Compact B&r Ao775 3ao775.6 Analog Output Card Collection [98RfbFms]

B&R AO775 8-Channel Analog Output Module

The B&R AO775 is a state-of-the-art 8-channel analog output module designed to provide precise control in industrial automation applications. This module stands out for its 0 to 20 mA current outputs, 11-bit digital-to-analog conversion, and high-level electrical isolation, making it ideal for demanding environments. With its exceptional performance, the AO775 ensures high-speed and accurate output control, even under challenging conditions. Key features include 8 channels of analog current output, high-speed conversion, electrical isolation, a low-pass output filter, and high precision.

Product Specifications and Features

The B&R AO775 boasts a variety of specifications that make it a powerful tool for industrial applications. It offers a digital-to-analog resolution of 11 bits, a conversion time of just 250 µs per channel, and a load capacity of up to 600 Ω. The module also features a low-pass output filter with a 1 kHz cutoff frequency, ensuring stable and noise-free outputs. Its basic accuracy is ±0.5% at 20°C and ±0.75% from 0 to 60°C.

• High-speed conversion allows for fast, real-time control.
• Electrical isolation enhances safety and prevents interference in industrial systems.

Applications and Benefits

The B&R AO775 is versatile and well-suited for a wide range of applications in industrial automation systems. It is perfect for process control in industries such as chemicals, power generation, and manufacturing, where accuracy and speed are crucial. Additionally, it offers high-precision output for sensors and testing devices, making it a valuable tool in measurement and testing equipment. By choosing the B&R AO775, you gain a reliable and efficient solution that can improve the performance and safety of your industrial automation systems.

• Industrial Automation Systems: Ideal for systems requiring precise, high-speed analog control.
• Process Control: Used in industries like chemicals, power generation, and manufacturing where accuracy and speed are vital.