YBX3 Series explosion-proof motors

The explosion-proof performance meets the requirements of GB/T3836.1- -2021 Explosive environment Part 1: General requirements of equipment and GB/T3836.2- -2021 Explosive environment Part 2: Equipment protected by flameproof enclosure "d". As a general driving force, YBX3 series motor is suitable for equipment in places where flammable gas containing certain components or explosive mixtures of steam and air exist. It" s mainly used in petroleum and chemical industry, also widely applied in textile, metallurgy, city gas, transportation, grain and oil processing, paper, medicine and other industries. The efficiency index conforms to the value of grade 3 specified in GB18613- 2020 Minimum Allowable Values of Energy Efficiency and Values of Efficiency Grades for motors and also IE3 of IEC60034- 30-1.

The remarkable characteristics of this series motor are high efficiency and energy conservation, as well as large temperature rise margin, long lifetime, small vibration, low noise and high reliability. And auxiliary equipment such as winding temperature sensor, bearing temperature sensor, temperature transmitter and heater can be installed according to user needs.

Efficient and energy-saving:

Modern motors use technologies such as permanent magnet materials and variable frequency control, which significantly improve energy efficiency (such as IE4 and IE5 high-efficiency motors), meet global energy conservation and emission reduction needs, and reduce long-term user costs.

Intelligence and integration:

By combining the Internet of Things (IoT), AI algorithms, and sensor technology, remote monitoring, fault warning, and adaptive adjustment can be achieved to improve equipment operation efficiency and maintenance convenience.

Material Innovation:

The application of lightweight design (such as aluminum shell motors), high-temperature resistant insulation materials, and rare earth permanent magnet materials has expanded the applicability of motors (such as new energy vehicles, aerospace).