We design and manufacture industry-leading hydronic products and solutions that give you control at every turn and help create energy-saving, cost-efficient HVAC installations.
Ensuring you have control at every turn is what we’re all about. We’ve developed a range of applications and software downloads to help you design, install and optimise every type of HVAC solution.
Download library We’ve created an extensive library of product-related technical documentation and a wide range of other useful information to help you get the most out of our globally-renowned products and solutions.
For accurate and easy balancing.
Ensures straightforward maintenance procedures.
For quick and easy measurement.
Heating and cooling systems.
ControlBalancingPre-settingMeasuringShut-off (for isolation during system maintenance)
Max. working temperature: 120°CMin. working temperature: -20°C
Water or neutral fluids, water-glycol mixtures (0-57%).
Valve body: AMETAL®Seat seal: Valve disc of EPDMSpindle seal: EPDM O-ringValve insert: AMETAL®, PPS (polyphenylsulphide)Return spring: Stainless steelSpindle: AMETAL®
AMETAL® is the dezincification resistant alloy of IMI Hydronic Engineering.
Body: TA, PN 16/150, DN, inch size and flow direction arrow.Identification ring on measuring point:White = Low flow (LF)Black = Normal flow (NF)
See separate information on EMO T.
TBV-C – NPT threads
Designed for use in terminal units in heating and cooling systems, the TBV-C ensures accurate hydronic control and optimum throughput over a long lifetime. IMI Hydronic Engineering’s dezincification resistant alloy, AMETAL®, minimises the risk of leakage.
*) Connection to actuator.
Kvs = m3/h at a pressure drop of 1 bar and fully open valve.
→ = Flow direction
For TBV-C, TBV-CM
Please use the below link to browse and download IMI Hydronic Engineering BIM files for Revit. It requires a free registration.
High performance thermoelectric actuator – For ON/OFF or PWM control