Fußbodenheizung - Seite 12

SALUS GVM underfloor heating manifold is a high flow distributor with manual balancing of each circuit.Each valve has a built-in manual flow control which is very easy to adjust. Instructions for balancing the circuit can be found in the distributor box.The SALUS GVM manifold has a manual vent on each pipe and a drain valve with 1/2 ”thread for hose. The inlet- and return- connection is 1 ”thread, and the thread for the actuators are 30 x 1.5 mmContains:Stainless steel distributor set with valveEurokonus for 20 mm PEXVentilation valve on inlet and returnSwivel filling and drain valveMounting bracket for wall mountingWith individual room temperature control.Salus GVM underfloor heating distributors can be supplied with SALUS wireless control.Properties of Salus Underfloor Heating Manifold:Available with Salus insulation in form-stable EPP.Meets the installation requirements for insulation standard DS 452.Can be used with water / glycol mixtures with a mixing ratio of up to 30%.Euroconus are included for all inlets and outlets for 20 mm PEX / PE-RT pipe.Ready for wall mounting.Can be integrated into the Salus Smart Home solution.Can be operated directly from the room thermostat and from the mobile phone, tablet or computer.The distribution pipes are made of stainless steel alloy AISI304 L Premium quality and extruded in dimension 1 ”for optimal distribution and minimum pressure drop.Maximum working pressure: 6 BarMaximum proofing pressure: 10 bar

Danfoss SSM underfloor heating manifold in stainless steel with output for 11 heating circuits and flow meters. SSM floor heating manifolds are equipped with integrated vents and filling/draining function on both flow and return manifold. Manifold SSM is used for heat control in underfloor heating systems. Each hose in the underfloor heating system is connected to the manifold, which makes it possible to regulate the heat supply to all rooms in the building independently. The manifold consists of a flow manifold and a return manifold. The flow manifold allows you to close each circuit independently. The manifold is with a built-in flowmeter. The return manifold is equipped with Danfoss' preset valves, which ensures optimal water balance in the system. The manifold valves can be controlled electronically using thermo actuators. The manifold is available in modules from 2-12 heating circuits. In addition, there are fittings that allow the manifolds to be combined in series - up to a maximum of 16 heating circuits. Ball valves are offered as an option for shutdown between the manifold and the rest of the system.

Aluminum 0.5 mm. Groove for Uponor pePEX Q&E pipe 20 x 2 mm. Length 1150 mm, width 280 mm. 2 bend guides with 190 mm, 390 mm and 570 mm spacing respectively. Material consumption approx. 2.5 pcs/m2.

DEVIpipeheat 10 V3, 8m Self limiting with Danish plug

DEVIpipeheat 10 V3, 2m Self limiting with Danish plug

Für diejenigen, die eine bedarfsgesteuerte Versorgungstemperatur verwenden möchten. Enthält einen thermischen Stellantrieb und ist IP54 geschützt gegen Staub und Spritzwasser

Complete insulation for Roth shuntunit

Extension for Roth ShuntUnit

Danfoss SSM underfloor heating manifold in stainless steel with output for 12 heating circuits. SSM floor heating manifolds are equipped with integrated vents and filling/draining function on both flow and return manifold. Manifold SSM is used for heat control in underfloor heating systems. Each hose in the underfloor heating system is connected to the manifold, which makes it possible to regulate the heat supply to all rooms in the building independently. The manifold consists of a flow manifold and a return manifold. The flow manifold allows you to close each circuit independently. The manifold is without a built-in flowmeter. The return manifold is equipped with Danfoss' preset valves, which ensures optimal water balance in the system. The manifold valves can be controlled electronically using thermo actuators. The manifold is available in modules from 2-12 heating circuits. In addition, there are fittings that allow the manifolds to be combined in series - up to a maximum of 16 heating circuits. Ball valves are offered as an option for shutdown between the manifold and the rest of the system.

Danfoss SSM underfloor heating manifold in stainless steel with output for 9 heating circuits. SSM floor heating manifolds are equipped with integrated vents and filling/draining function on both flow and return manifold. Manifold SSM is used for heat control in underfloor heating systems. Each hose in the underfloor heating system is connected to the manifold, which makes it possible to regulate the heat supply to all rooms in the building independently. The manifold consists of a flow manifold and a return manifold. The flow manifold allows you to close each circuit independently. The manifold is without a built-in flowmeter. The return manifold is equipped with Danfoss' preset valves, which ensures optimal water balance in the system. The manifold valves can be controlled electronically using thermo actuators. The manifold is available in modules from 2-12 heating circuits. In addition, there are fittings that allow the manifolds to be combined in series - up to a maximum of 16 heating circuits. Ball valves are offered as an option for shutdown between the manifold and the rest of the system.

DEVIpipeheat 10 V3, 4m Self limiting with Danish plug

DEVIreg TM Touch is an intuitive, programmable timer thermostat for controlling electric floor heating elements. The thermostat is only intended for fixed installation, and thanks to the specially developed 2-part construction it fits a wide range of frames, and it is also compatible with many sensors with other characteristics. Setting up DEVIreg TM Touch is quick and intuitive with the help of the built-in guide. It has an energy-saving program, including optimal start / end control, which ensures the desired temperature at the right time and thus reduces heating costs.

Danfoss SSM underfloor heating manifold in stainless steel with output for 8 heating circuits. SSM floor heating manifolds are equipped with integrated vents and filling/draining function on both flow and return manifold. Manifold SSM is used for heat control in underfloor heating systems. Each hose in the underfloor heating system is connected to the manifold, which makes it possible to regulate the heat supply to all rooms in the building independently. The manifold consists of a flow manifold and a return manifold. The flow manifold allows you to close each circuit independently. The manifold is without a built-in flowmeter. The return manifold is equipped with Danfoss' preset valves, which ensures optimal water balance in the system. The manifold valves can be controlled electronically using thermo actuators. The manifold is available in modules from 2-12 heating circuits. In addition, there are fittings that allow the manifolds to be combined in series - up to a maximum of 16 heating circuits. Ball valves are offered as an option for shutdown between the manifold and the rest of the system.

Roth actuator 230V with 2 m. cable. Used on Roth manifolds, shunt units, Minishunt etc.

Uponor Smatrix sensor floor/remote S-1XX

Wavin TIGRIS HEATDISTRIBUTI PLATE A,20MM PEX

Fittting for Roth pipe and manifold

DEVIpipeheat 10 V3, 12m Self limiting with Danish plug

Fußbodenheizungsventil für RA 2000 Sensoren. Das FHV-A selbsttätige Fußbodenheizungsventil bietet Temperaturregelung von Fußbodenheizungskreisen mit RA 2000 Raumthermostaten. Das Ventil ist mit Voreinstellung ausgestattet. Es ist dafür ausgelegt, in eine massive oder Trennwand eingebaut zu werden, wobei nur die runde Frontabdeckung und der Sensor bei der endgültigen Installation sichtbar sind. Das Ventil eignet sich für Klemmverschraubungen und wird mit eingebautem Entlüfter geliefert.

Uponor Minitec Doppelaufteiler

Salus cirkulation pump, A+Rated, 6m, 130 mm

Used with Roth Project room thermostat and controller.

Heat shrink kit connection and end seal JLP for cold cable connection to ETL-10 self.reg. cable

Für diejenigen, die kühlen möchten und Kondensation vermeiden wollen.