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YOKOGAWA differential pressure transmitter EJA110E-JMS4G-912EB/A/HE Supply Voltage 10.5~32 VDC

YOKOGAWA differential pressure transmitter EJA110E-JMS4G-912EB/A/HE Supply Voltage 10.5~32 VDC

Nazwa marki: YOKOGAWA
Numer modelu: EJA110E-JMS4G-912EB/A/HE
MOQ: 1
Cena £: Negotiations
Szczegółowe informacje
Miejsce pochodzenia:
Japonia
Napięcie zasilania:
10,5 ~ 32 V prądu stałego
Wyjście:
4-20 mA prądu stałego
Maksymalna presja pracy:
16 MPa
Zakres kalibracji:
-10000 do 10000 MMH2O
Szczegóły pakowania:
Nowe oryginalne pudełko
Podkreślić:

YOKOGAWA differential pressure transmitter with warranty

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EJA110E-JMS4G-912EB pressure transmitter 10.5~32 VDC

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differential pressure transmitter for industrial use

Opis produktu
YOKOGAWA Differential Pressure Transmitter EJA110E-JMS4G-912EB/A/HE
YOKOGAWA differential pressure transmitter EJA110E-JMS4G-912EB/A/HE Supply Voltage 10.5~32 VDC 0
Product Overview

The YOKOGAWA EJA110E-JMS4G-912EB/A/HE is a high-performance differential pressure transmitter engineered for precise process measurement in industrial automation. Operating on a flexible supply voltage range of 10.5~32 VDC, it seamlessly integrates with standard industrial power systems.

Key Features
  • Advanced silicon resonant sensor technology for exceptional accuracy (±0.075% of span)
  • Long-term stability and reliability in demanding applications
  • 4~20mA DC HART two-wire communication for remote configuration, diagnostics, and calibration
  • IP67-rated enclosure for superior environmental protection
  • Wide operating temperature range (-40°C to +85°C)
  • Corrosion-resistant construction for harsh environments
Technical Specifications
Model EJA110E-JMS4G-912EB/A/HE
Supply Voltage 10.5~32 VDC
Accuracy ±0.075% of span
Communication 4~20mA DC HART two-wire
Operating Temperature -40°C to +85°C
Enclosure Rating IP67
Applications

This transmitter excels in harsh industrial environments including oil & gas, chemical processing, power generation, and water treatment applications. It reliably monitors differential pressure, flow rate (when paired with flow elements), and liquid levels for critical process control.