ABB 3GAA Reversible Induction AC Motor, 0.55 kW, IE2, 3 Phase, 4 Pole, 415 V, Flange Mount Mounting

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£425.57

(exc. VAT)

£510.68

(inc. VAT)

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RS Stock No.:
733-2180
Mfr. Part No.:
3GAA082 311-BSE
Brand:
ABB
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Brand

ABB

Power Rating

0.55 kW

Efficiency Class

IE2

AC Motor Type

Induction

Supply Voltage

415 V

Phase

3

Output Speed

1375 rpm @ 380 V

Number of Poles

4

Mounting Type

Flange Mount

Rotation

Reversible

Maximum Output Torque

3.8 Nm

Length

265.5mm

Series

3GAA

Depth

200mm

COO (Country of Origin):
ES

ABB 3GAA Series AC Motor, 0.55kW Power Rating, 415V Supply Voltage - 3GAA082 311-BSE


This AC motor is an efficient solution for various electrical needs, offering a power rating of 0.55 kW. With a robust induction design and a frequency rating of 50Hz, it operates effectively at a supply voltage of 415V. Compactly designed, its dimensions measure 292.5mm in length, 154mm in width, and 193.5mm in depth, making it suitable for a range of installations.

Features & Benefits


• High IE2 efficiency aligns with modern energy standards
• Reversible rotation enhances versatility for different applications
• Flange mount design simplifies installation in various settings
• Supports 1375 rpm operation for effective performance
• Three-phase configuration increases reliability and efficiency
• Optimised for maximum output torque of 3.8 Nm

Applications


• Utilised in automation systems for precise motor control
• Ideal for industrial machinery requiring robust motor functions
• Employed in HVAC systems for efficient air movement
• Suitable for pump operations in various fluid transfer
• Used in conveyor systems to enhance operational efficiency

What are the current ratings for this motor?


The motor's current ratings vary with operational conditions, offering values of 1.29A, 2.24A, and 1.15A depending on the load and speed configuration.

How does this motor's design enhance its efficiency?


The motor adheres to IEC standards, utilising an efficient IE2 class design that optimises power consumption while maintaining performance across various applications.

What is the significance of the four-pole design in this motor?


The four-pole design allows for a balance between speed and torque, ideal for applications requiring controlled motion and feasible output without excessive energy consumption.

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