Tekpower M920 AC Line Splitter, Wire Separator
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did take a look at your transformer device on your link, and it was definitely not what I thought it would be. **As described below, this unit is sized as follows 5 inches in width. The following formula is a 3 cm by 13 length. The thickness is 2 cm and 2 cm. Open boxed (2) areas are *4 cm at thinnest part* . * *2. The sum of 7 and 2 is 7. It has a thickest width of 2 cm and a diameter of 7 cm. The height of a person is 7 cm*br>Hope that helped
If universal voltage 100-volt indicates one thing, then I am not quite clear what you mean This is designed for use with 240v, but has the standard 3-prong plug for 120v so I am not sure how you could use it with 240v. Here is a translation that may be helpful.
A. S. Vic. Contrary to popular belief, this is incorrect. All you need to do is check the item's description, where it's stated that it's compatible with AC volts between 120 and 240 volts with a maximum 15 AMP rating. Standard U is present, of course. The third style consists of this There are three prongs on a 120V household AC connector. If you want to use it with any other type of connector, you'll need adapters.
I need 15 volts
Selected User Reviews For Tekpower M920 AC Line Splitter, Wire Separator
The conditions have to be met. It was purchased to find a ground leak that was tripping a circuit of a ground fault circuit interrupter. To be able to monitor it individually, I modified it so that I could break out the ground lead. With this splitter, you won't need to use any mods, but there are a few things to note The *br*- There are simply holes to poke the meter into at the hot and neutral lines in order to determine the voltage. It is the pseudo button below these holes. I don't know. The *br*- When looking from the top of the unit (with the voltage check holes), the 1x 10x lettering only applies to the top of the unit. Back on the back, the lettering is backwards, and the 1x10x slots are just above the neutral line. This is a dumb mistake that they didn't The reason for only 3 stars is because of this.
In my job as an IT administrator, this tool along with a clamp meter is extremely helpful in calculating load for power conditioners and UPS. In addition to measuring devices requiring only tiny amounts of current like switches, POE injectors, and certain AV equipment, the 10x loop is ideal for measuring devices that draw only tiny amounts of power. This device's readings are the same as those I get from the receptacle wiring when I use it on the 1x loop Though it appears to be higher than 10x, the 10x loop also appears to be higher. I am not sure if the discrepancy is due to my clamp meter (I have a $75 Southwire clamp meter) or if it is this device. For instance, I have an AC fan in my office 0. 36 A is etched on the receptacle. There are 37 A on the 1x loop, and three on the 3x loop. This is the 10x loop at 98 A. br>The housing consists of a sturdy metal shell stacked on top of each other Plugs fit into regular AC outlets without causing any problems. As well as the receptacle, this device seems to be secure. (As an example, I've been able to plug a 12v 2A DC power brick into this and then into the wall without any support at all, and everything remains plugged in. ) I know plenty of electricians who have made their own split-systems It's a wire current tester, and it's not hard. The devices I test are never over 15 amps, so this is a more compact and polished way to take measurements without having to disassemble your receptacle or breaker box.
It's true that what you pay for is what you get. Here is a picture of the inside of my Tekpower, and then compare it to the neat and tidy build of the Dreamcast.
If your load is powered by an electrical cord plugged into a standard 120 volt AC outlet, you can measure its current draw by using a line splitter, which allows you to use a clamp-on ammeter. In addition to its looks, this AC line splitter from Tekpower is reasonably priced, has two openings for measuring, and has a sturdy design. In addition, it is closer to the plug end where the current rating (1X) is found. It is important that the second opening provides 10 times the amperage (10X) for better accuracy. If your meter is sensitive, you may be able to get an even more accurate reading with it. You might choose to read 0 for example. I measured 4 amps at the 1X opening and 0 amps at the 2X opening. On the 10X, 43 amps are consumed. Build quality is excellent, and the orange color of the handset makes it easily recognizable and less likely to get lost. There are large openings that can be easily accessed by most clamp-type devices Ammeters are used to measure power. A 120 volt plug-in device, or an outlet strip, can be measured using this tool in order to determine how much power is drawn from them.
I had it reading 12 when I was using it. I was running 7 amps and it quickly melted, tripped the breaker, and got very hot.
You can live with the poor quality after you deal with the product. In the enclosed photographs, you can see that the conductors are soldered to only one side of the blades and sockets. The majority of the wires don't pass through the terminals, so they don't have mechanical support for soldering. It was difficult to measure enough length to solder.
It is not a very complex product, so I will keep this review simple. Originally, I purchased this item to test the electrical loads on Christmas decorations inside and out. Based on a comparison of this product to a number of other similar products on Amazon, I purchased this unit based on price, reviews, and I liked the red color of this unit over colors of similar items on Amazon. The difference between one line splitter and another should be almost nonexistent since this product is so simple. When I use it in conjunction with a 200 amp clamp meter from Extech, it is very simple to operate. Attach your ammeter to the side of the unit on the x1 or x10 hole, which multiplies the load times 1 or 10 and lets you see the amperage load down to the tenth of an amp from the display on your ammeter. Once you multiply that number by 120 volts, you are more likely to know your overall load wattage. For example, if you multiply 10 amps by 120 volts, you get 1200 watts. Understand that the exact calculation depends on the voltage in your home or business, so you may wish to purchase an accurate voltmeter to know the exact voltage to use in all calculations. Small changes in voltage can greatly affect the final calculation, especially at higher loads over 10 amps or more. A power supply of 1800 watt. It is important to realize that if your ammeter has a built-in voltmeter, you may not require an independent voltmeter. Final calculations also depend on the exact voltage, therefore in summary this is a simple and effective device that does not require a super extensive review. When used in conjunction with an ammeter and/or voltmeter, this device will accomplish the job in an easy and low tech manner.
It is ok There are applications who can draw far more than 15 amps, so I wish the power supply had a higher rating in terms of It did not stay straight when plugged into the socket, other than that. I mean by that it will sag / tilt downward a little bit after you plug it in. In most cases, nothing to worry about My only concern is not letting it fall out of the socket so much that it tilts down to the point of falling out. The likelihood of this happening is very low, but it is still
A decent product in the end.
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