Bus Bars CSM1914C-4P
Bus Bars CSM1914C-4P from Cressa for marine boats offers the following concise features:
1. Corrosion Resistance: Particularly useful in systems requiring resistance to corrosion, chemical agents, and high temperatures.
2. Customizable Solutions: Offered in various sizes and tailored to individual customer needs, including neutral bars, grounding bars, and three-phase busbars.
3. Laminated Insulation: Consists of layers of copper separated by thin dielectric material, improving electrical properties, current-carrying capacity, and thermal efficiency.
4. Efficient Power Distribution: Designed for efficient energy distribution to multiple devices and machines simultaneously.
5. Safety and Protection: Placed in metal enclosures or laminated to prevent accidental electric shock from contact.
Detailed parameters of Bus Bars CSM1914C-4P
Continuous Rating: 130A AC/150A DC.
Max.Voltage: 300V AC/48V DC.
Base: PA66/Conductor: Brass/Cap: PC
Transparent cover.
Model No. | Type | Description | Size(WXLXH) |
CSM1914C-4P | 4P single circuit solid base bus bar | Terminal Screw□M6×4 Terminal Stud□M6×2 | 20.0×183.0×42.8mm |
Description of Bus Bars CSM1914C-4P:
Marine busbars from Cressa play an important role in ship electrical systems, not only enhancing the efficiency and reliability of power distribution but also optimizing space utilization through compact design and efficient heat dissipation.
Uses
- Power Distribution: Marine busbars are conductive bars or plates used in ship electrical systems to distribute power. They act as the “central hub” of the ship’s electrical system, efficiently distributing electricity to various devices and systems on board.
- Battery Connection: In new energy ships, busbars are used to connect battery modules, forming the required series and parallel structures, and serving as sampling points for cell voltage and temperature.
- Enhancing System Reliability: With low impedance and high mechanical strength, busbars reduce energy loss and withstand vibration and impact, ensuring stable and reliable power transmission.
Functional Features
- High Current-Carrying Capacity: Made from highly conductive materials like copper or aluminum, busbars can handle large currents, making them suitable for high-power transmission on ships.
- Low Impedance and Efficient Heat Dissipation: Designed for low impedance and efficient heat dissipation to minimize energy loss and prevent overheating caused by high-power transmission.
- Compact Design and Space-Saving: Compared to traditional cables, busbars have a more compact design, making them ideal for large current transmission in limited spaces.
- Mechanical Strength and Environmental Adaptability: With high mechanical strength, busbars can withstand vibration and impact, and are suitable for the humid, corrosive, and polluted environments on ships.
- Simplified Assembly: The design and manufacturing of busbars support automated production, simplifying the assembly process and improving production efficiency.
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