Stiebel Eltron DHC 8-2 Tankless Water Heater electric 6.9GPM

Item#: DHC 8-2

Brand: Stiebel Eltron

Free Shipping Sold by: waterheatingsystem.com

Seller Seller Ratings Info Price Go to Store
www.air-and-heating.com Trusted Seller In Stock New $249 Go to Store
www.airconditionersforhome.com Trusted Seller In Stock New $249 Go to Store
www.mitsubishiductlessairconditionercost.com Trusted Seller In Stock New $249 Go to Store
www.4tonairconditioners.com Trusted Seller In Stock New $249 Go to Store
www.trailerairconditioner.com Trusted Seller In Stock New $249 Go to Store

Note: Your submitted review is subject to the license terms set out in our Terms of Use. By submitting your review, you acknowledge that you have the authority to do so and that your review does not violate another party's copyright or intellectual property rights

Product Details

Stiebel Eltron Electric On Demand Water Heater DHC 8-2 - 074424 Techs and Specs

  • Voltage
    240v
  • Kilowats
    7.2 KW
  • Max. Amp Load
    30 Amps
  • Min. Circuit Breaker size
    1 x 40 Amps
  • Min Required Wire Size AWG Copper
    1 x 8 gauge
  • Wired
    Hard Wired
  • Min Water Flow to activate unit
    .69 gpm
  • Nominal Water Volume
    .13 gallons
  • Working Pressure MAX
    150 Psi
  • Water Connections
    1/2 inches NPT
  • Height
    14 3/16 inches
  • Width
    7 7/8 inches
  • Depth
    4 1/8 inches
  • Weight
    6 lbs

The Stiebel Eltron DHC 8-2 240 Volt 30 Amp electric tankless water heaters are designed for installation at the point of use. The DHC 8-2 heats water instantaneously as it flows through the unit. Stand-by losses are completely eliminated.

The heating elements are controlled by a flow switch and by an exclusive scald-guard thermostat, which keeps the water temperature within safe limits at all times. In addition, the DHC 8-2 water heaters are equipped with a safety high-limit with manual reset. The rugged all copper design ensures many years of reliable service. This DHC 8.2 should only be used in warmer areas with warmer water and low flow rates.