logo

Einzelheiten zu den Produkten

Created with Pixso. Zu Hause Created with Pixso. Produits Created with Pixso.
Elektronisches Steuerrelais
Created with Pixso.

SUPCON transmitter CXT-SKC6SAAM300B02AAB230AE-F1 maximum working pressure 16MPa

SUPCON transmitter CXT-SKC6SAAM300B02AAB230AE-F1 maximum working pressure 16MPa

Markenbezeichnung: SUPCON
Modellnummer: CXT-SKC6SAAM300B02AAB230AE-F1
MOQ: 1
Preis: Negotiations
Einzelheiten
Herkunftsort:
CHINA
Leistung:
10.5 ~ 45VDC
Ausgabe:
4 ~ 20 mA
Reichweite:
0 bis 800 kPa
Maximaler Arbeitsdruck:
16mpa
Genauigkeit:
Nullpunkt null fünf
Verpackung Informationen:
Neue Originalbox
Hervorheben:

SUPCON transmitter 16MPa pressure

,

electronic control relay transmitter

,

CXT-SKC6SAAM300B02AAB230AE-F1 transmitter

Beschreibung des Produkts
SUPCON transmitter CXT-SKC6SAAM300B02AAB230AE-F1 maximum working pressure 16MPa
SUPCON transmitter CXT-SKC6SAAM300B02AAB230AE-F1 maximum working pressure 16MPa 0
Designed to thrive in demanding industrial environments, the SUPCON CXT-SKC6SAAM300B02AAB230AE-F1 transmitter stands out as a robust solution for high-pressure measurement applications. A key highlight of this model is its impressive maximum working pressure rating of 16MPa, making it ideally suited for systems where extreme pressure conditions are the norm.
Beyond its high-pressure capability, this transmitter delivers consistent accuracy and reliability, ensuring precise monitoring of pressure dynamics across critical processes. Built with SUPCON's stringent quality standards, it features a durable construction that withstands harsh operational factors such as temperature fluctuations, vibration, and exposure to industrial media—guaranteeing long-term performance stability.
Whether integrated into hydraulic systems, heavy machinery, or high-pressure pipelines, the CXT-SKC6SAAM300B02AAB230AE-F1 provides real-time, actionable pressure data, empowering operators to maintain optimal process control and safety. It's not just a measurement tool; it's a critical component for ensuring efficiency and reliability in high-pressure industrial ecosystems.