Interface Type:USB 3.0
Sampling Rate:Up to 1 MS/s
Data Channels:4 Analog Inputs
Analog Input Range:±10 V
Digital Input:16 Channels
Power Supply:5VDC
Operating Temperature:-40°C to +70°C
Introducing the National Instruments 183617K-01 Interface Adapter, an indispensable tool for industrial automation enthusiasts seeking precision, speed, and reliability. This compact interface adapter seamlessly integrates with a multitude of control systems, offering unmatched data acquisition capabilities. With its USB 3.0 connectivity, this device ensures lightning-fast data transfer speeds, maximizing productivity in real-time applications.
Equipped with four high-resolution analog inputs capable of measuring up to ±10V, the 183617K-01 can handle a wide range of industrial signals with ease. Its robust digital input channels allow for the connection of various sensors and switches, providing comprehensive monitoring and control solutions.
Featuring a compact design that fits perfectly into tight spaces without compromising performance, this interface adapter is the perfect choice for environments requiring high data throughput and precise control. Whether it’s temperature monitoring, flow control, or any other industrial process, the 183617K-01 delivers accurate readings and quick response times.
Designed for durability and reliability, the adapter operates efficiently within an extreme temperature range of -40°C to +70°C, ensuring stable performance even in harsh industrial conditions. The 5VDC power supply further enhances its versatility, making it suitable for a broad spectrum of applications.
Ease of integration with existing systems is another highlight of the National Instruments 183617K-01 Interface Adapter. It simplifies the setup process, allowing engineers and technicians to focus on critical tasks rather than system integration complexities. Coupled with National Instruments’ industry-leading software, users can leverage advanced data analysis and visualization tools, optimizing their workflows and enhancing decision-making processes.
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