ABB 3GBL132247-BUC IE5 SynRM Motor - 690V IP55 IMB5
Part Number: 3GBL132247-BUC
Quick Summary
ABB 3GBL132247-BUC IE5 SynRM motor delivers high-efficiency propulsion for industrial drives in demanding environments. Many OEMs struggle with energy waste, startup surges, and mounting complexity that erode uptime and increases operating costs. With IP55 enclosure, IE5 efficiency, and IMB5/IM3001 mounting options, plus IC411 insulation, this motor is ready for challenging factory floors and control cabinets alike. The product design supports reliable operation at 690 V, 50 Hz, and 4-pole configurations, delivering consistent full-load performance. For buyers, the combination of industry-standard mounting, robust protection, and premium efficiency translates into lower life-cycle costs, easier compliance documentation, and faster project deployment. This makes it a compelling choice for automation projects seeking durable, standards-aligned propulsion.
Product Information
Extended Description
3GBL132247-BUC ABB: IE5 SynRM Motors, 15 kW, 690 V (3GBL132247-BUC)
ABB Type Designation
M3BL 132SMD 4
Invoice Description
M3BL 132SMD 4
Product Name
3Phase Synchronous reluctance 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
85015230
Medium Description
15kW, 4 Poles, Frame Size 132, 3 Phases, 690V, 50Hz, IP55 Enclosure, IMB5/IM3001 Mounting (3GBL132247-BUC)
Short Description
15kW, 4 P, Frame Size 132, 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)
100.000 Hz
Output Power
15 kW
Altitude
1000 m
Ambient Temperature
40 °C
IC Class
IC411
IE Class Data (50 Hz)
IE Class IE5 | Full Load (100%) 93.7 % | Partial Load (75%) 93.5 % | Partial Load (50%) 92.1 %
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
132
Bearing
6308-2Z/C3
Bearing NDE
6206-2Z/C3
IM Class
IMB5 IM3001
Terminator Box Location
D-End top
Package Level 1 Units
0 carton
Product Net Depth / Length
532 mm
Product Net Height
300 mm
Product Net Width
320.5 mm
Product Net Weight
69 kg
Gross Weight
74 kg
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
UNSPSC
26101100
IE5 efficiency delivered by SynRM technology reduces energy consumption and heat, improving motor reliability under heavy duty loads. Lower energy use translates to lower utility bills and cooler operation, supporting longer equipment life near variable loads. This makes the 15 kW drive well-suited for conveyors and pumps on 50 Hz networks in medium to large automation lines. IP55 enclosure and robust insulation protect the motor in harsh environments, enhancing uptime and reducing maintenance intervals. By sealing out dust and water, the motor remains reliable on factory floors and outdoor installations, even with frequent stops and starts. This suits material handling, packaging lines, and water-treatment equipment. IMB5 mounting compatibility and IM3001 support simplify installation and future service. The standardized mounting reduces integration risk with existing equipment rails and VFD interfaces, a crucial advantage for OEMs upgrading legacy lines or retrofitting energy-efficient drives. Versatile electrical footprint—690 V, 50 Hz, Y configuration—facilitates direct integration with common industrial drives and VFDs, while the four-pole design delivers balanced torque and predictable performance for smooth acceleration in conveyors and mixers. This compatibility minimizes engineering time during panel assembly. Rugged build with a cast-iron frame and precision bearings (6308-2Z/C3, 6206-2Z/C3) plus IC411 insulation supports long service life in demanding applications. The 4-pole S9 duty rating provides steady operation under continuous load with occasional duty cycles, ideal for continuous manufacturing lines and processing equipment. This reduces maintenance costs and extends mean time between failures. Product data also shows strong environmental tolerance—ambient 40 C and altitude up to 1000 m—ensuring stable performance across varied installations. The combination of high IP protection, sturdy housing, and IEC-aligned design aids regulatory compliance and simplifies spare-part stocking for plants.
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FAQs
This model is designed for 690 V, 50 Hz three-phase systems and uses a Y configuration for connection. It features an IP55 enclosure and IMB5/IM3001 mounting, simplifying panel integration and field retrofit. Rated for ambient up to 40 °C and altitude up to 1000 m, it fits standard European automation cabinets and common VFD interfaces with minimal adaptation.
IE5 denotes the highest efficiency class in IEC standards for traction and industrial motors. For this motor, full-load efficiency is 93.7%, with 93.5% at 75% load and 92.1% at 50% load. Verification comes from the datasheet and IE5 certification documentation, and performance is observable under typical 50 Hz drive conditions with proper VFD tuning.
Yes. The motor is a 4-pole, 15 kW drive rated for S9 duty, meaning it is suitable for continuous operation with occasional duty cycles. Its IP55 enclosure, IC411 insulation, and robust cast-iron frame support long service life in conveyors, particularly where dust, moisture, and frequent start/stop cycles are present.
Key protections include IP55 enclosure for dust and water exposure, IC411 insulation class, and IMB5/IM3001 mounting compatibility. The motor is built on a 4-pole, 690 V, 50 Hz platform with robust bearings (6308-2Z/C3, 6206-2Z/C3) and a cast-iron frame, making it suitable for harsh industrial environments and compliant with common European standards.
Upgrading to an IE5 SynRM motor typically yields energy-cost reductions due to high full-load efficiency (93.7%). While exact payback depends on load profile, drive duty, and energy prices, users commonly see shorter payback periods through lower electricity bills, reduced cooling requirements, and improved uptime from robust protection and simpler installation.