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Hi guys, welcome to Learn Electronics
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Repair. And on my bench, I have a
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mysterious black bag, but not so
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mysterious. You're going to shout out
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because you've seen the title to the
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video. Yeah. So, this was from
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AliExpress. This is a free review
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sample, which I requested because quite
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a few subscribers over a period of time
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have asked me to review this multimeter.
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And this is the Anang A870.
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Now, some of you observant ones who
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watch the channel quite a bit will
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think, "Hey, Rich, that was really,
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really familiar." And there's a very
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good reason for this. And the reason is
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that I regularly use this one in my
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repair work, the Zoe ZT219.
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And I think we can agree there is more
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than a passing resemblance here between
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the two.
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Okay,
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this also came in a little holder like
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this and it has the temperature probe
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and obviously meter lead. So, it came
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basically with the same
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package. And the interesting thing about
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the ZT219
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is this is a damn good multimeter. I
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made a dedicated review of this one. I'm
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going to link it to this video because
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they appear to be the same device, but
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there is one particular difference, and
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that is the price. So, the ZT219,
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which I highly recommend and have done,
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€25.99
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at the moment with free shipping.
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Okay.
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And the anang
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2264. So, about €250 less. But it also
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comes with more leads. Yeah, it comes
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with more leads.
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The Anen also has a green version which
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is cheaper
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or you can buy the version with just the
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basic weed kit. So 2133
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2519.
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So this one is about 14 15% cheaper with
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more leads and you can have it for even
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less money if you like green. I've never
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tried the green one by the way. I am
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just assuming it is the same meter, but
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considering this plastic sleeve just
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fits around it, I honestly don't see why
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it wouldn't be. And who doesn't like to
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save money for essentially the same
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thing? This is quite interesting
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actually because as I understand it,
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Zotek
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are the
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manufacturer of this meter. Zoy is
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Zotek's own brand name, but Zotek also
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produced sort of like white label goods
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for other companies to have their name
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put on. And that's why I believe we have
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the two the same. Why do I say this is a
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great multimeter?
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Well, for a number of reasons. So, first
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of all, this is a fivedigit multimeter.
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Okay.
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It has a very clear bright display.
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It also has some very useful ranges. So
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this will give you 20 amps. Okay. And
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that is quite unusual especially for a
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lowcost multimeter.
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It has mill volts which is very useful
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when fault finding. You see the mill
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volts range will actually go down to
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0.001
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millolts or microvolt.
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If we
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short the leads of course it will read
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zero. Okay.
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And milliamps and micro amps. Again
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micro amps can be very useful in some
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repair work. And this reads down to 0.01
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01 of a micro amp. Yeah. So, we're
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getting into like 10 nano amps, that
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sort of range. It also has a non-cont
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voltage detector for detecting live
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wires and such like, and all the
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features you really want. AC voltage, DC
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voltage,
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frequency, capacitance meter, diode,
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test, continuity, ohms. Now, the
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downside, what doesn't this have? It
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doesn't have the Mr. Bleep facility,
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which I always go on about because it's
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so useful in repair work, which I will
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just demonstrate now with my 32y
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old fluke.
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So, in continuity mode, resistance,
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short the leads,
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continuous bleep,
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same. Okay. in diode mode.
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This is a 1N47
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silicon rectifier diode. So
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diode
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one bleep period.
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Okay. And then it reads
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shot key diode
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same but reads lower shot key short
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continuous.
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That means if I'm probing around on a
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PCB I don't usually have to look at the
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meter. I know whether between my probes
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there's a short or a semiconductor
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junction. That means I don't have to
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look away. and then look back at the PCB
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and forget where I was.
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I'm sure I'm not the only one that does
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that. So, on this meter, no bleep on the
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diode,
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no bleep on short and diode mode.
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There's no bleep at all.
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Shot key.
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Yeah,
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this one.
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Shot key.
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Diode.
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Sure. So there's no bleep in diode mode
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and to me that is a shame.
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I'm always looking for meters that will
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do this. By the way, if you are a repair
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guy, I'm sure you'll understand exactly
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why we want this feature. I only found
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one other actually, which was the one
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with the built-in thermal camera. So if
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anybody can give me any models of you
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know lower cost don't have to be the
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cheapest but reasonable cost multimeters
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which have that feature let me know in
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the description below and I will
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certainly review one. Okay so that
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besides any other downsides to this?
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Well these take two aoublea batteries.
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This one takes it's a 9V PP3. These are
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not USB rechargeable things.
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That may be considered a disadvantage to
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you. But this type of display, the
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batteries in these meters, even in
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usage, last a very, very long time. So,
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you can talk about it down there, but
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I've mentioned that they don't actually
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have USBC rechargeable batteries.
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It has been noted by a number of YouTube
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reviewers on these meters using
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reference resistors and reference
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voltage sources that these are a very
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accurate meter especially for the price
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range. We can make a few comparisons
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just between the Zoy and the Anen. And
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then I'm going to open these meters up
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and let's see what's inside them. See if
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they really are the same. So since we're
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in diode mode
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583
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590. So fairly close.
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The reading could actually vary
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depending on the batteries. These are
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brand new. These have been in for some
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time.
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Let's go with a shotg.
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So this is just giving us a comparative
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really between the two just to see if
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they're reading basically the same
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388 very close. So we can say at least
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they are consistent.
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10k 1%
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10.032.
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Okay. I'll use the same leads. Although
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on this sort of resistance range, it
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probably really doesn't matter.
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Okay, so let's see.
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Yeah, very very similar.
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We'll just try a couple other ranges.
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So, volts, this is connected to my
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bench. Power supply set to 12.
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Okay, put this on volts as well. Again,
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extremely consistent between the two.
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This does suggest an actual fact these
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meters are very accurate. And we'll just
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try the micro amps.
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The most common reason I measure micro
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amps is when repairing motherboards
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because if I measure the current being
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drawn from the CMOS battery, it gives me
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a very good indication of the state of
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the chipset on the board. Yeah.
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So, you would expect them to read
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between about 1.8 and certainly less
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than 10 micro amps really for a good
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one. So to do this, we just put the red
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lead onto the battery. We put the black
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on the little clip and we push the clip
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away from the battery. So we're
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inserting the meter into the circuit.
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The current from the lithium cell is
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passing through the meter. Uh so we push
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on here and then we push this back.
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We can see 2.02
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micro amps. Let's try the anang.
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So again micro amps range
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push down push back
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2.02
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again. So yeah I have to say that these
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multimeters although this is not exactly
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a subjective test they behave very very
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similar.
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We'll try the
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volts ranges while while we here. So
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this will read down to about a mill volt
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there. You can see. So again, we'll just
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check the CMOS battery voltage. So we'll
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go to ground and measure the battery.
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3.073. 073
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3.072
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I'm convinced guys. How about you? Let
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me know down there. I think that is a
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good test of these meters.
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If they are reading incorrectly, they
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are both reading incorrectly by the same
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amount.
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But it does suggest good quality control
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and calibration of these meters to me.
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Okay. So,
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This is cheaper than this one. They
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appear to be identical.
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Let's have a look inside. So to do that,
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we need to get this silicone sleeve off.
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These are really flexible. This has the
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little stand on the back of it. This is
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going to give you pretty good protection
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of the multimeter, especially if you're
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on site and you happen to drop it. Okay.
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And again, these appear to be identical
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really.
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And we can in fact see these appear to
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be identical apart from this one having
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a glass fuse here. This is the Zoy. And
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this one having a ceramic fuse here.
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I'll check to see if they're the same
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rating. Actually, these are both
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ceramic.
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We can see they've got solder fill on
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the tracks which are passing the high
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currents on the 20 amps range. This is
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the current shunt.
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Just looking the way this is actually
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constructed.
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This looks like it's kind of added on on
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both of them. Okay.
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I find it difficult to see any
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difference between these. Bear in mind
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that I've had the Zoy for a year or two
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and this is one that turned up today.
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So, there may be slight differences I
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guess in the components over that period
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of time.
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Of course, you can't say when they were
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both manufactured based on when they
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arrived here. Yeah. 200 milliamp
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20 amp.
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This one uh 200 milliamp
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which is exactly what is fitted in
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there.
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These fuses are nice easy to change
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ones. I think these are 30 mil fuses.
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Okay.
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Interesting. Actually, the Zoy
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has a 250 milliamp, although it says on
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here 200. Okay,
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00:14:34,160 --> 00:14:38,560
it may be, you know, actually, guys, it
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may well be that I've changed that
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myself and didn't have the correct one.
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Uh, wouldn't be surprised. I sometimes
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blow these. So, I've had the thing a
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00:14:46,560 --> 00:14:49,920
couple of years. I don't remember
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exactly, but there's a good chance
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that's my doing. That's my bad. And I
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probably thought, okay, I'll get the
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proper one and never did. Okay, so you
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can chastise me there. But yeah, I have
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to say that these meters, as far as I
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00:15:02,079 --> 00:15:06,440
can tell, are identical.
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In fact, identical even to the molding
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of the information here on the stickers.
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Okay.
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And the battery packs.
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And that guys is a good thing because
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this multimeter in my opinion is the
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best multimeter at this price range that
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you can buy.
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I'll be the first to agree that it may
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not be suitable for subp profofessions,
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but as a hobbyist,
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general repair man like me, especially
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fault finding, auto electrics, just
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00:15:51,199 --> 00:15:56,000
about anything that us hobbyists are
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00:15:53,759 --> 00:15:58,160
doing. I don't think you can beat that
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00:15:56,000 --> 00:16:01,120
honestly for the price you pay. And
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00:15:58,160 --> 00:16:04,240
look, it's just got cheaper, like 15%
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cheaper for the same thing. Yeah. So,
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that's a no-brainer. That is a
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00:16:05,759 --> 00:16:10,079
no-brainer to me. I'll be very happy to
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use both these. There's often times when
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00:16:10,079 --> 00:16:14,639
I need more than one multimeter. I now
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00:16:12,399 --> 00:16:17,519
have a nice almost matching pair of
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00:16:14,639 --> 00:16:20,320
them. Okay. About the only thing I would
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00:16:17,519 --> 00:16:22,959
say against this is this Mr. Bleep
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00:16:20,320 --> 00:16:24,880
feature, which to be honest is very rare
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00:16:22,959 --> 00:16:27,199
to find on multimeters. I've only ever
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00:16:24,880 --> 00:16:29,440
found this on one other than the Fluke.
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And I do believe not even all Fluke
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meters have that facility.
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So, if somebody can find a lower cost
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meter than the Fluke that has that
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feature,
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tell me down there and we'll look at
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00:16:42,480 --> 00:16:47,440
one. Yeah. Okay. So, hope you enjoyed
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that.
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00:16:47,440 --> 00:16:50,240
You know, you can never have enough
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00:16:48,639 --> 00:16:52,959
multimeters. Just get yourself one.
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00:16:50,240 --> 00:16:55,519
Yeah. It's just like no reason not to.
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00:16:52,959 --> 00:16:57,759
That's the best way I can see it. Oh,
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00:16:55,519 --> 00:16:59,920
and don't forget to use the coupons in
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00:16:57,759 --> 00:17:02,399
the video description and save even more
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money. So, let me know. Do you already
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have either of these or you happy with
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00:17:04,880 --> 00:17:09,199
them? I look forward to hearing from you
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down there and I look forward to seeing
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00:17:09,199 --> 00:17:15,480
you all soon again on L Electric Repair.
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Ciao for now, guys.
24297
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