YOKOGAWA
MODEL : EJA 110
DPHARP TRANSMITTER
STYLE: S2
SUFFIX: DLS4B-92EA/FF1/D1
SUPPLY: 24V DC
OUTPUT: 4-20MA DC
MWP: 500 PSI
NO: F570UA270 714
TEMP. CL.T6 NEMA 4X
AMB ,TEMP: -40 TO 60’C
MATL: SUS
CODE: 110
CPSL: L
LS7C1D3L
MADE IN JAPAN
WEIGHT : 4 KG
CONDITION : NEW 1 PCS
REF NO : 2925 N
What is the EJA110 DPHARP Transmitter?
The YOKOGAWA EJA110 DPHARP Transmitter makes use of the Dual-Sensor technology. It is a characteristic feature of the DPHARP series, which provides reliable measurement, even in difficult situations. Thus, the probability of drifting over time will be very low. In this model, differential and static pressures can be measured at the same time, so that it offers great functionality and reliability.
Main Features:
High Accuracy: The transmitter boasts an accuracy of ±0.055%, making it one of the most precise instruments in its class.
Enhanced Durability: Built with a rugged design, it withstands harsh environments and ensures long-term reliability.
Advanced Diagnostics: Integrated diagnostics offer predictive maintenance, reducing downtime and operational costs.
User-Friendly Interface: The intuitive display and configuration options make it easy to operate and maintain.
Why Choose the EJA110 DPHARP Transmitter?
Safety and Reliability: It has the features of certified safety and rugged design, thus ideal for critical processes.
Cost Efficiency: The high stability and low maintenance requirements contribute to reduced lifecycle costs.
Versatility: It is applicable across a wide range of industries, meeting diverse measurement needs.
Applications Across Industries:
The YOKOGAWA EJA110 DPHARP Transmitter has demonstrated its utility in so many industries. In oil and gas, it delivers safe and efficient operations in the upstream, midstream, and downstream processes. The chemical and petrochemical industries use it with great accuracy to achieve the desired reaction control. In the pharmaceutical industry, it maintains high quality control standards. In power generation, even it monitors and controls the essential systems.