The TPS G4AIA 1KHL015623R0002 is an analog input Module manufactured by ABB.
Item NO.:
TPS G4AIA 1KHL015623R0002Payment:
T/TMarket Price:
$3000Product Origin:
Germany (DE) / Spain (ES)/ United States(US)Product weight:
0.5kgLead Time:
In stockShipping Port:
Xiamen
» Description |
Manufacture | ABB |
Model | TPS G4AIA |
Product ID | 1KHL015623R0002 |
Catalog | VFD Spares |
Description | TPS G4AIA Analog Input Module |
Country of Origin | Germany (DE) / Spain (ES)/United States(US) |
Dimension | 125mm*80mm*104mm |
Weight | 0.5kg |
The ABB TPS G4AIA 1KHL015623R0002 Analog Input Module is an essential component in industrial automation systems. This module is designed to provide accurate and reliable measurement of analog signals, allowing for precise monitoring and control of various processes.
Featuring advanced technology and high-performance capabilities, the TPS G4AIA module offers multiple channels for the input of analog signals. It supports a wide range of signal types, including voltage, current, thermocouple, and resistance. This versatility allows it to be used in diverse applications across different industries, such as process control, manufacturing, and energy management.
One notable feature of the TPS G4AIA module is its robust construction and modular design. It is built to withstand harsh operating conditions, including extreme temperatures, humidity, and vibrations, ensuring long-term reliability and durability. Furthermore, its modular design offers flexibility in system configuration, allowing for easy scalability and expansion as per the evolving needs of the application.
In addition to its hardware features, the TPS G4AIA module integrates seamlessly with ABB's automation software and control systems. It provides precise analog data to the control system, enabling accurate monitoring and feedback for efficient process optimization. With its high-speed communication capabilities, the module ensures real-time data acquisition and transmission, enhancing overall system performance and response time.
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