ABB 3GJA311230-HDEIN 3-Phase motor - Exdb IE4
Part Number: 3GJA311230-HDEIN
Quick Summary
The ABB 3GJA311230-HDEIN 3-Phase squirrel cage motor delivers reliable, efficient drive for process equipment in hazardous environments. This design helps prevent downtime by meeting strict explosion protection, IP ratings, and high-ambient operation requirements. Key certifications include flameproof Exd protection, IP55 sealing, and IE4 efficiency, backed by a rugged cast-iron frame. In industrial automation, this motor reduces life-cycle costs through durable design, robust bearings, and reliable start-up under variance. Its Exdb flameproof protection and IE4 efficiency enable safe, compliant operation in hazardous zones, while the cast-iron housing supports harsh environments and longer service intervals. Engineered for ATEX-like environments, the module supports reliable installation with a compact footprint and straightforward maintenance intervals.
Product Information
ABB Type Designation
M2JAP 315SMC 2
Invoice Description
M2JAP 315SMC 2
Product Name
3-Phase squirrel cage motor
Product Type
IJA4__M2JAP_IE4_Flameproof_Exd_motor
Made To Order
No
Minimum Order Quantity
1 piece
Order Multiple
1 piece
Selling Unit of Measure
piece
Country of Origin
India (IN)
Customs Tariff Number
85015381
Electrical Data
Temperature Class Default
T4
Altitude
1000 m
Ambient Temperature
50 °C
IC Class
IC411
IE Class Data (50 Hz)
IE Class IE4 | Full Load (100%) 96.2 % | Partial Load (75%) 96.0 % | Partial Load (50%) 95.2 %
IP Class
IP55
Insulation Class
ICLF
Direction of Rotation
Both sides
Number of Poles (High)
2
Two Speed Motor
No
Type of Duty
S1
Voltage Code
D
EX-Protection
Exdb
Gas Group
IIB
Frame Material
Cast Iron
Frame Size
315
Bearing
6316/C3
Bearing NDE
6316/C3
IM Class
IMB35 IM2001
Terminator Box Location
D-End top
Package Level 1 Units
0 pallet (lift)
Product Net Weight
1025 kg
Gross Weight
1045 kg
UNSPSC
26101100
Exdb flameproof protection combined with IP55 enclosure provides hazardous-area safety and reliable sealing against dust and moisture. This motor is designed for Gas Group IIB conditions and rugged duty, delivering certified explosion protection without compromising performance or service life. The robust cast-iron frame and corrosion-resistant exterior stand up to aggressive chemicals and demanding climates, while the back-end terminal box location simplifies wiring in confined spaces. This combination minimizes risk in petrochemical, mining, and chemical-processing facilities. IE4 efficiency here translates directly into lower energy costs during continuous S1 operation. Full Load efficiency reaches 96.2%, with 75% load at 96.0% and 50% load at 95.2%, enabling cooler operation and reduced utility bills over the motor’s life. This performance supports sustainability initiatives and helps asset-intensive plants meet regional energy regulations while maintaining consistent torque delivery in pumps, fans, and conveyors. Robusto mechanical construction underpins uptime in heavy-duty lines. A cast-iron frame with a 315 size, 6316/C3 bearings, and IMB35 IM2001 mounting class delivers long service intervals and steady running under vibration. The two-pole, 3-phase design provides dependable start-up and torque for high-load applications, while a D-end top terminator box location assists field installation and cable routing in cramped equipment rooms. Designed to thrive in challenging environments, the motor tolerates ambient temperatures up to 50 °C and operates at altitudes up to 1000 m. The insulation class ICLF and IC411 class protection, combined with IP55, ensure reliable operation in dusty, hot factories. With a 0 pallet level, 1025 kg net weight and 1045 kg gross weight, the unit suits fixed installations and retrofits where space and weight are considerations. Integration and procurement advantages come from ABB’s established ecosystem. The model designation M2JAP 315SMC 2 aligns with standard ABB frames, and the Exdb/IE4 specification supports straightforward replacements in existing hazardous-area lines. The motor ships as a single unit, with a minimum order quantity of 1 piece and simple 1-to-1 substitutions for compatible pumps and drives in process automation and materials handling.
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FAQs
Install the 315 frame, 2-pole design with a D-End top terminal box to ease wiring in tight spaces. Ensure alignment with IMB35 IM2001 mounting and respect ambient limits up to 50 °C and altitude up to 1000 m. Use the IP55 enclosure and Exdb protection to maintain compliance in hazardous zones and follow Gas Group IIB requirements during wiring and commissioning.
The motor achieves IE4 efficiency with Full Load at 96.2%, Partial Load at 75% around 96.0%, and 50% around 95.2%. This high efficiency translates to lower energy consumption during continuous S1 operation, reduced heat generation, and improved overall plant energy management, especially for pumps, fans, and conveyors running at variable loads.
Yes. The Exdb flameproof protection, IP55 enclosure, and Gas Group IIB rating are designed for hazardous-area installations. With a rugged cast-iron frame and 2-pole, 3-phase configuration, it provides reliable starts and torque in demanding environments such as petrochemical processing and mining applications, while meeting essential safety and reliability standards.
The motor features Exdb flameproof protection, IP55 sealing, and Gas Group IIB rating for explosion protection. It operates with IE4 efficiency, IEC IC411 insulation, and Temperature Class T4. The frame is cast iron, size 315, with bearings 6316/C3 and IMB35 IM2001 class. Duty is S1, and the unit supports hazardous-zone installation with a D-End top terminator box.
Energy savings from IE4 efficiency reduce operating costs over the motor’s life, improving return on investment in asset-heavy plants. The robust cast-iron construction, high-quality bearings, and Exdb protection support longer service intervals and lower maintenance frequency. Typical maintenance focuses on bearing checks, insulation tests, and wiring integrity, with minimal downtime during scheduled overhauls in hazardous-area processes.