Brand:ABB

Model:DSQC562 3HAC16014-1/07

Series:Serial Measurement Unit

Input Channels:8

Output Channels:16

Sampling Rate:Up to 1 kHz

Analog Input Range:-10V to +10V

Digital Input/Output:Relay Contact

Communication Interface:DeviceNet

Power Supply:12-48V DC

Operating Temperature:-25°C to +60°C

Enclosure Rating:IP20

Dimensions (WxHxD):100 x 100 x 96mm

Weight:Approx. 220g

    The ABB DSQC562 3HAC16014-1 Serial Measurement Unit offers unparalleled accuracy in serial data acquisition, crucial for optimizing industrial processes and enhancing operational efficiency. With its robust design and compatibility with ABB’s extensive automation portfolio, this unit seamlessly integrates into existing systems, facilitating seamless data exchange and control.

    Featuring an advanced 12-bit analog-to-digital converter (ADC), the DSQC562 ensures precise measurements across all input channels, making it suitable for applications requiring high fidelity data. Its versatile RS-232 interface supports ASCII communication protocols, ensuring compatibility with a wide range of software tools and systems.

    Designed for durability and reliability, the unit operates within a broad temperature range from -20°C to +60°C, ensuring continuous performance in diverse industrial environments. Its power-efficient design consumes up to 2 watts, minimizing energy consumption without compromising on functionality.

    With its Ethernet compatibility, the ABB DSQC562 3HAC16014-1 can easily connect to modern network infrastructures, enabling real-time data access and integration with cloud-based solutions. This feature is particularly beneficial for remote monitoring and predictive maintenance scenarios, enhancing overall system performance and reducing downtime.

    Ideal for industries ranging from manufacturing and logistics to energy and process control, the ABB DSQC562 3HAC16014-1 Serial Measurement Unit is a strategic investment for organizations aiming to enhance their automation capabilities and achieve higher levels of operational efficiency.