REMKO HOT-WATER HEAT PUMPS User Guide

: June 4, 2024
: REMKO

Table of Contents

REMKO HOT-WATER HEAT PUMPS
Profit from these advantages
Touch-screen controller
Technical data
References
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REMKO HOT-WATER HEAT PUMPS

Hot-water preparation from the environment
Up to 70% of the heat energy is cost-free heat from the ambient air. This goes easy on the household budget and the environment. With the cool exhaust air, adjacent rooms can be air-conditioned and dehumidified. Of particular advantage is installation in rooms that are already subject to dissipation heat due to heat generators. The REMKO hot-water heat pump RBW is ready to plug in. Rapid and easy installation is guaranteed.

Profit from these advantages

Enamelled hot-water tank, 300 l contents
Quiet operation due to lobe-type compressor
Electric booster heating 1.5 kW
Combination with Solar and other heat generators
Low spatial requirements
Air-conditioning and dehumidification of adjacent rooms
Channel connection up to 6 m possible
Double corrosion protection due to magnesium anode
With photovoltaic contact to increase the intrinsic current con-sumption
Actuation of the “Solar” changeover valve for heating support

Compressed-air supply
Mounting at low ceiling heights is possible due to the laterally installed compressed air supply.

Touch-screen controller

Adjustment of the water temperature
Timer function
Vacation program
ECO mode
Hybrid mode
Legionella function
Ventilation function
Solar control
Smart heating (photovoltaic) function
Water temperatures up to 60°C
for the accommodation of large tap volumes
Incoming cold water flow technology
The subsequent cold water flow is conducted down into the tank to prevent a mixing of the tank in case of a large tap volume.
Perfectly coordinated components
to achieve the largest possible COP
Externally installed heat exchanger
In this way, contamination is prevented and the best possible heat transfer is implemented.
Use of 2 tank sensors
for precise temperature measurements
Very good insulation
Specially formed fins
for an effective heat transfer and maximum efficiency
Effective hot-gas thawing function
for low air intake temperatures
Low mounting height
due to compressed-air supply arranged at 45°

Technical data

Technical data Price group 9

Device type| | RBW 301 PV| RBW 301 PV-S
Hot-water tank content (net)| L| 287| 280
Hot-water temperature with heat pump| °C| 55| 55
Max. hot-water temperature| °C| 60| 60
Heating capacity| kW| 1.8| 1.8
Min./max. operating limit of the air intake temperature| °C| -7/+40| -7/+40
COPw performance factor according to ErP 1)| | 3.72| 3.72
Seasonal performance factor (SCOPw)| | 4.80| 4.80
Energy efficiency rating| | A+| A+
Heat retention loss S| W| 44| 44
Energy consumption, annual| kWh| 1087| 1087
Additional heat exchanger (connection on right)| m2| –| 1.5
Power supply| V/Ph/Hz| 230/1~/50| 230/1~/50
Power consumption of heat pump| kW| 0.46| 0.46
Power consumption of electrical heating element| kW| 1.5| 1.5
Air volume flow rate min. / max.| m3/h| 175/350| 175/350
Sound power level/sound pressure level, 3 m, semispherical| dB(A)| 57.9/40.0| 57.9/40.0
Refrigerant 2)| | R 134a| R 134a
Basic refrigerant filling volume / CO2 equivalent| kg/t| 1.25/1.79| 1.25/1.79
Max. pipe length of supply air/exhaust air channel (at

150 mm ø)

| m| 6/6| 6/6
Connector for supply air/exhaust air channel| mm| 150| 150
Hydraulic connector, water side| Inch| Internal thread 3/4| Internal thread 3/4
Condensate drain spout| Inch| Internal thread 1/2| Internal thread 1/2
Height/tipping dimensions| mm| 1840/1920| 1840/1920
Diameter ø| mm| 640| 640
Weight| kg| 136| 142
Price| €| 2,620.–| 2,830.–
Ref. no.| | 243505| 243605