Electric Low Capacity

Light Duty Commercial

Electric cement lined water heater Model E
  • Light Duty
  • 6 - 120 Gallon Capacity
  • Up to 12KW - 1 Phase or 3 Phase

Ceiling Hung Horizontal

Electric horizontal ceiling hung water heater Model HE/HSE
  • Horizontal, Ceiling Hung
  • 20 or 30 Gallon Capacity
  • Up to 20 KW - 1 or 3 Phase

Heat Pump
Hybrid

Hybrid electric heat pump water heater Model PBX
  • Heat Pump Water Heater
  • 40 - 120 Gallon Capacity
  • 1 or 3 Phase

Point-Of-Use Storage

Point-of-use electric water heater Model CE110
  • Point-of-Use
  • 1 Gallon Capacity
  • 1000 or 450 Watts - 1 Phase

Point-Of-Use Tankless

Electric tankless point-of-use water heater Model R
  • Whole House / Point-of-Use
  • Availabe 3 thru 27 KW - 1 Phase

Electric
Booster

Electric booster water heater Model J
  • Booster Heater
  • Provides 180°F water
  • Up to 88 KW - 1 or 3 Phase

Tankless Electric Booster

Electric tankless booster heater Model JTX
  • Tankless Booster Heater
  • Provides 180°F water
  • 11 to 54 KW - 1 or 3 Phase

Heavy Duty Commercial

Commercial heavy duty electric storage water heater Model SE
  • Heavy Duty
  • 6-120 Gallon Capacity
  • Up to 58 KW - 3 Phase

Tankless Commercial

Electric tankless water heater Model TX
  • Tankless Commercial
  • Highly efficient tankless
  • Up to 54 KW - 1 or 3 Phase

Large ASME
Heater

Large capacity electric storage tank water heater Model SH
  • Large Capacity
  • 80-5000 Gallon Capacity
  • All KW ratings - 1 or 3 Phase
     

Commercial Gas Tankless

Gas tankless water heater Model GX
  • High Efficiency Condensing Burner
  • Integrated Pump
  • 200,000 and 250,000 BTUs

Integrated Tank with Tankless

Condensing gas storage tank water heater Model GXT
  • High Efficiency Condensing Burner
  • Hydrastone Cement
  • 200,000 to 250,000 BTUs

DI / RO Gas
Tankless

DI/RO gas fired tankless water heater Model DGX
  • DI/RO Water Heater
  • High Efficiency Condensing Burner
  • 199,950 and 250,000 BTU

Gas Tankless Booster

Condensing gas tankless booster water heater Model JBX
  • Gas Tankless Booster
  • For Commercial Kitchens
  • 250,000 BTU

Gas Storage
Heater

Condensing gas storage tank water heater Model GXT
  • Non Condensing Burner
  • Hydrastone Cement
  • 200,000 to 250,000 BTUs
   

Large ASME
Steam Heater

Steam fired water heater large capacity Model ST
  • Storage Type
  • 80-5000 Gallon Capacity
  • ASME Stamped

Packaged Semi-Instantaneous

Semi-Instantaneous Steam Fired Water Heater Model STX
  • Semi-Instantaneous
  • Space saving design
  • Provides 10,500 GPH

Point-Of-Use
Steam

Storage tank steam fired water heater Model PS
  • Light Duty
  • 80-120 Gallon Capacity
  • For low demand/recovery

High Capacity Instantaneous

Instantaneous steam fired water heater Model F
  • Instantaneous
  • 7 Sq. Ft. of floorspace
  • Up to 120 GPM
     

Semi-Instantaneous Indirect

Indirect fired semi-instantaneous water heater Hubbell Model BWX
  • Semi-Instantaneous
  • Vertical or Horizontal
  • ASME Stamped

Large ASME
Indirect

Indirect fired storage tank water heater Hubbell Model BW
  • Storage Type
  • Vertical or Horizontal
  • 80-5000 Gallon Capacity

Small Capacity Indirect

Indirect fired storage tank water heater model T Transflow
  • Indirect Fired
  • 30-120 Gallon Capacity
  • Utilizes boiler water

Solar

Solar water heater Model SLN
  • Solar Heater
  • Vertical Storage Type
  • 30-120 Gallon Capacity
       

Storage
Tanks

ASME and None ASME storage vessels Hubbell Model StorageTank
  • ASME & Non ASME designs
  • Hydrastone Cement
  • Vertical or Horizontal

Buffer
Tanks

ASME and None ASME storage vessels Hubbell Model BufferTank
  • Carbon Steel Construction
  • Long Warranty
  • ASME Section VIII, Division 1
   
       

Circulation (Instantaneous)

Electric circulation heater Hubbell Model CR
  • Circulation (Instantaneous)
  • Heavy Duty Construction
  • 25-1600 KW - 1 or 3 Phase

Explosion
Resistant

Electric hazardous location water heater Model ER
  • Hazardous Location
  • 10-120 Gallon Capacity
  • Up to 58 KW - 1 or 3 Phase

Industrial Process Heater

Electric process industrial water heater Model V
  • Process Systems & Industrial
  • ASME Stamped
  • Up to 88 KW - 1 or 3 Phase

Emergency Shower Tankless

Electric tankless safety shower water heater Model ETX
  • Tankless Emergency Tepid Water
  • NEMA 4 Standard
  • Up to 88 KW - 1 or 3 Phase

RO / DI Heater Compact

DI/RO electric hot water heater Model HD
  • RO/DI Water Heater
  • Point-of-Use Heater
  • Up to 88 KW - 1 or 3 Phase

RO / DI Heater Storage

DI/RO electric hot water heater Model D
  • RO/DI Water Heater
  • 1-120 Gallon Capacity
  • Up to 88 KW - 1 or 3 Phase

Tepid Water for Emergency Fixtures

Electric safety shower water heater Model EMV
  • Emergency Tepid Water
  • Fully packaged system
  • Integrated mixing valve

Fully Integrated Package

Model Packaged Skid
  • Customized to your specifications
  • Full featured system ready for your application

Light Duty
Electric

Electric water heater for shipboard marine use single phase power Model ME
  • Light Duty
  • 6-120 Gallon Capacity
  • Up to 6 KW - 1 Phase

Large ASME
Electric

Electric water heater for shipboard marine use large capacity Model MSH
  • Large Capacity
  • 80-5000 Gallon Capacity
  • All KW ratings - 1 or 3 Phase

Heavy Duty
Electric

Electric water heater for shipboard marine use three phase power Model MSE
  • Vertical
  • 6-120 Gallon Capacity
  • 1 or 3 Phase - Up to 58 KW

Tankless
Electric

Electric tankless water heater for shipboard marine use model MTX
  • Tankless Marine Heater
  • Provides 180°F water
  • 11 to 54 KW - 1 or 3 Phase

Naval

Naval shipboard marine electric water heater Hubbell Model 177
  • MIL Spec Navy Heaters
  • Comforms to MIL-H-965
  • Shock and EMI protection

Fully Integrated Package

Turn-key hot water system
  • Customized to your specifications
  • Full featured system ready for your application
   

Immersion Heating
Elements

Electric immersion tubular style heaters
  • Immersion Electric Heaters
  • Flanged or Screw Plugs Types
  • All KW ratings - 1 or 3 Phase

Heat Transfer
Coils

Heat exchanger and heating coil water heaters
  • Immersion Heat Transfer Coils
  • U tube type
  • Range of Materials
   
       
Electric High Capacity
Gas Fired
Steam Fired
Indirect
Storage
Special Purpose
Marine
Elements & Exchangers
Resource Center
Electric process industrial water heater Model V
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Model V

Process Water Heater

For Industrial Applications, All Voltages Up to 88 KW Single or Three Phase

The Hubbell Model V is a dependable and trouble-free source for hot water in continuous, cyclical or variable flow systems in a wide range of applications. The heart of the V Model is a solid stainless steel ASME stamped pressure vessel which is impervious to the corrosive effects of hot water and provides maximum vessel longevity. Only the highest quality materials and components are used to ensure reliable operation in even the most demanding application. The V Model is ready for immediate installation and service and all electrical operating controls are factory selected, sized and wired. When you specify and install a Hubbell Model V, you will have confidence in knowing the owner will be provided with a trouble-free and long lasting source for hot water.


cULUS Listed ANSI NSF5 ASME UM
  • Industrial Grade Construction

    • Stainless steel pressure vessel provides maximum service life
    • ASME Section VIII stamped vessel ensures high quality construction
    • Heavy duty construction withstands demanding industrial use
    • Packaged with all electrical operating controls for efficient installation
  • Versatile Design

    • Small reserve capacity lowers peak power demand and reduces operating costs in systems with ON/OFF cyclical demand
    • Most units are easily upgradeable for future expansion
    • A full range of styles, sizes and optional features are readily available to meet your exact heating needs

Why Install A Hubbell Industrial Grade Water Heater?

  • Reliability

    The Hubbell process heater is designed to provide many years of operation. The tank is all stainless steel construction and is designed, constructed and stamped in strict conformance to ASME Section VIII.

  • Lower Operating Costs

    The Hubbell pressure vessel is encapsulated in environmentally friendly CFC/HCFC free closed cell foam insulation to minimize stand-by heat loss. This high quality insulation reduces heat loss by more than half when compared to fiberglass type insulation.

  • Advanced Construction

    Provides trouble-free system integration, operation and maintenance. Temperature control is provided by an electronic solid state digital display controller. The controller is fully adjustable from 32-194°F (0°-90°C) and includes an adjustable temperature differential. The heater includes an integral low water cut off feature to prevent the heating elements from dry firing and an internal leak detection sensor notifies an operator if water is present in the control cabinet. For further ease of service and maintenace, all controls are mounted such that when a component is removed for service no other component needs to be removed and all sensing functions are integrated into one probe. The heating element and sensing probe are straight thread screw types that utilize an O-ring to minimize leakage problems as is common with flat gaskets and NPT connections.

Model V6 Shown

Model V6 How It Works

Model V Water Heater Specifications

Vessel: 304L Stainless Steel
Storage Capacity: 6 or 16 Gallons
Voltage: 120 thru 600 Volt
Phase: 1 Φ or 3 Φ
Connection (1-58kW):
Material: Bronze
Inlet: 3/4" Male NPT
Outlet: 3/4" Male NPT
Relief Valve: 3/4" Female NPT
Connection (64-88kW):
Material: Bronze
Inlet: 1 1/2" Male NPT
Outlet: 1 1/2" Male NPT
Relief Valve: 1" Female NPT
Temperature Controller:
Type: Solid State
Style: Immersion
Range: 32-194°F (0-90°C)
Hi-Limit:
Type: Solid State
Style: Immersion
Reset: Manual
Range: 210°F
Pressure Drop:
V6 V16 (3/4") V16 (1 1/2")
5 GPM 0.11 psi 0.15 psi < 1 psi
10 GPM 0.43 psi 0.58 psi < 1 psi
25 GPM 2.6 psi 3.6 psi < 1 psi
50 GPM 10.5 psi 14.4 psi < 1 psi
Heating Element:
Type: Screw Plug with Buna-N O-ring
Style: Tubular
Sheathing: Copper with Brass Plug
Controller:
Degrees: °F or °C (Default: °F)
Differential: 1° thru 20° (Default: 2°)
Display: Shows set point or actual temperature (Default: Set Point
Low Water Sensing: On or Off (Default: On
Low Water Reset: Manual or Automatic (Default: Automatic)
Staging: Up to 3 stages
Magnetic Contactor:
Type: Definite Purpose
Control Circuit: 208/240 Volt
Internal Wiring: Tefzel 750 200°C:
Digital Display: 3 digit 7 segment LED display
Fault Indicators: Low Water
Hi-Temperature
No Probe
Leak Detection
Low Water Type: Conductivity
Design WP: 150 psi
Design TP: 225 psi
Relief Valve:
Approvals: ASME/CSA
Temperature: 210°F
Pressure: 150 psi
Material: Bronze
Insulation: CFC/HCFC Free
Closed Cell Foam
Outer Jacket: 304 Stainless Steel
Warranty:
Tank: 3 Years
Electrical: 1 Year

Model V6 (1-18 kW) Dimensions

Outline Dimensions
Model Number Selection Chart With Amperage
Base Model KW Rating Storage Capacity (Gallons) Full Model Number Listed By Voltage & Phase Amperage Draw By Voltage & Phase
120 V 208 V 240 V 480V 120 V 208 V 240 V 480 V
V6 1 6 Gallons V61A - - - - - - 9 - - - - - -
1.5 V61.5A - - - - - - 13 - - - - - -
2 V62A - - - - - - 17 - - - - - -
3 V63A - - - - - - 25 - - - - - -
4 V64RS - V64S - - V64T4S - 19 - 17 - - 9
5 V65RS - V65S - - V65T4S - 24 - 21 - - 11
6 V66RS V66R V66S V66T V66T4 - - 29 17 25 14 7 -
7 V67RS V67R V67S V67T V67T4 - - 34 19 29 17 8 -
9 V69RS V69R V69S V69T V69T4 - - 43 25 38 22 11 -
10.5 V610RS V610R V610S V610T V10T4 - - 50 29 44 25 13 -
12 V612RS V612R V612S V612T V612T4 - - 58 33 50 29 14 -
13.5 V613RS V613R V613S V613T V613T4 - - 65 38 56 33 16 -
15 V615RS V615R V615S V615T V615T4 - - 72 42 63 36 18 -
18 V618RS V618R V618S V618T V618T4 - - 87 50 75 43 22 -
Note: The 6, 7, and 9kw models in 208 and 240 volt can be field converted from either 1 phase to 3 phase or from 3 phase to 1 phase

Model V6 (24-58.5 kW) Dimensions

Outline Dimensions
Model Number Selection Chart With Amperage
Base Model KW Rating Storage Capacity (Gallons) Full Model Number Listed By Voltage & Phase Amperage Draw By Voltage & Phase
208 V 240 V 480V 208 V 240 V 480 V
V6 24 6 Gallons V624RS V624R V624S V624T V624T4 - 115 67 100 58 29 -
27 V627RS V627R V627S V627T V627T4 - 130 75 113 65 33 -
30 V630RS V630R V630S V630T V630T4 - 144 83 125 72 36 -
36 V636RS V636R V636S V636T V636T4 - 173 100 150 87 43 -
39 V639RS V639R V639S V639T V639T4 - 188 108 163 94 47 -
40.5 V640RS V640R V640S V640T V640T4 - 192 111 167 96 48 -
45 - V645R V645S V645T V645T4 - - 119 188 108 54 -
54 - V654R - V654T V654T4 - - 150 - 130 65 -
58.5 - V658R - V658T V658T4 - - 163 - 141 70 -

Model V16 (4-58.5 kW) Dimensions

Outline Dimensions

Model V16 (64-88 kW) Dimensions

Outline Dimensions
Model Number Selection Chart With Amperage
Base Model KW Rating Storage Capacity (Gallons) Full Model Number Listed By Voltage & Phase Amperage Draw By Voltage & Phase
208 V 240 V 480V 208 V 240 V 480 V
V16 3/4" Inlet & Outlet 4 16 Gallons V164RS - V164S - - V164T4S 19 - 17 - - 9
5 V165RS - V165S - - V165T4S 24 - 21 - - 11
6 V166RS V166R V166S V166T V166T4 - 29 17 25 14 7 -
7 V167RS V167R V167S V167T V167T4 - 34 19 29 17 8 -
9 V169RS V169R V169S V169T V169T4 - 43 25 38 22 11 -
10.5 V1610RS V1610R V1610S V1610T V1610T4 - 50 29 44 25 13 -
12 V1612RS V1612R V1612S V1612T V1612T4 - 58 33 50 29 14 -
13.5 V1613RS V1613R V1613S V1613T V1613T4 - 65 38 56 33 16 -
15 V1615RS V1615R V1615S V1615T V1615T4 - 72 42 63 36 18 -
18 V1618RS V1618R V1618S V1618T V1618T4 - 87 50 75 43 22 -
24 V1624RS V1624R V1624S V1624T V1624T4 - 115 67 100 58 29 -
27 V1627RS V1627R V1627S V1627T V1627T4 - 130 75 113 65 33 -
30 V1630RS V1630R V1630S V1630T V1630T4 - 144 83 125 72 36 -
36 V1636RS V1636R V1636S V1636T V1636T4 - 173 100 150 87 43 -
39 V1639RS V1639R V1639S V1639T V1639T4 - 188 108 163 94 47 -
40 V1640RS V1640R V1640S V1640T V1640T4 - 192 111 167 96 48 -
45 - V1645R V1645S V1645T V1645T4 - - 119 188 108 54 -
54 - V1654R - V1654T V1654T4 - - 150 - 130 65 -
58.5 - V1658R - V1658T V1658T4 - - 163 - 141 70 -
V16 1-1/2" Inlet & Outlet 64 16 Gallons - V1664R - - - - - 178 - - - -
68 - - - V1668T V1668T4 - - - - 164 82 -
81 - V1681R - V1681T V1681T4 - - 225 - 195 98 -
86 - V1686R - - - - - 239 - - - -
88 - - - V1688T V1688T4 - - - - 212 106 -

Recovery Ratings in GPM

KW Rating Recovery Rate in GPM for °F Temperature Rise Listed Below (°FΔT)
20° 30° 40° 60° 70° 80° 100° 110° 120° 140°
1 0.34 0.34 0.34 0.34 0.34 0.34 0.34 0.34 0.34 0.34
1.5 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51
2 0.68 0.68 0.68 0.68 0.68 0.68 0.68 0.68 0.68 0.68
3 1.02 1.02 1.02 1.02 1.02 1.02 1.02 1.02 1.02 1.02
4 1.36 0.91 0.68 0.45 0.39 0.34 0.27 0.25 0.23 0.19
5 1.71 1.14 0.85 0.57 0.49 0.43 0.34 0.31 0.28 0.24
6 2.05 1.36 1.02 0.68 0.58 0.51 0.41 0.37 0.34 0.29
7 2.39 1.59 1.19 0.80 0.68 0.60 0.48 0.43 0.40 0.34
9 3.07 2.05 1.54 1.02 0.88 0.77 0.61 0.56 0.51 0.44
10.5 3.58 2.39 1.79 1.19 1.02 0.90 0.72 0.65 0.60 0.51
12 4.09 2.73 2.05 1.36 1.17 1.02 0.82 0.74 0.68 0.58
13.5 4.61 3.07 2.30 1.54 1.32 1.15 0.92 0.84 0.77 0.66
15 5.12 3.41 2.56 1.71 1.46 1.28 1.02 0.93 0.85 0.73
18 6.14 4.09 3.07 2.05 1.75 1.54 1.23 1.12 1.02 0.88
24 8.19 5.46 4.09 2.73 2.34 2.05 1.64 1.49 1.36 1.17
27 9.21 6.14 4.61 3.07 2.63 2.30 1.84 1.67 1.54 1.32
30 10.24 6.82 5.12 3.41 2.92 2.56 2.05 1.86 1.71 1.46
36 12.28 8.19 6.14 4.09 3.51 3.07 2.46 2.23 2.05 1.75
39 13.31 8.87 6.65 4.44 3.80 3.33 2.66 2.42 2.22 1.90
40.5 13.82 9.21 6.91 4.61 3.95 3.45 2.76 2.51 2.30 1.97
45 15.35 10.24 7.68 5.12 4.39 3.84 3.07 2.79 2.56 2.19
54 18.42 12.28 9.21 6.14 5.26 4.61 3.68 3.35 3.07 2.63
58.5 19.96 13.31 9.98 6.65 5.70 4.99 3.99 3.63 3.33 2.85
64 21.84 14.56 10.92 7.28 6.24 5.46 4.37 3.97 3.64 3.12
68 23.20 15.47 11.60 7.73 6.63 5.80 4.64 4.22 3.87 3.31
81 27.64 18.42 13.82 9.21 7.90 6.91 5.53 5.02 4.61 3.95
86 29.34 19.56 14.67 9.78 8.38 7.34 5.87 5.34 4.89 4.19
88 30.03 20.02 15.01 10.01 8.58 7.51 6.01 5.46 5.00 4.29

Model V Sizing Information

Step 1

Variables To Solve For:
KW Requirement:
_________ GPM x _________ °FΔT x 0.1465 = _________ KW
Temperature Rise:
_________ KW x 6.824 ÷ _________ GPM = _________ °FΔT
Flow Rate:
_________ KW x 6.824 ÷ _________ °FΔT = _________ GPM

Step 2 - A

For continuos demand systems, choose the V Model with the KW rating which meets the peak demand (GPM) of your system.

Step 2 - B

For cyclical ON/OFF demand systems, please contact us directly. The following data will be required to properly size the heater.
Hot Water Flow Rate: _________ GPM
Time hot water at above rate is required: _________ Minutes
Time between usages: _________ Minutes
Total Cycle Time (Add Last Two): _________ Minutes
Total Gallons used per cycle (First Two Multiplied) ________ Gallons
Water Temperature: ___________ °F Incoming Cold ___________ °F Outgoing Hot
Power supply available: ___________ Volts __________ Phase _________ Amps

Voltage De-Rating Factors

Rated Voltage Applied Voltage De-Rating Factor
600 575 92%
600 550 84%
480 460 92%
480 440 84%
240 230 92%
240 220 84%
When the actual supply voltage (applied voltage) is different than the design voltage (rated voltage) the resulting KW output will be affected. Please see the chart for typical voltage de-rating factors or use the following formula:

Applied Voltage² ÷ Rated Voltage² x Rated KW = KW output at applied voltage

Optional Equipment

  • Slide mounting bracket for hanging installation (Model V6 only)
  • Form fitted protective outer cover for wet locations
  • Flanged toe stainless steel legs for floor mounting
  • Flanged inlet and outlet connections (ANSI Class 150)
  • Alternate threaded inlet/outlet connection size (Model V16 only)
  • Remote control package
  • Alternate high-temperature setpoint (210°F maximum)
  • Alarm contact for Hi-Limit or Low Water fault condition (N.O. or N.C.)
  • Low-temperature interlock/alarm
  • Pump interlock terminal block to prevent energizing when pump is not on
  • Sanitary connections
  • Dial temperature/pressure gauge for in-line installation (2 1/2" dial)
  • Solid state power controllers for increased temperature accuracy
  • Type 316L stainless steel heating elements
  • Additional tank tapping
  • Factory supplied manifold kit single point connection for redundancy
    and high demand applications
Model V Fully Packaged System
Model V Manifold Assemlby Option

Model Number Designation BWX and BWXH



Step 1
Base Model:
V6
V16
Step 2
KW Rating:
1 thru 88 KW
Step 3
Voltage/Phase/Hz:
A = 120-1-60
RS = 208-1-60
R = 208-3-60
S = 240-1-60
T = 240-3-60
W = 277-1-60
T3 = 380-3-50/60
T7 = 415-3-50/60
T5 = 440-3-60
T4 = 480-3-60
T4S = 480-1-60
T6 = 600-3-60
-

Step 4
Optional Features:
K = Slide mounting bracket for hanging installation (Model V6 only)
W = Form fitted protective outer cover for wet locations
N = Flanged toe stainless steel legs for floor mounting
F = Flanged inlet and outlet connections (ANSI Class 150)
B = Alternate threaded inlet/outlet connection size (Model V16 only)
J = Remote control package
H = Alternate high-temperature setpoint (210°F maximum)
T = Alarm contact for Hi-Limit or Low Water fault condition (N.O. or N.C.)
L = Low-temperature interlock/alarm
I = Pump interlock terminal block to prevent energizing when pump is not on
R = Sanitary connections
G = Dial temperature/pressure gauge for in-line installation (2 1/2" dial)
C = Solid state power controllers for increased temperature accuracy
D = Type 316L stainless steel heating elements
P = Additional tank tapping
M = Factory supplied manifold kit single point connection for redundancy
and high demand applications

Example:

V645T4

An industrial process V model water heater with 6 gallons storage capacity, 45 KW rated at 480 volt 3 phase 60 Hz power.

Model V Specific Questions

What key information is required when sizing a heater?

Essential information is the temperature of the incoming cold water, desired exiting (hot) temperature and flow rate (GPM). The formula to determine the amount of kW the heater needs to be is as follows: GPM x °F Temp Rise x 0.1465 = kW required. For cyclical demands with predictable ON/OFF patterns it may be possible to reduce the kw from the above formula, please complete the sizing information in section 2-B of the sales brochure and consult your Hubbell Sales Engineer.

What voltages are available for the Hubbell heater?

Hubbell model V process water heaters are available in a wide range of kw ratings for the following voltages: 120v, 208v, 240v, 380v, 415v, 440v, 480v, 575v and 600v. Hubbell heaters are also available for nominal voltages (e.g. 220v, 230v, 460v etc…), please consult factory to determine the kw selection available for these voltages.

What is the typical lead time?

The Hubbell Model V process water heaters typically ships within 1-2 days after receipt of an order.

How does the heater ship?

All Hubbell model V6 6 gallon models ship via UPS. All Hubbell model V16 16 gallon models ship via common carrier under National Motor Freight Classification (NMFC) class 100. To provide the lowest transportation cost, in most cases the shipment is made on Hubbell’s account and the shipping cost is added to the invoice, commonly referred to as “Pre pay and add”.

What standard accessories are included with the Hubbell heater?

All Hubbell model V process water heaters are supplied with the following accessories shipped loose: One (1) T&P relief valve, one (1)combo temperature and pressure gauge, two (2) dielectric unions and one (1) set of four 6" plastic legs.

General Questions

Where can I purchase a Hubbell water heater?

There are numerous ways to purchase a Hubbell water heater depending upon the model you desire and your geographic location. The easiest way is to contact Hubbell directly at 800-647-3165 and ask for the sales department where you will be directed to either our local representative or our order entry department for quick and easy ordering.

Where can I purchase replacement parts?

Parts are available for your Hubbell water heater direct from the factory. Please call 800-647-3165 and ask for our parts department. Please have your model and serial number handy.

I don't see the size or feature I need, what do I do?

Hubbell has more than 35 product families available in over 4,000,000 configurations. There are numerous features, configurations and ratings we provide but for practical reasons are are not listed in the sales brochure. If you have a specific requirement and you do not see it in the brochure, please contact a Hubbell Sales Engineer...chances are we have what you need.

What should I know about Legionella disease?

Legionella is the bacteria responsible for Legionnaire’s Disease, an acute bacterial infection of the lower respiratory tract. This bacterium was first identified in 1977 by the Centers for Disease Control as the cause of an outbreak of pneumonia that caused 34 deaths at a 1976 American Legion Convention in Philadelphia. Pontiac Fever is a less severe, non-pneumonia, flu-like disease that is associated with and likely caused by Legionella bacteria. Legionella is a fairly common water bacterium and has been found to exist widely in many surface water sources including lakes, rivers, streams and ponds. It can also be found in ground water sources and some soils. At the levels found in these naturally occurring sources it typically does not pose a threat to public health. When the bacterium enters a domestic water system it can find an ideal host environment of warm water temperatures (105-115°F), stagnant water areas (isolated storage tanks and dead-end piping legs) and ample food sources (sediment, scale, deposits and biofilm). Under these conditions Legionella can rapidly colonize, forming higher concentrations that can pose the public health threat of Legionnaire’s Disease. There are many methods of controlling colonization of Legionella bacteria. However, a widely accepted and preferred method is to maintain the hot water system storage temperature continually at or above 140°F. Unfortunately, the elevated temperature necessary to minimize the growth of and kill Legionella bacteria has the potential to cause serious thermal shock and scalding injuries. As such, many plumbing engineers will specify that the water heater be set to maintain water temperatures at 140°F or higher to reduce the risk of Legionella, but then specify the appropriate mixing valve to ensure safe delivery of hot water to the fixtures. For a more thorough discussion of Legionella please go to here and the following link to the US Department of Labor OSHA information regarding Legionnaires’ Disease OSHA here

My question is not found in these FAQ’s, where do I look next?

Check out the Hubbell Product Center at Here for a complete listing of all technical documentation available by model. Get easy access to Installation, Operation & Maintenance manuals, Sales Brochures, Service Bulletins, Wiring Schematics, Parts Breakdowns and various other technical documents related to the full line of Hubbell water heaters. Or, if you prefer, please call us at 800-647-3165 and ask to speak to a Sales Engineer.

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Model V Specific Questions

My question is not found in these FAQ’s, where do I look next?

Check out the Hubbell Product Center at Here for a complete listing of all technical documentation available by model. Get easy access to Installation, Operation & Maintenance manuals, Sales Brochures, Service Bulletins, Wiring Schematics, Parts Breakdowns and various other technical documents related to the full line of Hubbell water heaters. Or, if you prefer, please call us at 800-647-3165 and ask to speak to a Sales Engineer.

Where can I purchase replacement parts?

Parts are available for your Hubbell water heater direct from the factory. Please call 800-647-3165 and ask for our parts department. Please have your model and serial number handy.


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samw@hubbellheaters.com
203-378-2659 x136
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203-378-2659 x125
Hubbell Heaters
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P.O. Box 288
Stratford, CT 06615-0288
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