MUELLER+ZIEGLER pointer ammeter from Germany

MUELLER+ZIEGLER pointer ammeter NW72 $r $n zero intermediate link - headquartered in Frankfurt, Germany, all prices are directly sourced from the original factory, not from domestic agents or offices, to avoid layers of exploitation!

Shenzhen Pusuo Import and Export Trading Co., Ltd

Chen T/V: 1 3 16 50 24 43/Q 285 353 831 0

Inquiry=Brand+Model+Quantity+Company Information

Zero intermediate links - headquartered in Frankfurt, Germany, all prices are directly sourced from the original factory, not from domestic agents or offices, avoiding layers of exploitation!

*--Determine the product model, whether it has been upgraded, updated, or replaced, be sure to repeatedly verify with the original factory until it is accurate!

Shenzhen Pusuo Import and Export Trading Co., Ltd. mainly engages in the import of industrial control industry spare parts, providing customers with original industrial products and components. German companies purchase directly, and Euro transactions enjoy special discounts in the EU region. Quotations are quick, and inquiries and negotiations can be made.

An ammeter is made based on the effect of magnetic field force on an electrified conductor in a magnetic field. There is a permanent magnet inside the ammeter that generates a magnetic field between the poles. There is a coil in the magnetic field, and there are spring springs at both ends of the coil. Each spring is connected to a terminal of the ammeter, and a rotating shaft is connected between the spring and the coil. At the front end of the rotating shaft relative to the ammeter, there is a pointer. When there is current passing through, the current passes through the magnetic field along the spring and shaft, and the current cuts the magnetic induction line. Therefore, under the action of the magnetic field force, the coil deflects, driving the shaft and pointer to deflect.

An ammeter is made based on the effect of magnetic field force on an electrified conductor in a magnetic field. There is a permanent magnet inside the ammeter that generates a magnetic field between the poles. There is a coil in the magnetic field, and there are spring springs at both ends of the coil. Each spring is connected to a terminal of the ammeter, and a rotating shaft is connected between the spring and the coil. At the front end of the rotating shaft relative to the ammeter, there is a pointer. When there is current passing through, the current passes through the magnetic field along the spring and shaft, and the current cuts the magnetic induction line. Therefore, under the action of the magnetic field force, the coil deflects, driving the shaft and pointer to deflect.

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