CI532V05 3BSE007297R1 modular

It can be transported to all parts of the world.

(Excluding special circumstances, the area cannot be transported!)

If necessary, please contact customer service.

[Service contact information]

① Receive email replies within 24 hours (12 hours);

② Reply at any time, please add WeChat.

③ For shipment to countries outside Asia, please contact the seller. (part of the international region, free of freight)

[Product characteristics]

① Brand: ABB

② Model: CI532V05 3BSE007297R1

③ Inventory quantity: 8

④ Color: new

⑤ Freight: according to different local freight forwarders, the freight in different regions shall prevail.

⑥ Include tariff or not: do not include any taxes

⑦ Packaging: use the Seller’s safe packaging

The types of interference are usually divided according to the cause of interference, the interference mode of CI532V05 3BSE007297R1 noise and the waveform nature of noise. Among them, according to the different causes of noise, it can be divided into discharge noise, surge noise, high-frequency oscillation noise, etc; According to the waveform and nature of noise, it can be divided into continuous noise and occasional noise; According to different sound interference modes, CI532V05 3BSE007297R1 is divided into common mode interference and differential mode interference. Common mode interference and differential mode interference are a common classification method. Common mode interference is the potential difference between the signal and the ground, which is mainly formed by the power grid connection in series, CI532V05 3BSE007297R1 ground potential difference and the common state (same direction) voltage transmission induced by space electromagnetic radiation on the signal line. The common mode voltage is sometimes large, especially in the electrical power supply room with poor isolation performance, the common mode voltage of the transmitter output signal is generally high, and some can be as high as 130 V. CI532V05 3BSE007297R1 common mode voltage can be converted into differential mode voltage through asymmetric circuit, which directly affects the measurement and control signal and causes damage to components (this is the reason for high damage rate of I/O modules in some systems). This common mode interference can be DC or AC. Differential mode interference refers to the interference voltage between the two poles of the signal, which is mainly formed by the coupling induction of space electromagnetic field between the signals and the conversion of common mode interference by the unbalanced circuit. This interference is directly superimposed on the signal and directly affects the measurement and control accuracy.