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…
When planners compare Modbus vs LoRaWAN sensors, they are usually deciding between a robust wired backbone and a long‑range wireless IoT layer for their buildings. Both have their place – but for reliable, real‑time HVAC and building automation, Andivi Modbus sensors often deliver the most stable and cost‑effective foundation. In this article, we explain the key differences and…
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…
BACnet vs ZigBee sensors are often compared when engineers need to choose the right communication protocol for modern building automation and smart home projects. What Is BACnet? BACnet (Building Automation and Control Networks) is an open communication protocol designed specifically for building automation – HVAC, lighting, access control and other technical systems in buildings. Unlike proprietary protocols,…
Rain gauge vs rain sensor is an important topic in building automation because these two devices handle rainfall in very different ways. When it comes to rainfall detection, precipitation measurement and building automation, two devices are often mentioned side by side: rain gauges and rain sensors. Although they are related, they serve different purposes and are used in different types of automation…
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,…
Modbus and DALI sensors are designed for different roles in building automation and lighting control. Modbus is a flexible, general‑purpose protocol widely used for industrial and building automation, while DALI is a specialized protocol created specifically for digital lighting control. A clear understanding of how these protocols differ in architecture, data handling, and typical applications…
If you’ve ever stepped into a data center, you know it feels like entering a giant, humming organism — machines breathe, lights flicker, and invisible rivers of data flow through the racks. But behind all that cool, controlled order is an ecosystem that relies on precise environmental monitoring. At the heart of that monitoring are…
Reliable wind speed and wind direction data are essential for protecting facades, external blinds, awnings and roofs, as well as for optimising building automation strategies in all weather conditions. Accurate local measurements help prevent wind damage, reduce downtime, and extend the lifetime of shading and facade elements. Wind speed sensor ANDWM1 The wind speed sensor ANDWM1 is a cup anemometer designed to measure wind speed in the range…
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,…