Description
IS415UCVHH1AB- VME Processor Control Card is available in stock which ships the same day.
IS415UCVHH1AB- VME Processor Control Card comes in UNUSED as well as REBUILT condition.
To avail our best deals for IS415UCVHH1AB- VME Processor Control Card, contact us and we will get back to you within 24 hours.
IS415UCVHH1AB Other names:
PCB module IS415UCVHH1AB
IS415UCVHH1AB Input/Output Module
Analog Control Board IS415UCVHH1AB
IS415UCVHH1AB is a VME processor control card developed by GE. It is part of the Mark VI control system. It is a dedicated single slot board that plays a crucial role in the control and communication of large-scale systems. It integrates an Intel ultra-low voltage CeleronTM processor with a running frequency of 1067 MHz (1.06 GHz), and is equipped with 128 MB flash memory and 1 GB synchronous dynamic random access memory (SDRAM). The compact design effectively utilizes its resources and contributes to the overall functionality of the system.
The following is a detailed overview of its functions and specifications:
Function Description
Processor: This card uses Intel Ultra Low Voltage Celeron ™ The processor operates at a frequency of 1067 MHz (1.06 GHz).
Memory: Equipped with 128 MB flash memory and 1 GB synchronous dynamic random access memory (SDRAM).
Design: The compact design effectively utilizes its resources and contributes to the overall functionality of the system.
Connect
One of the notable features of IS415UCVHH1AB Ethernet port is its dual Ethernet connection. The board is equipped with two 10BaseT/100BaseTX Ethernet ports, each of which uses an RJ-45 connector. These ports are used as network communication gateways to facilitate connections and data exchange within and outside the system.
Operating conditions
Working temperature: 0 to 70 ° C
Storage temperature: -40 to 80 ° C
Compatibility and configuration
System configuration: This component supports a range of system configurations, including simplex, duplex, and triple redundancy settings, ensuring flexibility to meet different operational requirements.
Hybrid configuration: Operators can flexibly mix and match controllers and input/output redundant configurations, allowing them to customize the system according to specific application requirements while effectively managing costs.
Features
One major feature of UCVH is its dual Ethernet connection. The motherboard is equipped with two 10BaseT/100BaseTX Ethernet ports, each of which uses an RJ-45 connector. These Ethernet ports can serve as gateways for network communication, facilitating connections and data exchange within and outside the system.
The first Ethernet port plays a crucial role in establishing a connection with the Universal Device Host (UDH) for configuration and peer-to-peer communication. UCVH uses this port to interact with UDH, allowing configuration of various parameters and settings that are crucial for system operation. In addition, the first Ethernet port facilitates direct communication between peer devices within the network, facilitating seamless exchange of information and collaborative operations.
The second Ethernet port on UCVH runs on a different IP logical subnet. This separation ensures clear boundaries of communication and helps to effectively manage network traffic. This Ethernet port has multiple uses, one of which is that it is compatible with Modbus, a widely used communication protocol in industrial automation. In addition, this port can be used for private Ethernet Global Data (EGD) networks, thereby enhancing the security and efficiency of data transmission within specific components of the system.
The configuration of the second Ethernet port is completed through the toolbox, which is a software tool that facilitates system management and customization. During the startup process, the controller will verify the configuration settings established through the toolbox to ensure that they are consistent with the hardware functionality and expected network architecture. This verification process ensures that the controller operates optimally based on the configured parameters.
Connection options
2 USB ports: supports data transfer and peripheral device connection.
Two Ethernet ports: facilitate network communication and achieve seamless data exchange.
2 COM ports with LED: supports serial communication and provides visual feedback.
Mouse/keyboard connector: allows users to input configuration and control.
VGA display port: Provides an interface for external display devices.
Customization and redundancy
Its notable feature is strong adaptability. Operators can flexibly mix and match controllers with redundant input/output configurations.
This customization enables the system to accurately meet the specific requirements of the application while effectively managing costs.
ControlST real-time analysis software
It utilizes ControlST software, a powerful tool that provides real-time analysis and adaptability for operators.
This software serves as a central hub, providing high-quality, time consistent data to enhance decision-making capabilities and facilitate rapid response to dynamic factory conditions.
Software support
ControlST software: This module uses ControlST software to provide high-quality, time consistent data from a single source. This software enables operators to analyze and adjust factory operations in real-time, thereby improving decision-making and responsiveness.
Availability
IS415UCVHH1AB is in stock and can be purchased from suppliers such as World Of Controls and The Phoenix Controls, who provide unused or refurbished products. Delivery time and transportation arrangements may vary depending on the supplier.
Size and weight
Size: 16cm x 16cm x 12cm
Weight: Approximately 0.8kg
In summary, the IS415UCVHH1AB VME processor control card is a powerful multifunctional component designed specifically for advanced control systems. It combines processing power, memory capacity, and dual Ethernet connectivity, making it suitable for a wide range of industrial applications that require high-performance computing and network functionality.
Frequently asked questions
What is IS415UCVHH1AB?
It is a VME processor control card developed by GE
What system configurations does UCVHH1A support?
This component supports a range of system configurations, including simplex, duplex, and three-way redundancy settings. This adaptability ensures flexibility to meet different operational requirements.
Can controllers and input/output redundancy be mixed and matched?
Sure, operators can flexibly mix and match controllers with redundant input/output configurations. This customization option allows the system to be customized to meet specific application requirements while effectively managing costs.
How does this module support real-time analysis and adjustment?
It uses ControlST software to provide high-quality, time consistent data from a single source. This software enables operators to analyze and adjust their factory operations in real-time, thereby improving decision-making and responsiveness.
What is the significance of ControlST software?
ControlST software is a powerful tool that enables centralized data analysis and adaptive adjustments. By providing high-quality, time consistent data from a single source, it enables operators to make informed decisions and effectively respond to dynamic factory conditions.
All products on this website are special products, and market prices have been fluctuating,
Please refer to the customer service quotation for details, as the product is new and the price is not genuine,
Please confirm the model, product, price, and other detailed information with customer service before placing an order. The website has been used,
The new one is for sale, please contact customer service for further communication.
Discounted product recommendations:
IS200STAIS1A
IS220YAICS1A
IS200WNPSH1A
IS200TVBAH2A
IS220PVIBH1A
IS220PTURH1B
IS220PTURH1A
IS200TRPAH1A
IS220PTCCH1B
IS200STTCH2A
IS200AEPAH1BKE
IS215WEPAH2B
IS420YAICS1B
More……
admin –
IS415UCVHH1A is used as a control board for the Mark VIe series, designed specifically for gas turbine control systems. It runs the turbine application code and communicates with the turbine I/O board through the VME bus.It combines high-performance computing power, a wide range of connectivity options, and a durable structure, making it an ideal choice for demanding control environments.