- Product Details
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Quick Details
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Current Rating:
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300A
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Voltage Rating:
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DC 48V Max
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Main Material:
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Stainless Steel+ABS, Nylon Base+ Zinc Alloy, Brass
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Base:
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PA66 Solid Nylon, Flame Retardant ABS
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Cover:
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Plastic/ PC
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Studs and Screws:
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Stainless Steel
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Terminal Stud:
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M4 M8 M10
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Bus Bar:
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Tin-Plated Copper
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Application:
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Heavy duty, car, vehicle, Rv, truck, marine
Quick Details
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Place of Origin:
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Guangdong, China
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Brand Name:
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Senreach
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Product Name:
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48V Bus Bar Power Negative Distribution Box
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Current Rating:
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300A
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Voltage Rating:
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DC 48V Max
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Main Material:
-
Stainless Steel+ABS, Nylon Base+ Zinc Alloy, Brass
-
Base:
-
PA66 Solid Nylon, Flame Retardant ABS
-
Cover:
-
Plastic/ PC
-
Studs and Screws:
-
Stainless Steel
-
Terminal Stud:
-
M4 M8 M10
-
Bus Bar:
-
Tin-Plated Copper
-
Application:
-
Heavy duty, car, vehicle, Rv, truck, marine
Product Description
A Bus Bar Power Negative Distribution Box Terminal Block is an essential component for power distribution systems in many industries such as infrastructure, power generation, and automotive manufacturing. This terminal block allows for efficient distribution of negative power by connecting multiple power systems in one central location.
The bus bar power negative distribution box terminal block features a compact and durable design that ensures its longevity in various industrial environments. It also has multiple connection points that can accommodate multiple cables for efficient and reliable power distribution. This terminal block is a valuable addition to the power distribution network as it helps minimize power losses and voltage fluctuations.
Moreover, with a bus bar power negative distribution box terminal block, installation is straightforward and does not require expert knowledge, making it ideal for different industries. It also allows for safe and easy troubleshooting of any issues that may arise in the power distribution system.
In conclusion, the bus bar power negative distribution box terminal block is a beneficial component for power distribution
systems, which increases efficiency, reliability, and safety in various industries. Its compact design, multiple connection
points, and ease of installation make it an important tool for successful power distribution.
The bus bar power negative distribution box terminal block features a compact and durable design that ensures its longevity in various industrial environments. It also has multiple connection points that can accommodate multiple cables for efficient and reliable power distribution. This terminal block is a valuable addition to the power distribution network as it helps minimize power losses and voltage fluctuations.
Moreover, with a bus bar power negative distribution box terminal block, installation is straightforward and does not require expert knowledge, making it ideal for different industries. It also allows for safe and easy troubleshooting of any issues that may arise in the power distribution system.
In conclusion, the bus bar power negative distribution box terminal block is a beneficial component for power distribution
systems, which increases efficiency, reliability, and safety in various industries. Its compact design, multiple connection
points, and ease of installation make it an important tool for successful power distribution.
Features Of Bus Bar
1. Waterproof &Dustproof: Detachable Windows allow unimpeded lines. In addition, with four removable side panels and two insulated rear covers, the power distribution block is designed to withstand rain and dust and resist erosion by air and sea water.
2. Excellent Design: The busbar base is reinforced with nylon glass fiber to ensure mechanical strength and durability.
2. Excellent Design: The busbar base is reinforced with nylon glass fiber to ensure mechanical strength and durability.
3. Easy Installation: The surface of the battery distribution block is secured by screws. The four mounting holes facilitate the installation of the terminal block in any direction.
4. Incredible Performance: Bus and screw material: The junction block is made of high-quality brass and nickel plated, with good electric conduct performance.
4. Incredible Performance: Bus and screw material: The junction block is made of high-quality brass and nickel plated, with good electric conduct performance.
Specification
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Product name:
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Bus Bar Power Negative Distribution Box Terminal Block
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Max Voltage:
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48V DC
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Continuous Rating:
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200A
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Terminal Stud Size:
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M10(3/8") x 4
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Conductor:
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Brass
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Dimensions:
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138 x 69 x 44.5mm
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Base:
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Nylon Glass Fiber
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Cap:
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Nylon Glass Fiber
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Product Details
Application
1. Electrical Panels And Distribution Boards: Bus bars are frequently used in electrical panels and distribution boards to
distribute power from the main supply to individual circuits within residential, commercial, and industrial buildings.
2. Industrial Control Panels: In industrial automation and control systems, bus bars are used to distribute power to control
components, motors, sensors, and other devices. They provide a central point for electrical connections in control panels.
3. Data Centers: Bus bars play a crucial role in data centers to manage power distribution to servers, switches, and other
equipment. They help ensure a reliable and organized power supply to critical IT infrastructure.
4. Automotive Industry: Bus bars are used in automotive applications to distribute power within vehicles. They connect various electrical components, such as batteries, alternators, and electronic control units, to ensure proper operation.
5. Manufacturing Facilities: In manufacturing plants, bus bars are employed to distribute power to machinery and equipment. They help streamline the electrical connections and minimize downtime during maintenance.
6. Switchgear And Substations: High-voltage bus bars are used in substations and switchgear to distribute electricity from the grid to different sections of the electrical network. They are crucial for power distribution and grid reliability.
distribute power from the main supply to individual circuits within residential, commercial, and industrial buildings.
2. Industrial Control Panels: In industrial automation and control systems, bus bars are used to distribute power to control
components, motors, sensors, and other devices. They provide a central point for electrical connections in control panels.
3. Data Centers: Bus bars play a crucial role in data centers to manage power distribution to servers, switches, and other
equipment. They help ensure a reliable and organized power supply to critical IT infrastructure.
4. Automotive Industry: Bus bars are used in automotive applications to distribute power within vehicles. They connect various electrical components, such as batteries, alternators, and electronic control units, to ensure proper operation.
5. Manufacturing Facilities: In manufacturing plants, bus bars are employed to distribute power to machinery and equipment. They help streamline the electrical connections and minimize downtime during maintenance.
6. Switchgear And Substations: High-voltage bus bars are used in substations and switchgear to distribute electricity from the grid to different sections of the electrical network. They are crucial for power distribution and grid reliability.
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