Achieve Total System Balance
with STAD by IMI TA
Iconic for a reason
Why is STAD Iconic?
For decades, IMI TA’s STAD balancing valve has set the standard in hydronic balancing across the globe. It is not just widely used; it is trusted by engineers who require reliability, accuracy, and ease of installation on every project, no matter the scale.
STAD delivers consistent performance under pressure while enabling precise system balancing, ensuring energy efficiency and occupant comfort in your HVAC systems.
What Makes STAD Stand Out?
Simplified Hydronic Balancing: Compatible with specific automated balancing methods such as TA-Diagnostics and TA-Wireless for fast data-driven commissioning
High Pressure Class (PN25): Ready for demanding system requirements.
Made from AMETAL® Alloy: Durable and long-lasting performance.
Precise and quick adjustment: 400 setting positions with direct readout on the ergonomic hand wheel.
Compact Design: Simplifies installation, even in tight spaces.
Environmental Certified: EPD available for STAD PN25
Simple heat insulation: Insulating shell available
Secure Settings: Integrated Setting Memory and Lock
Also available in a lead-free version (<0.1%), STAD ZERO, specially designed to meet the environmental requirements of domestic water circuits.
STAD paired with TA-Scope and HySelect software allows engineers to record, analyse, and report with confidence, ensuring your system is balanced correctly and efficiently.”
Learn more about our solutions
Find out moreHydronic Balancing
Hydronic balancing is the process of optimising the distribution of water in a heating or cooling system.
Find out moreHyPerformance: Are you seeking for personalised HVAC advice?
We are a team of engineering experts specializing in HVAC systems. Our mission is to assist you in identifying energy-efficient opportunities within your HVAC systems.
Find out moreIMI TA
For over 125 years, at IMI TA we have continuously pursued a deep understanding of the hydronic system and its challenges. We work closely with you, sharing our knowledge and helping you address some of the most complex hydronic challenges in the most demanding applications.