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Parker 2-Way Normally Open Solenoid Valve 1/4" Pipe Thread – Part No. 73222BN2MN00N0C111C1

Parker 2-Way Normally Open Solenoid Valve 1/4" Pipe Thread – Part No. 73222BN2MN00N0C111C1

Markenbezeichnung: Parker
Modellnummer: 73222BN2MN00N0C111C1
MOQ: 1
Preis: Verhandlungsfähig
Einzelheiten
Herkunftsort:
Deutschland
Ventiltyp:
Zwei Positionen
Funktion:
Normalerweise geöffnet
Portgröße:
1/4 Zoll Zoll
Spulentyp:
1/2-Zoll-NPT-Kabelkanal, 18-Zoll-Kabel, Klasse F, NEMA 4X
Eingangsspannung:
12 VDC VDC
Ventilkörpermaterial:
Kupfer
Dichtungsmaterial:
NBR
Stromverbrauch:
10 Watt (DC) W
Spannungswert (V):
12 VDC
Maximaler Druckunterschied:
200 psi (DC) psi
Minimaler Druckunterschied:
5 PSI
Mindestflüssigkeitstemperatur:
0 °F
Maximale Flüssigkeitstemperatur:
185 °F
Entspricht den Spulenspezifikationen:
NEMA 4X
Maximale Druckdifferenz (psi):
200 psi (Gleichstrom)
Strom (Watt):
10 Watt (DC)
Verpackung Informationen:
Neue Originalverpackung
Beschreibung des Produkts
Parker 2-Way Normally Open Solenoid Valve 1/4" Pipe Thread – Part No. 73222BN2MN00N0C111C1
Product Overview

This Parker two-way normally open solenoid valve represents a refined and reliable fluid control solution designed for general industrial and commercial fluid systems.

Construction & Materials
  • Premium brass construction for outstanding structural rigidity
  • Excellent resistance to oxidation and corrosion
  • Stable mechanical performance for long-cycle industrial operation
  • Consistent sealing integrity in complex working environments
Solenoid Performance
  • High-performance solenoid coil with industrial-grade insulation
  • Waterproof protection for stable electromagnetic drive performance
  • Reliable switching actions with low energy consumption
  • Excellent anti-interference capability
  • Adapts to frequent start-stop working conditions
Quality Assurance

Every product undergoes strict factory calibration and sealing testing to eliminate leakage risks and guarantee consistent performance stability throughout its service life.

Applications
Compatible with air, inert gases, water, and light hydraulic media. Widely applicable to conventional industrial automation, commercial fluid management, and various general flow control scenarios.