPD-4A2-X IPD-4A2-Y IPD-4A2-Z
IPD-4A3-W IPD-4A3-X IPD-4A3-Y IPD-4A3-Z
IPD-4A4-W IPD-4A4-X IPD-4A4-Y IPD-4A4-Z
IPD-4A5-W IPD-4A5-X IPD-4A5-Y IPD-4A5-Z
IPD-4A6-W IPD-4A6-X IPD-4A6-Y IPD-4A6-Z
IPD-4A7-W IPD-4A7-X IPD-4A7-Y IPD-4A7-Z
IPD-4A8-W IPD-4A8-X IPD-4A8-Y IPD-4A8-Z
IPD-4AR-W IPD-4AR-X IPD-4AR-Y IPD-4AR-Z
IPD-4AN-W IPD-4AN-X IPD-4AN-Y IPD-4AN-Z
IPD-4R1-W IPD-4R1-X IPD-4R1-Y IPD-4R1-Z
IPD-4R2-W IPD-4R2-X IPD-4R2-Y IPD-4R2-Z
IPD-4R3-W IPD-4R3-X IPD-4R3-Y IPD-4R3-Z
IPD-4R4-W IPD-4R4-X IPD-4R4-Y IPD-4R4-Z
IPD-4R5-W IPD-4R5-X IPD-4R5-Y IPD-4R5-Z
IPD-4R6-W IPD-4R6-X IPD-4R6-Y IPD-4R6-Z
IPD-4R7-W IPD-4R7-X IPD-4R7-Y IPD-4R7-Z
IPD-4R8-W IPD-4R8-X IPD-4R8-Y IPD-4R8-Z
IPD-4RR-W IPD-4RR-X IPD-4RR-Y IPD-4RR-Z
IPD-4RN-W IPD-4RN-X IPD-4RN-Y IPD-4RN-Z
IPD-7A1-W IPD-7A1-X IPD-7A1-Y IPD-7A1-Z
IPD-7A2-W IPD-7A2-X IPD-7A2-Y IPD-7A2-Z
IPD-7A3-W IPD-7A3-X IPD-7A3-Y IPD-7A3-Z
IPD-7A4-W IPD-7A4-X IPD-7A4-Y IPD-7A4-Z
IPD-7A5-W IPD-7A5-X IPD-7A5-Y IPD-7A5-Z
IPD-7A6-W IPD-7A6-X IPD-7A6-Y IPD-7A6-Z
IPD-7A7-W IPD-7A7-X IPD-7A7-Y IPD-7A7-Z
IPD-7A8-W IPD-7A8-X IPD-7A8-Y IPD-7A8-Z
IPD-7AR-W IPD-7AR-X IPD-7AR-Y IPD-7AR-Z
IPD-7AN-W IPD-7AN-X IPD-7AN-Y IPD-7AN-Z
IPD-7R1-W IPD-7R1-X IPD-7R1-Y IPD-7R1-Z
IPD-7R2-W IPD-7R2-X IPD-7R2-Y IPD-7R2-Z
IPD-7R3-W IPD-7R3-X IPD-7R3-Y IPD-7R3-Z
IPD-7R4-W IPD-7R4-X IPD-7R4-Y IPD-7R4-Z
IPD-7R5-W IPD-7R5-X IPD-7R5-Y IPD-7R5-Z
IPD-7R6-W IPD-7R6-X IPD-7R6-Y IPD-7R6-Z
IPD-7R7-W IPD-7R7-X IPD-7R7-Y IPD-7R7-Z
IPD-7R8-W IPD-7R8-X IPD-7R8-Y IPD-7R8-Z
IPD-7RR-W IPD-7RR-X IPD-7RR-Y IPD-7RR-Z
IPD-7RN-W IPD-7RN-X IPD-7RN-Y IPD-7RN-Z
IPD-9A1-W IPD-9A1-X IPD-9A1-Y IPD-9A1-Z
IPD-9A2-W IPD-9A2-X IPD-9A2-Y IPD-9A2-Z
IPD-9A3-W IPD-9A3-X IPD-9A3-Y IPD-9A3-Z
IPD-9A4-W IPD-9A4-X IPD-9A4-Y IPD-9A4-Z
IPD-9A5-W IPD-9A5-X IPD-9A5-Y IPD-9A5-Z

没有热印记录­检查记录纸是否装反了，记录纸有正反两面­用指甲在记录纸上划过，有黑色划痕的为正面【向上】C：显示正确，记录曲线不正确­检查设定的记录左右边界及走纸速度是否正确。D：显示不正确­对于电压、电流信号，必须设定显示下限及显示上限E:显示为“––––”­表示该通道输入信号不正常,此时需要检测外部信号。F:报警不对­不能报警，此时要检查设定的上下限是否正确。只有上限报警值>下限报警值时，才能报警。­如果二级报警不正常，此时要检查偏差上限和偏差下限。只有偏差上限和偏差下限不为零时，才能进行二级报警。­检查报警继电器输出项是否设定。
武汉市BUMHAN电抗器BHDCLL-30,BHDCLL-37,BHDCLL-45

IPD-9A6-W IPD-9A6-X IPD-9A6-Y IPD-9A6-Z
IPD-9A7-W IPD-9A7-X IPD-9A7-Y IPD-9A7-Z
IPD-9A8-W IPD-9A8-X IPD-9A8-Y IPD-9A8-Z
IPD-9AR-W IPD-9AR-X IPD-9AR-Y IPD-9AR-Z
IPD-9AN-W IPD-9AN-X IPD-9AN-Y IPD-9AN-Z
IPD-9R1-W IPD-9R1-X IPD-9R1-Y IPD-9R1-Z
IPD-9R2-W IPD-9R2-X IPD-9R2-Y IPD-9R2-Z
IPD-9R3-W IPD-9R3-X IPD-9R3-Y IPD-9R3-Z
IPD-9R4-W IPD-9R4-X IPD-9R4-Y IPD-9R4-Z
IPD-9R5-W IPD-9R5-X IPD-9R5-Y IPD-9R5-Z
IPD-9R6-W IPD-9R6-X IPD-9R6-Y IPD-9R6-Z
IPD-9R7-W IPD-9R7-X IPD-9R7-Y IPD-9R7-Z
IPD-9R8-W IPD-9R8-X IPD-9R8-Y IPD-9R8-Z
IPD-9RR-W IPD-9RR-X IPD-9RR-Y IPD-9RR-Z
IPD-9RN-W IPD-9RN-X IPD-9RN-Y IPD-9RN-Z
IR-V100-W IR-V100-X IR-V100-Y IR-V100-Z
IR-V135-W IR-V135-X IR-V135-Y IR-V135-Z
IR-V500-W IR-V500-X IR-V500-Y IR-V500-Z
IR-V1K-W IR-V1K-X IR-V1K-Y IR-V1K-Z
IR-V5K-W IR-V5K-X IR-V5K-Y IR-V5K-Z
IR-V10K-W IR-V10K-X IR-V10K-Y IR-V10K-Z
IR-V100K-W IR-V100K-X IR-V100K-Y IR-V100K-Z
IR-I100-W IR-I100-X IR-I100-Y IR-I100-Z
IR-I135-W IR-I135-X IR-I135-Y IR-I135-Z
IR-I500-W IR-I500-X IR-I500-Y IR-I500-Z
IR-I1K-W IR-I1K-X IR-I1K-Y IR-I1K-Z
IR-I5K-W IR-I5K-X IR-I5K-Y IR-I5K-Z
IR-I10K-W IR-I10K-X IR-I10K-Y IR-I10K-Z
IR-I100K-W IR-I100K-X IR-I100K-Y IR-I100K-
IR-R100-W IR-R100-X IR-R100-Y IR-R100-Z
IR-R135-W IR-R135-X IR-R135-Y IR-R135-Z
IR-R500-W IR-R500-X IR-R500-Y IR-R500-Z
IR-R1K-W IR-R1K-X IR-R1K-Y IR-R1K-Z
IR-R5K-W IR-R5K-X IR-R5K-Y IR-R5K-Z
IR-R10K-W IR-R10K-X IR-R10K-Y IR-R10K-Z
IR-R100K-W IR-R100K-X IR-R100K-Y IR-R100K-Z
IR-P100-W IR-P100-X IR-P100-Y IR-P100-Z
IR-P135-W IR-P135-X IR-P135-Y IR-P135-Z
IR-P500-W IR-P500-X IR-P500-Y IR-P500-Z
IR-P1K-W IR-P1K-X IR-P1K-Y IR-P1K-Z
IR-P5K-W IR-P5K-X IR-P5K-Y IR-P5K-Z
IR-P10K-W IR-P10K-X IR-P10K-Y IR-P10K-Z
IR-P100K-W IR-P100K-X IR-P100K-Y IR-P100K-Z
IR-O100-W IR-O100-X IR-O100-Y IR-O100-Z
IR-O135-W IR-O135-X IR-O135-Y IR-O135-Z
IR-O500-W IR-O500-X IR-O500-Y IR-O500-Z
IR-O1K-W IR-O1K-X IR-O1K-Y IR-O1K-Z
IR-O5K-W IR-O5K-X IR-O5K-Y IR-O5K-Z
IR-O10K-W IR-O10K-X IR-O10K-Y IR-O10K-Z
IR-O100K-W IR-O100K-X IR-O100K-Y IR-O100K-Z

工作原理编辑开关电源的工作过程相当容易理解，在线性电源中，让功率晶体管工作在线性模式，与线性电源不同的是，PWM开关电源是让功率晶体管工作在导通和关断的状态，在这两种状态中，加在功率晶体管上的伏-安乘积是很小的（在导通时，电压低，电流大；关断时，电压高，电流小）/功率器件上的伏安乘积就是功率半导体器件上所产生的损耗。与线性电源相比，PWM开关电源更为有效的工作过程是通过“斩波”，即把输入的直流电压斩成幅值等于输入电压幅值的脉冲电压来实现的。开关电源伯特图开关电源伯特图脉冲的占空比由开关电源的控制器来调节。一旦输入电压被斩成交流方波，其幅值就可以通过变压器来升高或降低。通过增加变压器的二次绕组数就可以增加输出的电压值。
武汉市BUMHAN电抗器BHDCLL-30,BHDCLL-37,BHDCLL-45