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Richmond RMTEX-04 Electric Heater, 29 A, 120 V, 3.5 kW, 0.998 % Energy Efficiency, 0.5 to 2 gpm
Item #: RMTEX-04 by RHEEM / RICHMOND
UPC #: 020352682983
In Stock $266.79 /each
Buying in bulk
30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.
- Save on water heating costs
- No standby heat loss, activates only when hot water is needed
- Instant, continuous hot water
- 99.8% Energy efficient
- Reduces calcification and sedimentation
- Digital Temperature display used to control temperature can adjust in increments of 1 degree Fahrenheit
- 30 Amps
- Requires 30 Amp Breaker and 120 Volts
- Requires #10 AWG
Number of Phases
1
Warranty
5 Years
Heating Chamber Material
Copper
Energy Efficiency
0.998 %
Nomenclature
RMTEX-04 WATER HEATR ELEC 120V
Pressure rating
25 to 150 psi
Dimensions
10-7/8 in W x 4 in D x 5-7/8 in H
Wattage Rating
3.5 kW
Cable Size
10 AWG
Current Rating
29 A
Inlet Connection Size
1/2"
Specifications:
Warranty: 5 Years
Dimensions: 10-7/8 in W x 4 in D x 5-7/8 in H
Includes: (3) ft Electric Cable
The Richmond Essential RMTEX-04 is a 3.5 kW tankless electric water heater ideal for low flow point-of-use applications. Typically this unit is installed at the point-of-use and hard wired to 120 V requiring a 30 A breaker. Richmond Essential tankless electric water heaters offer a continuous, endless supply of hot water. A lower kilowatt unit can provide hot water on demand for single or multiple point-of-use applications while a higher kilowatt unit could provide hot water for a whole house depending on the inlet ground water temperature. Tankless electric water heaters save space, save energy, save money, and require no venting. The sleek, compact size, 90% smaller than a tank, allows you to save space and place the unit wherever you want, including under a sink. Tankless units only draw energy when hot water is flowing, while traditional tanks are constantly drawing energy to keep the water in the tank at the desired temperature.