Temperature monitoring plays a key role in HVAC, building automation and industrial control, where stable and reliable measurements are essential for efficiency, safety and comfort. Among the many passive temperature sensors available today, Ni500 temperature probes stand out as a cost‑effective and precise solution for typical HVAC and building automation applications. In this article, we look at what…
Silicone temperature probes are a reliable and versatile solution wherever the temperature regularly exceeds 100 °C but remains within a range of up to approximately 180 °C. This is their main “sweet spot” and a key advantage over classic PVC‑cable probes. Flexible and heat‑resistant up to 180 °C The silicone connection cable maintains its flexibility and insulating properties even at elevated temperatures where PVC cables…
Temperature monitoring is essential in HVAC systems, building automation and industrial applications where efficiency, safety and product quality depend on reliable data. Among the different sensor technologies, the Temperature Probe LM235Z offers an attractive combination of precision, fast response and cost‑effectiveness for low‑ to medium‑temperature applications. This article explains what the LM235Z temperature probe is, how it works,…
Sensors for data collection are the difference between a system that seems under control and one that actually is. In buildings, industry, and especially high-stakes environments like data centers, the quality of decisions depends on the quality of measurements—and that starts with choosing the right sensors and integrating them properly. Andivi’s Modbus and BACnet sensor…
If a temperature probe feels like “just a sensor on a cable,” the wiring can seem like a minor detail—until your readings drift like a compass near a magnet. In 3-wire Vs. 4-wire temperature Probes, the extra conductor(s) aren’t about luxury; they’re about keeping measurement accuracy intact when real-world wiring resistance tries to sneak into…
Sensors for data acquisition are the quiet translators of the physical world: they turn temperature, humidity, air quality, pressure, and presence into clean, structured data that automation systems can actually use. When chosen well, sensors for data acquisition don’t just “measure stuff” — they create a dependable foundation for control, optimization, reporting, and troubleshooting across…
Precise temperature measurement in demanding environments depends on durable materials and clever engineering. Silicone temperature probes rated for up to 180°C answer these needs with a blend of flexibility, reliability, and broad application potential. Why Choose Silicone up to 180°C? Silicone is prized for its unmatched thermal stability, remaining flexible and resistant to cracking or degradation even when exposed to elevated temperatures. Standard PVC cables may serve reliably up to 105°C,…
The Andivi Outdoor Temperature Sensor with Sun Protection PT100 / PT1000 takes a familiar engineering problem—radiant heat affecting accuracy—and solves it with elegant simplicity. Our sensor diverting radiant heat, deliver on a simple promise: accurate outdoor temperature measurement without distortion from sunlight. Radiant Heat: The Hidden Enemy of Outdoor Accuracy Radiant heat—the energy the…
In the world of building automation, knowing when it rains isn’t just for carrying umbrellas—it’s a smart, data-driven trigger for everything from window closing systems to irrigation management. Andivi offers not just one, but two powerful ways to keep your building informed about rainfall: the standalone rain sensor (ANDRGM) and the rain sensor embedded within…
Temperature monitoring is essential in a wide range of industries, ensuring safety, energy efficiency, and product quality. Among the many types of temperature sensors, NTC 5k and 10k temperature probes are recognized for their impressive sensitivity and reliability in HVAC systems, industrial automation, and environmental monitoring. This article explores what makes NTC 5k and 10k…