Aanwezigheidsmelder voor plafondmontage

Aanwezigheidsmelder voor plafondmontage

Aanwezigheidsmelder voor inbouw in het plafond

Aanwezigheidsmelder voor inbouw in het plafond

Aanwezigheidsmelder voor plafondmontage

Aanwezigheidsmelder voor inbouw in het plafond

Drukverschilregelaar "Hycocon DP" zonder

Chiller, luchtbron voor buiteninstallatie (met desuperheater / bijzonder geluidsarme versie)

Control for commercial and residential monobloc heat pumps.

Control for commercial and residential monobloc heat pumps.

Control for commercial and residential monobloc heat pumps.

Water to water heat pumps, heating only, very high temperature water production with refrigerant type R134a

Mixing and boosting unit IVAR COMBIMIX for radiant installations complete with two-way mixing valve, balancing valve (on the cold way), two shut-off ball valves for the pump, two fill/drain valves, two automatic air vent valves, three thermometers 0÷80 °C (on delivery and return of boiler circuit and on delivery of mixed circuit), temperature sensor pocket (on delivery of mixed circuit), shut-off valve (on return of boiler circuit), boiler circuit connections G 1”F (centre distance 200 mm) and mixed circuit connections G 1”M with swivelling nipples (centre distance 200 mm). Upper and lower parts made of nickel-plated CB753S brass; pipe made of nickel-plated half-hard copper; gaskets and O-rings made of peroxide-cured EPDM; other parts made of CW617N brass. Max operating temperature 100 °C. Max operating pressure 10 bar. Fixed point mixing 20÷60 °C by thermostatic control head with remote sensor T5011 included (max differential pressure at mixing valve ends 250 mbar) or set up for outside compensated temperature mixing by integrating axial servomotor IVAR RV 01 or thermoelectric actuator IVAR TE 3061. Differential bypass valve (optional) 0.2÷0.6 bar with half-hard nickel-plated pipe. Pump space 130 mm or 180 mm, G 1”1/2F flat seal connections. Equipped with variable-speed electronic pump WILO4F or variable-speed electronic pump WILO4F-180 or without pump. Accessories: high-temperature kit with pair of manifolds 1” x EUROK with shut-off and lockshield valves CEP/02 I – CEP/03 I (2 ways) – (3 ways), high-temperature kit with pair of simple manifolds 1” x EUROK CEP/02 – CEP/03 (2 ways) – (3 ways), insulation shell ACM 01, threaded spacer for pumps AC 633.

Distribution and mixing system IVAR VARIMIX for thermal power stations, modular with: hydraulic separator, modular distribution manifold, high-temperature direct flow kit, low-temperature mixing kit, motor for mixing valves, expansion tank, motor for zone ball zone valves. VARIMIX allows to arrange the mechanical room according to a new concept of space and functionality. This solution gives the opportunity to manage multiple thermal areas with different characteristics as truly independent zones in a neat, rational space, thanks to its modular structure and outstanding installation flexibility. In low temperature kits, the mixer valve is available with different hydraulic features and in 3-way or 4-way versions. By producing a mixture even on the return line, it is particularly suitable for older boilers where the return temperature must not be too low to avoid corrosion. Finally, the “LT” modules are specifically designed for applications with low temperature heat sources (for example, heat pumps). Main features: easy to install; compact and neat; fully reversible; versatile and flexible; suitable for heating and cooling applications. Max primary flow rate: 4500 l/h. Max flow rate for each kit: 3000 l/h.

Modular UPS for low-medium power applications

Modular UPS for low-medium power applications

Modular UPS for low-medium power applications

Modular UPS for low-medium power applications

Flamcomat DP100

Modular UPS for low-medium power applications

Flamcomat DP130

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems

Pressure boosting systems