Consiga su cuenta de Parker hoy mismo!
Cree una cuenta para gestionar todo lo que haga con Parker, desde sus preferencias de compra hasta su acceso a la aplicación.
Cree una cuenta para gestionar todo lo que haga con Parker, desde sus preferencias de compra hasta su acceso a la aplicación.
Las válvulas de mariposa proporcionales de 2 vías de la serie TDA poseen un control preciso de los grandes flujos de aceite para un funcionamiento fiable y eficiente.
Compliance, Certifications & Safety |
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CERTIFICATE - DIN ISO 9001:2015 Certificate ISDE |
CERTIFICATE - Position Paper ISDE 2006/42/EC and EN ISO 13849 |
Product Demos & Tutorials |
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PRODUCT VIDEO - Proportional Slip-in Valves |
Productos | Conexión del puerto | Caudal | Función | Material de la junta | Voltaje de entrada |
---|---|---|---|---|---|
TDA016EW06A2NXW | NG16 | 50 % of nominal flow | Flow direction from A to B | NBR | 16 VDC |
TDA016EW06B2NLW | NG16 | 50 % of nominal flow | Flow direction from B to A | NBR | 6 VDC |
TDA016EW06B2NXW | NG16 | 50 % of nominal flow | Flow direction from B to A | NBR | 16 VDC |
TDA016EW06B2VXW | NG16 | 50 % of nominal flow | Flow direction from B to A | FPM | 16 VDC |
TDA016EW09A2NLW | NG16 | Nominal Flow | Flow direction from A to B | NBR | 6 VDC |
TDA016EW09A2NXW | NG16 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA016EW09B2NLW | NG16 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA016EW09B2NXW | NG16 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA016EW09B2VXW | NG16 | Nominal Flow | Flow direction from B to A | FPM | 16 VDC |
TDA025EW06A2NXW | NG25 | 50 % of nominal flow | Flow direction from A to B | NBR | 16 VDC |
TDA025EW06B2NLW | NG25 | 50 % of nominal flow | Flow direction from B to A | NBR | 6 VDC |
TDA025EW06B2NXW | NG25 | 50 % of nominal flow | Flow direction from B to A | NBR | 16 VDC |
TDA025EW06B2VXW | NG25 | 50 % of nominal flow | Flow direction from B to A | FPM | 16 VDC |
TDA025EW09A2NLW | NG25 | Nominal Flow | Flow direction from A to B | NBR | 6 VDC |
TDA025EW09A2NXW | NG25 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA025EW09B2NLW | NG25 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA025EW09B2NXW | NG25 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA025EW09B2VXW | NG25 | Nominal Flow | Flow direction from B to A | FPM | 16 VDC |
TDA032EW09A2NLW | NG32 | Nominal Flow | Flow direction from A to B | NBR | 6 VDC |
TDA032EW09A2NXW | NG32 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA032EW09B2NLW | NG32 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA032EW09B2NXW | NG32 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA032EW09B2VXW | NG32 | Nominal Flow | Flow direction from B to A | FPM | 16 VDC |
TDA040EW09A2NLW | NG40 | Nominal Flow | Flow direction from A to B | NBR | 6 VDC |
TDA040EW09A2NXW | NG40 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA040EW09A2VXW | NG40 | Nominal Flow | Flow direction from A to B | FPM | 16 VDC |
TDA040EW09B2NLW | NG40 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA040EW09B2NXW | NG40 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA040EW09B2VXW | NG40 | Nominal Flow | Flow direction from B to A | FPM | 16 VDC |
TDA050EW09A2NLW | NG50 | Nominal Flow | Flow direction from A to B | NBR | 6 VDC |
TDA050EW09A2NXW | NG50 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA050EW09B2NLW | NG50 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA050EW09B2NXW | NG50 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA050EW09B2VLW | NG50 | Nominal Flow | Flow direction from B to A | FPM | 6 VDC |
TDA050EW09B2VXW | NG50 | Nominal Flow | Flow direction from B to A | FPM | 16 VDC |
TDA063EW09A2NXW | NG63 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA063EW09B2NLW | NG63 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA063EW09B2NXW | NG63 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA063EW09B2VLW | NG63 | Nominal Flow | Flow direction from B to A | FPM | 6 VDC |
TDA063EW09B2VXW | NG63 | Nominal Flow | Flow direction from B to A | FPM | 16 VDC |
TDA080EW09A2NLW | NG80 | Nominal Flow | Flow direction from A to B | NBR | 6 VDC |
TDA080EW09A2NXW | NG80 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA080EW09B2NLW | NG80 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA080EW09B2NXW | NG80 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA100EW09A2NXW | NG100 | Nominal Flow | Flow direction from A to B | NBR | 16 VDC |
TDA100EW09B2NLW | NG100 | Nominal Flow | Flow direction from B to A | NBR | 6 VDC |
TDA100EW09B2NXW | NG100 | Nominal Flow | Flow direction from B to A | NBR | 16 VDC |
TDA032EW09A2VXW | NG32 | Nominal Flow | Flow direction from A to B | FPM | 16 VDC |
TDA016EW06A2NLW | NG16 | 50 % of nominal flow | Flow direction from A to B | NBR | 6 VDC |
TDA016EW06A2VLW | NG16 | 50 % of nominal flow | Flow direction from A to B | FPM | 6 VDC |
TDA016EW09A2VLW | NG16 | Nominal Flow | Flow direction from A to B | FPM | 6 VDC |
TDA016EW09A2VXW | NG16 | Nominal Flow | Flow direction from A to B | FPM | 16 VDC |
TDA025EW06B2VLW | NG25 | 50 % of nominal flow | Flow direction from B to A | FPM | 6 VDC |
TDA025EW09A2VLW | NG25 | Nominal Flow | Flow direction from A to B | FPM | 6 VDC |
TDA025EW09A2VXW | NG25 | Nominal Flow | Flow direction from A to B | FPM | 16 VDC |
TDA025EW09B2VLW | NG25 | Nominal Flow | Flow direction from B to A | FPM | 6 VDC |
TDA040EW09B2VLW | NG40 | Nominal Flow | Flow direction from B to A | FPM | 6 VDC |
TDA063EW09A2NLW | NG63 | Nominal Flow | Flow direction from A to B | NBR | 6 VDC |