Yokogawa EP3*A Frequency Input Card

The Yokogawa EP3*A is a high-performance frequency input card that delivers accurate and reliable frequency measurement in various industrial applications. It measures frequencies from 0 to 10,000 Hz, making it ideal for diverse control systems and monitoring devices. Additionally, the EP3*A card integrates seamlessly into industrial environments, ensuring high precision and stability in every operation.

Key Features

Wide Frequency Range: The supports frequencies from 0 Hz to 10,000 Hz, offering versatility for various industrial applications.
Precise Measurements: With its high precision, the module ensures accurate frequency measurements, contributing to system reliability.
Versatile Application: It is suitable for integration in a broad range of industrial automation and control systems.
Robust Design: The EP3*A is built for durability, ensuring it operates optimally even in challenging industrial environments.

Technical Specifications

Feature	Specification
Frequency Range	0 Hz to 10,000 Hz
Input Type	Frequency Input
Accuracy	High Precision Frequency Measurement
Output	Frequency Data
Module Type	Frequency Input Card
Operating Environment	Industrial Automation & Control Systems
Power Supply	Compatible with standard systems

**Why Choose the Yokogawa EP3*A?**

The Yokogawa EP3*A stands out for several key reasons. First, its wide frequency range from 0 to 10,000 Hz supports a variety of industrial applications. Moreover, the EP3*A consistently provides accurate and reliable frequency measurements, ensuring optimal performance. It integrates smoothly with existing systems, making it an ideal choice for industrial automation needs.

**Applications of the Yokogawa EP3*A Frequency Input Card**

The Yokogawa EP3*A module fits perfectly into a wide range of industrial automation applications. For instance, you can use it for:

Monitoring Systems: It measures frequencies in real-time, offering a comprehensive overview of system performance.
Control Systems: The module ensures precise frequency control, contributing to the stability of industrial processes.
Process Automation: By capturing accurate frequency data, it supports automated systems, making them more efficient.