Panasonic GV Reversible Brushless AC Motor, 50 W, 1, 3 Phase, 8 Pole, 100 V, 200 V

Nr. stoc RS: 127-0238Producator: PanasonicCod de producator: MBMU5AZAX
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Specificatii

Power Rating

50 W

AC Motor Type

Brushless

Supply Voltage

100 V, 200 V

Phase

1, 3

Output Speed

3000 rpm

Number of Poles

8

Shaft Diameter

8mm

Shaft Length

30mm

Width

59.5mm

Current Rating

530 mA

Rotation

Reversible

Length

80mm

Maximum Output Torque

0.16 Nm

Depth

80mm

Dimensions

80 x 59.5 x 80 mm

Standards Met

UL

Series

GV

Tara de origine

China

Detalii produs

MINAS-BL GV Series Motors and Amplifiers

The GV brushless motor series from Panasonic are compact and highly efficient motors and amplifiers with advanced controlling technology features. The split core structure reduces their size and weight but increases their output power compared with induction motors.
A permanent magnet on a rotor reduces secondary loss and increases efficiency helping to reduce power consumption. They can also reduce maintenance costs due to their commutatorless and brushless design.

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P.O.A.

Panasonic GV Reversible Brushless AC Motor, 50 W, 1, 3 Phase, 8 Pole, 100 V, 200 V

P.O.A.

Panasonic GV Reversible Brushless AC Motor, 50 W, 1, 3 Phase, 8 Pole, 100 V, 200 V
Informatii despre stoc temporar indisponibile.

Documente tehnice

Specificatii

Power Rating

50 W

AC Motor Type

Brushless

Supply Voltage

100 V, 200 V

Phase

1, 3

Output Speed

3000 rpm

Number of Poles

8

Shaft Diameter

8mm

Shaft Length

30mm

Width

59.5mm

Current Rating

530 mA

Rotation

Reversible

Length

80mm

Maximum Output Torque

0.16 Nm

Depth

80mm

Dimensions

80 x 59.5 x 80 mm

Standards Met

UL

Series

GV

Tara de origine

China

Detalii produs

MINAS-BL GV Series Motors and Amplifiers

The GV brushless motor series from Panasonic are compact and highly efficient motors and amplifiers with advanced controlling technology features. The split core structure reduces their size and weight but increases their output power compared with induction motors.
A permanent magnet on a rotor reduces secondary loss and increases efficiency helping to reduce power consumption. They can also reduce maintenance costs due to their commutatorless and brushless design.