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Technical Data Manual

Model Nos. and pricing: see Price List

Vitocell 100-V CVWC

Single coil, indirect-fired domestic hot water storage tank

Capacities: 53 USG (200 L), 66 USG (250 L), 79 USG (300 L)

Product Description: Vertical indirect-fired domestic hot water (DHW) storage tank of steel construction, with enamel finish.

⚠️ CAUTION: This tank version is not suitable for steam heating applications.

Certifications: Recognized Component, Intertek Listed, Conforms to UL STD 174, Certified to CSA STD C22.2#110

Product Information & Benefits

Hygienic, convenient, and economical Domestic hot water (DHW) heating with DHW tanks - vertical version.

Benefits at a glance:

Corrosion-resistant tank offering a long service life.
The tank stays hygienic and requires only minimum service.
The entire water content is heated by a tubular heat exchanger surface which extends to the bottom of the tank.
The positioning of the tubular heat exchanger coil in conjunction with the DCW diffuser ensures that 82% to 97% of the tank volume can be drawn at constant water temperature.
The 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.
Standby losses minimized by highly effective HCFC free foam.
Easy transport into mechanical room due to low weight and compact construction.
In conformance with CSA Low Lead Content Certification Program; including US Safe Drinking Water Act, NSF/ANSI 372 as well as other applicable US State requirements.

Cross Section

A cross-section diagram illustrates the internal components of the Vitocell 100-V tank.

Legend:

1 Impressed current anode
2 Ceraprotect enamel lined steel shell
3 Foam in place tank insulation
4 Self venting heat exchanger coil with large heating surface area to maximize heat transfer
5 Inspection and clean-out port

Technical Data - Vitocell 100-V CVWC 53 USG (200 L)

For domestic hot water heating applications which utilize modulating and low temperature hot water heating boilers and the Vitocal 100-AW AM2Vseries.

Specification	Value
Storage capacity	53 USG (200 L)
Insulation	PUR Foam
Heating Supply flow rate (GPM m³/h)	11.9 (2.7)
Recovery rates
With a rise of DHW from 50 to 113°F (10 to 45°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	215 (63)
GPH (L/h)	407 (1541)
176°F (80°C) MBH (kW)	181 (53)
GPH (L/h)	339 (1285)
158°F (70°C) MBH (kW)	144 (42)
GPH (L/h)	270 (1024)
149°F (65°C) MBH (kW)	124 (36.2)
GPH (L/h)	235 (891)
140°F (60°C) MBH (kW)	105 (30.6)
GPH (L/h)	199 (753)
131°F (55°C) MBH (kW)	85 (24.7)
GPH (L/h)	161 (608)
122°F (50°C) MBH (kW)	62 (18.1)
GPH (L/h)	118 (446)
With a rise of DHW from 50 to 122°F (10 to 50°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	205 (60)
GPH (L/h)	339 (1285)
176°F (80°C) MBH (kW)	171 (50)
GPH (L/h)	279 (1057)
158°F (70°C) MBH (kW)	134 (39)
GPH (L/h)	217 (823)
149°F (65°C) MBH (kW)	111 (32.5)
GPH (L/h)	185 (700)
140°F (60°C) MBH (kW)	90 (26.5)
GPH (L/h)	151 (570)
131°F (55°C) MBH (kW)	67 (19.6)
GPH (L/h)	112 (423)
With a rise of DHW from 50 to 131°F (10 to 55°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	195 (57)
GPH (L/h)	286 (1083)
176°F (80°C) MBH (kW)	157 (46)
GPH (L/h)	231 (876)
158°F (70°C) MBH (kW)	120 (35)
GPH (L/h)	173 (658)
149°F (65°C) MBH (kW)	96 (28.2)
GPH (L/h)	142 (539)
140°F (60°C) MBH (kW)	72 (21.1)
GPH (L/h)	107 (405)
With a rise of DHW from 50 to 140°F (10 to 60°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	185 (54)
GPH (L/h)	242 (918)
176°F (80°C) MBH (kW)	147 (43)
GPH (L/h)	191 (725)
158°F (70°C) MBH (kW)	103 (30)
GPH (L/h)	135 (514)
149°F (65°C) MBH (kW)	78 (22.6)
GPH (L/h)	103 (389)

Specification	Value
Storage tank draw volume at 113°F (45°C) without reheating with tank temp of:
113°F (45°C)	37 USG (140 L)
122°F (50°C)	53 USG (203 L)
131°F (55°C)	70 USG (266 L)
140°F (60°C)	87 USG (330 L)
Storage tank draw volume at 131°F (55°C) without reheating with tank temp of:
131°F (55°C)	37 USG (140 L)
140°F (60°C)	53 USG (203 L)
Heating time (minutes) for heat pump with specified nominal heat output (A7/W35) for DHW temp rise of 50 to 113°F (10 to 45°C) and heating supply water temp of 140°F (60°C):
20.5 MBH (6 kW)	86
27.3 MBH (8 kW)	65
34.1 MBH (10 kW)	52
44.4 MBH (13 kW)	40
58.0 MBH (17 kW)	30
Heating time (minutes) for DHW temp rise of 50 to 122°F (10 to 50°C) and heating supply water temp of 140°F (60°C):
20.4 MBH (6 kW)	98
27.3 MBH (8 kW)	74
34.1 MBH (10 kW)	59
44.4 MBH (13 kW)	45
58.0 MBH (17 kW)	35
Maximum Operating Temperature
Heating System Supply	248°F (120°C)
Domestic Hot Water	180°F (82°C)
Standby heat loss (qB,S at 81°F (45 K) temp differential)	4.2 (1.22) MBTU/24h (kWh/24h)
Dimensions*
Overall length	26-¼ in. (668 mm)
Overall width	28-¼ in. (714 mm)
Overall height*	48-½ in. (1229 mm)
Tilt height	53-¾ in. (1365 mm)
Weight
Tank with insulation	214 lbs (97 kg)
Heat exchanger surface area	21.5 ft² (2.0 m²)
Heating water content (heat exchanger pipe coil)	3.83 USG (14.5 L)
*Connections³**
Heating water supply/return	1 in. (male NPT thread)
Domestic cold/hot water	1 in. (male NPT thread)
Temp. and press. relief valve	1 in. (male NPT thread)
Recirculation	1 in. (male NPT thread)

*¹ For additional dimensions, see illustrations and table on “Tank Dimensions Vitocell 100-V CVWC 53 USG (200 L)" on page 10.

*² Adjustable feet can be adjusted up to 1-¼ in. (35 mm).

*³ With installation of supplied adaptors.

Technical Data - Vitocell 100-V CVWC 66 USG (250 L)

For domestic hot water heating applications which utilize modulating and low temperature hot water heating boilers and the Vitocal 100-AW AM2Vseries.

Specification	Value
Storage capacity	66 USG (250 L)
Insulation	PUR Foam
Heating Supply flow rate (GPM m³/h)	11.9 (2.7)
Recovery rates
With a rise of DHW from 50 to 113°F (10 to 45°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	239 (70)
GPH (L/h)	450 (1705)
176°F (80°C) MBH (kW)	198 (58)
GPH (L/h)	375 (1423)
158°F (70°C) MBH (kW)	161 (47)
GPH (L/h)	299 (1135)
149°F (65°C) MBH (kW)	137 (40.1)
GPH (L/h)	261 (988)
140°F (60°C) MBH (kW)	116 (34.0)
GPH (L/h)	221 (836)
131°F (55°C) MBH (kW)	94 (27.4)
GPH (L/h)	178 (675)
122°F (50°C) MBH (kW)	69 (20.2)
GPH (L/h)	131 (496)
With a rise of DHW from 50 to 122°F (10 to 50°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	229 (67)
GPH (L/h)	375 (1423)
176°F (80°C) MBH (kW)	188 (55)
GPH (L/h)	309 (1172)
158°F (70°C) MBH (kW)	147 (43)
GPH (L/h)	240 (912)
149°F (65°C) MBH (kW)	123 (36.1)
GPH (L/h)	205 (777)
140°F (60°C) MBH (kW)	100 (29.4)
GPH (L/h)	167 (633)
131°F (55°C) MBH (kW)	75 (21.9)
GPH (L/h)	124 (471)
With a rise of DHW from 50 to 131°F (10 to 55°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	215 (63)
GPH (L/h)	317 (1200)
176°F (80°C) MBH (kW)	175 (51)
GPH (L/h)	256 (971)
158°F (70°C) MBH (kW)	134 (39)
GPH (L/h)	192 (730)
149°F (65°C) MBH (kW)	107 (31.3)
GPH (L/h)	158 (599)
140°F (60°C) MBH (kW)	80 (23.5)
GPH (L/h)	118 (450)
With a rise of DHW from 50 to 140°F (10 to 60°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	205 (60)
GPH (L/h)	268 (1017)
176°F (80°C) MBH (kW)	161 (47)
GPH (L/h)	212 (804)
158°F (70°C) MBH (kW)	117 (34)
GPH (L/h)	151 (572)
149°F (65°C) MBH (kW)	86 (25.2)
GPH (L/h)	114 (433)

Specification	Value
Storage tank draw volume at 113°F (45°C) without reheating with tank temp of:
113°F (45°C)	46 USG (175 L)
122°F (50°C)	67 USG (254 L)
131°F (55°C)	88 USG (333 L)
140°F (60°C)	109 USG (412 L)
Storage tank draw volume at 131°F (55°C) without reheating with tank temp of:
131°F (55°C)	46 USG (175 L)
140°F (60°C)	67 USG (254 L)
Heating time (minutes) for heat pump with specified nominal heat output (A7/W35) for DHW temp rise of 50 to 113°F (10 to 45°C) and heating supply water temp of 140°F (60°C):
20.4 MBH (6 kW)	108
27.3 MBH (8 kW)	81
34.1 MBH (10 kW)	65
44.4 MBH (13 kW)	50
58.0 MBH (17 kW)	38
Heating time (minutes) for DHW temp rise of 50 to 122°F (10 to 50°C) and heating supply water temp of 140°F (60°C):
20.4 MBH (6 kW)	123
27.3 MBH (8 kW)	92
34.1 MBH (10 kW)	74
44.4 MBH (13 kW)	57
58.0 MBH (17 kW)	43
Maximum Operating Temperature
Heating System Supply	248°F (120°C)
Domestic Hot Water	180°F (82°C)
Standby heat loss (qB,S at 81°F (45 K) temp differential)	4.5 (1.31) MBTU/24h (kWh/24h)
Dimensions*
Overall length	26-¼ in. (668 mm)
Overall width	28-¼ in. (714 mm)
Overall height*	56-½ in. (1430 mm)
Tilt height	61 in. (1548 mm)
Weight
Tank with insulation	245 lbs (111 kg)
Heat exchanger surface area	24.2 ft² (2.25 m²)
Heating water content (heat exchanger pipe coil)	4.36 USG (16.5 L)
*Connections³**
Heating water supply/return	1 in. (male NPT thread)
Domestic cold/hot water	1 in. (male NPT thread)
Temp. and press. relief valve	1 in. (male NPT thread)
Recirculation	1 in. (male NPT thread)

*¹ For additional dimensions, see illustrations and table on “Tank Dimensions Vitocell 100-V CVWC 66 and 79 USG (250 and 300 L)" on page 11.

*² Adjustable feet can be adjusted up to 1-¼ in. (35 mm).

*³ With installation of supplied adaptors.

Technical Data - Vitocell 100-V CVWC 79 USG (300 L)

For domestic hot water heating applications which utilize modulating and low temperature hot water heating boilers and the Vitocal 100-AW AM2Vseries.

Specification	Value
Storage capacity	79 USG (300 L)
Insulation	PUR Foam
Heating Supply flow rate (GPM m³/h)	11.9 (2.7)
Recovery rates
With a rise of DHW from 50 to 113°F (10 to 45°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	260 (76)
GPH (L/h)	492 (1863)
176°F (80°C) MBH (kW)	219 (64)
GPH (L/h)	411 (1556)
158°F (70°C) MBH (kW)	175 (51)
GPH (L/h)	328 (1242)
149°F (65°C) MBH (kW)	150 (43.9)
GPH (L/h)	286 (1081)
140°F (60°C) MBH (kW)	127 (37.2)
GPH (L/h)	242 (916)
131°F (55°C) MBH (kW)	103 (30.1)
GPH (L/h)	196 (741)
122°F (50°C) MBH (kW)	76 (22.2)
GPH (L/h)	144 (545)
With a rise of DHW from 50 to 122°F (10 to 50°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	250 (73)
GPH (L/h)	411 (1556)
176°F (80°C) MBH (kW)	205 (60)
GPH (L/h)	338 (1282)
158°F (70°C) MBH (kW)	161 (47)
GPH (L/h)	263 (999)
149°F (65°C) MBH (kW)	135 (39.5)
GPH (L/h)	225 (851)
140°F (60°C) MBH (kW)	110 (32.3)
GPH (L/h)	184 (695)
131°F (55°C) MBH (kW)	82 (24.0)
GPH (L/h)	137 (517)
With a rise of DHW from 50 to 131°F (10 to 55°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	236 (69)
GPH (L/h)	346 (1313)
176°F (80°C) MBH (kW)	192 (56)
GPH (L/h)	280 (1063)
158°F (70°C) MBH (kW)	144 (42)
GPH (L/h)	211 (801)
149°F (65°C) MBH (kW)	118 (34.4)
GPH (L/h)	174 (658)
140°F (60°C) MBH (kW)	89 (25.9)
GPH (L/h)	131 (495)
With a rise of DHW from 50 to 140°F (10 to 60°C) and heating water supply temp of:
194°F (90°C) MBH (kW)	222 (65)
GPH (L/h)	294 (1114)
176°F (80°C) MBH (kW)	178 (52)
GPH (L/h)	233 (882)
158°F (70°C) MBH (kW)	127 (37)
GPH (L/h)	165 (628)
149°F (65°C) MBH (kW)	95 (27.7)
GPH (L/h)	126 (476)

Specification	Value
Storage tank draw volume at 113°F (45°C) without reheating with tank temp of:
113°F (45°C)	55 USG (210 L)
122°F (50°C)	80 USG (305 L)
131°F (55°C)	106 USG (400 L)
140°F (60°C)	131 USG (495 L)
Storage tank draw volume at 131°F (55°C) without reheating with tank temp of:
131°F (55°C)	55 USG (210 L)
140°F (60°C)	81 USG (305 L)
Heating time (minutes) for heat pump with specified nominal heat output (A7/W35) for DHW temp rise of 50 to 113°F (10 to 45°C) and heating supply water temp of 140°F (60°C):
20.4 MBH (6 kW)	129
27.3 MBH (8 kW)	97
34.1 MBH (10 kW)	78
44.4 MBH (13 kW)	60
58.0 MBH (17 kW)	46
Heating time (minutes) for DHW temp rise of 50 to 122°F (10 to 50°C) and heating supply water temp of 140°F (60°C):
20.4 MBH (6 kW)	147
27.3 MBH (8 kW)	111
34.1 MBH (10 kW)	89
44.4 MBH (13 kW)	68
58.0 MBH (17 kW)	52
Maximum Operating Temperature
Heating System Supply	248°F (120°C)
Domestic Hot Water	180°F (82°C)
Standby heat loss (qB,S at 81°F (45 K) temp differential)	5.3 (1.54) MBTU/24h (kWh/24h)
Dimensions*
Overall length	26-¼ in. (668 mm)
Overall width	28-¼ in. (714 mm)
Overall height*	67 in. (1697 mm)
Tilt height	70-½ in. (1790 mm)
Weight
Tank with insulation	278 lbs (126 kg)
Heat exchanger surface area	26.9 ft² (2.5 m²)
Heating water content (heat exchanger pipe coil)	4.76 USG (18 L)
*Connections³**
Heating water supply/return	1 in. (male NPT thread)
Domestic cold/hot water	1 in. (male NPT thread)
Temp. and press. relief valve	1 in. (male NPT thread)
Recirculation	1 in. (male NPT thread)

*¹ For additional dimensions, see illustrations and table on “Tank Dimensions Vitocell 100-V CVWC 66 and 79 USG (250 and 300 L)" on page 11.

*² Adjustable feet can be adjusted up to 1-¼ in. (35 mm).

*³ With installation of supplied adaptors.

Tank Dimensions

Vitocell 100-V CVWC 53 USG (200 L)

Diagram showing dimensions and labeled ports for the 53 USG tank.

Dimension Label	CVWC 53 (in. mm)
a	26-¼ (668)
b	28-¼ (714)
c	68 (1728)
d	12-¾ (323)
e	3-¼ (83)
f	10-½ (268)
g	31 (788)
h	35-½ (898)
k	45 (1140)
l	50-¼ (1277)
m	57-½ (1457)
n	64-¾ (1641)

Adjustable feet can be adjusted up to 1-¼ in. (35 mm).

Vitocell 100-V CVWC 66 and 79 USG (250 and 300 L)

Diagram showing dimensions and labeled ports for the 66 and 79 USG tanks.

Dimension Label	CVWC 66 (in. mm)	CVWC 79 (in. mm)
a	26-¼ (668)	26-¼ (668)
b	28-¼ (714)	28-¼ (714)
c	76 (1929)	86-½ (2196)
d	40-¼ (1022)	43-½ (1101)
e	12-¾ (323)	12-¾ (323)
f	3-¼ (83)	3-¼ (83)
g	10-½ (268)	10-½ (268)
h	38-½ (978)	41-¾ (1057)
k	34 (866)	46 (1167)
l	53 (1345)	63-¼ (1607)
m	58-¾ (1488)	69 (1754)
n	65-¾ (1667)	76-¼ (1934)
o	73 (1851)	83-½ (2118)

Adjustable feet can be adjusted up to 1-¼ in. (35 mm).

Legend for Dimensions Diagrams:

A 1 Inch NPT female thread, heating supply from backup heat generator / R 1 Inch NPT female thread, system supply, highest point/ventilation
B 1 Inch NPT female thread, supply from primary heat/cool generator / S 1 Inch NPT female thread, return to backup heat generator
C 1 Inch NPT female thread, return to primary heat/cool generator, lowest point/drain / T 1 Inch NPT female thread, system return
D Domestic Hot Water
E Domestic Hot Water Tank Sensor Well
F Heating Water Supply
G Domestic Hot Water Recirculation Tapping
K Heating Water Return
L Domestic Cold Water
M Cleanout and Inspection Port
N Impressed Current Anode (53 USG diagram) / O Impressed Current Anode (66/79 USG diagram)
P Electronic Unit for Impressed Current Anode (53 USG diagram) / U Electronic Unit for Impressed Current Anode (66/79 USG diagram)

Pressure Drop

Pressure drop curves are provided for each tank size (53, 66, and 79 USG) showing pressure drop in mbar (and ft) versus flow rate in l/min (and GPM) for Heating System Water (Curve A) and Domestic Hot Water (DHW) (Curve B).

Vitocell 100-V CVWC 53 USG (200L) Pressure Drop

Graph showing pressure drop for the 53 USG tank.

Vitocell 100-V CVWC 66 USG (250L) Pressure Drop

Graph showing pressure drop for the 66 USG tank.

Vitocell 100-V CVWC 79 USG (300L) Pressure Drop

Graph showing pressure drop for the 79 USG tank.

Standard Equipment

Vitocell 100-V, CVWC 53 USG (200 L) capacity

Steel DHW tank with enamel coating.

Integral welded sensor well for tank temperature sensor/temperature controller
Temperature and pressure relief valve
Installation fittings
Technical literature set
Adjustable feet
Fitted thermal insulation
Color of the epoxy-coated sheet steel casing: Vitopearlwhite.

Vitocell 100-V, CVWC 66 USG (250 L) capacity

Steel DHW tank with enamel coating.

Integral welded sensor well for tank temperature sensor/temperature controller
Temperature and pressure relief valve
Installation fittings
Technical literature set
Adjustable feet
Fitted thermal insulation
Color of the epoxy-coated sheet steel casing: Vitopearlwhite.

Vitocell 100-V, CVWC 79 USG (300 L) capacity

Steel DHW tank with enamel coating.

Integral welded sensor well for tank temperature sensor/temperature controller
Temperature and pressure relief valve
Installation fittings
Technical literature set
Adjustable feet
Fitted thermal insulation
Color of the epoxy-coated sheet steel casing: Vitopearlwhite.

System Design Guidelines

Domestic hot water connections

A simplified conceptual diagram illustrates typical domestic hot water connections for the Vitocell tank system.

Legend for System Design Diagram:

A Domestic hot water (DHW) supply
B DHW recirculation line
C DHW recirculation pump with integrated check valve
D Discharge pipe
E Pressure and temperature relief valve
F Shut-off valves
G Drain
H Domestic cold water (DCW) supply lines
I Backflow preventer
J DCW inlet
K Precharged expansion tank (required where backflow preventer is installed; check local plumbing codes and requirements)
L Thermostatic mixing valve/anti-scald valve
M Heat pump supply
N Heat pump return

! 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.

Additional System Information

Sensors

Sensor clamps are used for control sensors to ensure maximum operational safety. For solar heating systems, Viessmann recommends placement of the DHW tank temperature sensor in the solar collector return, requiring a brass elbow with the sensor well.

⚠️ WARNING: To ensure optimum, safe operation, the stainless steel well must be used. 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 sensing/heat transfer!

Heating water supply temperature over 248°F (120°C)

For these operating conditions, an approved high limit must be installed to limit the domestic hot water temperature to 180°F (82°C) in the tank.

Temperature and pressure relief valve

A 150 psi 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. Maximum operating pressure is 150 psig.

The T&P relief valve supplied with the tank is tested under ANSI Z21.22 Code for Relief Valves and Automatic Gas Shut-off Devices for Hot Water Supply Systems.

T&P Valve Specification	Value
ASME pressure steam rating	150 psig
CSA temperature steam rating	See ratings marked on T&P valve
Relief temperature	205 MBH
Inlet thread	210°F (99°C)
Outlet thread	¾ in. male
Outlet thread	¾ in. female

Tempering valve

Ensure that temperature tempering valve(s) is installed if the domestic hot water storage tank temperature exceeds 140°F (60°C) to protect from scalding. Consult plumbing codes and authorities for local requirements.

Installation of additional high limit temperature device(s)

⚠️ WARNING: In a multiple-tank installation, it is recommended that an additional high limit temperature device be installed in the common domestic hot water supply header to the system. This safety device should be wired in series to the operating control of the tank battery. The setting on this additional high limit temperature device should be approximately 9°F (5°C) higher than the operating high limit.

Recirculation tapping

The recirculation tapping is on a separate tapping. 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.

Warranty consideration

Viessmann DHW tanks require 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 adherence to the installation and service manuals must be observed.

In the event that components not approved by Viessmann are utilized, Viessmann reserves the right to withdraw all expressed or implied warranties without written notice.

The water to be heated with the Vitocell must be drinking (potable) water 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 sheet.

Contact Information

Viessmann Manufacturing Company (U.S.) Inc.
45 Access Road
Warwick, Rhode Island 02886 USA
TechInfo Line: 1-888-484-8643
Phone: 1-800-288-0667
Fax: (401) 732-0590
Website: www.viessmann-us.com
Email: info@viessmann-us.com

Viessmann Manufacturing Company Inc.
750 McMurray Road
Waterloo, Ontario N2V 2G5 Canada
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Models: Vitocell 100-V 100 V 160 Litre Hot Water Tank, Vitocell, 100-V 100 V 160 Litre Hot Water Tank, 160 Litre Hot Water Tank, Hot Water Tank, Water Tank, Tank

File Info : application/pdf, 20 Pages, 2.58MB

vitocell 100 cvwc tdm

References

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Technical Data Manual

Vitocell 100-V CVWC

Product Information & Benefits

Benefits at a glance:

Cross Section

Legend:

Technical Data - Vitocell 100-V CVWC 53 USG (200 L)

Technical Data - Vitocell 100-V CVWC 66 USG (250 L)

Technical Data - Vitocell 100-V CVWC 79 USG (300 L)

Tank Dimensions

Vitocell 100-V CVWC 53 USG (200 L)

Vitocell 100-V CVWC 66 and 79 USG (250 and 300 L)

Legend for Dimensions Diagrams:

Related Product Information

Legend for Vitocell 100-E MSCA Connections:

Pressure Drop

Vitocell 100-V CVWC 53 USG (200L) Pressure Drop

Vitocell 100-V CVWC 66 USG (250L) Pressure Drop

Vitocell 100-V CVWC 79 USG (300L) Pressure Drop

Standard Equipment

Vitocell 100-V, CVWC 53 USG (200 L) capacity

Vitocell 100-V, CVWC 66 USG (250 L) capacity

Vitocell 100-V, CVWC 79 USG (300 L) capacity

System Design Guidelines

Domestic hot water connections

Legend for System Design Diagram:

Additional System Information

Sensors

Heating water supply temperature over 248°F (120°C)

Temperature and pressure relief valve

Tempering valve

Installation of additional high limit temperature device(s)

Recirculation tapping

Backflow preventers

Warranty consideration

Contact Information

References

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