ABB 3GBP408546-BDG 3-Phase Squirrel Cage Motor - IE2
Part Number: 3GBP408546-BDG
Quick Summary
ABB 3GBP408546-BDG is a 400 kW IE2 high-efficiency 3-phase motor for industrial drives. This rugged cast iron motor is designed to deliver reliable performance in demanding environments while helping to reduce energy consumption. Engineers often grapple with energy waste, overheating, and unplanned downtime when scaling up to large motors. The design emphasizes IP55 protection, IC411 insulation, and a robust IMB5/IM3001 frame to support long service life and easy maintenance. With two-speed capability and top-entry accessibility, this motor offers both process flexibility and reduced total cost of ownership, making it a smart choice for pumps, fans, and conveyors across heavy industries.
Product Information
Extended Description
3GBP408546-BDG ABB: IE2 High Efficiency Cast Iron Motors, 400 kW, (3GBP408546-BDG)
ABB Type Designation
M3BP 400LD 6/8
Invoice Description
M3BP 400LD 6/8
Product Name
3-Phase squirrel cage motor
Product Type
3BP2__M3BP_IE2_CI
Made To Order
No
Minimum Order Quantity
1 piece
Order Multiple
1 piece
Selling Unit of Measure
piece
Country of Origin
Finland (FI) | China (CN)
Customs Tariff Number
85015394
Electrical Data
Temperature Class Default
--
Output Power
400 kW
Altitude
1000 m
Ambient Temperature
40 °C
IC Class
IC411
IP Class
IP55
Insulation Class
ICLF
Direction of Rotation
Both sides
Number of Poles (High)
6
Two Speed Motor
Yes
Type of Duty
S1
Voltage Code
D
Frame Material
Cast Iron
Frame Size
400
Bearing
6324/C3
Bearing NDE
6319/C3
IM Class
IMB5 IM3001
Terminator Box Location
Top
Package Level 1 Units
1 pallet (lift)
Product Net Weight
3400 kg
Gross Weight
3440 kg
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
SCIP
54c45c7b-7581-40ab-b615-c1dcb277d8a7 Finland (FI)
UNSPSC
26101100 | 39120000
IE2 high-efficiency performance translates to meaningful energy savings and lower operating costs in continuous operation environments. The 400 kW output, six-pole configuration, and S1 duty ensure predictable performance under steady loads, while compatibility with VFDs enables smooth ramping and speed control in process lines. The cast iron frame provides mechanical robustness and vibration damping, essential for rugged installations, and the IP55 rating delivers reliable ingress protection in dusty or damp environments. Top terminator box design simplifies wiring during installation and service, reducing commissioning time and enabling safer maintenance. The two-speed motor feature allows load-adaptive operation, improving process control in applications like pumping and conveying where demand varies. Bearing arrangements (6324/C3 and 6319/C3) and IMB5 IM3001 classification support long service life with reduced maintenance intervals, which translates to lower lifecycle costs and higher plant availability. This combination supports efficient, compliant, and cost-conscious industrial operations across metal, chemical, and mining sectors.
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FAQs
Yes. It uses a standard IEC frame 400 configuration with a top-entry terminator box, and is compatible with variable frequency drives (VFDs) and common motor starters, enabling straightforward integration into existing automation architectures.
The motor delivers 400 kW output, uses IE2 efficiency class, features a 6-pole design for high-torque at low speeds, and is rated for S1 duty. It operates with voltage code D and is suitable for up to 1000 m altitude and ambient temperatures up to 40 °C.
Ideal for pumps, fans, and conveyors in heavy manufacturing, mining, metal processing, and chemical industries. The two-speed capability supports load-based optimization, reducing energy use and improving process control in variable-load applications.
It features IP55 ingress protection and IC411 insulation class, with robust mechanical mounting (IMB5 IM3001) and reliable bearing configurations, ensuring suitability for harsh industrial settings.
The combination of cast iron frame, durable bearings (6324/C3 and 6319/C3), and high IE2 efficiency reduces both maintenance frequency and energy costs. The motor’s reliability and compatibility with standard automation tools contribute to a lower total cost of ownership and higher plant uptime.