The feeding unit includes cable feeder box and flange, which supply power to the bus duct through cables or copper bars, and monitoring is optional.

The straight section is responsible for carrying the current of the busbar, with a protection level of IP42 IP54.

Aviation sockets (female) are respectively installed on the communication cable tray and plug-in box, and the two can be quickly connected nearby through a communication cable with aviation sockets (male) at both ends.

Slider plug-in boxes are used to connect small busbars to cabinets, allowing power distribution from this busbar to be connected to each cabinet, with optional monitoring.

Connectors are used to connect two sections of busbar.

End caps are used to protect the end of the busbar, effectively isolating people from the busbar and ensuring personal safety.

Quality Conductive Copper Bar

Using high-purity T1 (≥ 99.95%) and hollow electrolytic copper conductors with a conductivity of up to 99.40% This design makes reasonable use of the effective conductive part of the copper bar and increases the contact area with the air, which enhances heat dissipation while meeting the temperature rise requirements; The short side widening design of the hollow copper bar is beneficial for increasing the contact area between the power pins of the plug-in module and the hollow copper bar, effect

Corrosion-resistant housing

The busbar slot shell has passed the 1200-hour salt spray test and has good corrosion resistance. The shell structure is compact and occupies a small installation space.

B-level insulation halogen-free insulation material

The insulation sleeve is extruded from polycarbonate material, with insulation grade B, resistant to high temperatures of 130℃, and can effectively prevent product aging under extreme environmental temperatures and extreme temperature rise. The flame retardancy grade is V0, and it does not contain halogenated compounds. The finished product has passed the 960℃ hot wire test. In the event of a fire, it will not produce harmful gases, and can effectively delay the spread of the fire to ensure the

Built-in communication cable design

The "bus-bar-rack" distribution is adopted with universal plug-in boxes, and the height of each model is consistent; full-point plug-in is supported, and single-phase and three-phase plug-in boxes can be mixed and inserted into the same bus-bar channel at the same time, to meet customer needs more flexibly. The communication cable is built-in in the shell of the bus-bar channel, which is beautiful and generous, and further strengthens the electromagnetic compatibility performance of the cable. T

On-demand monitoring design

Multiple monitoring points can be realized according to customer needs, such as main road monitoring, branch road monitoring, on-site monitoring, remote monitoring, etc.

Productization

The straight section, cable feed box, plug-in box and other components are prefabricated in the factory to achieve quick assembly on site.

Reduce costs

Simplified structure, reduced purchased components; simplified parts, reduced installation personnel per unit;；
Compared with fixed-port machine room busbar or "row cabinet + cable" power distribution scheme, it can effectively reduce the purchase cost.

Flexible configuration

Each cabinet can be powered from the straight section by plug boxes that meet different power requirements, and the power elasticity adjustment of a single cabinet does not affect the power demand of surrounding cabinets, without involving engineering-level changes;
In addition, the straight section is equipped with built-in weak current cable grooves and standard interfaces, and the plug box can achieve nearby access to the monitoring system, plug and play, and achieve seamless docking.

Fast deployment

JIAMINTECH RAPLOY T scheme optimizes the fixed-port plug-in box, adopting a sliding track-style plug-in box to make the power distribution method more flexible;
Compared with the fixed-port machine room bus or cabinet + cable power distribution scheme, it can save a lot of on-site installation and docking engineering.

Life cycle cost advantage

The lifecycle of the "column head cabinet+cable" end distribution scheme is about 10-15 years, while the lifecycle of the busbar scheme is at least twice that of the former (about 25-30 years);
Secondly, choosing the end busbar scheme can eliminate the column head cabinet and configure an additional cabinet, which can increase the number of cabinets by about 5% for a project. As a result, the cost sharing of a single cabinet can save about 30%.

Life cycle cost advantage

The busbar system can also distribute investment, allowing customers to first lay out the busbar part, and then gradually deploy the plug-in box when needed in the later stage;
Convenient for daily maintenance, it can save the overall operation and maintenance cost of the data center, can be reused, and reduce the cost of data center relocation or re布局.