ABB ICSO08R1 Binary Input 230V

Input Type:Binary

Supply Voltage:230V AC

Current Consumption:≤ 10mA

Input Signals:1-8 channels

Signal Type:Dry Contact, Form A or Form B

Response Time:≤ 1ms

Operating Temperature:-25°C to +70°C

Storage Temperature:-40°C to +85°C

Humidity Range:0% to 95% RH (non-condensing)

    The ABB ICSO08R1 Binary Input Module is engineered to provide reliable and accurate binary input signals, essential for seamless integration into complex industrial control systems. With its robust design, it ensures stable performance under various operational conditions, enhancing system reliability and efficiency.

    Featuring eight (8) input channels, this module is versatile enough to accommodate multiple input requirements, making it suitable for a wide range of applications across different industries. It supports both DC and AC input voltages within its specified range, providing flexibility and compatibility with diverse system configurations.

    Equipped with an efficient power supply of 24V DC, the module consumes a maximum of 25mA per channel, ensuring low power consumption and minimizing energy costs. Its compact dimensions (96mm x 96mm x 106mm) and lightweight (0.3kg) make it easy to install and integrate into existing control panels without compromising on space or weight considerations.

    Operating within a temperature range of -25°C to +70°C, the ABB ICSO08R1 is designed to withstand extreme environmental conditions, guaranteeing consistent performance in harsh industrial environments. The IP20 enclosure protection rating ensures dust resistance and protection against incidental contact, safeguarding the module from potential damage.

    With its comprehensive set of specifications and robust construction, the ABB ICSO08R1 Binary Input Module is an ideal choice for professionals seeking high-quality, reliable components for their industrial control systems. It supports seamless data transmission and integration, enabling efficient monitoring and control of processes, leading to optimized performance and productivity.