DE DIETRICH KALIKO TWH 200E - TWH 300E - TWH 300EH - Manual (Page 17)

The refrigerant is depressurised in the thermostatic expansion valve
and is cooled. The refrigerant can again extract the heat contained in
the inlet air into the evaporator.
1 Compressor
2 Low pressure (LP) pressure switch
3 Condenser
4 Domestic hot water tank
5 Heat exchanger (Version EH)
6 Steatite electrical resistor
7 Impressed current anode
8 Temperature regulator (HP)
9 Limiting thermostat
10 Temperature regulator (Electric heating
resistance)
11 Sensor tube
12 Filter-drier
13 Thermostatic expansion valve
14 Ambient air thermostat
15 Evaporator
16 Fan
17 Expansion valve bulb
18 Sensor tube
19 Solenoid valve for defrosting
20 High pressure (HP) pressure switch
3.4 Technical specifications
3.4.1. Characteristics of the appliance
Model TWH 300 E TWH 300 EH TWH 200 E
Capacity litres 270 265 215
Output (HP) -Air temperature = 15°C W 1700 1700 1700
Absorbed electrical power (HP) W 500 500 500
COP (1) 3.7 3.6 3.5
COP (2) 2.94 2.75 2.90
Air flow rate - maximum
m
3
/h
385 385 385
Nominal air flow rate (DP = 25 Pa) (2) m 3 /h 320 320 320
Electrical resistor output W 2400 2400 2400
(1) Value obtained at an air temperature of 15°C and a relative humidity of 70%. Water inlet temperature at 15°C in accordance with EN255-3.
(2) Value obtained with an air temperature of 7 and a water inlet at 10 °C, as per EN16147 based on Specification LCIE N°103-15/B:2011
(3) Domestic cold water input at 10°C - Primary inlet temperature at 80°C
(4) Output: 34.1 kW
(5) The installation of suction and backflow conduits on the heat pump lessens its performance
C003625-D
TWH 200E TWH 300E TWH 300EH 3. Technical description
03/02/2014 - 300026515-001-03 15