Industrial Controller
All product are in stock,guaranteed delivery within 3-7 days.
Infinite Innovation, the Future of Industrial Control Systems
Infinite Innovation, the Future of Industrial Control Systems
PRODUCT POSITION:HOMEPRODUCT—ABB AI531 - High Precision Analog Input Module
ABB AI531 - High Precision Analog Input Module
The ABB AI531 Analog Input Module is designed for high-precision data acquisition in industrial automation environments. It ensures reliable signal processing and transmission, making it ideal for complex manufacturing processes requiring accurate sensor integration.
DESCRIBE

Type:Analog Input Module

Model:AI531

Brand:ABB

Max. Input Range:±10V

Resolution:12-bit

Sampling Rate:500Hz

Input Channels:16

Operating Temperature:-20°C to +70°C

Power Consumption:2W

Communication Interface:Modbus RTU

Dimensions (WxHxD):96mm x 96mm x 104mm

Weight:0.5kg

    The ABB AI531 Analog Input Module boasts exceptional precision and reliability, making it ideal for applications requiring accurate sensor data conversion in harsh industrial environments.

    Featuring a robust design and a wide operating temperature range, this module ensures continuous operation in demanding conditions, enhancing overall system stability and efficiency.

    With a high-resolution 12-bit ADC and a fast sampling rate, the AI531 provides real-time data acquisition, crucial for process control and monitoring tasks.

    Supporting Modbus RTU communication protocol, the module facilitates seamless integration with existing automation systems, streamlining installation and setup processes.

    The compact size and lightweight design make the AI531 easy to install and integrate into various industrial setups, offering flexibility in application deployment.

ABB AI531 Analog Inp.Module

SERVICE HOTLINE Grace +86 13600179521
Mail info@hongkongeasy.com jilineasyyi@outlook.com ADDRESS Unit 12, 20th Floor, Good View Commercial Centre, 2-16 Garden Street, Mong Kok, Hong Kong
Q Q: 615739355
吉林易择科技技术发展有限公司 吉ICP备2024020526号-1
js
1.078786s