Bend for trap connection with cap, without grommet

Bend for trap connection with cap, without grommet

Grey bend with right inlet

Grey bend with two inlets

Grey bend with left inlet

87°30’ bend with front inlet with seal

Back to back connector for trap with caps

System Boiler

System Boiler

System Boiler

Central, Industrial and Water Heating IP

Central, Industrial and Water Heating

Central, Industrial and Water Heating IND

Central, Industrial and Water Heating IP

Central, Industrial and Water Heating

Central, Industrial and Water Heating IND

Unspecified Urinal Control

Valve that keeps the flow rate constant during operation within a certain differential pressure range thanks to a membrane device with a contrast spring. Complete with two pockets G 1/4"F for piezometric sockets (IVAR AVB 10) and with plugs for piezometric sockets and cartridge. PICV 00 (female) connections: G 1/2"F, G 3/4"F, G 1"F in compliance with ISO 228/1. PICV 05 (male, flat seal) connections: G 3/4"M, EUROK, G 1"M, G 1"1/4M in compliance with ISO 228/1. PICV 10 (with unions) connections: G 1/2"M, G 3/4"M, G 1"M in compliance with ISO 228/1 and EN 10226‑1. To combine with PICC 01, PICC 02 or PICC 03 cartridges. PICC connection: M32x1.5. Compatible with water or glycol solutions max 30%. Min operating temperature:, 20 °C. Max operating temperature: 120 °C. Max operating pressure: 25 bar. Max closing pressure with PICC 03: 6 bar. Valve material: CW617N brass. Sealing gaskets material: Peroxide EPDM. IVAR PICC 01: 8 flow rate ranges to set; brass and POM insert; HNBR/Peroxide EPDM diaphragm; Peroxide EPDM sealing gaskets. IVAR PICC 02: 41 flow rate ranges to set even during operation; brass and PSU insert; HNBR/Peroxide EPDM diaphragm; Peroxide EPDM sealing gaskets. IVAR PICC 03: 41 flow rate ranges to set even during operation; to combine with IVAR TE 3003 electrothermal actuator (M30x1.5; ON/OFF 230 V AC or ON/OFF 24 V AC or proportional 0‑10 V 24 V AC adjustment) or IVAR RV 03 axial motor (M30x1.5; 2 points/3 points 230 V AC or 2 points/3 points 24 V AC or proportional 0‑10 V 24 V AC adjustment); max closing pressure 6 bar; brass and PSU/POM/PPS (glass‑fibre reinforced) insert; stainless steel internal metal components; PPS/Peroxide EPDM cone; HNBR/Peroxide EPDM diaphragm; Peroxide EPDM sealing gaskets.

Temperature control and thermal disinfection multifunctional unit for sanitary systems. It allows the temporary by‑pass of the thermostatic mixing valve to supply high‑temperature water to the system terminal units for the thermal disinfection. Provided with/without thermoelectric actuator on the three‑way valve. Shut‑off ball valves at the inlets. Thermoelectric actuator: ON/OFF 230 V AC normally closed (2 wires). Max fluid temperature: 90° C. Maximum operating pressure: 10 bar. Max pressure differential at three‑way valve ends: 1 bar. Main body material: CW617N brass. Branches material: copper. Sealing elements material: Peroxide EPDM. Inlet connections: 3/4” F. Outlet connections: 3/4" M. Dimensions (W x H x D): 295 x 290 x 75 mm.

Temperature control and thermal disinfection multifunctional unit for sanitary systems. It allows the temporary by‑pass of the thermostatic mixing valve to supply high‑temperature water to the system terminal units for the thermal disinfection. Provided with/without thermoelectric actuator on the three‑way valve, with box and fastening kit. Shut‑off ball valves at the inlets. Thermoelectric actuator: ON/OFF 230 V AC normally closed (2 wires). Max fluid temperature: 90° C. Maximum operating pressure: 10 bar. Max pressure differential at three‑way valve ends: 1 bar. Main body material: CW617N brass. Box material: high impact polystyrene. Branches material: copper. Sealing elements material: Peroxide EPDM. Inlet connections: 3/4” F. Outlet connections: 3/4" M. Box dimensions (W x H x D): 500 x 350 x 90 mm.

Temperature control and thermal disinfection multifunctional unit for sanitary systems. It allows the temporary by‑pass of the thermostatic mixing valve to supply high‑temperature water to the system terminal units for the thermal disinfection. Provided with/without thermoelectric actuator on the three‑way valve, with manifolds, box and fastening kit. Shut‑off ball valves at the inlets. Thermoelectric actuator: ON/OFF 230 V AC normally closed (2 wires). Max fluid temperature: 90° C. Maximum operating pressure: 10 bar. Max pressure differential at three‑way valve ends: 1 bar. Main body material: CW617N brass (externally zinc‑plated). Manifolds material: CW617N brass (externally zinc‑plated). Box material: high impact polystyrene. Branches material: copper. Sealing elements material: Peroxide EPDM. Inlet connections: 3/4” F. Outlet connections: EUROK. Box dimensions (W x H x D): 500 x 350 x 90 mm.

Valve that keeps the flow rate constant during operation within a certain differential pressure range thanks to a membrane device with a contrast spring. Complete with two pockets G 1/4"F for piezometric sockets (IVAR AVB 10) and with plugs for piezometric sockets and cartridge. PICV 200 (female) connections: G 1"1/2F, G 2"F in compliance with ISO 228/1. PICV 205 (male, flat seal) connections: G 2"M, G 2"1/2M in compliance with ISO 228/1. PICV 210 (with unions) connections: G 1"1/2M, G 2"M in compliance with ISO 228/1 and EN 10226‑1. To combine with PICC 22 cartridge. PICC connection: W81x16. Compatible with water or glycol solutions max 30%. Min operating temperature:, 20 °C. Max operating temperature: 120 °C. Max operating pressure: 25 bar. Valve material: CW617N brass. Sealing gaskets material: Peroxide EPDM. IVAR PICC 22: 41 flow rate ranges to set even during operation; brass and PSU insert; HNBR/Peroxide EPDM diaphragm; Peroxide EPDM sealing gaskets.

Valve that keeps the flow rate constant during operation within a certain differential pressure range thanks to a membrane device with a contrast spring. Complete with two pockets G 1/4"F for piezometric sockets (IVAR AVB 10) and with plugs for piezometric sockets and cartridge. PICV 100 (female) connections: G 1"F, G 1"1/4F in compliance with ISO 228/1. PICV 105 (male, flat seal) connections: G 1"M, G 1"1/4M, G 1"1/2M in compliance with ISO 228/1. PICV 110 (with unions) connections: G 3/4"M, G 1"M, G 1"1/4M in compliance with ISO 228/1 and EN 10226‑1. To combine with PICC 11, PICC 12 or PICC 13 cartridges. PICC connection: M54x1.5. Compatible with water or glycol solutions max 30%. Min operating temperature:, 20 °C. Max operating temperature: 120 °C. Max operating pressure: 25 bar. Max closing pressure with PICC 13: 4 bar. Valve material: CW617N brass. Sealing gaskets material: Peroxide EPDM. IVAR PICC 11: 8 flow rate ranges to set; brass and POM insert; HNBR/Peroxide EPDM diaphragm; Peroxide EPDM sealing gaskets. IVAR PICC 12: 41 flow rate ranges to set even during operation; brass and PSU insert; HNBR/Peroxide EPDM diaphragm; Peroxide EPDM sealing gaskets. IVAR PICC 13: 41 flow rate ranges to set even during operation; to combine with IVAR RV 03 axial motor (M30x1.5; 2 points/3 points 230 V AC or 2 points/3 points 24 V AC or proportional 0‑10 V 24 V AC adjustment); max closing pressure 4 bar; brass and PSU/POM/PPS (glass‑fibre reinforced) insert; stainless steel internal metal components; PPS/Peroxide EPDM cone; HNBR/Peroxide EPDM diaphragm; Peroxide EPDM sealing gaskets.

Satellite module that independently manages low‑temperature heating (mixed circuit) and instantaneous production of domestic hot water in each apartment when installed in district heating systems. Components: 30 plates heat exchanger; priority valve for domestic water circuit controlled by 230 V AC – 6 W motor; anti‑scalding thermostatic mixing valve 36÷50 °C; anti‑scalding device on domestic hot water circuit; thermometer on domestic hot water circuit; anti‑pollution check valve at the inlet of domestic cold water circuit; mixing valve for fixed point mixing (with thermostatic control head and remote contact probe) or outside compensated temperature mixing (with axial servomotor and control unit); three‑speed pump / model “E” with variable‑speed pump EEI<20; summer/winter two‑way valve; pocket for temperature immersion probe on delivery side of primary circuit; balancing valve on primary circuit; balancing by‑pass valve on mixed circuit; balancing lockshield of heating/domestic water circuit; hydraulic separator with built‑in check valve; shut‑off ball valve; manual air vent valve; fill‑drain valves; protection filter for heat meter; expanded polypropylene insulating shell; multifunctional electronic board. Circuit connections: 3/4” flat seal. Indicative power (to be verified according to the conditions of use): 10 kW heating side, 32 kW domestic water side. Production of 12 l/min of 48°C domestic water. Model “1” with high‑temperature domestic water outlet. Model “R” with hot domestic water recirculation circuit complete with pump, check valve and electronic temperature sensor for domestic hot water priority mode activation. Installation: on frame, “C” in wall fitted box made of galvanized sheet‑metal cover (white painted) 860‑960 × 700 × 110‑160 mm, “M” in wall hanging box made of aluminium (white painted) 722 × 600 × 150 mm. Optional accessories: mechanical or ultrasonic heat meter 1, 5 o 2, 5 m3/h, cold domestic water flow meter 1, 5 m3/h, thermoelectric actuator, thermostatic control head, axial servomotor.

Satellite module that independently manages high‑temperature and low‑temperature heating (direct and mixed circuits) and instantaneous production of domestic hot water in each apartment when installed in district heating systems. Components: 30 plates heat exchanger; priority valve for domestic water circuit controlled by 230 V AC – 6 W motor; anti‑scalding thermostatic mixing valve 36÷50 °C; anti‑scalding device on domestic hot water circuit; thermometer on domestic hot water circuit; anti‑pollution check valve at the inlet of domestic cold water circuit; mixing valve for fixed point mixing (with thermostatic control head and remote contact probe) or outside compensated temperature mixing (with axial servomotor and control unit); three‑speed pump / model “E” with variable‑speed pump EEI<20; summer/winter two‑way valve on high‑temperature and low‑temperature circuits; pocket for temperature immersion probe on delivery side of primary circuit; balancing valve on primary circuit; balancing by‑pass valve on mixed circuit; balancing lockshield of heating/domestic water circuit; hydraulic separator with built‑in check valve; shut‑off ball valve; manual air vent valve; fill‑drain valves; protection filter for heat meter; expanded polypropylene insulating shell; multifunctional electronic board. Circuit connections: 3/4” flat seal. Indicative power (to be verified according to the conditions of use): 10 kW heating side, 32 kW domestic water side. Production of 12 l/min of 48°C domestic water. High‑temperature domestic water outlet. Hot domestic water recirculation circuit complete with pump, check valve and electronic temperature sensor for domestic hot water priority mode activation. Installation: on frame, “C” in wall fitted box made of galvanized sheet‑metal cover (white painted) 860‑960 × 700 × 110‑160 mm, “M” in wall hanging box made of aluminium (white painted) 722 × 600 × 150 mm. Optional accessories: mechanical or ultrasonic heat meter 1, 5 o 2, 5 m3/h, cold domestic water flow meter 1, 5 m3/h, thermoelectric actuator, thermostatic control head, axial servomotor.

Satellite module that independently manages high‑temperature heating (direct circuit) and instantaneous production of domestic hot water in each apartment when installed in district heating systems. Components: 30 plates heat exchanger; priority valve for domestic water circuit controlled by 230 V AC – 6 W motor; anti‑scalding thermostatic mixing valve 36÷50 °C; domestic water preheating device; anti‑scalding device on domestic hot water circuit; thermometer on domestic hot water circuit; anti‑pollution check valve at the inlet of domestic cold water circuit; summer/winter two‑way valve; pocket for temperature immersion probe on delivery side of primary circuit; balancing lockshield of primary circuit with double micrometrical adjustment; balancing lockshield of heating/domestic water circuit; differential overpressure by‑pass valve on primary circuit; shut‑off ball valve; manual air vent valve; fill‑drain valves; protection filter for heat meter; expanded polypropylene insulating shell; multifunctional electronic board. Circuit connections: 3/4” flat seal. Indicative power (to be verified according to the conditions of use): 10 kW heating side, 32 kW domestic water side. Production of 12 l/min of 48°C domestic water. Model “1” with high‑temperature domestic water outlet. Model “R” with hot domestic water recirculation circuit complete with pump, check valve and electronic temperature sensor for domestic hot water priority mode activation. Installation: on frame, “C” in wall fitted box made of galvanized sheet‑metal cover (white painted) 860‑960 × 700 × 110‑160 mm, “M” in wall hanging box made of aluminium (white painted) 722 × 600 × 150 mm. Optional accessories: mechanical or ultrasonic heat meter 1, 5 o 2, 5 m3/h, cold domestic water flow meter 1, 5 m3/h, thermoelectric actuator, thermostatic control head, axial servomotor.

Satellite module that independently manages high‑temperature heating (direct circuit) and instantaneous production of domestic hot water in each apartment when installed in district heating systems. Components: 30 plates heat exchanger; priority valve for domestic water circuit controlled by 230 V AC – 6 W motor; anti‑scalding thermostatic mixing valve 36÷50 °C; domestic water preheating device; anti‑scalding device on domestic hot water circuit; thermometer on domestic hot water circuit; anti‑pollution check valve at the inlet of domestic cold water circuit; summer/winter two‑way valve; pocket for temperature immersion probe on delivery side of primary circuit; balancing lockshield of primary circuit with double micrometrical adjustment; balancing lockshield of heating/domestic water circuit; differential overpressure by‑pass valve on primary circuit; shut‑off ball valve; manual air vent valve; fill‑drain valves; protection filter for heat meter; expanded polypropylene insulating shell; multifunctional electronic board. Circuit connections: 3/4” flat seal. Indicative power (to be verified according to the conditions of use): 10 kW heating side, 32 kW domestic water side. Production of 12 l/min of 48°C domestic water. Model “1” with high‑temperature domestic water outlet. Model “R” with hot domestic water recirculation circuit complete with pump, check valve and electronic temperature sensor for domestic hot water priority mode activation. Installation: on frame, “C” in wall fitted box made of galvanized sheet‑metal cover (white painted) 860‑960 × 700 × 110‑160 mm, “M” in wall hanging box made of aluminium (white painted) 722 × 600 × 150 mm. Optional accessories: mechanical or ultrasonic heat meter 1, 5 o 2, 5 m3/h, cold domestic water flow meter 1, 5 m3/h, thermoelectric actuator, thermostatic control head, axial servomotor. In compliance with Belgaqua.

SKOLANsafeEP Corner branch left

SKOLANsafePA Parallel branch

Inner reducer 110/50 centric

Perforated Standard

Sub‑distribution boards

Unspecified balcony transit

Unspecified Valve

Siphon

TBW/U.1.1‑CG Watchdog 180°

SAR/A1.0.1‑24 RT‑control element

TKK/U.1.1‑CG Card holder Konv.

TR/A 1.1 Time Receiver GPS, SM

SBC/U6.0.1‑84 HVAC/Co2‑device, 6f. CE

SAF/A1.0.1‑24 HVAC‑control element

TA/U3.1.1‑CG Room outside sensor

SBC/U10.0.1‑84 HVAC/Co2‑device, 10f. CE

SB/U12.0.1‑84 12f. Control element

TBR/U4.7.1‑CG Control element 4g. w. RTC

RTR Fan Coil with Display, AP

SB/U8.0.1‑84 8f. Control element

Pump

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Pump‑End suction

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Pump