IMI TA is a world leader in offering a leading range of actuators and balancing & control technologies for achieving energy efficiency and system performance for ACMV cooling system. They are the balancing experts that have enviable knowledge and expertise of every type of hydronic system - constant flow, variable flow, static and dynamic balancing that can help to achieve optimal control of the TA balancing and control valves for ACMV cooling system.

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IMI TA - Balancing Valves

Take advantage of the precise control and hydronic performance that IMI’s extensive range of balancing valves offer. They are mainly suited for operation on tap water applications or the secondary side in cooling and heating systems. Manufactured from durable materials, they are leak and corrosion resistant. Operation is a breeze with the digital handwheel and self-sealing measuring points.

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IMI TA -  Pressure Independent Balancing and Control Valves (PIBCV)

The uniquely shaped EQM characteristics of TA PIBCV provide highly precision temperature control. A built-in differential pressure controller provides high control authority, control stability and automatic limitation of design flow. 

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IMI Measuring Tools

When you need to reduce energy consumption and implement cost-effective ACMV systems, you can rely on IMI’s range of measuring tools to obtain vital information pertaining to the system performance. With these tools, you can easily analyze, troubleshoot and interact effortlessly with their dedicated software and BMS.

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TA-SCOPE 

TA-SCOPE is a balancing instrument for measuring and documenting of differential pressure, flow, temperature and power in hydronic systems. It is an ergonomic and custom designed hand tools for fast trouble shooting and commissioning of our TA control valves. 

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HySelect PC software

TA HySelect is the ideal accompaniment to our TA-SCOPE balancing instrument and will help you easily achieve the most high performing and economical system design. Determining optimal  valve sizing, pre-setting value and the most energy efficient configuration. It will provide the output data that shown the required pump head, location for dp Sensor and details the list of optimally recommended size components, such as control valves and pipe sizes.