2012AZ10101B ABB

  • Flow: Measuring flow from flow meters.
  • Level: Measuring liquid or solid level from level sensors.
  • Position: Measuring position from linear or rotary encoders.

Where to Find More Information:

Alternatives and Considerations:

  • ABB 2012AZ10102B: A similar analog input module with a wider input range.
  • Third-party analog input modules: Depending on the specific application requirements, third-party analog input modules might be an option. However, ensure compatibility and functionality before considering them.
Category:

Description

The 2012AZ10101B is an Analog Input Module from ABB, specifically designed for use in their Modicon Modcell programmable logic controllers (PLCs). It is used to convert analog signals from various sensors and transmitters into digital signals that the PLC can understand and process.

Key Features:

  • Input Type: 2-wire current or voltage input
  • Input Range:
    • Current: -20 mA to +20 mA
    • Voltage: -10   V to +10 V
  • Resolution: 12 bits
  • Accuracy: ±0.1% of full scale
  • Response Time: <2 ms
  • Isolation: 2000 V between channels and to ground
  • Operating Temperature: -40°C to +70°C
  • Dimensions: 27 mm x 20 mm x 36 mm
  • Weight: 0.09 kg

Applications:

The 2012AZ10101B is commonly used in various industrial a

utomation applications to measure and monitor various parameters, such as:

  • Temperature: Measuring temperature from thermocouples or RTDs.
  • Pressure: Measuring pressure from pressure transducers.
  • Flow: Measuring flow from flow meters.
  • Level: Measuring liquid or solid level from level sensors.
  • Position: Measuring position from linear or rotary encoders.

Where to Find More Information:

Alternatives and Considerations:

  • ABB 2012AZ10102B: A similar analog input module with a wider input range.
  • Third-party analog input modules: Depending on the specific application requirements, third-party analog input modules might be an option. However, ensure compatibility and functionality before considering them.