RIELLO BOILERS - EXPLANING A PLANT ROOM Commercial Plumbing

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Kind: captions
Language: en

00:00:00.060
it ends on hats and today with MDB gasps
00:00:04.579 00:00:04.589 who's doing within a plumb room and
00:00:07.579 00:00:07.589 we're gonna have a look at some
00:00:08.450 00:00:08.460 commercial some commercial vilas some
00:00:11.060 00:00:11.070 with Dean I'm going to pass you over
00:00:12.440 00:00:12.450 today and Dean's gonna tell us a little
00:00:14.749 00:00:14.759 bit about the real pilots thanks al this
00:00:22.970 00:00:22.980 is the bokya nebula amazing follow that
00:00:28.310 00:00:28.320 very very powerful and stimulant to
00:00:30.650 00:00:30.660 cover the oh okay home I'll take the
00:00:34.400 00:00:34.410 case off mouth like a little off insides
00:00:37.040 00:00:37.050 I've already have this so basically it's
00:00:42.139 00:00:42.149 just a little screw underneath and then
00:00:43.910 00:00:43.920 hops onto the top
00:00:51.720 00:00:51.730 [Music]
00:00:55.090 00:00:55.100 so this is basically it it works exactly
00:01:00.020 00:01:00.030 the same way as a normal boiler gas
00:01:05.749 00:01:05.759 valve and heat exchanger flow second
00:01:10.760 00:01:10.770 thoughts and obviously cover sensors
00:01:13.040 00:01:13.050 traps these polymers have got a million
00:01:17.180 00:01:17.190 sorry not million a thousands uses
00:01:19.670 00:01:19.680 according to the manufactures and I have
00:01:21.740 00:01:21.750 been fantastic amount we've affected
00:01:26.240 00:01:26.250 quite a few of these now and they have
00:01:27.499 00:01:27.509 so many different variations you can put
00:01:31.160 00:01:31.170 them onto the most headers that are all
00:01:33.650 00:01:33.660 no lost Heather's the individual small
00:01:36.740 00:01:36.750 headless container pumps on this
00:01:39.560 00:01:39.570 occasion because it was an emergency and
00:01:41.900 00:01:41.910 it's a retro fits on sir combine them to
00:01:45.080 00:01:45.090 pump moves together we've made our own
00:01:47.529 00:01:47.539 kind of setup which and we'll go through
00:01:51.800 00:01:51.810 it yourself or show you the rest of the
00:01:53.749 00:01:53.759 family but our reason for using these
00:01:57.200 00:01:57.210 polymers is because the use of stainless
00:01:59.480 00:01:59.490 steel heat exchanger basically we've
00:02:02.810 00:02:02.820 made enough got a one inch diameter I
00:02:07.810 00:02:07.820 cuddle and on the older sister Lucerne
00:02:12.680 00:02:12.690 when the water quality's not as good as
00:02:14.780 00:02:14.790 you'd like it to be and a lot of iron
00:02:17.030 00:02:17.040 pipe where can you start neither the
00:02:19.490 00:02:19.500 water gets through this pulling that
00:02:21.289 00:02:21.299 really lately really Goods compared to
00:02:24.020 00:02:24.030 say someone stay there some aluminium
00:02:26.000 00:02:26.010 heat exchanges where the water weighs a
00:02:28.310 00:02:28.320 bit more than Allah these are fantastic
00:02:30.319 00:02:30.329 and they are really little boys but
00:02:34.699 00:02:34.709 again it's just commercial it's a lot
00:02:39.590 00:02:39.600 easier believe it a lot if you can
00:02:41.060 00:02:41.070 imagine this resistant system boiler
00:02:43.220 00:02:43.230 it's convinced this compact everything
00:02:46.220 00:02:46.230 is
00:02:47.750 00:02:47.760 and for a box it is easy yeah and
00:02:51.789 00:02:51.799 control wise
00:02:53.449 00:02:53.459 I thought the I went on the trailer it's
00:02:56.740 00:02:56.750 bull Gator you've got a big to reduce
00:03:01.250 00:03:01.260 the boss so no but when you do know how
00:03:05.119 00:03:05.129 it works it's amazing
00:03:08.680 00:03:08.690 that is a very intelligent from that yep
00:03:16.180 00:03:16.190 fantastic by the way we'll move around
00:03:19.399 00:03:19.409 the pump a little bit rather say because
00:03:21.319 00:03:21.329 it's a better outfit it's quite hard to
00:03:26.509 00:03:26.519 whip out a plant room and start again
00:03:29.479 00:03:29.489 when you've when you've got 50 old dears
00:03:31.880 00:03:31.890 upstairs and there's family there so
00:03:33.470 00:03:33.480 sometimes you've gotta do what you gotta
00:03:34.970 00:03:34.980 do but then go from there
00:03:40.839 00:03:40.849 so we've just got standard fun in there
00:03:44.650 00:03:44.660 so that's the downward-facing fun thing
00:03:47.479 00:03:47.489 yeah yeah so what so that just works
00:03:49.640 00:03:49.650 like a normal eye just a normal domestic
00:03:51.349 00:03:51.359 heat exchanger it works very much very
00:03:54.379 00:03:54.389 much like what's this the way the what's
00:03:57.349 00:03:57.359 that has the style of heat exchanger
00:04:02.569 00:04:02.579 lungs down and yeah and then the coil
00:04:06.140 00:04:06.150 this off well this is a stainless steel
00:04:08.150 00:04:08.160 here steel Norfleet could've been
00:04:11.120 00:04:11.130 reliable yeah so then we've got a flow
00:04:14.539 00:04:14.549 system there so from the bottom of the
00:04:17.240 00:04:17.250 boiler there this is the flue and then
00:04:21.349 00:04:21.359 that just goes up just like a normal
00:04:22.969 00:04:22.979 flow like in enamels a normal viola and
00:04:28.100 00:04:28.110 it's gas valve yep so that works just
00:04:30.860 00:04:30.870 like a just like a normal gas far we
00:04:32.690 00:04:32.700 have any other boiler negative pressure
00:04:35.029 00:04:35.039 fine six ones
00:04:39.010 00:04:39.020 and then you've got numerous sensors
00:04:42.810 00:04:42.820 flow sensors temperature sensors and
00:04:49.540 00:04:49.550 then again just your also automatic air
00:04:52.360 00:04:52.370 vents at the top there just as it would
00:04:56.890 00:04:56.900 be on there on a normal domestic boiler
00:04:58.930 00:04:58.940 I knew your press fit as well we did we
00:05:03.850 00:05:03.860 do indeed and why do you a specific aim
00:05:07.290 00:05:07.300 it's a lot faster hell of a lot faster
00:05:10.210 00:05:10.220 and it does cost a little bit more but
00:05:14.350 00:05:14.360 there's a lot of it to do with ensuring
00:05:15.730 00:05:15.740 purposes for hot wax etc etc and if we
00:05:20.050 00:05:20.060 go to do some live wax and stuff like
00:05:24.610 00:05:24.620 that you can you can do when there's
00:05:26.410 00:05:26.420 water still quite wet and stuff yeah so
00:05:29.350 00:05:29.360 it's good for no hot works you don't
00:05:31.720 00:05:31.730 need to get hot works permits and things
00:05:33.940 00:05:33.950 like that
00:05:39.399 00:05:39.409 so just with Dean now you can ask him
00:05:42.260 00:05:42.270 some questions so could you tell us then
00:05:44.420 00:05:44.430 what's what's happening here what was ya
00:05:47.420 00:05:47.430 doing
00:05:47.959 00:05:47.969 but the reason behind why these boilers
00:05:50.540 00:05:50.550 are here is as you can see it's standard
00:05:54.920 00:05:54.930 flowing within comes out comes T's off
00:05:59.269 00:05:59.279 here which is going set now pick up some
00:06:03.170 00:06:03.180 other pipe work once visa Tom next week
00:06:06.790 00:06:06.800 very good yeah they go and there's a new
00:06:10.579 00:06:10.589 caucus over there it's like there's a
00:06:12.170 00:06:12.180 new and hot water storage tank all over
00:06:14.659 00:06:14.669 there
00:06:14.959 00:06:14.969 which will show you what these pipes
00:06:16.969 00:06:16.979 here go up into obviously and they're
00:06:20.809 00:06:20.819 disappear while showing outside where
00:06:23.299 00:06:23.309 they go there was a lot of plant room at
00:06:25.670 00:06:25.680 the other side of the building or before
00:06:27.679 00:06:27.689 Christmas one of the boilers fails so
00:06:32.170 00:06:32.180 instead of putting two plant moves back
00:06:34.549 00:06:34.559 in because these would do anyway we've
00:06:37.189 00:06:37.199 gone down this route so as it stands now
00:06:40.670 00:06:40.680 I'm they're going up and that's being
00:06:42.769 00:06:42.779 pumped under the pump new will show you
00:06:46.249 00:06:46.259 their event and then these two pipes
00:06:48.559 00:06:48.569 will go this way which will show you
00:06:51.290 00:06:51.300 them so what are they these things and
00:06:53.629 00:06:53.639 how do these work these are actual than
00:06:56.989 00:06:56.999 their individual like pops there I will
00:07:03.170 00:07:03.180 quickly take off eight but this one
00:07:07.549 00:07:07.559 doesn't come actually where so this
00:07:09.619 00:07:09.629 one's fails
00:07:22.460 00:07:22.470 so this is basically one one
00:07:25.890 00:07:25.900 self-contained module and you have your
00:07:29.760 00:07:29.770 fan obviously you have a touchscreen
00:07:32.820 00:07:32.830 which is done you have your flows in
00:07:35.670 00:07:35.680 returns
00:07:37.490 00:07:37.500 inside they're quite hard to explain but
00:07:41.340 00:07:41.350 it's just like long copper tubes and
00:07:43.500 00:07:43.510 then the founder bayonet and that goes
00:07:48.360 00:07:48.370 into the sense rhythm you have to clean
00:07:51.270 00:07:51.280 them they have to be dipped and stuff
00:07:52.740 00:07:52.750 like that not the biggest fan of these
00:07:55.200 00:07:55.210 fan sleep but there's a lot of us out
00:07:57.270 00:07:57.280 there who do like them if you look them
00:08:02.240 00:08:02.250 insane absolute ideal what happens is is
00:08:13.010 00:08:13.020 each module or has a form to turn of
00:08:16.290 00:08:16.300 standards and then it comes off closing
00:08:18.960 00:08:18.970 - you're a a small header
00:08:22.400 00:08:22.410 this one this sides and then there's one
00:08:25.020 00:08:25.030 on the other sides so it comes into
00:08:27.510 00:08:27.520 there and then comes off there it comes
00:08:31.110 00:08:31.120 to this pump and this poem is called a
00:08:36.000 00:08:36.010 shunt pump so it should save me some
00:08:42.209 00:08:42.219 chances it moves around so it takes the
00:08:45.120 00:08:45.130 water from the volume app and puts it
00:08:47.610 00:08:47.620 into this so comes off pumps into the
00:08:57.150 00:08:57.160 Loomis had there and then backgrounds
00:09:01.580 00:09:01.590 once it leaves a little most heavy it
00:09:04.950 00:09:04.960 comes down into a three-way valve and
00:09:08.630 00:09:08.640 then comes down into your primary
00:09:13.250 00:09:13.260 teaching pumps and these are the palms
00:09:16.980 00:09:16.990 which pump it around the building so you
00:09:19.800 00:09:19.810 know this freeway valve then is this a
00:09:21.330 00:09:21.340 little bit like a domestic system with a
00:09:23.490 00:09:23.500 fluid valve that's one side
00:09:26.530 00:09:26.540 cycles it's not the concept in the basis
00:09:30.250 00:09:30.260 is is having the same for in this in
00:09:33.700 00:09:33.710 this as I am in this situation
00:09:36.520 00:09:36.530 it doesn't send it to the hot water it
00:09:38.710 00:09:38.720 closes it and sends it back down if I
00:09:40.660 00:09:40.670 pass back into the little more said
00:09:42.730 00:09:42.740 there back to the boiler for a little
00:09:44.590 00:09:44.600 sensor the heat and then so yeah it does
00:09:51.700 00:09:51.710 work exactly the same way so what
00:09:53.200 00:09:53.210 they're told them is it is it called the
00:09:55.180 00:09:55.190 freeware valve it's still called the
00:09:56.500 00:09:56.510 feeling valve yeah obviously it's
00:09:58.750 00:09:58.760 motorized and for the only diverts it
00:10:02.080 00:10:02.090 away from the family problems back down
00:10:04.780 00:10:04.790 to the the Lomo said that the minor
00:10:07.030 00:10:07.040 bypass hot water wise as you can see
00:10:10.330 00:10:10.340 that you're heating hot water comes off
00:10:13.180 00:10:13.190 your lowest ever again and then comes
00:10:19.630 00:10:19.640 down and then these pumps are your hot
00:10:24.910 00:10:24.920 water primary pumps so these pumps only
00:10:28.540 00:10:28.550 only save the hot water sex as you can
00:10:32.920 00:10:32.930 say BAM then again you've got another
00:10:36.760 00:10:36.770 three-way valve this isn't a three-way
00:10:41.680 00:10:41.690 valve a domestic but it's small thing
00:10:45.000 00:10:45.010 it'll go in if they're hot water 25 is
00:10:48.640 00:10:48.650 satisfied it will close and then the
00:10:51.520 00:10:51.530 pond project pump it backgrounds and
00:10:55.090 00:10:55.100 then packets don't there almost have it
00:10:56.620 00:10:56.630 again and again it's it is exactly the
00:11:02.110 00:11:02.120 same as a domestic system but on a
00:11:04.780 00:11:04.790 bigger scale so what's what's this that
00:11:09.460 00:11:09.470 do you tell us that the hot please not
00:11:10.990 00:11:11.000 like a hot water yeah that's basically
00:11:12.370 00:11:12.380 hot water cylinder this this is coming
00:11:15.940 00:11:15.950 out because there's a new one there to
00:11:17.350 00:11:17.360 go in
00:11:20.920 00:11:20.930 900 liters diamond squeezes and it was
00:11:26.570 00:11:26.580 made in 1989 so well and truly up there
00:11:31.160 00:11:31.170 this one this is old a lot of new
00:11:42.860 00:11:42.870 systems now and again because this year
00:12:27.230 00:12:27.240 is a poaching pot right I don't some
00:12:30.230 00:12:30.240 part to put yeah it is in so what you do
00:12:33.740 00:12:33.750 is again I'll work improve all think you
00:12:38.360 00:12:38.370 know guess we know how can they not yes
00:12:40.280 00:12:40.290 so you put your inhibitor in into here
00:12:46.250 00:12:46.260 and then you will close off your mouse
00:12:50.890 00:12:50.900 and then open it it will flop in there
00:12:56.270 00:12:56.280 Wantage dropped in close it and open
00:12:58.820 00:12:58.830 your mouth back up again and then that
00:13:02.030 00:13:02.040 then puts the inhibitor in to the system
00:13:04.160 00:13:04.170 don't sing pot very very common for the
00:13:06.440 00:13:06.450 new commercial world so and then what's
00:13:10.610 00:13:10.620 this big red thing that is yes buncha
00:13:12.710 00:13:12.720 vessels again the same as any other and
00:13:16.730 00:13:16.740 even what gets hot hot so much bones
00:13:18.430 00:13:18.440 start with so the pipes what we seen on
00:13:23.900 00:13:23.910 the other plant room come in well he
00:13:27.800 00:13:27.810 said and they come into which
00:13:31.150 00:13:31.160 a lone loss header but on a very small
00:13:33.460 00:13:33.470 scale so what was downstairs and then
00:13:37.000 00:13:37.010 goes off again and it goes off two sets
00:13:41.560 00:13:41.570 of primary pumps and again broken valve
00:13:46.380 00:13:46.390 as their quick fix they get going until
00:13:50.800 00:13:50.810 we can get a new one
00:13:51.810 00:13:51.820 so here used to be two ATVs and as you
00:13:57.940 00:13:57.950 can see both at once it what's in their
00:13:59.920 00:13:59.930 CV a CV is a huge door and it got a
00:14:03.700 00:14:03.710 heating in combines stored water stored
00:14:08.620 00:14:08.630 hot water and then the water pass
00:14:10.570 00:14:10.580 through it like a heat store
00:14:17.590 00:14:17.600 so those boilers downstairs what we see
00:14:21.270 00:14:21.280 now are now even up here and the pump we
00:14:25.210 00:14:25.220 see if open the water the Short Pump do
00:14:28.450 00:14:28.460 you want it pumping the water back to
00:14:30.070 00:14:30.080 here and again back in back out so what
00:14:34.120 00:14:34.130 we've done here now is we've now got a
00:14:36.930 00:14:36.940 500 meter 500 Lisa and tank and the cold
00:14:44.770 00:14:44.780 comes in as normal comes in to the
00:14:47.140 00:14:47.150 bottom and then as it comes back out
00:14:51.060 00:14:51.070 instead of going back to the hot water
00:14:53.260 00:14:53.270 it comes back into the bottom of this
00:14:55.240 00:14:55.250 one as you can see there back to the
00:14:58.150 00:14:58.160 bottom of that one and then it comes
00:15:00.700 00:15:00.710 back up news on to its original so as it
00:15:06.880 00:15:06.890 stands now we've got 700 litres of
00:15:09.370 00:15:09.380 stored hot water plus watching the pipe
00:15:12.730 00:15:12.740 way from bill
00:15:14.200 00:15:14.210 what's up comfort so first here is the
00:15:17.080 00:15:17.090 hot water v10 pompe in commercial
00:15:20.080 00:15:20.090 properties skills care homes you have a
00:15:23.380 00:15:23.390 hot water loop so that hot water all the
00:15:27.610 00:15:27.620 way around the building constantly so
00:15:29.740 00:15:29.750 when you open the tap you get it quickly
00:15:32.710 00:15:32.720 that's the idea so you know so not like
00:15:36.250 00:15:36.260 a combi that surges yeah comes out and
00:15:40.120 00:15:40.130 it comes back in then it comes by
00:15:41.500 00:15:41.510 Thurman Thomas back in it's just a hot
00:15:44.600 00:15:44.610 to be 10 anybody started been in the
00:15:46.579 00:15:46.589 commercial world also some large houses
00:15:49.579 00:15:49.589 and stuff like that
00:15:52.240 00:15:52.250 well again maybe both first oh this
00:15:55.670 00:15:55.680 won't be lacking
00:15:56.720 00:15:56.730 except to accept electrician needs to
00:15:58.790 00:15:58.800 come in and undo some bits and bobs this
00:16:01.940 00:16:01.950 believe it or not actually not change
00:16:03.680 00:16:03.690 though that within within eight hours
00:16:05.720 00:16:05.730 because we couldn't have downtime for
00:16:08.540 00:16:08.550 the residents so them jobs saw that job
00:16:15.769 00:16:15.779 is totally work in progress
00:16:18.759 00:16:18.769 if you want to see more videos like that
00:16:22.269 00:16:22.279 please add some comments below and let
00:16:26.000 00:16:26.010 us know what you think and don't forget
00:16:27.800 00:16:27.810 to subscribe and ring that bell if you
00:16:31.490 00:16:31.500 can thanks for watching
00:16:35.000 00:16:35.010 00:16:37.210 00:16:37.220 you
00:16:37.930 00:16:37.940
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