2-way Proportional Flow Control Valve EPSR2-14
The proportional flow control valve EPSR 14 controls a flow steplessly, depending on the drive electric current. The set flow rate remains constant even under changing pressure conditions (e.g. load pressure).
The EPSR 14 is available in both 2-way and 3-way designs. Within this size it is possible to choose between numerous nominal flow rates.
Characteristics:
- 2- or 3-way proportional flow control valve in in-line body or in sandwich body NG 6 or NG 10
- normally open or normally closed models
- versions available where surplus flow can be pressurised
- maintenance free
- rotatable and replaceable coils
2-way Proportional Flow Control Valve EPSR2-14
The proportional flow control valve EPSR 14 controls a flow steplessly, depending on the drive electric current. The set flow rate remains constant even under changing pressure conditions (e.g. load pressure).
The EPSR 14 is available in both 2-way and 3-way designs. Within this size it is possible to choose between numerous nominal flow rates.
Technical specifications
Product Categorie | Proportional Flow Control Valves |
---|---|
Flow Rate | 30 l/min, 40 l/min, 60 l/min, 70 l/min |
Composition | 2-way |
Operation | direct operated |
Size | In-line Body 1/2″, NG 10, NG 6 |
Electric plug | AMP Junior Timer, Deutsch, DIN EN 175301-803 Shape A |
Nominal Voltage | 12V DC, 24V DC |
Manual override | lockable manual override with hand wheel and lock nut, Lockable manual override with hexagon socket and lock nut, Spring loaded manual override (push knob), Without |
Model | Normally closed, Normally open |
Sealing Material | NBR, Viton |
max. Operating Pressure | 350 bar |
Actuation | Electric |
Contact Person
Valve technology
+49 7531 9748-54 | |
+49 7531 9748-44 | |
anfrage.dekw@weber-hydraulik.com |
Mobile Classic
+49 8702 4939-70 | |
+49 8702 49397-3099 | |
info.de-w@weber-hydraulik.com |
Company
WEBER-HYDRAULIK GMBH
Heilbronner Str. 30
74363 Güglingen
GERMANY
+49 7135 71-0 | |
+49 7135 71-10301 | |
info@weber-hydraulik.com |