140AMM09000 Product Description, Product Parameters, Product Specifications, Product Applications
The 140AMM09000 is a module that belongs to the Modicon Quantum automation platform. It is a high-performance input/output module that features 32 digital input channels and 24 digital output channels. The module is designed to provide reliable and accurate data acquisition and control capabilities for various industrial applications.
Product Description
The 140AMM09000 module has a compact design that allows it to fit seamlessly into a variety of automation systems. It has a maximum operating voltage of 125V DC and a maximum operating current of 0.5A. The module is designed to operate in temperatures ranging from -25°C to 70°C, making it suitable for use in harsh industrial environments.
Product Parameters
The 140AMM09000 module has the following key parameters:
- Input voltage range: 0 to 125V DC
- Input current range: 2 to 40mA
- Output voltage range: 0 to 125V DC
- Output current range: 0.1 to 2A
- Isolation voltage: 2500V AC between input and output and between input/output and internal logic
- Backplane current: 0.3A at 5V DC
- Power dissipation: 10W
Product Specifications
The 140AMM09000 module has the following specifications:
- 32 digital input channels
- 24 digital output channels
- Input/output addressing: 1-word input and 1-word output
- Input filter time: 1ms
- Output update time: 1ms
- Input impedance: 3.2kΩ
- Output impedance: 0.1Ω
- LED indicators for module status and channel status
- Conformal coating for protection against humidity, dust, and chemical pollutants
Product Applications
The 140AMM09000 module is suitable for a wide range of industrial applications, including:
- Machine control and automation
- Process control and monitoring
- Data acquisition and analysis
- Robotics and motion control
- Building automation
Overall, the 140AMM09000 module is a reliable and high-performance input/output module that provides versatile data acquisition and control capabilities for industrial automation systems.
