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IMI Hydronic Engineering

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  • IMI Hydronic Engineering: TBV-C terminal balancing valve
    TBV-C terminal balancing valve
    IMI Hydronic Engineering
    The TBV-C terminal balancing valve for on/off control is designed for use in terminal units in heating and cooling systems. The valve is made from AMETAL®, a dezincification-resistant alloy that minimises the risk of...
  • IMI Hydronic Engineering: STAP self-acting differential pressure controller
    STAP self-acting differential pressure controller
    IMI Hydronic Engineering
    The compact STAP self-acting differential pressure controller is suitable for use in heating and cooling systems. The valve is made from AMETAL®, a dezincification-resistant alloy that reduces the risk of leakage. It keeps...
  • IMI Hydronic Engineering: KT 512 pressure independent balancing and control valve
    KT 512 pressure independent balancing and control valve
    IMI Hydronic Engineering
    The KT 512 pressure independent balancing and control valve is suitable for variable flow heating and cooling systems. It is particularly effective in situations requiring high temperatures or pressure drops. Constructed...
  • IMI Hydronic Engineering: STAF flanged cast iron balancing valve
    STAF flanged cast iron balancing valve
    IMI Hydronic Engineering
    The STAF balancing valve delivers accurate hydronic performance in a range of applications, particularly in heating and cooling systems. The valve is made from epoxy-painted cast iron. The bonnet, restriction cone and...
  • IMI Hydronic Engineering: DKH 512 flow and differential pressure controller
    DKH 512 flow and differential pressure controller
    IMI Hydronic Engineering
    The DKH 512 is a flow and differential pressure controller that is suitable for district heating substations, central heating systems, and air conditioning systems. The DKH 512 is compact and has an electrophoretically...
  • IMI Hydronic Engineering: Pneumatex Statico SD 8-80 expansion vessel
    Pneumatex Statico SD 8-80 expansion vessel
    IMI Hydronic Engineering
    The Statico SD 8-80 expansion vessel is fitted with fixed air cushion and is suitable for heating, solar and chilled water systems. It has a simple design with a robust construction and operates without auxiliary power. The...
  • IMI Hydronic Engineering: Pneumatex Statico SU 140-800 expansion vessel
    Pneumatex Statico SU 140-800 expansion vessel
    IMI Hydronic Engineering
    The Statico SU 140-800 expansion vessel is fitted with a fixed air cushion and is suitable for heating, solar and chilled water systems. It has a simple design with a robust construction and operates without auxiliary power.
  • IMI Hydronic Engineering: TBV-CM terminal balancing valve
    TBV-CM terminal balancing valve
    IMI Hydronic Engineering
    The TBV-CM terminal balancing valve for modulating control is designed for use in terminal units in heating and cooling systems. The valve is made from AMETAL®, a dezincification-resistant alloy that minimises the risk of...
  • IMI Hydronic Engineering: Heimeier Hydrolux differential pressure overflow valve
    Heimeier Hydrolux differential pressure overflow valve
    IMI Hydronic Engineering
    The Heimeier Hydrolux differential pressure overflow valve is made using corrosion-resistant gunmetal, with threads manufactured according to DIN 2999. The valve is suitable for use in warm water pump heating systems. It...
  • IMI Hydronic Engineering: DA 518 differential pressure controller
    DA 518 differential pressure controller
    IMI Hydronic Engineering
    The DA 518 is a differential pressure controller for variable flow heating and cooling systems, as well as secondary side usage in district heating systems. Venturi-based flow measurement capability ensures accurate...
  • IMI Hydronic Engineering: Pneumatex Aquapresso AF expansion vessel
    Pneumatex Aquapresso AF expansion vessel
    IMI Hydronic Engineering
    The Pneumatex Aquapresso AF expansion vessel is suitable for drinking water systems, heating systems and pressure-boosting systems. The AF models have full flow-through to ensure that drinking water is always fresh. It is...
  • IMI Hydronic Engineering: Pneumatex Zeparo automatic air vents
    Pneumatex Zeparo automatic air vents
    IMI Hydronic Engineering
    Pneumatex Zeparo automatic air vents are fitted with a leak-free safety pack. This ensures safe, dry separation of the gases. They are suitable for heating, solar and chilled water systems.
  • IMI Hydronic Engineering: TA Fast-Fit II H-type manifold
    TA Fast-Fit II H-type manifold
    IMI Hydronic Engineering
    The TA Fast-Fit II is an H-type terminal hookup manifold with a built-in flushing bypass facility that is suitable for heating and cooling systems. It is made from AMETAL®, a dezincification-resistant alloy that minimises...
  • IMI Hydronic Engineering: Heimeier K thermostatic head with built-in sensor
    Heimeier K thermostatic head with built-in sensor
    IMI Hydronic Engineering
    The Heimeier K thermostatic head with built-in sensor is designed to be mounted on Heimeier thermostatic units, or radiators with integrated valves that have a M30x1.5 connection. The standard model is available in chrome,...
  • IMI Hydronic Engineering: Pneumatex Zeparo low-level header
    Pneumatex Zeparo low-level header
    IMI Hydronic Engineering
    The Pneumatex Zeparo low-level header is suitable for the hydraulic coupling of primary and secondary heating circuits. It also facilitates venting and de-sludging. The low-level header is made from brass and features a...