Pressure independent control valve "Cocon QTZ" with pressure test points
both ports male, 150 - 1050 l/h, DN 20, with metering station


OVENTROP-"Cocon QTZ" Pressure independent control valve (PICV) with mounted metering station and pressure test points "classic" measuring technique

Valve combination consisting of an automatic flow regulator (with manually adjustable setting of the nominal value) and a regulating valve. The pressure independent control valve can be equipped with an actuator, a temperature controller or a manual head (connection thread M 30 x 1.5).

For installation in heating and cooling systems (e.g. central or underfloor heating systems, fan coil units, chilled ceilings, fan convectors etc.) with closed circuits for automatic flow control (hydronic balancing). It can also be used for the control of another variable (e.g. room temperature) by modifying the flow rate with the help of actuators, thermostats or temperature controllers.

Control range: 30 - 210 l/h

Material: Dezincification resistant brass Size: DN 15 Model: with pressure test points Connections: G ¾ male x G ¾ male

Max. differential pressure: 4 bar Max. operating pressure: PN 16 Min. operating temperature: -10 °C Max. operating temperature: +120 °C

Control
range: 150 - 1050 l/h
Size: DN 20

Item no.: 1144566
EAN: 4026755411683
Manufacturer: Oventrop GmbH & Co. KG
Subject to technical modifications without notice.
Download GAEB Download tender text
Dimensions of article
Length Width Height Weight
89 mm 95 mm 131 mm 1,07 kg
Packing units
Type Qty. Length Width Height Weight
Carton 1 130 mm 115 mm 182 mm 1,15 kg
Carton 10 493 mm 323 mm 273 mm 12,18 kg
Product pictures
  File size
68,88 KB
  Size
1024 px x 1024 px
  Properties
  •  Clear product picture
  •  Cutout
Download
  File size
82 KB
  Size
1024 px x 1024 px
  Properties
  •  Clear product picture
  •  Cutout
Download
Drawings
  File size
113,54 KB
  Size
1024 px x 987 px
  Properties
  •  Clear product picture
  •  Cutout
Download
Manual
  Name Size
114456480.pdf 2,52 MB
114456481.pdf 2,37 MB