Nova Florida Seven S5 500/100 SEVEN S5 500/100 Leaflet

Width

(C) mm

Height

(B) mm

Centre

distance

(A) mm

Length 

(D) mm

Connection

diameters 

inches

Water

capacity

litres/sect.

Exponent

n

Coefficient

K

m

500/100

96

557

500

80

G1

0.33

1.3003

0.7185

600/100

96

657

600

80

G1

0.36

1.3102

0.8006

SE

VEN

 S

5

SE

VEN

 S

5

Seven S5 is NOVA FLORIDA’s new range of high-tech 

radiators that feature numerous technological innovations:

   Innovative geometry of the 5 rows of side fins, developed

with thermo-fluid dynamic simulations and climatic 

chamber tests, resulting in a high heat output with a smaller 

surface area and hence less weight.

  Presence of rear openings allowing enhanced heat 

exchange by convection.

   A new cap for the element.

  Ornamental patent, and patent pending for new 

technical developments.

  

S5 is lighter than the models in the S3 range, and hence 

easier to transport and install

;

  

S5 has an optimal weight-to-heat output ratio

;

  

S5 features numerous exclusive technological 

;

  

S5 has an innovative cap

 

 

  The new cap is not welded and hydraulic seal is 

provided by an O-ring seal.

  The new cap is made of aluminized steel.

   no welds, so no problems with burrs at the bottom 

of the radiator.

   all the caps for the models in the Seven S5 range 

Fondital guarantees Seven S5 for 10 years from the 

date of installation against all production defects 

providing the heating system is conform to the 

regulations, in compliance with the standards in 

force and provided the instructions on installation, 

use and correct maintenance supplied with the 

product have been observed.

INNOVATIVE 

CAP

 new configuration of side fins 

for higher heat output

new technical solution: cap 

Openings on the rear side

Special c

onfigur

ation of side fins 

for enhanc

ed hea

t ex

change

Maximum working pressure: 1600 kPa (16 bar)
Characteristic equation of the model Ф=Кm ΔТn (reference EN 442-1). The thermal 
efficiency values, expressed at ΔT 50K, comply with EN 442-2.

0

2

4

6

8

10

0

0,2

0,4

0,6

0,8

1

1,2

1,4

1,6

1,8

2

Pr

essur

e loss

, mbar

Flow rate [Kg/min]

Heat output

 ΔT 30K
W/sect.

59.9

69.0