Viessmann® Indirect-Fired Domestic Hot Water Storage Tank, Series: CVBB, Vitocell 100-B Model, 79 gal Capacity, 1 in Male NPT Thread Connection, 106 MBH/201 gal/hr at 194 deg F, 89 MBH/169 gal/hr at 176 deg F, 68 MBH/129 gal/hr at 158 deg F, 51 MBH/97 gal/hr at 140 deg F, 38 MBH/71 gal/hr at 122 deg F Recovery, Steel, Ceraprotect Enamel-Coated, 150 lbf/sq-in at 210 deg F DHW Water Side, 150 lbf/sq-in at 392 deg F Heat Exchanger Side Pressure, 26-1/4 in L x 29-1/4 in W x 68-1/4 in H
Capacity |
: |
79 gal |
Connection Type |
: |
1 in Male NPT Thread |
Dimensions |
: |
26-1/4 in L x 29-1/4 in W x 68-1/4 in H |
Finish |
: |
Ceraprotect Enamel-Coated |
Material |
: |
Steel |
Model |
: |
Vitocell 100-B |
Pressure Rating |
: |
150 lbf/sq-in at 210 deg F DHW Water Side, 150 lbf/sq-in at 392 deg F Heat Exchanger Side |
Recovery Rate |
: |
106 MBH/201 gal/hr at 194 deg F, 89 MBH/169 gal/hr at 176 deg F, 68 MBH/129 gal/hr at 158 deg F, 51 MBH/97 gal/hr at 140 deg F, 38 MBH/71 gal/hr at 122 deg F |
- One-heat exchanger coil facilitates heat transfer from the solar collectors to domestic hot water, a second heat exchanger coil allows reheating of the water content by the hot water heating boiler
- Domestic hot water storage tank of corrosion protected steel with built-in insulation made of PUR Foam
- Fully hygienic, efficient and economical domestic hot water production by solar collectors and a hot water heating boiler
- Heat from the solar collectors is transferred to the domestic hot water via the lower tank coil
- Corrosion-resistant tank with Ceraprotect enamel coating ensures a long service life, additional cathode protection is provided by a magnesium anode
- The entire water content is heated by a coiled 1 in Dia steel heat exchanger surface which extends to the bottom of the tank
- Large heat exchanger surfaces allow fast and even heating of the entire water content, guaranteeing a high level of domestic hot water comfort
- Increased energy savings thanks to highly effective, foamed-in-place HCFC-free insulation keeping standby losses at a minimum
- 2-thermometers to show the DHW temperature at the top of the tank and at the midpoint of the tank
- 7.8 MBH/24 hr standby losses
- 9.7 sq-ft heat exchange surface area