Product Overview
The Woodward APPLICOM-PCI1000 Network Interface Card is designed to support communication between industrial computing platforms and automation control systems. In many industrial environments, control software must exchange data continuously with controllers, sensors, and process equipment. This module provides the necessary hardware interface to support that communication.
Engineers typically install this card in industrial workstations or servers that manage process monitoring, data acquisition, and supervisory control tasks. By enabling stable network communication, it plays an important role in maintaining operational visibility and control performance across complex automation infrastructures.
Its compact construction and compatibility with industrial computing environments make it a practical solution for facilities that require dependable data exchange between software platforms and field control systems.
Technical Specifications
| Specification | Details |
|---|
| Manufacturer | Woodward |
| Model Number | APPLICOM-PCI1000 |
| Module Type | Communication Module |
| Function | Network Interface Card |
| Installation | PCI Slot Installation |
| Application | Industrial Network Communication |
| System Use | SCADA / Automation Systems |
| Operating Environment | Industrial Control Systems |
| Dimensions | 210 mm × 75 mm × 20 mm |
| Weight | 0.35 kg |
Where This Module Is Typically Used
The Woodward APPLICOM-PCI1000 Network Interface Card is designed to enable reliable communication between industrial control systems and supervisory platforms. Installed in industrial computers or control servers, this module acts as a bridge that allows automation software to exchange data with controllers, field devices, and plant networks.
Common industrial environments where this module is deployed include:
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Power generation control rooms connecting monitoring systems with turbine controllers
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Process automation systems in chemical and petrochemical facilities
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Manufacturing plants integrating SCADA systems with industrial networks
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Industrial data acquisition platforms requiring stable communication interfaces
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Energy management systems collecting real-time operational data
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Control centers that rely on consistent data exchange across automation networks
In these environments, the card ensures efficient communication between software platforms and industrial equipment.
Operational Advantages in Industrial Networks
Reliable Industrial Communication
Provides stable data exchange between industrial PCs and control systems.
Designed for Automation Integration
Supports communication requirements commonly found in process automation and monitoring systems.
Efficient Data Handling
Optimized to manage continuous data traffic between controllers and supervisory applications.
Compact Hardware Design
Its low-profile structure allows installation inside industrial computers and automation workstations.
Supports System Connectivity Expansion
Allows control systems to integrate additional network communication capabilities without major infrastructure changes.
Technical FAQs
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What is the primary function of the APPLICOM-PCI1000 module?
It enables communication between industrial computers and automation control systems through network connectivity.
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Where is this module typically installed?
It is installed in an industrial PC or server used for automation control, SCADA, or monitoring applications.
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Can the module support real-time industrial communication?
Yes. It is designed to handle continuous communication required in industrial control environments.
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What type of systems commonly use this card?
SCADA systems, industrial monitoring platforms, and process automation control systems.
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Is the module suitable for integration with existing control networks?
Yes. It is often used to expand or maintain connectivity within established industrial automation systems.
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How does this card improve system communication reliability?
It provides a dedicated interface for network communication between software platforms and field controllers.
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Can it be used in power generation control systems?
Yes. It is commonly used in facilities where operational data must be exchanged between control hardware and monitoring systems.
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Does the module support industrial-grade operation?
Yes. It is built for environments where reliable communication and system uptime are critical.
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What role does it play in distributed automation systems?
It allows centralized systems to communicate with distributed controllers across the network.
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Why is a dedicated communication card important in automation systems?
It ensures stable data transmission, reduces communication delays, and improves overall system coordination.
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