ABB India has unveiled its latest range of flameproof motors as the safest choice in potentially explosive environments.
This extended range of low voltage flameproof motors marks a significant advancement in the company’s product portfolio for hazardous environments. Engineered to outrun, these motors are specifically designed for use in industries such as oil & gas, chemicals, pharma, and food & beverage, where the presence of hazardous gases make safety and reliability a top priority, a release by ABB India said.
Manufactured at ABB’s state-of-the-art Bengaluru facility, these motors offer safety, reliability, durability and energy efficiency, while adhering to PESO (Petroleum and Explosive Safety Organization) regulatory requirements.
With power ratings ranging from 37kW to 500kW, these larger motors are available in frame sizes 280-355 and are certified for use in gas groups IIA, IIB, and IIC. Its advanced flameproof design includes pressure-tested enclosures capable of withstanding high pressure, preventing flame propagation in the event of an internal explosion.
With this launch, ABB India completes the entire range of flameproof motors with output ranging from 0.18kW – 500kW. With their ability to function at ambient temperatures ranging from -20°C to +60°C, these motors are built for the most demanding industrial environments, offering superior protection and durability.
“With this launch of our latest range of LV flameproof motors, industries operating in hazardous environments can now achieve unmatched safety, reliability, and energy efficiency. Engineered to outrun, these Made-in-India motors are designed for the toughest conditions, combining advanced flameproof technology with superior performance. Leaner and cleaner, they enhance operational efficiency while ensuring compliance with global standards,” said Sanjeev Arora, President, Motion Business, ABB India.
ABB’s new flameproof motors are available in IE2, IE3 and IE4 efficiency classes, designed to optimize performance while reducing energy consumption. Higher efficiency at around 75% loading ensures optimal energy use, helping the users achieve significant cost savings over the long term. For variable torque applications operating predominately at partial loads, running these motors with variable frequency drives (VFD) saves significant energy. With lower noise levels due to precision manufacturing processes, these motors deliver smoother, quieter operation, enhancing workplace safety and reducing maintenance requirements.
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