Complete offering of innovative HVAC field-devices
Belimo has earned the place of the market leader by valuing ingenuity and craftsmanship and never resting on our accomplishments. Very simply, we strive to build damper actuators, control valves and sensors that solve comfort and energy challenges, perform flawlessly and earn your trust through a long and productive life.
Innovations in comfort, energy efficiency and safety for buildings
For over 40 years, Belimo has successfully focused on the heating, ventilation, and air conditioning markets, providing quality solutions that will increase energy efficiency; reduce installation cost with the fastest delivery times in the industry. Our innovative products have always been designed to help achieve objectives better, faster, and more economically. Investing in new technology is key to our success, and Belimo will continue to offer products to help businesses succeed.
CESIM is the Belimo-method to innovate building technology with sensors, valves, and actuators. CESIM ensures Comfort, Energy Efficiency, Safety for people and their property, while also ensuring easy installation, commissioning and reduced maintenance efforts.
Basic requirements for HVAC systems for healthy indoor air quality
People spend approximately 90 percent of their time indoors, and breathe 12,000 litres of air per day. It is therefore important to understand the powerful influence that indoor air quality has on our wellbeing. Belimo shares its deep insights into the effects of indoor humidity, VOC and central air treatment systems and presents valuable suggestions for your health.
Belimo interviewed consulting engineers and experts in the ventilation sector around the world to identify the priorities when aspiring to create a healthy indoor air environment in a building. In the process, seven essential factors for ensuring healthy indoor air in non-residential buildings have emerged.
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Massive energy savings at the Citizen Plaza Nashville due to Belimo Energy Valve™
The Belimo Energy Valve™ is an electronic pressure independent control valve with software-based services and cloud connectivity, measuring flow and temperature to monitor coil performance and energy consumption while maintaining the optimal delta T. Automatic reports show actual and historical performance data, recommending the further potential for energy savings, predictive maintenance and troubleshooting. It supplies a BMS system with the information it needs to control central plants in the most energy-efficient manner possible. Hear from Chad Lovell, operation and safety specialist at Jones Lang LaSalle, more about the implementation of energy valves at the Citizen Plaza in Nashville, Tennessee.
Ultrasonic flow sensor with glycol measurement
Trusted flow measurement is essential in maximising HVAC system efficiency and ensuring occupant comfort. Belimo’s new flow sensor utilises ultrasonic transit-time technology to provide accurate and repeatable flow measurements of water and water/glycol mixtures without drift in any HVAC application.
Multi-point wet calibrated to ensure accuracy and repeatability.
Patented temperature and glycol compensation logic eliminates manual calibration.
±2% accuracy of reading and ±0.5% repeatability ensure accurate and precise flow measurement.
Moving Towards Building IoT With Innovative Products
Connectivity has always been a key feature of our products. Providing even better products with the right digital connection is our focus now and in the future.
The ecosystem of Belimo IoT devices enables flexible system integration through all common building automation communication protocols and Building IoT platforms. With the help of the additional IoT connection, buildings can be more easily optimized, managed, and maintained.
What if all zone valves were Belimo ZoneTight™ Valves
An estimated 55 million zone valves are currently installed around the world. In our latest Sustainability Report, we examine what if all these zone valves were Belimo ZoneTight™ valves. The answer: thanks to our energy-efficient motor technology and tighter valves, our field devices could prevent 440 000 tons of CO2 emissions every year. Curious for more? Read our latest Sustainability Report.