Brass manifold for underfloor heating, 7 circuits, 1"×3/4" with flow meters and thermostatic valves Profactor

4 250

uah / PCS

The PROFACTOR PF MB 800.7 manifold with flow meters and thermostatic valves is a German-made 7-circuit distribution unit for underfloor heating and heating systems. Made of nickel-plated brass, it ensures precise coolant distribution, stable temperature, and efficient system operation. It is equipped with flow meters, shut-off valves, brackets, and ¾ Eurocone fittings. Easy installation, compatibility with M30×1.5 thermostatic actuators, and proven leak-proof durability.

Equipment:

Supply and return manifolds
Metal brackets
Thermostatic valves
Shut-off valves

Technical specifications:

Material nickel brass
Maximum operating temperature +80 °C
Maximum working pressure 6 bar
The manifold inlets are made with a 1"HP union nut
The outlets have an external thread 3/4"HP Eurocone
The distance between the outputs is 50 mm
The distance between the supply and return manifolds along the height in axes is 210 mm

Nickel-plated manifold group for heating PF MB 800.7 With manual/thermostatic control and shut-off valves and flow meters. Clamps with anti-vibration inserts.

Collector group PF MB 800.7 is designed for:

Warm floor - connection of 7 independent underfloor heating circuits with the ability to balance each of them.
Radiator heating is the distribution of supply between groups of radiators in a large area of the building.
Hybrid heating systems - when several types of heat generators or combined circuits are used.
Hot/cold water supply systems – for distributing water to several consumers with the ability to control consumption.

Material	Nickel brass
Nominal size	DN 25, G 1"
Maximum operating pressure	6 bar
Maximum pressure drop	0.6 bar
The maximum allowable pressure at the bends of the feed manifold	0.9 m³/h
The maximum allowable pressure at the outlets of the return collector	1.6 m³/h
Minimum temperature of the working environment	– 20 °С
Maximum temperature of the working environment	+80 °С
Maximum ambient temperature	+60 °С