RT-JZ Cast Busway

Product Overview

Cast busbars are an important part of power systems, industrial equipment, and construction fields, providing reliable power transmission and distribution solutions for various electrical equipment. Our cast busbars are made of high-quality copper material and undergo precision machining and heat treatment processes to ensure high conductivity and corrosion resistance. The busbar surface has been specially treated to have good oxidation resistance and wear resistance, and can maintain smoothness and conductivity for a long time.

The connection part of the cast busbar adopts professional welding technology to ensure a strong and reliable connection and reduce the risk of contact resistance and heat generation. This careful construction ensures our cast busbars are highly durable and reliable, meeting the stringent requirements of power transmission and distribution systems. High-quality materials and precision manufacturing make our cast busbars ideal for critical applications where reliability and performance are critical.

Our cast busbars have excellent electrical conductivity and corrosion resistance, making them suitable for a wide range of applications in power systems, industrial equipment and construction. Whether it is high-voltage power transmission or complex industrial machinery, our cast busbars provide reliable solutions for efficient power distribution. The ability to maintain smoothness and conductivity over time ensures our cast busbars provide consistent performance even in demanding environments.

 All in all, our cast busbars are the best choice for your power transmission and distribution needs. The combination of high-quality copper materials, precision machining and heat treatment processes gives the product excellent conductivity, corrosion resistance and durability. Our cast busbars have a wide range of applications and reliable performance, making them ideal for ensuring efficient and reliable power transmission and distribution for various electrical equipment and systems.

Overview

Casting busbar trunking is a new type of non-metallic shell busbar trunking that uses high-performance insulation resin to directly pour and seal the busbar, with a protection level of IP68 and four protection functions including waterproof, fireproof, anti-corrosion, and explosion-proof.

Scope of Application

The newly developed cast bus duct by the company not only retains the compact and safe structure of traditional dense bus ducts, but also utilizes the scientific research results of resin casting curing, combined with corrosion-resistant and highstrength aluminum alloy shell, to solve the problems of other forms of bus ducts that cannot be moisture-proof, waterproof, fire-resistant, corrosion-resistant, etc. The protection level reaches IP68, which is particularly suitable for use in complex environments such as ships, ports, basements, trenches, high-rise building shafts, etc.

Structural Characteristics

Water resistance: Made of high-performance insulation resin, it has excellent air and water tightness, with a protection level of IP68. IP68 is a high-level protection level that can prevent dust from entering and can operate reliably for a long time e ven in continuous immersion.

Fire resistance performance: The insulation resin is a self extinguishing insulation material, with a fire resistance of level one and a fire rating of F120; It can work in flames at 950-1000 ℃ for more than 90 minutes, keeping the circuit uninterrupted, and the insulation resin does not contain halogens, so it will not release harmful gases at high t emperatures.

Corrosion resistance: The bus duct with a metal casing cannot resist acid rain corrosion, and corrosive gases and even corrosive liquids generated by chemical plants can splash onto electrical products. This requires the busbar to have anticorrosion performance. The epoxy resin castable used for casting bus ducts has excellent anti-corrosion properties and can effectively resist the erosion of various chemicals.

Mechanical performance: able to withstand a mechanical impact of 6 joules, ensuring safe use and having g ood explosion-proof performance.

24/7 product: The use of the product is not limited by altitude; Can work in an environment of minus 40 ℃ for a long time without cracking the insulation resin; Can be used for a long time in indoor and outdoor environments with high pollution levels (level 4).

Performance Parameter

• Rated voltage 1000V

• Rated current: see Table 1

• Rated frequency: 50Hz

• Rated short-time withstand current: see

Table 1

• Rated peak withstand current: see Table 1

• Protection level: IP68

• Overvoltage category: The overvoltage category of the cast bus duct is Class III

Work Environment

Surrounding air temperature: -20℃ ~40℃

Relative humidity: The air temperature should not exceed 95% at 20 ℃ ; But sometimes it will soak in seawater;

Altitude not exceeding 1000m;

There is no explosive gas around.

Table 1

After being subjected to the short-time withstand current and rated peak withstand current specified in Table 1, there shall be no mechanical damage that affects the normal operation of the product, such as significant deformation of the conductors, supports, and other components of the cast bus duct, and insulation performance reduction caused by damage to insulators, sleeves, and other insulation components (in case of dispute, the corresponding insulation performance test results can be used to determine); There shall be no joint fusion welding or burns that affect normal operation (in c ase of disput e, the t emperature rise a t rated current shall not exceed the specified v alue).

The allowable temperature and t emperature rise of e ach part of the busb ar duct According to the requirements of GB7251.1, the temperature and temperature rise of each part of the bus duct should meet the r equirements of Table 2 during normal oper ation.

Table 2