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　　Breakthrough C13 self-locking power cord review, product performance is excellent and quality is reliable

　　Speaking of Pinzi power cord, most people may not know what it is, but if it is a desktop computer power cord, few people should not know it. That's right, the power cord used in desktop computers at home is the power cord.

　　Pinzi power cords are very common. Desktop computers, rice cookers, monitors, etc. used at home are all powered by this type of cord. In addition to home use, it will also appear in some commercial performance venues and servers in data centers.

　　Speaking of this data center server, you may feel unfamiliar with it, but it is closely related to our lives. Opening a web page, scanning a QR code to pay for a bus ride, playing an online game, or watching a movie online are all inseparable from the contribution of the data center server.

　　The importance of the data center server can be imagined. It must not have any accidents or lose power for one second. The power line of the server is responsible for the power transmission task of "not losing the chain".

　　Recently, the charging head network has received several breakthrough power cords. Compared with ordinary power cords, it has a power carrying capacity of 250V/10A2500W. It is stress-free to use on household appliances. In addition, it is equipped with a self-developed device at the interface. The self-locking mechanism can lock the interface tightly to prevent the power cord from being accidentally pulled and causing it to fall off. It is very suitable for use in some critical occasions, such as the data center server mentioned above. Let’s follow the editor’s instructions below. Let’s see what this line looks like.

　　1. Product appearance

　　This time the editor purchased three breakthrough self-locking power cords. The top one has a three-pin plug, which is a three-pin plug power cord, and the two bottom ones are three-pin extension power cords (male and female connectors).

　　The breakthrough three-pin plug self-locking power cord has a very thick outer cover, with a three-pin plug on one end and a pin jack on the other end.

　　Copper prongs do not attract magnets.

　　The pin-shaped jack on the other end is marked with a voltage resistance of 250V, a current of 10A, and a 3C certification mark. The two pink pressing structures are the "switch buttons" of the self-locking structure. ‘

　　Close-up of the back and lock.

　　Close-up of the font jack.

　　The number of wire cores and the cross-sectional area are marked on the wire body: 3×1.5mm².

　　The diameter of the wire body is 7.76mm.

　　The total length of the wire is about 154mm (including the thread ends at both ends).

　　The length of the thread is about 142 inches (excluding thread ends at both ends).

　　Next let’s take a look at the Breakthrough self-locking extension power cord. In the picture, the left end of the extension power cord is the female jack, and the right end is the male plug.

　　Close-up of the female jack, you can see the 3C certification mark inside.

　　The jack is consistent with the jack of the three-pin plug power cord, and the surface is also marked with a voltage resistance of 250V, a current of 10A, and a 3C certification mark.

　　The number and cross-sectional area of the wire cores are marked on the wire body. The cross-sectional area of a single wire core of this wire in the picture is 3×1.0mm².

　　The diameter of the wire body is 6.64mm.

　　The total length of the wire is about 155mm (including wire ends at both ends).

　　The length of the wire body is about 141mm (excluding the thread ends at both ends).

　　2. Plugging and unplugging experience

　　Compared with ordinary power cords, the breakthrough self-locking power cord is designed with a mechanical self-locking structure at the interface. When using it, hold the pink latch to release the lock, and then insert it into the device like an ordinary plug.

　　When pulling out, you also need to hold down the lock switch, because the lock has locked the pins and cannot be pulled out.

　　The picture shows the pink lock structure when pressed. After pressing, the lock will be released and can be plugged and unplugged normally.

　　The editor personally pulled and plugged it in a few times, and the feeling was in one word: tight. It requires some force when inserting or pulling out, but this is not a disadvantage. It means it is stable and the interface will not loosen at will to avoid accidents.

　　Ordinary word wires have insufficient clamping strength after being inserted. If used in industrial production equipment, they can easily come loose or come out, or the wires may be kicked out by workers passing by.

　　After breaking through the lock pin and inserting the cable into the device, the editor couldn't pull out the cable even if I shook it hard. The force was so strong that it even moved the entire host.

　　I tried to be more ruthless and put my foot on the chassis to pull it out, but it still couldn't be pulled out and it was very solid.

　　The editor used a tension meter to test it. Even if the pulling force reaches 207N, it cannot be pulled open. It is very powerful.

　　With such a strong interface, it can be used even in harsh and complex environments with a large floating population such as events, performances, and construction sites.

　　3. Power on test

　　Next we get to the point. In order to test the performance of the breakthrough self-locking power cord, the editor found an ordinary extension power cord with the same power of 2500W for comparison.

　　The test tools include a "heat fast" water boiling rod (2500W), a modified plug-in board, a FLIR infrared thermal imaging thermometer, and a bucket of water. The test environment is as shown in the picture above, the indoor temperature is 27.5℃.

　　Connect the ordinary power cord, breakthrough self-locking power cord (3×1.0mm²), breakthrough self-locking power cord (3×1.5mm²) in sequence, use "Hot Fast" to boil water for half an hour, and use an infrared thermal imaging thermometer to record the data. temperature.

　　The temperature of the ordinary power cord has reached 37.6 degrees Celsius. It can feel hot to the touch and is generating heat.

　　Let’s take a look at the breakthrough 3×1.0mm² self-locking power cord. The temperature of the cord body is only 26.2℃, and you can’t feel any heat when you touch it.

　　Finally, let’s take a look at the heating of a self-locking power cord with a cross-sectional area of 3×1.5mm². The temperature of the cord body is only 22 degrees Celsius, which is even lower. There is no temperature rise at all when touched.

　　Precisely because of its outstanding wire capabilities, it has passed the GB17465.1-2009 general requirements for couplers and the GB2099.1-2008 national standard for household and similar plugs and sockets. The product has excellent performance and reliable quality.

　　Simple disassembly:

　　Breakthrough extension power cord core close-up.

　　The outer sheath of the wire core is coated with lubricating powder, so even though the wire is thick, it is still very flexible when used.

　　Summary of charging head network:

　　Data center server equipment needs to maintain continuous operation and must not be powered off. Ordinary power cords will face the situation where the wires come out, causing the equipment to stop working, and the loss will be tens of thousands. Data information is lost, web pages cannot be opened, business cannot be performed, and customer promises cannot be fulfilled, which may very well lead to a company facing bankruptcy. These extremely important devices must have stable power supply to ensure that the wires do not fall off. Breakthrough C13 self-locking power cord was developed to address these problems.

　　The breakthrough self-locking power cord is equipped with a self-developed self-locking mechanism at the jack. It is very strong after being plugged into the device, which can prevent the interface from loosening or falling out due to accidental pulling, and prevent accidents caused by power outages. The wire is well made, thick and flexible at the same time. The cross-section is divided into 3×1.0mm², 3×1.5mm² and other specifications for users with different loading environments. After half an hour of continuous high-power use, compared with ordinary pinzi Line, the temperature rise is lower, the difference reaches as high as 15℃.

　　After testing, the wire is of good quality and does not fall off even if the pulling force reaches 207N after insertion. It is firm and does not loosen and has high safety. The wire also passed GB17465.1-2009 General Requirements for Couplers and GB2099.1-2008 National Plugs and Sockets for Household and Similar Purposes. standards, product performance is excellent and quality is reliable. For all users who have power connection needs in complex environments, you may wish to consider breaking through the self-locking power cord, which will definitely meet your needs.

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