Explosion-proof Certificates Obtained

- Simo YBBP132~355 Ex db Ⅱ C T4 Gb Series Motors Obtained Explosion-proof Certificates

    YBBP132~355 Ex db Ⅱ C T4 Gb series motors have been reviewed and inspected by "Nanyang Explosion-proof Electrical Research Institute", and all indicators have reached the inspection standards. In October this year, they officially obtained the explosion-proof certificate. It fully proves the R&D, design and production capacity of Simo explosion-proof motor, and provides a strong guarantee for the company to further expand the market and establish a brand.

    Motor as the infrastructure of industrialization development, its market demand has been maintained a steady growth. Explosion-proof motors have obvious anti-burning and anti-explosion characteristics, in all walks of life in our country are used, explosion-proof motor market scale continues to expand. Our company actively responds to the market development, long-term layout, in the leadership of strong support, in the technical department under the leadership of Minister Gao Shifeng, the company's explosion-proof motor development and rapid development.

    Ex db Ⅱ C T4 Gb series motors are mainly used in hydrogen environment. Compared with Ex db Ⅱ B T4 Gb type motors, they have higher safety, are suitable for more severe dangerous places, and can better protect personnel and equipment safety, which is more favored by users.

    The series of motors on the casing of the higher strength requirements, and explosion-proof joint surface gap is smaller, so the explosion-proof parts of the machining precision requirements are higher, the company's explosion-proof motor product room collective wisdom, after many communications with the Nanyang Institute of Defense Research, to confirm the submission of drawings and other information. Prototype production process of my room staff tracking the whole process, in the assembly before the quality assurance department with the relevant explosion-proof parts of the size of the comprehensive test again, after confirming the qualified assembly, the prototype finally passed the explosion-proof test, to obtain the explosion-proof certificate of conformity.