About Rihards Niparts

Sensors Edge Hub is an independent technical resource for engineers working with industrial sensors, instrumentation, and automation systems. The site publishes practical, experience-driven articles that bridge the gap between sensor datasheets and real-world implementation — covering everything from 4-20mA loop design to modern IIoT data architectures.

Whether you are selecting a pressure transmitter for a new process line, troubleshooting a temperature sensor drift, or evaluating communication protocols for a distributed monitoring system, the goal here is the same: give you the technical depth you need without the vendor spin.

About the Author

Rihards Niparts is a Sales Engineer in the industrial sensing and automation space. His day-to-day involves helping engineers and system integrators select, specify, and deploy measurement solutions across a range of industries — from water treatment and HVAC to process manufacturing and energy infrastructure.

Over the years, Rihards has worked hands-on with a wide range of sensing technologies: pressure transmitters (gauge, absolute, and differential), RTDs and thermocouples, electromagnetic and ultrasonic flow meters, level sensors (radar, capacitive, hydrostatic), and vibration monitoring systems. He has also spent considerable time on the signal conditioning and data acquisition side — wiring 4-20mA loops, configuring HART devices, commissioning Modbus networks, and integrating field instruments into SCADA and IIoT platforms.

What You Will Find Here

Every article on Sensors Edge Hub is written from a practitioner's perspective, focusing on the topics that come up repeatedly in real engineering conversations:

• Sensor selection and specification — understanding the trade-offs between accuracy, response time, environmental rating, and cost for different measurement principles.
• Signal conditioning and wiring — practical guidance on 4-20mA loops, voltage signals, digital protocols (HART, IO-Link, Modbus), and grounding best practices.
• IIoT and data architecture — connecting field instruments to modern data platforms, edge computing, MQTT, OPC UA, and cloud-based monitoring systems.
• Troubleshooting and maintenance — diagnosing common failure modes, calibration drift, environmental interference, and signal integrity issues.

The content here is designed for working engineers, system integrators, technical sales professionals, and engineering students who want to build a solid foundation in industrial measurement. No paywalls, no gated content — just straightforward technical writing.

Get in Touch

Questions, feedback, or collaboration inquiries are welcome. Reach out at [email protected].