PL ASTIC COUNTER-FLOW HEAT EXCHANGERS RSP+

1st CLASSfor yourUNITS

PLASTIC COUNTER-FLOW HEAT EXCHANGERS RSP+ / RSF+PLASTIC COUNTER-FLOW HEAT EXCHANGERS RSP+ / RSF+

PLASTIC | RSP+ / RSF+

Heat recovery efficiency

• Efficiency up to 95 %• Lowered pressure drop compared to the similar products on the market• Parameters to ensure high SEC class level• 100% tightness testing

Dimensiones Key to coding

TYPEDimensiones [mm]

A B C D

RSP+16 ... 366 366 100 … 600 195

RSF+16 ... 366 366 100 … 600 195

RSP+30 ... 461 232 100 … 600 333

• Easy recyclable packaging• Easy handling• Inbuilt bypass possible• Calculation software and dll library

RSP+ / RSF+ is ideal solution for compact residential heat recovery units. The ra-tio of e� ciency and pressure drop provides you with the best Net Energy Performance.The Net Energy Performace is the di� erence between the energy recovered by the heat exchanger and energy necessary to overcome its pressure drop by the fans.

Tested according to EN 308.The manufacturer provides design softwarefor precise calculation of any intake conditions.

RSP+16 ... 29RSF+16 ... 29RSP+30 ... 32

Face air� ow speed upon entering the recuperator [m/s]

E� c

ienc

ia d

e re

cupe

raci

ón d

el c

alor

[%] 100

95

90

85

80

75

70

0.3 0.5 1.0 1.5

Sealing profile at narrow sides for all sizes as an option.

10 + - 0

.2

2

10

A

CD

B

Contours of Turbulent Dissipation Rate (Epislon) [m2

Computeroptimized

Contours oftemperature [˚C]

Contours of velocity

T T

T

The inlet/exhaust air� ow ratio is 1:1, the outside

air temperature +5 °C, and relative humidity 72 %.

Intermal air temperature 25 °C, relative humidity 28 %.

RSP+ / RSF+ XX - XXX - H - X - XX

Size of heat exchangerRSP+16; RSP+30; RSF+16

Lengthmax 100 mmmin 600 mm– Variable from 1 mm (100; 101...)

Lamella materialH = HPS (High impact Polystyren)

Sealing profile (T on the drawing)T = T profile (with T ledge)F = flat (without T ledge)

Lamella spacing32 (3.2 mm) RSP+3029 (2.9 mm) RSP+16 / RSF+16

is ideal solution for compact residential heat recovery units. The ra-