Features: Slot. Gyro: Youpin Laser Tape Measure 2 in 1. Control Channels: 2 Channels. Max Speed: Youpin Laser Tape Measure 2 in 1. View all specs. Product Description.  Youpin MIIIW 16Pcs DIY Tool Kit Toolbox General Household Hand Tool with Screwdriver Wrench Hammer Tape Plier Knife ToolBox. US $ (5). 5. QUICKDRAW DIY Self Marking Tape Measure. 6. Kutir Shock Absorbent Measuring Tape. 7. TACKLIFE 2-in-1 Laser Tape Measure. 8. MulWark 26ft Measuring Tape. 9. DAYOU 40% Thicker Blade Tape Measure.  Our best value for the eTape16 Digital Tape Measure is a metric tape measure that works digitally. It has three settings and remembers readings in US or metric simply by tapping a button to save. It also can convert measurements into fractions and decimals so, for such an affordable locking tape with digital capabilities the eTape16 Digital Tape Measure is most certainly a good investment. The numbers are easy to read on the large LCD display and we thought you might like the casing which is polycarbonate plastic meaning it’s lightweight. But here’s the thing: If China is serious about financial innovation, “inclusive financing” or the digital yuan, let the man who pioneered the business and made billions along the way share his experiences and thoughts. If Ma says systemic risk is not China’s Achilles’ heel, hear him out. He knows where the real problem is and could be part of the solution.(Updates with Alibaba shares in the fourth paragraph. Experts take about one hour to digitize feet of film, and it might take diy digital tape measure 2020 a bit longer. Purpose is to measure DC volts supplied to my model rail track. That would mean that any shunt is internal, and probably the lower Red amps display actually is really measuring millivolts across a built in shunt, scaled to amps for display purposes. The right approach depends on the tape and film formats you have. During the winters, sitting around the Fire Pit and having a cup of coffee is the best feeling ever! The trouble begins because the positive of the negative part shares connection with the negative of the positive part they have a common ground.

ADCs turn electronic signals from your playback device into digital video files. Just like film transfers, you need an SD card or flash drive to store your videos after you convert them to digital. Make sure it has enough space for your whole collection — one hour of video needs about one gigabyte 1GB.

Clean your home movie formats first to get the best possible quality. Run them through a playback device, which reads your home movie recordings and generates an electronic signal.

The ADC turns that signal into a digital video file to be saved on a storage format like a hard drive or SD card. Digitizing complete!

Refine your digital video archive. Labels: Your digital folders and files can be named according to the labels written on your reels and cassettes. Find a place that delivers your video files on flash drives, hard drives and cloud storage as well.

These options are less prone to physical damage. They also make it easy to share and edit files. File formats: Options for different video file formats are important too. If you prefer a specific file format, ask them to accommodate. Breaks and tears. Broken film and tape must be spliced back together so the playback device can read your home movies without interruption. Broken cassettes. Expert video technicians know how to dislodge stuck tapes without harming your media or equipment.

Tape slackening. Some tapes come loose inside their cassettes and need to be tightened. Magnetic deterioration. Some of these tapes can be fixed by baking at a low temp in a special oven. Scratched film. Vinegar syndrome is a bad-smelling breakdown that eats away at your film.

Digital corruption is a recording error that can wreck the image and sound on Digital8 and mDV tapes. Let us know if we can help with your home movies project. If you have a second to spare, give us a share!

Previous Post. Thank you very much, once again! Great tutorial. Yes, both. That shold show that you can use this with external power supply since power supply must not be over 30V but measuring range is much bigger. My dual digital voltameter has red, black and green thick wires not the thin red and black to power the display.

Chinese supplier unable to provide any advice or technical data. The display should obviously be in series with the load, but between which two terminals should the load be connected? The third thick wire is obviously used to measure battery voltage of the circuit, but which wire should this be?

Do you know if the ammeter can read both positive and negative current. I am pretty sure it only can measure one way. I would have to test this, but probably not. There is no place for minus sign anyway on the display. As the one I am about to buy is specified to V and 10A it seems unbelievable.

I mean, the amperage. Even the wire cross section looks too small for that, let alone the miniature connector the wires connected to.

My seller offers 4 other versions of the meter with different configurations, color, etc. I could not see anything like that on your drawing, neither my seller speaks about, so I am confused. Thanks, Laszlo Budapest, Hungary. Hi Janar, Thank you for posting the wiring diagram; I need it! I just received one of these fellahs. Purpose is to measure DC volts supplied to my model rail track. It would be nice to get a reading of amps supplied too.

I connected up as per your diagram. In my situation the power supply and the load to be read are one and the same, ie the 2 rails of the track. I get a correct volts reading, but the amps reading is 0. Any suggestions please? No current is flowing trough there. Looks good, but mine came with different wire colors.

Small red and black, then blue nearest the smaller wires , green then yellow. I found different sources with different answers. Looking at your pictures, my blue would be your large red aka positive polarity, but I cannot see the placement of the other 2. I saw one place that said green was voltage detection but when I tried on a battery it sparked and meter went dark.

Just to make sure I used just red and black and seems to still work ok, so this is just a pain. Could you explain how connect all five cables? I bought to of this meters and none are working, I made the connections like your pics.

Are you sure they were exactly the same ones as seen on my I photos? If not- I would better not try before knowing right connections for you version. No need for messing with potentiometer in back. They Show How much percentage battery is left. It works great as shown on the picture with computer cooling fan, thanks! Now if I replace cooling fan with solar panel and no change at all on the wiring, will it work?

Wait- you are testing this with cooling fan right? This meter runs only one way. But I assume you will use this right. I have… say a battery, any batter within the voltage range, and I want to do nothing but read that batteries volts and amps, nothing more. So using that description of the wires and what I need, what wires go to positive and what wires go to negative?

It appears you have fat black to the neg pole and both red wires to pos. If that is the case just an agreement of that will be fine. I got mine on ebay and it seems no seller there is bothering with a simple diagram on how to hook these or Digital Laser Tape Measure Uk 2020 other 4 wire systems up.

Not to mention the combined time they could save people by taking just small mount of time to place one measly diagram on their listing. OK, rant over. And minu pole goes trough meter — fat black in and fat blue out. Skinny red and black can be powered via external power supply this voltammeter has operating voltage DC 4. So if you are measuring voltages over 30V you should power this meter with external power with less than 30V.

I goer supply to the unit. Thanks Stanley. I takes it supply from the measured source. Its uses is limited to voltage measurements in low impedance voltage sources ex.

Thankyou Janar! It worked for me, but I have a more complicated question. I am trying to wire two of these modules to a dual adjustable regulated power supply those of the LM and LM The trouble begins because the positive of the negative part shares connection with the negative of the positive part they have a common ground.

Thanks for the potential help!!!! Supposed to measure up to volts, and up to 10 amps. Part number on the circuit board looking at the back side says DSN-VC, Looks like yours on the front, but on the back the wires are different. Actually the wires seem more sensible to me. Wires: 1 triplet of 3 thin wires: Black, Red and Yellow. Should measure flowing current 0 to 10 amps. That would mean that any shunt is internal, and probably the lower Red amps display actually is really measuring millivolts across a built in shunt, scaled to amps for display purposes.

I see shunts for sale on eBay are typically rated to yield 75 millivolts at the full amperage they are rated for. So for a max rating of 10 amps the shunt being used in this meter must have a resistance of. I gather that means that the typical digital ammeters are actually mostly just 75 millivolt voltmeters scaled as necessary.

I made a quick test on opening the packet, using a 9V battery connected with the small black wire connected to negative side and the red one to the positive. That seemed to light up the display with top Blue display showing So I guess the small black wire is the common ground, and then the small yellow wire is the voltage probe.

The 0. Will see about that later. I also see there is a volts trimmer there too, in case calibration drifts. Am going to use it to measure the Voc and Isc of some solar panels I have. Later when in service with a grid tie micro-inverter I can look at the Vmpp and Impp as the sunlight changes angle or clouds roll in. Nice range for a meter intended to measure solar panels.

Some panels I have only go to max 20 volts or so on Voc, but others go right on up to 50 volts in summer or even up to 55 volts at 40 below zero in the winter. Would have to pick the right values po protection components to minimize the distortion to the accuracy of the reading, and still provide enough power for the meter.

The specs say 20 mA draw, but max 30 volts, powering the meter before burnout. Can anyone help me or refer me to a site that can help me. Thank you Paul. By Mary Boone on 23 Mar The dollars and cents that go into moving vary greatly depending on a number of factors. The perfect backdrop for outdoor fun is closer than you think, thanks to our step-by-step instructions. Turn your backyard into a cozy camp spot by making your own fire pit. Before you begin building, consult your local fire code to see if fire pits are allowed in your city and, if so, how far away the fire pit has to be from a structure.

When purchasing bricks for the fire pit wall, go for something sturdy like retaining wall bricks or concrete pavers. Some home improvement stores even carry bricks specifically designed for fire pits. Use a layer of firebricks, which have a higher heat resistance, on the inner layer of the fire pit as an extra safety measure.

Pick a spot for your fire pit ensuring that it is located a safe distance from any structures, bushes or trees and insert a stake in the ground where the center of the pit will be. Typically, a fire pit has a diameter of about feet. Cut the string and tie the other end to the handle of a trowel. With the string or twine taut, drag the sharp end of the trowel around in a circle, creating a line in the grass.

For safety purposes, the hole for a fire pit should be about inches deep. Get down on the ground with your level to ensure that the surface is ready for the bricks. Put a pretty thick layer of gravel in the fire pit at least a couple of inches. Spread the gravel around evenly. For extra safety, you have the option to put an inner layer of firebricks.

Gather a couple of Adirondack chairs, some firewood and campfire treats to get full use out of your new fire pit. Neat article. Here in St. Petersburg, FL, most fire pits are found at resorts, outdoor eating establishments and bars.

The wheel should be placed on top of uniform size flat pieces of concrete or bricks spaced a few inches apart to give air to the fire from the bottom for better burning and less smoke.

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