[download link=”https://www.mydatec.com/wp-content/uploads/2018/10/ECS_19102018.pdf”]See the data sheet Domestic hot water[/download]

THERMODYNAMIC BALLOON

The Edel thermodynamic water heater by Auer meets the requirements of the new thermal regulations.

Commonly referred to as a “tank”, this water heater is an excellent addition to the MyDatec global solution. In addition to reducing overall consumption, this thermodynamic heater will blend in completely with your new home. In renovation, it enhances your property by improving the energy label and reducing consumption.

Benefits

  • COP 3.44
  • Tax credit
  • QFluid, ecological without HFC

Compliance

  • RT2012 – BEPOS – Patented technology –
    not subject to F-GAS regulation
  • Standard NF16147
  • Labelled Eco conception low consumption

Field of application

  • Housing(new or renovation)
    You have a room (garage, cellar or laundry room) of more than 10m² with a minimum ceiling height of 2m10, far from the living spaces.

Implementation

Description

REVOLUTIONARY DESIGN

  • High performance eHD exchanger, patented
  • High efficiency compressor
  • Minimum sound pressure level (33dB(A) at 2m)
  • Reinforced sealing

PRACTICAL AND ECOLOGICAL

  • Stainless steel tank : no anode (except EDEL 150 AIR)
  • Convenient and compact for easy transport and installation
  • Intuitive control
  • No greenhouse effect: no end-of-life fluid pollution

EFFICIENT AND ECONOMICAL

  • Exceptional COP of 3.44, according to the NF16147 standard
  • Up to 80% of free energy taken from the air to heat domestic water
  • Edel consumes up to 5 times less than an electric water heater

Range

DESIGNATION DESCRIPTION
Edel 150 Air ECS_THERMO_150L
Edel 200 Air ECS_THERMO_200L
Edel 270 Air ECS_THERMO_270L

DESIGNATION DESCRIPTION
Air intake and discharge kit
acoustic in facade with
wall crossing		 KIT_EA_FACADE_200_ECS
Air intake and discharge kit
acoustic suction cup		 KIT_EA_VENTOUSE_150_ECS

Technical specifications

EDEL 150 AIR EDEL 200 AIR EDEL 270 AIR
Heat pump performance
Nominal volume

L

 150 200 200
Maximum power (heat pump + auxiliary)

W

 1600 2200 2200
Air temperature

°C

 -7 à +35 -7 à +35 -7 à +35
DHW temperature with heat pump

°C

 30 à 55 30 à 60 30 à 60
Max. absorbed power
by the heat pump for water at 60°C

W

 350 700 700
Air flow rate

m³/h

 80 à 140 250 à 400 250 à 400
Sound pressure level at 2m

dB(A)

 31 33 33
Refrigerant

– / kg

 R290 / 0,1 R290 / 0,15 R290 / 0,15
Global Warming Potential

kg

 2,8 kG
CO2 equivalent		 2,8 kG
CO2 equivalent		 2,8 kG
CO2 equivalent
Normative data (EN 16147)
Drawing cycle

–

 M L L
COP (outside air +7°C)

–

 2,59 243,21 3,08
Reserve electrical power PES

W

 17 24 23,9
Reference hot water temperature

°C

 54,29 53,46 53,8
Heating time

–

 8h52 6h13 9h58
Erp energy class

–

 A
Seasonal energy efficiency

%

 105 130 128
Vmax

L

 211,4 241 339
V40 td

L

 417 628 663
COP (ambient air +15°C)

–

 2,89 3,3 3,2
Dimensions and connections
Dimensions

mm

 Ø 525 x H 1660 Ø 630 x H 1470 Ø 630 x H 1748
Tare weight

kg

 59 71,2 80,7
Air duct connection diameter
(suction + discharge)

mm

 125 / 80 160 160
Max. length air duct
Ø 160 mm (suction + discharge)

–

 In suction cup: 5 m Flexible sheath : 10 m ;
and smooth sheath : 20 m		 Flexible sheath : 10 m ;
and smooth sheath : 20 m
EFS and ECS connection diameter

thumb

 M 3/4 M 3/4 M 3/4
Power supply

–

 230 V – 50 Hz – 10 A 230 V – 50 Hz – 10 A 230 V – 50 Hz – 10 A
Protection class

–

 IPX4 IPX4 IPX4
Circuit breaker (curve D)

A

 10 10 10
Balloon
Materials / protection

–

 steel mesh stainless steel stainless steel
Maximum working pressure

MPa

 0.6 (6 bar) 0.6 (6 bar) 0.6 (6 bar)
Condensate flow rate

L / h

 0,12 0,3 0,3
Electric power supply
integrated (safety=85°C)

W

 1200 1500 1500
Maximum temperature
with electric support

°C

 65 65 65