Vertical indirect-fired domestic hot wa ter storage tank
of high-gr ade stainless steel
119 USG / 450 liter
capacity
This tank version is not suitable
for steam heating applications.
5167 410 - 02 09/2014
Page 2
Product Information
Vitocell 300-V
Fully hygienic, efficient and economical
domestic hot wa ter production with DHW
tanks of high-grade stainless steel – vertical
version.
The benefits at a glance:
H Corrosion-resist an t tank of high-grade SA
240-316 Ti stainless steel offers a long
service life.
H Fully hygienic due to high quality
homogeneous stainless steel surfaces.
H The high alloy material is immune to
cracking or peeling. The tank stays
hygienic and re quires only minim um
service.
H Does not require a consumable anode for
corrosion protection.
H The entire water content is heated by a
1¼” / 32 mm diameter stainless steel
heat exchanger surface which extends to
the bottom of the tank.
H Certified to CSA Low Lead Content
Certification Program;
including US Safe Drinking Water Act,
NSF/ANSI 372 as well as other applicable
US State requirements.
H The positioning of the tubular heat
exchanger coil further ensures that 82 to
97% of the tank volume can be drawn at
constant water temperature.
H The stainless s teel heat exchanger coil is
self-venting towards the top and
self-draining towards the bottom,
therefore not susceptible to reduced heat
transfer due to air lock or deposits.
H Universally suitable – for applications
requiring larger quantities of hot water,
multiple vertical tanks can be combined
via headers to form tank batteries.
H Standby losses minimized by 2 ¼”/
58 mm highly effective, foamed-in-place
or 4”/100 mm wrap-around PET insulation
HCFC-free insulation.
H Easy transport into mechanical room due
to low weight and compact construction.
2VITOCELL 300-V
5167 410 - 02
Page 3
Inspection port/
clean-out opening
Recirculation tapping
Product Information
Cross-Section
Boiler water supply
2¼”/58 mm foamed-in-place PUR foam or 4”/100 mm
wrap-around PET insulation (HCFC-free)
Non-finned, stainless steel, tubular heat
exchanger coil extends to tank
bottom – the entire water
volume is heated ensuring no
cold spots where bacteria
growth could occur
Boiler water return
Flanged cleanout opening
Product may not be exactly as illustrated.
5167 410 - 02
VITOCELL 300-V3
Page 4
Technical Data
emp.and
press.reliefvalve
’’(male
thread
)
¼
Tem
p.andpres
s.reliefvalve
(malethread)1
111
¼
Technical data
For domestic hot water heating applications whichSuitable for heating systems with:
utilize modulating and low temper ature hot waterHmax. working pressure on heat exchanger side up to 220 psig
heating boilersat 392°F / 200°C
Storage capacityUSG
ltr
Recovery rates
*1
with a temperature rise of the
domestic hot w ater from
50 to 140°F /
10 to 60°C
and heating water supply
temperature of ......
at the supply flow rate stated
below
Supply flow rate
for the recovery
176 ºF
158 ºF
194ºF
90ºC
80ºC
70ºC
MBH
GPM
ltr/h
MBH
GPM
ltr/h
MBH
GPM
ltr/h
GPM
3
m
/h
rates stated
Standby losses
Overall dimensions with insulation
*2
MBH/24 h5.56.89.2
*3
Overall widthinches
mm
Overall depthinches
mm
Overall heightinches
mm
Tilt he ightinches
mm
Weight
Tank with insulation
Heating water content
(heat exchanger pipe coil)
Heat exchanger surface areaft
lbs
kg
USG
ltr
2
2
m
Connections
Heating water supply/return
Domestic cold/hot water
’’ (male thread)1
’’
’’ (male thread)1
T
Recirculation
*1
When planning for the recovery rate as stated or calculated, allow for the corresponding circulation pump.
’’ (male thread)1
The stated recovery rate is only achieved when the rated output of the boiler is equal to or greater than that stated under “Recovery
rates”.
Please also refer to the corresponding sizing chart at the end of this manual.
*2
Measured values are based on a room temperature of 68 ºF / 20 ºC and a domestic hot water temperature of 149 ºF / 65 ºC and can
vary by ±5 %.
*3
For other dimensions, see illustration and table on page 5.
Hmax. working pressure on DHW water side of up to 150 psig at 210°F / 99°C
53
200
215
4.7
1084
164
3.6
826
99
2.1
499
22.0
5.0
227/
581
25½
649
56
1420
58
1471
168
76
2.64
10
14
1.3
8
79
300
280
6.2
1410
201
4.5
1014
140
3.1
705
22.0
5.0
25
633
27¾
704
70
1779
71¾
1821
220
100
2.91
11
16
1.5
1
1
1
1
119
450
276
6.1
1393
212
4.7
1066
147
3.3
739
28.6
6.5
361/
923
38
974
68½
1740
66½
1690
245
111
4.0
15.0
20.5
1.9
1¼
1¼
1
1¼
3
3
/
8
"
For information regarding other Viessmann System Technology componentry, please reference documentation of the respective product.
5167 410 - 02
4VITOCELL 300-V
Page 5
Vitocell 300-V, 53 and 79 USG / 200 and 300 ltr
with PUR Foam insulation
Vitocell 300-V, 53 to 119 USG / 200 to 450 ltr
IO
DHW
TPV
Y
RT
BWS
IO
BWR
a
7½” / 191 mm
d
g
Overall height
f
e
DCW/D
AQ
h
b
c
DCW/D
Overall depth
Dimensions
Storage
capacity
a
b
c
d
e
f
Overall width
g
h
Legend
AQAquastat well
USG
ltr
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
53
20079300
13¾
353
12½
317
3½
87
11¾
297
27½
697
1
35
/
3
897
2
50
/
3
1640
1286
24¼
614
14½
357
13½
343
3½
87
11¾
301
29½
751
37½
951
64½
26¼
665
BWR Boiler water return
BWS Boiler water supply
DDrain
DCW Domestic cold water
DHW Domestic hot water
IOInspection and clean-out opening
RTRecirculation tapping
TPV Temperature and pressure relief valve
AQAquastat wellDHW Domestic hot water
BWR Boiler water returnIOInspection and c leanout opening
BWS Boiler water supplyTPV Temperature and pressure relief valve
DDrainRTRecirculation tapping
DCW Domestic cold water
5167 410 - 02
BWS
BWR
i
h
Overall height
g
f
e
j
Overall depth
c
DCW/D
d
DCW/D
AQ
k
Dimensions
Storage
capacity
a
b
c
d
e
Overall width
f
g
h
i
j
*1
k
*1
Without insulation jacket.
USG
ltr
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
119
450
20
508
18¾
476
2
19
498
102
7
17
453
31½
802
7
39
1012
63
1601
2
65
1667
36
914
28
715
/
3
4
/
8
/
8
/
3
VITOCELL 300-V5
Page 6
Vitocell 300-V, 53 to 119 USG / 200 to 450 ltr
Domestic hot water draw ratePressure drop on heating water side
Storage tank contents heated to 140°F / 60°C, boiler not reheating(primary circuit)
Storage capacityUSG
ltr
Domestic hot water
draw rate
GPM
ltr/min
Domestic hot water USG
drawltr
Water with
t = 140°F/60°C (constant)
Percentage tank volume70%91%92%
Heat-up time
The stated heating times are achieved when the maximum recovery
rate of the domestic hot water tank is made available a t the
respective supply temperature and with a domestic hot water rise
from 50 to 140°F / 10 to 60°C.
Storage capacity
Heating water supply
temperature
194°F / 90°C
176°F / 80°C
158°F / 70°C
USG
ltr
53
200
2.6
10
37
139
53
200
79
300
4.0
15
72
272
79
300
Heat-up time (minutes)
11.4
15
23.5
15.5
21.5
32.5
119
450
4.0
15
109
413
119
450
20
24
35
“w.c.
mbar
200500
160400
120300
80200
40100
3280
2460
2050
1640
1230
820
Pressure drop on domestic hot water side
(secondary circuit)
The 79 and 119 USG / 300 and 450 ltr tank sizes may be combined into a battery consisting of between 2 and 4 tanks.
Tank batteries consisting of more than 4 tanks can be installed by creating up to 4 batteries, each consisting of 4 tanks. The heating
contractor is responsible to ensure proper piping on both the primary and secondary circuits.
Tank storage capacity
Total capacity of tank batteryUSG
Number of storage tanks2
Recovery rates
with a temperature rise of the
domestic hot w ater from
50 to 140°F /
10 to 60°C
and heating water supply
erature of ......
tem
at the supply flow rate stated
below
*1
......
194°F
176°F
158°F
Supply flow rateGPM
90°C
80°C
70°C
USG
ltr
ltr
MBH
GPM
ltr/h
MBH
GPM
ltr/h
MBH
GPM
ltr/h
m3/h
79
300
158
600
FF
560
12.4
2820
403
8.9
2028
280
6.2
1410
44
10
238
900
FF
553
12.3
2786
423
9.4
2132
293
6.5
1479
57
13
119
450
357
1350
2
FFF
829
18.4
4179
635
14.1
3198
440
9.8
2217
86
19.5
3
for the recovery rates stated
Standby losses
*2
MBH/24 h13.618.427.636.9
Overall dimensions with insulation
Overall width
Overall depthinches
Overall heightinches
Heat exchanger surface areaft
*1
When planning for the recovery rate as stated or calculated, allow for the corresponding circulation pump.
*3
inches
mm
mm
mm
57½
1461
5
43
/
8
1109
70
1779
2
2
m
30.1
2.8
75¾
1926
50¼
1278
69½
1767
38.8
3.6
114¾
2914
50¼
1278
69½
1767
58.1
5.4
The stated recovery rate is only achieved when the rated output of the boiler is equal to or greater than that stated under “Recovery
rates”.
*2
Measured values are based on a room temperature of 68 ºF / 20 ºC and a domestic hot water temperature of 149º F / 65 ºC and can
vary by ±5 %
*3
Overall width includes 2” clearance space between the tanks.
476
1800
FFFF
1105
24.5
5572
846
18.8
4264
587
13.0
2956
114
26
153½
3902
51
1298
69½
1767
77.5
7.2
4
Installation of additional aquastat(s)
Ensure that temperature tempering valve(s)
WARNING
In a multiple-tank installation, it is
recommended that an additional high
limit aquastat be installed in the
common domestic hot water supply
is/are installed if the domestic hot water
storage tank temperature exceeds 140°F /
60°C to protect from scalding.
Consult plum bing codes and authorities for
local requirements.
header to the sy stem. This aquastat
shouldbewiredinseriestothe
operating aquastat on the tank
battery. The setting on this additional
high limit aquastat should be
approximately 9°F / 5°C higher than
the operating high limit.
5167 410 - 02
VITOCELL 300-V7
Page 8
Vitocell 300-V in a Multiple-Tank Installation
For domestic hot water heating applications which
utilize modulating and low temper ature hot water
heating boilers
Examples of multitank installation (shown below) - All fittings including manifolds (field supplied)
IO
Qty 2Qty 3Qty 4
DHW
TPV
Y
RT
BWS/A
BWR/D
DCW/D
a
e
f
g
Side viewTop view
Legend
AAir ventDCW Domes tic cold water
AQAquastat wellDHW Domestic hot water
BWR Boiler water returnIOInspection and cleanout opening
BWS Boiler water supplyRTRecirculation tapping
DDrainTPV Temperature and pressure relief valve
d
DHW
h
BWR
D
c
Overall width
b
Overall width
A
BWS
h
DCW
Overall depth
Overall depthOverall depth
DHW
h
DHW
h
BWR
D
Overall width
A
BWS
h
h
DCWDCW
BWR
D
A
BWS
Storage tank capacity
Total capacity of tank battery
Number of storage tanks
a
b
c
d
e
f
g
h
Common header size
boiler supply / return
Common header size
domestic hot / cold water
USG
ltr
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
inches
mm
79 USG / 300 ltr119 USG / 450 ltr
158
600
3
3
87
7
11
301
29½
751
64½
1640
13½
343
127
3
9
237
1
8
206
51
1¼
32
2
/
8
/
8
5
/
8
/
8
2
238
900
102
7
17
453
31½
802
63
1601
19½
498
130
8½
217
14¼
359
51
1¼
32
2
1350
4
/
8
1601
5
2
357
102
7
17
453
31½
802
63
19½
498
5¼
135
8½
217
14¼
359
51
1½
38
476
1800
3
4
4
4
102
7
/
8
17
/
453
31½
802
63
1601
19½
498
5½
139
9
226
14¼
359
2
2½
64
2
51
8VITOCELL 300-V
8
5167 410 - 02
Page 9
Vitocell 300-V in a Multiple-Tank Installation
Domestic hot water draw rate
Storage tank content heated to 140°F / 60°C, boiler not reheating
Storage capacity
Battery storage capacity
No. of tanks
DHW draw rateGPM
Domestic hot water
draw
Water with t = 140°F / 60 ºC
(constant)
Percentage of battery volume93%92%92%92%
USG
ltr
USG
ltr
ltr/min
USG
ltr
Quick recovery (over 10-minute period)
Domestic hot water rise from 50 to 113°F / 10 to 45°C
Storage capacity
Battery storage capacity
No. of tanks
Heating water supply temperatureQuick DHW r ecovery (over 10-minute period)
194°F / 90°C
176°F / 80°C
158°F / 70°C
USG
ltr
USG
ltr
USG/10 min
ltr/10 min
USG/10 min
ltr/10 min
USG/10 min
ltr/10 min
79
300
158
600
7.9
30
143.7
544
79
300
158
600
237
898
229
870
184
698
119
450
238
2
2
900
2
7.9
30
243
920
119
450
238
900
2
314
1190
314
1190
277
1050
357
1350
11.9
45
365
1380
357
1350
422
1600
422
1600
388
1470
476
1800
3
15.9
60
486
1840
476
1800
3
528
2000
528
2000
475
1800
4
4
Max. domestic hot water draw rate (over 10-minute period)
Domestic hot water rise from 50 to 113°F / 10 to 45°C
Storage capacity
Battery storage capacity
No. of tanks
Heating water supply temperatureMax. DHW draw rate (over 10-minute period)
194°F / 90°C
176°F / 80°C
158°F / 70°C
5167 410 - 02
USG
ltr
USG
ltr
GPM
ltr/min
GPM
ltr/min
GPM
ltr/min
79
300
158
600
23.5
90
23
87
18.5
70
119
450
238
2
900
2
32
120
32
120
26.6
101
357
1350
42.3
160
42.3
160
39
148
476
3
1800
4
52.8
200
52.8
200
47.5
180
VITOCELL 300-V9
Page 10
Standard Equipment
Product Installation
Standard Equipment
Vitocell 300-V,
53 and 79 USG / 200 and 300 ltr
capacity
Domestic hot water tank of high-grade
stainless steel with PUR Foam insulation
with
– thermometer and
– adjustable leveling bolts.
The following is packed separately and
attached to the crate:
– installation fittings package: with the
necessary brass adaptors, other necessary
hardware, and Loctite 55
– sensor well with insulation
– temperature and pressure relief valve.
Electrostatically powder coated sheet metal
enclosure panel in a Vitosilver finish.
Product Installation
Domestic hot water connections
Vitocell 300-V,
119 USG / 450 ltr
capacity
Domestic hot water tank of high-grade
stainless steel with wrap-around PET
insulation with
– thermometer and
– adjustable leveling bolts.
The following is packed separately and
attached to the crate:
– installation fittings package: with the
necessary brass adaptors, other necessary
hardware, and hemp
– sensor well with insulation
– temperature and pressure relief valve.
Synthetic wrap-around enclosure panel in a
Vitosilver finish.
IMPORTANT
This is a simplified conceptual drawing
only! Piping and necessary componentry
must be field verified. Proper installation
and functionality in the field is the
responsibility of the heating contractor.
(field supplied)
SVShut-off valve
FVFlow check valve
PRPressure reducing valve
DDrain
DCW Dome stic cold water supply
10VITOCELL 300-V
PGC Pressure guage connection
EPrecharged expansion tank (required
where backflow preventer is installed;
check local plumbing codes and
requirements)
BP1 Backflow preventer
BP2 Backflow preventer
T&P Temperature and pressure relief valve
DHW Domestic hot water supply
DWWater filter
RPRecirculation pipe
RPU Recirculation pump
5167 410 - 02
Page 11
Sensor Well
Vitocell 300-V,
53 to 119 USG / 200 to 450 ltr
capacity
Storage
Capacity
a
b
USG
ltr
inches
mm
inches
mm
53
20079300
8¾
220
7¾
200
8¾
220
7¾
200
119
450
13
330
12¼
310
Product Installation
WARNING
To ensure optimum, safe operation,
the supplied stainless steel well must
be installed. The well diameter is
large enough to accommodate a wide
variety of sensing bulbs.
Always use spring clip to ensure
proper contact of capillary bulb
against the stainless steel well for
proper sens ing/heat transfer!
Heating water supply temperatures
over 230°F / 110°C
For these operating conditions, an approved
high limit safety aquastat m ust be installe d
to limit the domestic hot water temperature
to 203°F / 95°C in the tank.
Recirculation tapping
The recirculation tapping is on a separate
tapping (see page 5). Cap this opening if the
tank is not installed with recirculation.
Backflow preventers
Where backflow preventers are required, a
domestic water expansion tank installation
is recommended in the cold water inlet
piping before the cold water enters the
Vitocell. For the backflow device, observe
local plumbing codes and regulations.
Temperature and pressure
relief valve
A temperature and pressure relief valve
(T&P relief valve) is supplied with the tank.
The heating contractor must install the valve
on each tank in a method meeting code
requirements. If local codes require a
different relief valve, substitute the
manufacturer’s supplied valve. The tank is
approved for 100 psig where a CRN is
required. Maximum operating pressure is
150 ps ig.
The T&P relief valve supplied with the tank
is ASME pressure steam rated for 998 MBH
and CSA temperature steam rated for
200 MBH. It is tested under ANSI Z21.22
code for Relief Valves and Automatic Gas
Shut-off Devices for Hot Water Supply
Systems.
Watts Model
40XL-8
ASME pressure
steam rating
CSA temperature
steam rating
Relief
temperature
Inlet thread
Outlet thread
100 ps ig
(Canada
where
CRN is
required)
998 MBH 1438 MBH
205 MBH
210ºF (99ºC)
150 ps ig
(US and
Canada)
¾” male
¾” female
Warranty excerpt
Our warranty for domestic hot water tanks
states that the water heated should be of
drinking water quality and that any water
treatment equipment in use must function
correctly.
If the product has been improperly installed
or misapplied by the installer, contractor or
final user, Viessmann accepts no
responsibility for damage howsoever caused
and reserves the right to withdraw the
product warranty. In order to qualify for
product warranty, strict a dherence to the
installation and s ervice manuals must be
observed. In the event that components not
approved by Viessmann are utilized,
Viessmann res erves the right to withdraw all
expressed or implied warranties without
written notice.
The water to be heated with the Vitocell
must be drinking (potable) wa ter quality. If
the tank is used to heat other media, the
warranty will be null and void. Damage
resulting from excessive pressure or
temperature is clearly not the responsibility
of Viessmann.
The amount of chloride and sulfate
acceptable to the tank is limited. In areas
where high concentrations of chloride and
sulfate are present in drinking water, please
consult Viessmann for directions.
For full warranty details, please read the
product warranty card.
Assume boiler output to tank is 238 MBH. Enter chart at left and draw horizontal line ac ross to recovery rate of 284 GPH / 4.7 GPM for
140°F / 60°C domestic hot water under column A. Where the horizontal line intersects the 194°F / 90°C curve is the point of intersection
for the diagonal line used to size the pum p. The diagonal line begins at the or igin and goes through the point of intersection extending up to
the top of the chart. Read between the reference diagonal lines to get a pump specification of 20 GPM at 8.4 ft. To summarize: For a
Vitocell-V 300 with 119 USG / 450 ltr capacity and 238 MBH input, the boiler water temperature is 194°F / 90°C, difference between
boiler return and supply water temperature is 29°F / 16°C, recovery rate is 4.7 GPM of 140°F / 60°C DHW, a nd the pump required is 2 0
GPM, 8.4 ft. plus pressure drop in piping and boiler. If a multiple-tank application is required, i.e. 4 tank s at 238 MBH input each, then the
pump selection would be (4 x 20 GPM) 80 GPM at 8.4 ft. plus piping pressure drop.
5167 410 - 02
VITOCELL 300-V15
Page 16
Printed on environmentally friendly
(recycled and recyclable) paper.
16VITOCELL300-V
Technical information subject to change without notice.
5167 410 - 02
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