Measurement instrumentation for connecting with a USB, RS232 or RS485 digital interface and transferring readings using industry standard software communication protocols.
Seamlessly integrate precision measurement into your digital systems with our range of sensors featuring USB, RS232, and RS485 interfaces. Gain real-time insights, streamline data acquisition, and simplify integration with industrial networks and custom applications. These digitally-enabled instruments provide the accuracy and flexibility needed for demanding industrial and research environments.
RS485 Serial Interface Pressure Sensors - RS485 output pressure sensors for incorporating into digital sensor networks. These sensors can be allocated a unique device address and connected in series to other sensors with RS-485 serial interfaces on the same communications link.
I²C Serial Interface Sensors and Instruments - Explore a range of I²C equipped sensors and instruments designed for seamless integration into your industrial or research projects.
SDI-12 Serial Interface Sensors and Instruments - Explore a range of robust SDI-12 sensors and instruments designed for integration with environmental data acquisition systems.
Digital Submersible Liquid Level Sensors - These submersible level sensors are designed for long-term deployment in challenging conditions, featuring robust construction and advanced digital communication protocols for reliable data acquisition and remote data logging.
High Range USB Pressure Sensors - High-range pressure sensors with USB connectivity combine the ruggedness required for demanding high-pressure applications with the convenience and speed of digital data acquisition.
Low Range USB Pressure Sensors - Low range USB pressure sensors are suitable for monitoring pressure in cleanrooms, HVAC systems, and filter monitoring, among other applications.- High Speed USB Pressure Sensors - High-speed USB pressure transducers provide rapid pressure measurements and transmit data directly to a computer via a USB interface.
- RS232 Serial Interface Pressure Sensors - RS232 compatible pressure transducers for linking to PC computer serial ports.
Computer Interface Pressure Gauges - Connect a pressure gauge to a desktop or laptop computer via USB or RS232 serial bus connection. - USB Pressure Sensors - Universal Serial Bus (USB) interface computer connection pressure sensing devices
This range of instrumentation facilitates direct integration with digital systems via USB, RS232, or RS485 interface protocols. This capability moves beyond simple analog outputs, offering a pathway for sophisticated data acquisition and control within established digital networks. Specifically, the support for RS485 allows for robust, long-distance communication and multi-drop networking, enabling numerous sensors to be connected on a single bus, crucial in large-scale industrial deployments or distributed environmental monitoring stations.
The provided software enhances the usability of these instruments, allowing for immediate real-time monitoring of measurement parameters. But, it’s the advanced functions, such as user-configurable data logging intervals, that cater to specialized needs. Consider a research application where data needs to be captured at millisecond intervals during a critical process phase, or a process needing very slow data updates to be monitored and actioned. Bespoke and custom configurations are possible.
Featured sensors and measurement instruments for digital interfacing
Beyond simple monitoring, the software facilitates the visualization of data through customizable graphs, aiding in the identification of trends and anomalies. This feature is especially valuable for process engineers who need to monitor the stability of a system over extended periods or for calibration technicians performing drift analysis. The logging can be configured not to wrap, or to overwrite the oldest files, and file sizes and sampling periods can be adjusted to suit the application and the type of measurements being taken.
The direct digital interface eliminates the need for separate analog-to-digital converters, reducing system complexity and potential sources of error. This is a significant advantage for design engineers seeking to streamline their instrumentation setups and improve overall system reliability. For example, integration into a PLC (Programmable Logic Controller) network becomes significantly simpler, allowing direct communication with industrial automation systems. The specific interface allows bespoke setups, using either provided software or by direct integration to the users’ own digital coms, for example, connecting a pressure sensor with an RS485 output, or a load cell connected using a USB interface.
