Viessmann Vitodens 100 No Hot water Boiler Service - Viessmann Boiler

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Kind: captions
Language: en

00:00:02.600
my name's Allen haff in today's video
00:00:05.480 00:00:05.490 we're going to talk about no hot water
00:00:07.700 00:00:07.710 on a bee's Minh mitad ins 100 this
00:00:11.570 00:00:11.580 boiler is a thirty five kilowatt boiler
00:00:14.140 00:00:14.150 so we're going to go through some of the
00:00:16.220 00:00:16.230 basic things to check and also this
00:00:20.120 00:00:20.130 boiler the water is fluctuating hot and
00:00:23.420 00:00:23.430 cold goes up to temperature so I'll show
00:00:26.029 00:00:26.039 you that and then I'll show you how to
00:00:28.009 00:00:28.019 repair it as well so first of all that's
00:00:30.740 00:00:30.750 all I couldn't look at the boiler this
00:00:33.650 00:00:33.660 is the Vitter dooms 100 W B 1 C and it's
00:00:39.709 00:00:39.719 a thirty five kilowatt boiler we would
00:00:42.920 00:00:42.930 expect to get around 14 litres a minute
00:00:45.799 00:00:45.809 from this at 35 degree raise I haven't
00:00:51.260 00:00:51.270 turned the power on yet on this but we
00:00:53.660 00:00:53.670 would check obviously we checked the
00:00:55.729 00:00:55.739 power was on that's the hot water
00:01:00.939 00:01:00.949 selector and we would turn that up make
00:01:03.979 00:01:03.989 sure that's up on to full and then we'll
00:01:07.550 00:01:07.560 turn the boiler on
00:01:13.250 00:01:13.260 and then what I'm gonna do before we
00:01:16.680 00:01:16.690 even take the case often before we look
00:01:19.110 00:01:19.120 inside the boiler
00:01:20.310 00:01:20.320 we'll go run the hot water tap and we'll
00:01:24.000 00:01:24.010 check the flow rate just to make sure
00:01:26.940 00:01:26.950 it's not running too quick through the
00:01:30.390 00:01:30.400 boiler so we'll check that now the
00:01:34.770 00:01:34.780 importance of checking this is if you've
00:01:36.990 00:01:37.000 got too much flow going through the
00:01:38.580 00:01:38.590 boiler then the water will be will be
00:01:42.360 00:01:42.370 cooler it can only rise the temperature
00:01:44.340 00:01:44.350 it's quite 35 degrees and that's at 14
00:01:48.630 00:01:48.640 liters per minute so we'll see that
00:01:53.999 00:01:54.009 clearly it is about 14 minute so all you
00:01:59.430 00:01:59.440 got running now and then you're gonna
00:02:00.960 00:02:00.970 look inside the body temperature so I
00:02:05.400 00:02:05.410 turn the hot water on now it's just
00:02:08.969 00:02:08.979 going up to full we would expect this
00:02:12.199 00:02:12.209 normally to settle around 62 to maybe
00:02:18.350 00:02:18.360 sixty seven ish maybe about 65 degrees
00:02:22.140 00:02:22.150 would normally expect this to settle up
00:02:25.350 00:02:25.360 if it goes above that then we would
00:02:30.420 00:02:30.430 suspect it could have a problem to plate
00:02:33.330 00:02:33.340 heat exchanger so so we'll see what
00:02:35.880 00:02:35.890 happens here now
00:02:50.809 00:02:50.819 so we can see it's going to both what
00:02:53.630 00:02:53.640 would expect it to be
00:03:06.720 00:03:06.730 so this again a lot higher now than we
00:03:10.080 00:03:10.090 would expect so this won't indicates me
00:03:13.860 00:03:13.870 or it give me an idea that we've got
00:03:16.979 00:03:16.989 blocks on a partially blocked way to
00:03:19.920 00:03:19.930 heat exchanger so now what we'll do
00:03:22.589 00:03:22.599 we'll have look inside and just just
00:03:24.330 00:03:24.340 works if this shuts off but then we'll
00:03:26.580 00:03:26.590 have a look inside and we'll strip it
00:03:29.309 00:03:29.319 down we'll set the play he exchanger out
00:03:31.440 00:03:31.450 we'll clean out and then we'll put all
00:03:34.830 00:03:34.840 back together and then we'll do this
00:03:36.839 00:03:36.849 again and we'll see what difference what
00:03:39.570 00:03:39.580 difference we have I can see there now
00:03:43.020 00:03:43.030 Byrne has just done down so if we if we
00:03:46.740 00:03:46.750 measure temperature at water now we
00:03:48.509 00:03:48.519 would find that the hot water is
00:03:50.819 00:03:50.829 probably not not that hot because it's
00:03:54.030 00:03:54.040 it's going on and off it's going up what
00:03:56.520 00:03:56.530 was the temperature should enough you
00:03:57.720 00:03:57.730 can know it's gone down now so that's
00:04:00.720 00:04:00.730 the reason for the problem with the
00:04:04.229 00:04:04.239 spoiler so let's go strip it down now
00:04:06.660 00:04:06.670 and we'll have a walk as always if
00:04:10.020 00:04:10.030 you're gonna take the combustion cover
00:04:11.910 00:04:11.920 off a boiler make sure you guess if
00:04:14.910 00:04:14.920 registered I'll get somebody else gets a
00:04:17.670 00:04:17.680 registered to do it for you you've got
00:04:20.039 00:04:20.049 two screws under here first of all
00:04:23.370 00:04:23.380 what's in the power off and then we
00:04:26.250 00:04:26.260 would do all our safety checks do they
00:04:29.610 00:04:29.620 undo these two screws a bomb and then
00:04:32.520 00:04:32.530 we'll just lift the cover off as I said
00:04:40.469 00:04:40.479 this this has got seal on here so you
00:04:44.040 00:04:44.050 must be kept safe registered if you if
00:04:55.500 00:04:55.510 want to get to put heat exchanger just
00:04:58.409 00:04:58.419 lift these flops down and then the plate
00:05:02.070 00:05:02.080 heat exchanger is right at the back
00:05:04.440 00:05:04.450 there to make it easier I'm going to
00:05:07.740 00:05:07.750 take the burner out now this seems to
00:05:11.550 00:05:11.560 say that's been serviced 2017 which
00:05:15.779 00:05:15.789 normally when people write stuff like
00:05:18.000 00:05:18.010 this and it means that it's been foolish
00:05:20.490 00:05:20.500 down but when I look at the gas pipe
00:05:23.460 00:05:23.470 here I can see and it's still got the
00:05:25.770 00:05:25.780 seal on there so I would suspect that
00:05:29.430 00:05:29.440 when we lift this out in a minute
00:05:31.320 00:05:31.330 this has never been serviced but well
00:05:34.320 00:05:34.330 have a look and we'll see the gas on
00:05:36.960 00:05:36.970 this is the yellow tap just turn the gas
00:05:40.080 00:05:40.090 off to it and then we'll just gonna do
00:05:43.740 00:05:43.750 this number here and I'll check all the
00:05:46.320 00:05:46.330 leads off and then we'll set the burner
00:05:48.420 00:05:48.430 out
00:05:56.470 00:05:56.480 [Music]
00:06:30.450 00:06:30.460 it's not absolutely that bad inside no
00:06:38.590 00:06:38.600 but I'll give it a good clean I've got
00:06:40.740 00:06:40.750 I've got a tool
00:06:43.170 00:06:43.180 playing exchanges so I'll give that good
00:06:46.960 00:06:46.970 give a good plain you start look at that
00:06:49.690 00:06:49.700 now and then you better sit afterwards
00:06:52.120 00:06:52.130 once it's all cleaned if you want to
00:06:55.630 00:06:55.640 remove the insulation anyway let's get
00:07:14.560 00:07:14.570 back to this hot water issue at first
00:07:17.469 00:07:17.479 what was doing now is will remove this
00:07:21.120 00:07:21.130 exchanger here we need to turn the cold
00:07:26.770 00:07:26.780 water off to this which is that tap
00:07:29.830 00:07:29.840 where well so we will turn the floor and
00:07:34.390 00:07:34.400 the return pax blow up the floor and
00:07:37.450 00:07:37.460 that's to return off as well and then we
00:07:40.779 00:07:40.789 will drill it down from this filling
00:07:43.060 00:07:43.070 loop connection here I've actually got a
00:07:45.730 00:07:45.740 filter on so I'm just going to drain it
00:07:48.400 00:07:48.410 from here yep I've drained all the water
00:07:53.290 00:07:53.300 out on the filter now and what can do it
00:07:57.520 00:07:57.530 if I open this advant yeah this
00:08:23.100 00:08:23.110 so I've turned that totally off that's
00:08:26.260 00:08:26.270 the cold water into the boiler I'm now
00:08:29.440 00:08:29.450 gonna go on open the hot tap you need to
00:08:34.870 00:08:34.880 get as much as we can as much of the
00:08:38.230 00:08:38.240 water out as we can just so we don't
00:08:41.290 00:08:41.300 flood the boiler when we're doing this
00:08:44.940 00:08:44.950 so that's the plate heat exchanger there
00:08:48.060 00:08:48.070 and we've got two skills we've got on
00:08:50.950 00:08:50.960 this side and then we've got on this
00:08:53.380 00:08:53.390 side no I'm gonna come out fairly easy
00:08:56.770 00:08:56.780 just need to make sure we don't get any
00:08:58.720 00:08:58.730 water on the circuit board
00:09:36.650 00:09:36.660 and then with this very very easy in
00:09:44.880 00:09:44.890 there so you don't want to get that
00:09:48.090 00:09:48.100 anywhere near you say it Bob
00:09:49.740 00:09:49.750 I'm just putting those mops so that
00:09:57.660 00:09:57.670 should play heat exchanger now I'm going
00:10:00.000 00:10:00.010 to clean it out just don't lock in there
00:10:03.060 00:10:03.070 to shake it up it's a muck in there so
00:10:19.230 00:10:19.240 now we're going to just pass them the
00:10:21.380 00:10:21.390 cleaner descaler in these all's here
00:10:24.870 00:10:24.880 I'll do it over sad as well but it's men
00:10:26.880 00:10:26.890 they're just this side because that's
00:10:28.500 00:10:28.510 the side there is in contact with the
00:10:32.010 00:10:32.020 heating water this side of it is the
00:10:35.100 00:10:35.110 clean water so I'll clean that out now
00:10:42.980 00:10:42.990 I'm just gonna pass some chemicals into
00:10:45.990 00:10:46.000 this now to clean it help
00:10:49.110 00:10:49.120 we've put the chemicals in there now I'm
00:10:51.670 00:10:51.680 just gonna leave it for a while and then
00:10:53.830 00:10:53.840 push it out with water you could put a
00:10:56.680 00:10:56.690 new player um as well but obviously
00:10:59.530 00:10:59.540 they're like hundred pound plus so if
00:11:02.740 00:11:02.750 you clean out then that'll save you some
00:11:05.770 00:11:05.780 money now we've got the plate heat
00:11:09.610 00:11:09.620 exchanger back in just one thing well
00:11:12.910 00:11:12.920 couple of things really to check this
00:11:15.430 00:11:15.440 wire here sometimes it falls down and it
00:11:18.430 00:11:18.440 goes in between the player so when you
00:11:20.620 00:11:20.630 put it back in
00:11:21.430 00:11:21.440 obviously it's not gonna seal so just
00:11:24.160 00:11:24.170 make sure that is out of the way also
00:11:26.770 00:11:26.780 you've got some or rings of some washers
00:11:30.400 00:11:30.410 in back there just make sure you've got
00:11:34.120 00:11:34.130 all the muck in so there should be
00:11:36.430 00:11:36.440 farther then I'm gonna just put them
00:11:38.800 00:11:38.810 back back in there and then obviously
00:11:46.500 00:11:46.510 all I need to do let me just play
00:12:10.790 00:12:10.800 while this is stripped down I'm going to
00:12:13.650 00:12:13.660 take the expansion vessel out when I'm
00:12:15.360 00:12:15.370 also gonna do a service summit so you
00:12:17.430 00:12:17.440 may want to cook this video and just
00:12:19.650 00:12:19.660 move forward maybe a couple of minutes
00:12:21.300 00:12:21.310 or so but if you want to see that part
00:12:23.790 00:12:23.800 of it and then great also what I'll do
00:12:26.940 00:12:26.950 is at the end we'll I'll show you the
00:12:29.190 00:12:29.200 difference in the display and we'll see
00:12:31.949 00:12:31.959 if that digital display is now lower
00:12:33.449 00:12:33.459 which hopefully it will be so yeah I'm
00:12:39.449 00:12:39.459 going to cover this out the best I can
00:12:41.610 00:12:41.620 in here and then I've got that little
00:12:43.980 00:12:43.990 tool and that cleans dump gaps in there
00:12:52.970 00:12:52.980 so I'm gonna give this a really good
00:12:55.019 00:12:55.029 stripped-down service I've removed the
00:12:58.829 00:12:58.839 expansion vessel on this there's just
00:13:01.290 00:13:01.300 enough on top of that just been doing
00:13:03.630 00:13:03.640 that and then it just stops out nice and
00:13:05.970 00:13:05.980 easy and there's a little quick there
00:13:09.530 00:13:09.540 you just pull that clip out one and then
00:13:13.220 00:13:13.230 this pipe this just pulls out so well
00:13:18.300 00:13:18.310 this is out I'm gonna do this I'm just
00:13:23.340 00:13:23.350 gonna check this pipe make sure there's
00:13:25.019 00:13:25.029 no no blockage in it and then I'm just
00:13:27.540 00:13:27.550 gonna read pressurize this that's tight
00:13:31.290 00:13:31.300 and it's still it's still at sea alone
00:13:33.600 00:13:33.610 so I know that it's not being done from
00:13:36.060 00:13:36.070 new so I might as well just do it when
00:13:38.610 00:13:38.620 it's all stripped down I've connected
00:13:40.680 00:13:40.690 mid pump onto this now I'm just gonna
00:13:43.800 00:13:43.810 pump it up there's no pressure in this
00:13:45.240 00:13:45.250 that's all
00:13:46.579 00:13:46.589 obviously it's never being checked
00:13:49.040 00:13:49.050 because it was sealed so I'm gonna put
00:13:52.199 00:13:52.209 this up now
00:13:53.960 00:13:53.970 there's different calculations with it's
00:13:56.250 00:13:56.260 depending on the system I know I'm the
00:13:58.350 00:13:58.360 top I'm up to about in bar so on there
00:14:01.380 00:14:01.390 now it's just over one bar and as I undo
00:14:04.230 00:14:04.240 like there the pressure will drop a
00:14:06.690 00:14:06.700 little but I've just connected the
00:14:08.970 00:14:08.980 expansion vessel back in now as I said
00:14:11.579 00:14:11.589 very easy just to not put up one good
00:14:14.460 00:14:14.470 thing about this boiler is everything is
00:14:17.189 00:14:17.199 really easy to work on and then the pipe
00:14:19.530 00:14:19.540 can
00:14:20.350 00:14:20.360 that Piper come there and then that just
00:14:23.230 00:14:23.240 connects it let's just connect them down
00:14:26.829 00:14:26.839 there
00:14:35.430 00:14:35.440 and then that just clips in there nice
00:14:37.840 00:14:37.850 and easy I'm going to fill it back up
00:14:40.449 00:14:40.459 now I've cleaned out in there but I'm
00:14:43.210 00:14:43.220 gonna wash it out I normally use the
00:14:46.000 00:14:46.010 system water so I've got a little whores
00:14:49.030 00:14:49.040 there and then I was part of it walking
00:14:51.970 00:14:51.980 down there I need to felt system back up
00:14:53.920 00:14:53.930 first so I'm gonna do I know I've turned
00:14:56.259 00:14:56.269 the water back on now I can see that
00:14:58.180 00:14:58.190 that now is in line with the pipe work
00:15:00.819 00:15:00.829 which means that's back on and I've got
00:15:04.660 00:15:04.670 no leaks inside it's obviously check
00:15:07.380 00:15:07.390 check inside they've got weeks I'm now
00:15:11.650 00:15:11.660 gonna fill the heating side of it no see
00:15:15.699 00:15:15.709 I'm pressure gauge I know
00:15:19.829 00:15:19.839 one thing to point out on these is
00:15:23.730 00:15:23.740 normally need to bleed the heat
00:15:26.410 00:15:26.420 exchanger just to get the air out of it
00:15:47.970 00:15:47.980 and then what said well do usually
00:15:50.920 00:15:50.930 heating system at the warm and you see
00:15:53.350 00:15:53.360 when you do this you better put some
00:15:54.910 00:15:54.920 warm water down and then I just use this
00:15:57.519 00:15:57.529 I just open it
00:16:00.960 00:16:00.970 you need to bleed out on these anyway
00:16:05.060 00:16:05.070 just open this a bit and then you can
00:16:17.970 00:16:17.980 just use up then to put one down the
00:16:21.030 00:16:21.040 heat exchanger and just clean and then
00:16:28.680 00:16:28.690 just hope you help you with cleaning it
00:16:37.430 00:16:37.440 on the bar obviously have to like it up
00:16:53.660 00:16:53.670 God look inside now
00:16:55.740 00:16:55.750 and a really good clean in there and now
00:17:02.160 00:17:02.170 I'm just gonna put it all back together
00:17:03.870 00:17:03.880 again
00:17:05.270 00:17:05.280 the installation pod on this has got a
00:17:07.829 00:17:07.839 little bit better damage on the best
00:17:10.140 00:17:10.150 damage it's probably being underwater
00:17:14.220 00:17:14.230 at some point up under condensate and
00:17:16.610 00:17:16.620 what happen is when it's not being
00:17:19.290 00:17:19.300 serviced for a while this in here can
00:17:22.170 00:17:22.180 block up a little bit and the water of a
00:17:25.470 00:17:25.480 common say doesn't get doesn't go down
00:17:28.439 00:17:28.449 quick enough it could also be that
00:17:30.630 00:17:30.640 there's a little part of this block so
00:17:32.910 00:17:32.920 drain are somewhere like that that this
00:17:35.850 00:17:35.860 boiler I got this boiler from whatever
00:17:39.420 00:17:39.430 gas engineer this this remove me from a
00:17:42.240 00:17:42.250 job I don't know the reason why it were
00:17:44.880 00:17:44.890 removed but the good thing with these
00:17:47.550 00:17:47.560 boilers is you can always bring them
00:17:50.490 00:17:50.500 back to life
00:17:51.300 00:17:51.310 you know they're really really good
00:17:53.130 00:17:53.140 fallout
00:17:54.000 00:17:54.010 there's post packing
00:17:57.790 00:17:57.800 she's gonna put burner back in now just
00:18:01.280 00:18:01.290 check that seal while we're around just
00:18:04.670 00:18:04.680 make sure that it's no damage on it now
00:18:17.500 00:18:17.510 just ten gas up I'm gonna put a test on
00:18:20.840 00:18:20.850 gas as well there's a tent gas back on
00:18:22.520 00:18:22.530 and then we'll just collect the leads
00:18:24.890 00:18:24.900 back in as well if you have a look on
00:18:29.930 00:18:29.940 the gas valve now red doll the sale has
00:18:35.720 00:18:35.730 now been broken so I know now this has
00:18:41.330 00:18:41.340 been stripped down and now it's being
00:18:42.800 00:18:42.810 serviced well as when we first came to
00:18:45.800 00:18:45.810 this nut that will seal our cross so
00:18:49.910 00:18:49.920 just a little indication that it might
00:18:52.070 00:18:52.080 not have been serviced in the past so
00:18:55.970 00:18:55.980 the boilers all back on now the power is
00:18:58.220 00:18:58.230 on and now I'm going to go run the hot
00:19:00.500 00:19:00.510 tub and then we'll see what happens with
00:19:04.250 00:19:04.260 the temperature on the front
00:19:09.390 00:19:09.400 so if you've got the correct floor it
00:19:11.310 00:19:11.320 would expect this really to go no more
00:19:14.940 00:19:14.950 than about 70 really if if the floor in
00:19:19.170 00:19:19.180 going through is fast enough obviously
00:19:21.930 00:19:21.940 if the floor s not fast enough then he
00:19:25.560 00:19:25.570 lost lightly higher
00:19:28.630 00:19:28.640 so let's just see see weapons it's not
00:19:31.840 00:19:31.850 going up now as fast as it will be far
00:19:34.020 00:19:34.030 00:19:42.570 00:19:42.580 the main the main thing with this is we
00:19:46.260 00:19:46.270 don't want the boiler cycling so don't
00:19:49.110 00:19:49.120 want it to get into temperature and then
00:19:51.390 00:19:51.400 turning off and then back on again
00:19:54.530 00:19:54.540 getting up this temperature and turn
00:19:57.000 00:19:57.010 enough
00:19:59.350 00:19:59.360 we want this to stabilize
00:20:02.220 00:20:02.230 temperatur
00:20:04.870 00:20:04.880 00:20:34.300 00:20:34.310 this is by a high
00:20:36.120 00:20:36.130 Lila
00:20:39.890 00:20:39.900 no Sunday morning mayor sir
00:20:44.510 00:20:44.520 00:20:53.460 00:20:53.470 I'm just going to power just check
00:21:02.800 00:21:02.810 for the hot bodies talk outside
00:21:07.430 00:21:07.440 as you can see now this is not doing
00:21:10.050 00:21:10.060 like within the class obviously before
00:21:11.670 00:21:11.680 it was going right up to temperature 85
00:21:14.940 00:21:14.950 or so and then the boiler was showing up
00:21:18.560 00:21:18.570 again cycling before that's would be
00:21:22.560 00:21:22.570 clearly seen now he's staying up so
00:21:25.280 00:21:25.290 we've solved the issue of no hot water
00:21:31.220 00:21:31.230 what terrain hot water
00:21:34.670 00:21:34.680 plates on this I'm also gonna check the
00:21:38.750 00:21:38.760 pressure on the gas
00:21:42.990 00:21:43.000 check them out
00:21:45.280 00:21:45.290 this has been running now for maybe
00:21:48.370 00:21:48.380 about four or five minutes and it's not
00:21:51.580 00:21:51.590 that they're testing gas pressures
00:21:54.250 00:21:54.260 that's all up here
00:22:00.049 00:22:00.059 so that's it's all fixed and it's been
00:22:03.440 00:22:03.450 serviced as well it's intact
00:22:09.339 00:22:09.349 I've just got all the final safety
00:22:11.989 00:22:11.999 checks to do now some good testing
00:22:14.119 00:22:14.129 analyzer as well
00:22:19.500 00:22:19.510 so as I said before I always remember
00:22:21.690 00:22:21.700 you must be gas safe registered if you
00:22:23.970 00:22:23.980 will be messing about are touching are
00:22:26.730 00:22:26.740 doing outcome the gas side of flue side
00:22:30.840 00:22:30.850 of gas common borders or gas positives
00:22:33.510 00:22:33.520 are any gas appliance are all really
00:22:35.900 00:22:35.910 yeah I hope anybody who's managed to get
00:22:40.320 00:22:40.330 to end of this video has found it useful
00:22:43.200 00:22:43.210 and thank you very much for watching
00:22:52.290 00:22:52.300
Office location
Engineering company LOTUS®
Russia, Ekaterinburg, Lunacharskogo street, 240/12

Phone: +7 343 216 77 75

E-mail: info@lotus1.ru

Sales phone

Russia: +7 343 216 77 75

WhatsApp: +79122710308