ACV - excellence in hot water

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HR BE 290
Presentation
 
N/A Floor installation With electrical resistor as alternative source of power [ key ]
 
  • High efficiency BI-ENERGY floor standing indirect water heater
  • Two optional heating elements available: 2.4 kW or 6.0 kW.
  • The heating elements are placed in the primary circuit to prevent scaling
  • Rigid polyurethane foam insulation 
  • Control panel with thermometer and thermostat, summerwinter switch
  • Elegant oven lacquered steel covering

 



Main characteristics
 
Capacity (primary) (L) : 75
Capacity (total) (L) : 287
Heating surface DHW tank (m²) : 2
Pressure drop (primary) (mbar) : 35
Primary flow (L/h) : 3700
Connection - primary (female) (Ø) : 1"1/4
Connection - DHW (male) (Ø) : 1"
Connection - re-circulation / safety valve (Ø) : 1" (M)
Peak flow at 40 °C (L/10’) : 747
Peak flow 1st hour at 40 °C (L/60') : 1962
Continuous flow at 40°C (L/h) : 1458
Peak flow at 45 °C (L/10’) : 640
Peak flow 1st hour at 45 °C (L/60') : 1682
Continuous flow at 45 °C (L/h) : 1250
Peak flow at 60 °C (L/10’) : 380
Peak flow 1st hour at 60 °C (L/60’) : 972
Continuous flow at 60 °C (L/h) : 710
Coefficient (NL) () : 11,6
Max. absorbed heat (Heat source: boiler) (kW) : 51
Max. operating temperature (°C) : 90
Max.service pressure heating (primary) (bar) : 3
Max.service pressure (DHW) (bar) : 10
Dim. - Width or Diameter (w/o conn.) (mm) : 680
Dim. - Depth (w/o conn.) (mm) : 680
Dim. - Height (w/o conn.) (mm) : 1448
Weight (empty) (Kg) : 140
 


Design characteristics
 

Design characteristics
Legend 
  1. Stainless steel inner tank
  2. Steel outer tank
  3. Rigid polyurethane foam insulation
  4. Heating fluid inlet (primary)
  5. Heating fluid outlet (primary)
  6. Domestic cold water inlet (secondary)
  7. Domestic hot water outlet (secondary)
  8. Control thermostat
  9. Control thermometer
  10. Control thermostat bulb
  11. Bulb for control thermometer
  12. Air vent
  13. Metal casing
  14. DHW recirculation loop
  15. Electric heating element
 
 
Technical specifications (*)
 

Characteristics Value
 Capacity (primary)  75 L
 Capacity (total)  287 L
 Heating surface DHW tank  2 m²
 Pressure drop (primary)  35 mbar
 Primary flow  3700 L/h
 Connection - primary (female)  1"1/4 Ø
 Connection - DHW (male)  1" Ø
 Connection - re-circulation / safety valve  1" (M) Ø
 Peak flow at 40 °C  747 L/10’
 Peak flow 1st hour at 40 °C  1962 L/60'
 Continuous flow at 40°C  1458 L/h
 Peak flow at 45 °C  640 L/10’
 Peak flow 1st hour at 45 °C  1682 L/60'
 Continuous flow at 45 °C  1250 L/h
 Peak flow at 60 °C  380 L/10’
 Peak flow 1st hour at 60 °C  972 L/60’
 Continuous flow at 60 °C  710 L/h
 Coefficient (NL)  11,6
 Max. absorbed heat (Heat source: boiler)  51 kW
 Max. operating temperature  90 °C
 Max.service pressure heating (primary)  3 bar
 Max.service pressure (DHW)  10 bar
 Dim. - Width or Diameter (w/o conn.)  680 mm
 Dim. - Depth (w/o conn.)  680 mm
 Dim. - Height (w/o conn.)  1448 mm
 Weight (empty)  140 Kg

Output data
 

Characteristics Value
 Peak flow at 40 °C  747 L/10’
 Peak flow 1st hour at 40 °C  1962 L/60'
 Continuous flow at 40°C  1458 L/h
 Peak flow at 45 °C  640 L/10’
 Peak flow 1st hour at 45 °C  1682 L/60'
 Continuous flow at 45 °C  1250 L/h
 Peak flow at 60 °C  380 L/10’
 Peak flow 1st hour at 60 °C  972 L/60’
 Continuous flow at 60 °C  710 L/h
 Coefficient (NL)  11,6
 Max. absorbed heat (Heat source: boiler)  51 kW

 
(*)
  • The product range offered can vary according to country. Please consult your distributor.
  • All values indicated on this site are provided for information only. Please refer to our legal notice.
  • The following operating conditions were used to generate hot water output data for our products:
    • Supply water: 10°C
    • Primary water: 80°C (boilers), 85°C (water heaters) or 90°C (HeatMaster)
  • Operating conditions
    Cold water: 10°C
    Delta T° (outlet) : 30°C
    Data provided are indicative only. Please read the complete disclaimer.
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