ABB 3GBL162412-BUC 3-Phase synchronous motor - IE5 SynRM
Part Number: 3GBL162412-BUC
Quick Summary
ABB 3GBL162412-BUC is a 7.5 kW, 690 V IE5 SynRM motor for reliable duty in industrial drives. Operators often face rising energy costs and unplanned downtime, which this motor mitigates through superior efficiency and rugged construction. It meets IE5 efficiency, IP55 protection, and IC411 insulation, with IMB5/IM3001 mounting to simplify installation in standard factory layouts. The 4-pole design and cast-iron frame deliver durable torque characteristics while resisting harsh environments. With a Y connection at 690 V and a compact 160 frame, it integrates smoothly into modern automation lines, providing predictable performance and lower total cost of ownership. This combination supports energy-conscious, compliant machine design.
Product Information
Extended Description
3GBL162412-BUC ABB: IE5 SynRM Motors, 7.5 kW, 690 V (3GBL162412-BUC)
ABB Type Designation
M3BL 160MLA 4
Invoice Description
M3BL 160MLA 4
Product Name
3-Phase synchronous motor
Product Type
3BL4__M3BL_IE5_SynRM_CI
Made To Order
No
Minimum Order Quantity
1 piece
Order Multiple
1 piece
Selling Unit of Measure
piece
Country of Origin
Finland (FI)
Customs Tariff Number
85015220
Medium Description
7.5kW, 4 Poles, Frame Size 160, 3 Phases, 690V, 50Hz, IP55 Enclosure, IMB5/IM3001 Mounting (3GBL162412-BUC)
Short Description
7.5kW, 4P, Frame Size 160, 3PH, 690V, 50Hz, IP55, IMB5/IM3001
Electrical Data
Connection Configuration
Y
Temperature Class Default
--
Input Voltage (Uin)
690 V
Frequency (f)
50 Hz
Motor Operational Voltage
650 V
Operating Frequency (fsw)
33.300 Hz
Output Power
7.5 kW
Altitude
1000 m
Ambient Temperature
40 °C
IC Class
IC411
IE Class Data (50 Hz)
IE Class IE5 | Full Load (100%) 93.0 % | Partial Load (75%) 93.3 % | Partial Load (50%) 92.8 %
IP Class
IP55
Insulation Class
ICLF
Direction of Rotation
Both sides
Number of Poles (High)
4
Two Speed Motor
No
Type of Duty
S9
Voltage Code
U
Frame Material
Cast Iron
Frame Size
160
Bearing
6309/C3
Bearing NDE
6209/C3
IM Class
IMB5 IM3001
Terminator Box Location
D-End top
Package Level 1 Units
0 pallet (lift)
Product Net Depth / Length
681 mm
Product Net Height
421 mm
Product Net Width
338 mm
Product Net Weight
160 kg
Gross Weight
170 kg
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
ABB EcoSolutions
Yes
Environmental Product Declaration - EPD
Environmental Product Declaration for Synchronous reluctance (incl. increased safety) motors (7,5 kW-45 kW)
UNSPSC
26101100
The IE5 SynRM design is the cornerstone feature, delivering superior efficiency that translates directly into lower energy costs and cooler operation under load. In real-world lines, this can reduce cooling requirements and equipment wear, extending bearing life and uptime. The 7.5 kW output at 690 V with a 4-pole configuration enables smooth, high-torque starts—ideal for conveyors, pumps, and mixers—while maintaining compatibility with variable-frequency drives for precise speed control. The IP55 enclosure and cast-iron frame are not mere specs; they are business safeguards that enable dependable operation in dusty, humid, or wash-down environments typical of automated plants. IMB5/IM3001 mounting and the 160-frame footprint simplify retrofits and new-machine installations, reducing downtime during commissioning and upgrade cycles. The insulation class IC411 and robust bearings (6309/C3 and 6209/C3) support long service intervals and predictable performance across a wide operating envelope. In practice, this motor delivers energy savings, lower maintenance costs, and a favorable total cost of ownership, especially when matched with ABB drives and control systems for synchronous-reluctance efficiency. Long-term reliability, lifecycle cost reductions, and compatibility with standard 690 V electrical architectures make it a smart choice for modern automation projects seeking green, compliant solutions.
Get a Quick Quote for a ABB 3GBL162412-BUC
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 3GBL162412-BUC?
Enquire Now
FAQs
This motor uses a Y connection at 690 V and supports IMB5/IM3001 mounting on a cast-iron frame (frame size 160). Plan for the IP55 enclosure in dusty or damp environments, ensure adequate room for cooling, and verify ambient temperature and altitude limits (up to 40 °C and 1000 m). Pair with suitable VFDs for controlled torque and speed, and confirm shaft alignment and terminal wiring per local standards.
IE5 efficiency reflects minimal energy loss across load bands. At 50 Hz, the motor demonstrates around 93% efficiency at full load (100%), with 93.3% at 75% load and 92.8% at 50% load, ensuring substantial energy savings during variable-speed operation common in conveyors and pumps. This translates to lower running costs and cooler operation under real-world duty cycles.
Yes. The IP55 enclosure provides protection against dust and water spray, and a robust cast-iron frame handles mechanical stresses typical of factory floors. Insulation class IC411 and bearings 6309/C3 and 6209/C3 support reliability in challenging conditions. Its mounting (IMB5/IM3001) and 4-pole design are optimized for long, stable operation in automated lines and packaging or material-handling equipment.
The motor emphasizes energy efficiency (IE5) and protective ratings (IP55) with an IC411 insulation class, along with ABB EcoSolutions and Environmental Product Declarations for greener manufacturing. While CE labeling specifics aren’t listed here, the indicated classifications align with widely accepted industrial standards and support compliance in automated facilities and sustainability reporting.
The high IE5 efficiency reduces energy consumption, delivering lower electricity costs and cooler operation, which decreases cooling and maintenance needs. The cast-iron frame and robust bearings extend service intervals, while IMB5/IM3001 mounting simplifies installation and retrofit. When paired with ABB drives, you gain optimized control, reduced downtime, and a favorable total cost of ownership across typical automation applications.