Design power strip – Deformation of the power strip without USB

Product Introduction

UKEO designs the power strip and has its own factory to manufacture the product. In addition, UKEO independently develops and produces power strips, and manufactures products in its own factories for export to various countries. Meanwhile, we also provide OEM&ODM. And welcome to establish a long-term cooperative relationship with us. As a result, we can offer you prices without middlemen.

Model:CRGE-UCREU-U
Material:PC (Flame Retardant)
Input:AC 110V-240V 50/60Hz Max 0.38A
Output:DC 5V(±5%) 3.2AMaximum output3.2A
Rated power:15W
wire diameter:0.5m²
Length of cable:1.5m
Net. weight:142g
Gross weight:156g
Qty/carton:60pcs
Carton weight:12kg
Product size:8.7cm*3.8cm*12.5cm
Box size:9cm*4cm*12.5cm (Paper box)
Carton size:45cm*32cm*23cm

Learn about design power strip —— How do you make a power strip?

The production of power strips is actually divided into two parts, one is the production of power cords and plugs, and the other is the overall production of power strips and the assembly of power cords.

Power cord production process:

1. First use the machine to standardize and cut the wire body of the power cord, and ensure that the length of each wire is the same.

2. After that is the semi-automatic production process, and install the plug bracket on the power cord. And then this refers to the internal frame and metal head.

3. Next, put one end of the power cord on the mold under the injection molding machine, and then inject it through the injection molding machine, and then the machine will complete the process. Soon, a complete power cord with a plug is completed.

4. The next step is inspection, and through the machine to check whether the power cord of this batch is qualified, and then need to conduct power-on test, etc.

5. The last is the winding, and the messy and space-consuming power cord is wound into a perfect figure 8 shape through the machine, and then it is so beautiful and takes up very little space.

Power strip production process:

1. Injection molding the shell of the power strip body.

2. Assemble the copper parts (the copper parts need to be plated and rivets are needed).

3. The power cord is soldered to the copper piece.

4. Assemble the case, then install the screws through the machine.

5. Test aging.

6. Product packaging, and carton packaging.

7. Shipping.

What are power strips designed for?

The design of power strips is actually not as simple as it looks, you need to consider the distance between each socket position, you can recall some bad experiences you may have encountered, such as the position between the two socket positions can not accommodate a third The embarrassing situation of a plug. In order to avoid these situations, design is required, and there are some simple designs that can bring huge changes, such as deformable power strips and so on.

About design power strip —— How many outlets is safe on a power strip?

This is a question about design power strip. It is difficult to judge how many sockets are safe on the power strips. It should be determined by the total power of the connected devices. The total power and instantaneous power of the connected devices should not be greater than the power strips. rated power, then it is safe. Conversely, if you exceed the rated power of the power strips, there is a fire hazard, as this heats up the power strips, which can damage the power cord and, in severe cases, cause a fire.

In-depth design power strip —— How are power strips calculated?

Power

The power rating on the strip represents the maximum power that the strip can handle. In addition, the value of the rated power is determined according to physical conditions such as the material of the plug-in strip. And the load power of the power strip is the sum of the power of all the appliances in use on it. For example, a socket with a rated power of 2000 watts has two electrical appliances of 300 watts and 400 watts. Then the current load power of the socket is 700 watts. However, the rated power of the socket will not change, and the rated power is the maximum power that the socket can withstand. The sum of the power of the load electrical appliances on the socket cannot be greater than the rated power of the socket.

Current

In addition, there is also a limiting factor for the power strip, which is the rated current. If the rated current is 10 amps, then when the voltage is connected to 220 volts, and the total power cannot exceed 10 times 220 equals 2200 watts.

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