A35 High Ampacity Dipped Copper Bus Bars For Huawei 5G Communication Cabinet
A35 high-ampacity low-voltage dipped copper bus bars for Huawei 5G communication cabinet
Details:
| Material | C11000 copper(T2 copper), Platic |
| Size | 300*170*3 mm |
| Cover | Dipped |
| Surface | Nickel Plated |
| Usage | Huawei 5G communication cabinet |
| Advantage | high-ampacity and low-voltage |
| Thickness. | 3 mm |
| Color | Red or others |
INSULATED BUS BAR SYSTEMS
are most commonly used in switchgear, switchboards, and busway (or bus duct) installations. Also referred to as a solid insulated system (SIS), insulated copper and aluminum bus bars are manufactured from solid aluminum or copper conductors, which have a solid insulating medium between each phase conductor and ground.
DESIGNED TO OPERATE
at phase potential, insulated bus bars are the power component of choice in applications ranging from transformer bushing connections to underground mining power distribution. The use of insulated copper conductors can enhance your design by minimizing circuit footprints and reducing turning radii, while eliminating creepage and clearance issues, resulting in more watts with less space.
YOUR INSTALLATION WILL BENEFIT FOR...
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Safety - By reducing chance of harm to personnel.
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Reliability - By reducing chances of flashover and short circuits that cause damage to equipment and create costly outages.
Ex: Reduction in fault events as a result of wildlife crossing the phases. -
Protection - Of conductors in industrial facilities with high amounts of trace materials like oils, sawdust, moisture, and caustic materials.
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Reduced Impedance - From surface corrosion and defects.
Baoge Machinery Introduction
Baoge Machinery Manufacturing employs CNC fabrication, copper sourcing, plating, and testing and is one of a rare few to fabricate copper bus bar for numerous applications.
Baoge's Expert Engineering and Design Support staff can also assist you in the fabrication of other custom busbar options such as:
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Laminated Bus Bar
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Busbar Insulations
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Inverter Bus Bar
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IGBT Bus Bar
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Power Distribution Bus Bar
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Backplane Bus Bar
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Circuit Breaker Bus Bar
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Multilayer Bus Bar
CUSTOM COPPER BUSBAR
Baoge machinery custom manufactures bus bars for high-conductivity electrical power applications. Our bus bar is engineered to carry electrical power within cabinets and in external distribution assemblies. Due to the excellent conductivity of copper and aluminum, Baoge's custom bus bars in copper and aluminum, are specified whenever an efficent and cost effective power connector is required.
The superior ampacity of electrical bus bars help achieve better thermal control in enclosed applications. Aluminum and Copper Bus Bar also improves the reliability of a power or electrical grounding connection by eliminating the need for a mechanical cable lug crimp.
Epoxy Insulated Bus Bar
Choose Storm fabricated bus bar to:
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Decrease system costs
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Eliminate wiring errors
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Improve reliability and thermal characteristics
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Lower inductance and impedance
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Increase interconnection method options
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Reduce capacitance
PPER BUS BAR FABRICATION
When combined with Baoge's Value Engineering, our full in-house CNC Capability saves even more time.
Virtually all of Baoge's electrical bus bar business involves copper and a variety of core metalworking capabilities, all based on CNC technology. Baoge's equipment includes presses, press breaks, water jet, laser and punching machines to produce materials, processes, and finished components engineered to meet standards required by AS9100D and ISO9001:2015, ASTM, UL, CSA, Bellcore, and other testing/standards bodies.
In addition, Baoge's prototyping capability can put samples of bus bar connectors in your hands for evaluation in a matter of days.
Storm's In-House Electroplating Streamlines Busbar Production Even More by Eliminating the Time and Cost of Outsourcing.
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Bright and Matte Tin
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Lead
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Tin/Lead Alloys
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Nickel
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Silver
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Rack or Barrel Electroplating
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Strike Plating
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Electroless Nickel Plating
This capability is proven to reduce lead times critical to OEMs. Not only is internal electroplating more cost effective than outsourcing, plating in-house offers a green component to manufacturing by eliminating fuel consumption and pollution from transport from plant to plant.
Baoge's In-House Testing Equipment also Eliminates Transport Costs.
Baoge's quality inspection and testing equipment Includes:
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FARO Arm
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X-Ray
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Dielectric test (Hi-pot)
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Partial Discharge test
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Video Inspection (Keyence)
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Hardness test (Rockwell)
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Ultrasonic Thickness test
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Surface Roughness test
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