Application
The PDV04 enables uninterrupted dosing with freely selectable volumes from a quantity of 0.04 cm³ using the dosing principle with endless pistons.
Description
The PDV04 proportional dosing valve is an endless dosing valve and consists of an electrically driven piston metering unit.
The parameterization and control of the PDV04 is carried out via the control of the DS dosing system and thus enables continuous or clocked dosing. The standard interface to higher-level controls , e.g. for start or stop, is via digital I/Os. Further interfaces such as Profibus or Profinet are possible.
The compact and space-saving PDV04 proportional dosing system is designed for stationary as well as mobile use, e.g. on robots, and is connected to the D+P DS dosing system via a cable set of up to 20 meters in length.
Advantages
The PDV04 is viscosity-, pressure- and temperature-independent and ensures extremely process-safe metering thanks to electronic monitoring of the valve piston by means of an encoder. In addition, the PDV04 operates electromechanically and does not require a pneumatic connection.
The maintenance-friendly arrangement of the seal packs has also been implemented for the PDV04 in accordance with our new dosing valve series.
Technical Data
Weight
3.8 kg
Width x height x depth
137 x 210.1 x 110 mm
Dosing data
Max. pumpable viscosity
Oils and greases NLGI class 0–3
Dosing quantity
from 0.04 cm³
Tolerance
up to 1 %, depending on the dosing quantity and the medium
Volume flow
0.007–3.2 cm³
Inlet pressure
10–30 bar
5–30 bar at oils
Connection technology
Hydraulic
G 1/4“ material inlet external thread
G 1/4“ material outlet external thread
Electric
motor connection: M12 plug 5pin
encoder connection: M12 plug 8pin / 5 V DC - 3 V; 424 A
Motor heating
max. 80 °C
Environmental conditions
Air temperature operation
10–50 °C
Air temperature transport and storage
0–50 °C
Humidity
50– max. 70 %, no condensation
Protection class
IP54
Operation in closed rooms. Protect from direct sunlight, dust and moisture. Installation altitude, max. 2000 meters above sea level.