IP54 insulation
The insulation of IP54 is made of insulation material coated with polyester film, which is resistant to high temperature of 130 ℃. Due to the inability of the material to tightly adhere to the conductor, there is still air between the insulation materials and between phases, which can only prevent splashing water from entering. When encountering higher-level water intrusion, water will enter the busbar body and conductors through gaps, causing a short circuit. Alternatively, polyester film insulation can be used. When condensation occurs, the insulation of the busbar will be tested, posing a risk of accidents.
IP65 insulation
Our company uses epoxy resin vulcanized insulation material with a higher temperature resistance level (180 ℃ H level) for IP65 insulation. The insulation is integrated into a covered conductor, ensuring contact between the insulation layer and the conductor and a smooth surface, thereby ensuring that the heat wave is quickly transmitted and dissipated in a uniform arc waveform under the polymer radiation material. Due to the epoxy resin vulcanization insulation integrated molding of the covered conductor, the insulation layer is in contact with the conductor, and water cannot come into contact with the conductor. This not only improves the waterproof level, but also eliminates condensation between the insulation layer and the conductor
OE home has strong R&D resources, focusing on epoxy resin vulcanization insulation technology, and has an excellent R&D team and technical personnel. The company's entire series of busbar products have obtained CQC certification, as well as international authoritative Kema Keur certification and UL certification. We are still continuously conducting product research and development, adopting advanced thermodynamic applications and manufacturing methods to provide high-performance and high-quality products to our customers. Welcome and look forward to working with you!
IP54 insulation
The insulation of IP54 is made of insulation material coated with polyester film, which is resistant to high temperature of 130 ℃. Due to the inability of the material to tightly adhere to the conductor, there is still air between the insulation materials and between phases, which can only prevent splashing water from entering. When encountering higher-level water intrusion, water will enter the busbar body and conductors through gaps, causing a short circuit. Alternatively, polyester film insulation can be used. When condensation occurs, the insulation of the busbar will be tested, posing a risk of accidents.
IP65 insulation
Our company uses epoxy resin vulcanized insulation material with a higher temperature resistance level (180 ℃ H level) for IP65 insulation. The insulation is integrated into a covered conductor, ensuring contact between the insulation layer and the conductor and a smooth surface, thereby ensuring that the heat wave is quickly transmitted and dissipated in a uniform arc waveform under the polymer radiation material. Due to the epoxy resin vulcanization insulation integrated molding of the covered conductor, the insulation layer is in contact with the conductor, and water cannot come into contact with the conductor. This not only improves the waterproof level, but also eliminates condensation between the insulation layer and the conductor
OE home has strong R&D resources, focusing on epoxy resin vulcanization insulation technology, and has an excellent R&D team and technical personnel. The company's entire series of busbar products have obtained CQC certification, as well as international authoritative Kema Keur certification and UL certification. We are still continuously conducting product research and development, adopting advanced thermodynamic applications and manufacturing methods to provide high-performance and high-quality products to our customers. Welcome and look forward to working with you!
