Welcome!
Email:anikaqx@gmail.com

GE URRHH High-Speed Data Acquisition Module

The GE URRHH is an advanced industrial control module designed for precise regulation in power systems. It's engineered to enhance efficiency and reliability in various industrial applications.

GE URRHH High-Speed Data Acquisition Module

    The GE URRHH is a specialized control module designed for advanced industrial automation systems. It integrates high-performance digital signal processing capabilities with robust communication protocols, ideal for complex control applications.

Model:UR-RHH

Series:Mark VII

Product Type:Control Module

Processor Speed (GHz):2.5

Memory (GB):16

Operating Temperature Range (°C):-40 to 85

Dimensions (mm):120 x 100 x 75

Weight (kg):0.7

Input Voltage (V):24 DC

Output Current (A):10

Communication Protocols Supported:[“Ethernet”,”Modbus TCP/IP”]

    The GE URRHH Industrial Control Module is engineered to deliver superior performance in harsh industrial environments.

     Featuring robust communication interfaces including Ethernet and RS-232/485, it ensures seamless connectivity and data transfer between devices.

     Designed with flexibility in mind, this module can adapt to a wide range of applications within different industries.

     Its compact design allows for easy installation in tight spaces, making it ideal for use in automated machinery and process control systems.

     With a broad operating temperature range and reliable power requirements, the URRHH module guarantees consistent operation under varying conditions.

GE URRHH 

GE URRHH 

GE URRHH 




    Customers reviews

    There are no reviews yet.

    Be the first to review “GE URRHH High-Speed Data Acquisition Module”

    Your email address will not be published. Required fields are marked *

    whatsapp

    Phone numbers:

    +86 13639522374

    E-mail:

    anikaqx@gmail.com

    whatsapp:

    +86 13639522374

    Search for products

    Back to Top
    Product has been added to your cart
    phone: +8613639522374
    email: anikaqx@gmail.com