MANIFOLDS AND ACCESSORIES Water mixing unit for floor heating system VT.COMI.S

(VTc.505.SS) Stainless steel manifold for distributing liquid flow in floor heating, radiator heating, hot and cold water circuits. It features a larger flow area than its brass counterparts, helping to connect the consumer's normal pressure balance. The center-to-center distance of the outlet pipes is 50 mm. The branch pipe thread is external thread, and the connection standard is European style. The number of outlet tubes is from 2 to 10. The threads of the manifolds are internal, 1". The kit includes threaded plugs for the manifolds. The manifolds are designed for a working pressure of 8 bar and a maximum working temperature medium of 130 °C.

(VTc.588.EMNX) stainless steel manifold block for distributing flow along the contours of floor heating, radiator heating and other climate systems where water or non-refrigerated glycol solution is used as heat carrier with a maximum operating temperature of 90°C , working pressure up to 9 bar.

The outlet of the return manifold of the VTc.588 block is equipped with a thermostatic valve, and the supply outlet is equipped with a regulating micrometer valve. The collector is equipped with a vent with shut-off valve, discharge cock, self-sealing plug. The standard for connecting pipe rings is Eurocone. Includes mounting bracket.

Manifold material is AISI 301 steel, fittings and fittings are CW617N brass, seals and spool gaskets are EPDM 70Sh.

Due to the presence of the flow meter, made of high-strength stainless steel, the possibility of its surface being corroded during operation is excluded, it is used to distribute the flow along the contours of the warm floor. It is specially designed for climate systems that use the solution as a coolant, and its maximum operating temperature is 90 degrees.

The VALTEC Bypass Valve with Bypass Valve is used with VTc 594 EMNX and 596 EMNX manifold blocks to redirect coolant flow to the return manifold when the flow through the manifold circuit falls below a predetermined value. This allows you to maintain the hydraulic characteristics of the system regardless of the control position of the collector circuit (manual, thermostatic valve, etc.), protecting the pump from working "on a closed valve".