Specification |
Description |
Part Number |
3AO775.6 |
Manufacturer |
B&R |
Category |
General Automation |
Family |
- |
Weight |
0.300 kg |
Commodity Code |
853890 |
Outputs |
8 current outputs |
Output Signal |
0 to 20 mA |
Digital Converter |
11-bit resolution |
Electrical Isolation |
Output to PLC: Yes, Output to Output: No |
Output Filter |
Low pass 1st order, cut-off frequency: 1 kHz |
Conversion Time |
250 µs for all channels |
Load |
Maximum 500 Ω |
Accuracy |
Basic Accuracy at 20°C: ±0.5%, Precision from 0 to 60°C: ±0.75% |
Power Consumption |
5 V: Max. 1 W, 24 V: Max. 4.5 W, Total: Max. 5.5 W |
Dimensions |
B&R 2005 single-width |
Status LEDs |
RUN LED indicates the digital/analog converter is operational |
Required Accessories |
Terminal block (order separately): 3TB170.9 (screw clamps) or 3TB170.91 (cage clamps) |
The B&R 3AO775.6 is a robust analog output module designed for precision and reliability in automation systems. With eight current outputs, it delivers signals ranging from 0 to 20 mA, ensuring accurate control in various applications. The module features an 11-bit digital converter, providing high-resolution output for detailed process control. Its low pass filter with a 1 kHz cut-off frequency ensures smooth signal output, while the electrical isolation between output and PLC enhances system safety. Compact and efficient, this module is an ideal choice for modern automation needs.
The B&R 3AO775.6 is a versatile analog output module designed to meet the demands of modern automation systems. This module features eight current outputs, each capable of delivering a signal range from 0 to 20 mA with an 11-bit resolution, ensuring precise control and accuracy in various industrial applications. The module is equipped with electrical isolation between the outputs and the PLC, enhancing system reliability and safety. It requires a separate terminal block for connection, offering flexibility with options for screw or cage clamps. With a compact design and robust performance, the 3AO775.6 is an ideal choice for integrating into complex automation environments where dependable analog signal output is essential.