Thermostatic valves ThermoTekna Series
The screw of ThermoTekna valves allows to preset the flow thanks to a shaped acetal ring. The thermostatic screw enables to replace one of the o-rings on the control stem without draining the system. The valves - where clearly indicated - are approved according to UNI EN 215. The valves are nickel plated.
The tightness of Tekna lockshields is ensured by an o-ring on the obturator and, if necessary, by a further o-ring between the body and the plug. When in closed position, the tightness is granted by an o-ring and a conical metal collar. The lockshields are nickel plated. The flow can be adjusted by limiting the lift of the obturator.
All valves and lockshields are 100% checked with an electronically controlled pneumatic test.
DN
10,15,20
Max temperature
120 °C
Max pressure
10 bar
Max differential pressure
(thermostatic valves)
0,6 bar
Max differential pressure
1 bar
Materials
CW617N
UNI EN
12165:2016
Knob
ABS bianco
RAL 9016
Stem
AISI 316
Testing
100%
Iron pipe
G 3/8, G 1/2, G 3/4
Copper pipe
W 24x19 - TR 91
G 3/4 EK - TR 91/A
Plastic pipe
W 24x19 - TP 95
G 3/4 EK - TP 98
Multilayer pipe
W 24x19 - TP 97
G 3/4 EK - TP 99
conical
milled thread
G 3/8
G 1/2
G 3/4
cylindrical thread with soft sealing
G 3/8
G 1/2
G 3/4
FLOW ADJUSTMENT AND REVERSE FLOW
To adjust the maximum flow rate, proceed as follows:
• align the reference mark on the stainless steel stem with one of the positions marked on the valve.
Luxor thermostatic valves are now EN 215 approved in reverse flow mode as well.
This characteristic allows for installation on the inlet as well as on the outlet of the radiator up to a 0,6 bar differential pressure.
MD 331/A
Manual
DN 15 1/2
MD 321/A
DN 15 1/2
Copper and plastic pipe G3/4 Eurokonus
MS 331/A
Manual
DN 15 1/2
MS 321/A
Thermostaticaly
DN 15 1/2
M 332
Thermostaticaly
DN 15 1/2
M 330
Thermostaticaly
DN 15 1/2
M 330/A
Thermostaticaly
DN 15 1/2
VT 2600
M30x1.5
-
TM 245
M30x1.5
-
515
-
-
CH 112
-
-
CH 111
-
-
583
-
-
TT 3000
Thermostatic
M30x1,5
TT 3002
Thermostatic
M30x1,5
BT 242
-
-