HVAC & Building Sensors
Sensors for temperature, humidity, CO₂ and air quality used in HVAC systems, ventilation and building automation. Ideal for VFD-controlled fans, AHUs and pump systems.
Showing all 3 results
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CO₂ concentration sensor for HVAC
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Light Intensity Transmitter (Lux Sensor)
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Temperature & Humidity Sensor
HVAC & Building Sensors for Energy-Efficient Ventilation and Control
Optimize your building’s energy efficiency and indoor air quality with our HVAC & Building Sensors. Designed for demand-controlled ventilation, air handling units (AHUs), pumps, and fan systems, these sensors provide accurate, reliable data for temperature, humidity, CO₂ concentration, and light intensity.
Professional-grade sensors allow seamless integration with VFD-controlled systems, building management systems (BMS), and automation controllers, helping engineers and facility managers optimize airflow, reduce energy consumption, and maintain healthy indoor environments.
Our selection is ideal for commercial buildings, offices, hospitals, and industrial facilities, where precise environmental monitoring supports comfort, safety, and regulatory compliance.
Why Choose HVAC & Building Sensors from LONGVISTA
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Industrial reliability: Sensors are designed for harsh building environments, including ductwork, HVAC panels, and fan systems.
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VFD integration: Optimized for VFD-driven fans and pumps, enabling energy-efficient variable airflow control.
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Data-driven comfort: Monitor temperature, humidity, CO₂, and light to maintain optimal indoor air quality and lighting levels.
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Professional support: LONGVISTA provides guidance for selecting the right sensor for your application, ensuring proper installation and integration.
Applications
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Building automation and energy management systems (BMS)
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Demand-controlled ventilation (DCV) for AHUs and VFD-controlled fans
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Indoor air quality monitoring for offices, hospitals, schools, and commercial spaces
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Lighting control and daylight harvesting with light intensity sensors
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HVAC system optimization for energy efficiency and occupant comfort



