80190-300-01-R Product datasheet
| Model number: | 80190-300-01-R | 
 | Module Type: | IGCT Module | 
| Manufacture: | Allen-Bradley | 
 | Condition: | Brand New | 
| Range of Product: | Allen-Bradley | 
 | Lead time: | In Stock | 
| Weight: | 0.9kg | 
 | HS CODE: | 8537101190 | 
| Dimension: | 3.5x13x14.5cm | 
 | MOQ: | 1 | 
| Product Origin: | USA | 
 | System: | PLC | 
| Discontinued on: | Jane 30,2016 | 
 | Communication Service: | Ethernet router | 
80190-300-01-R Functional Description
The 80190-300-01-R IGCT Module Allen-Bradley represents a sophisticated External Input/Output board specifically engineered for integration with the PowerFlex 7000 Medium Voltage Drive system, delivering enhanced control capabilities for demanding industrial applications. This specialized interface module provides critical digital input and output expansion that enables more comprehensive monitoring and control of drive operations within complex automation architectures. The technical design of the module incorporates high-reliability components with exceptional electromagnetic immunity, ensuring stable performance in electrically noisy industrial environments where signal integrity is paramount for operational safety and process accuracy.
Manufactured with robust construction standards, the Allen Bradley 80190-300-01-R PC BOARD ASSEMBLY features a compact form factor measuring 3.5 x 6.2 x 1.2 inches and weighing approximately 2.2 pounds, facilitating straightforward installation within existing drive enclosures while minimizing space requirements. The board's engineering includes support for multiple industrial communication protocols including Ethernet/IP and Modbus, providing flexible integration options with various control systems and supervisory platforms. The 80190-300-01-R ALLEN BRADLEY PDF maintains certifications for hazardous locations including ATEX and IECEx standards, demonstrating its suitability for deployment in potentially explosive atmospheres where equipment reliability directly impacts personnel safety.
The operational characteristics of the IGCT Module 80190-300-01-R AB include a wide operating voltage range appropriate for industrial applications and a simple control interface with status feedback capabilities that streamline troubleshooting and maintenance procedures. The board's design emphasizes both functional versatility and long-term reliability, incorporating advanced thermal management that ensures consistent performance across variable environmental conditions. The implementation of the module within PowerFlex 7000 drive systems enhances diagnostic capabilities and control granularity, particularly valuable in critical processes where precise motor control and comprehensive system monitoring are essential.
Through its combination of expanded I/O functionality, hazardous environment certification, and robust industrial construction, the 80190-300-01-R ROCKWELL Extended I/O Circuit Board establishes itself as a valuable enhancement component for medium voltage drive applications. The board's design philosophy balances advanced features with practical implementation requirements, supporting both immediate operational needs and long-term system reliability objectives. The proven performance of the module across various industrial sectors underscores its effectiveness in extending drive capabilities while maintaining the engineering standards associated with the Allen-Bradley brand, making it a trusted solution for engineers working with PowerFlex 7000 drive systems in challenging industrial environments.
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Printed Circuit Board
The Printed Circuit Board Assembly process has a number of steps- some of these are automated and some are manual. Even before we get to the Assembly process,
let us look at aspects of PCB design, types of PCB assemblies available and the component mounting technologies used.
The basic unit of the PCB has a number of layers. These layers include:
• The base material of the PCB that gives the PCB its rigidity is known as the substrate
• On each side of the PCB is a copper layer
• Above the copper layer is the solder mask. Essentially, what it does is to insulate the copper traces. The solder mask is therefore responsible for smooth working of
the PCBA as it ensures that the soldering does not happen on unwanted parts.
• The final layer on the PCB board is the silkscreen which adds labels and therefore indicates the function of the various components.