Balancing valve HydroCom V with internal thread PN16 DN 32 Kvs= 13m3/h, with HydroPort valves 1062710

The HydroCom V balancing valve is a key element for hydraulic balancing in central heating and cooling systems with a closed circuit. Its inclined design with smooth pre-setting ensures precise flow regulation, and the placement of all functional elements on the knob side facilitates operation. The valve is standardly equipped with two HydroPort auxiliary valves, which expand its functionality.

This model, with a DN 32 diameter and a Kvs coefficient of 13 m³/h, is made of EZB brass and designed to operate at temperatures from -20°C to 120°C. It has an Rp 1 1/4" internal thread and is intended for mounting on both the supply and return. A pressure rating of PN16 guarantees safe operation in typical heating installations.

The HydroCom V valve is distinguished primarily by the ease of flow measurement thanks to the HydroPort valves. They allow connection of a measuring instrument without the need for needles, as well as connection of a differential pressure regulator Hydrocontrol D capillary (in the case of connection with Hydromat DTR, an additional adapter 1069601 is required). Additionally, the HydroPort valves allow convenient draining or filling of the installation – it is recommended to use a Hydroport / GZ ¾ adapter (1069601).

• Precise regulation: Smooth pre-setting and locking option ensure stable flow setting.
• Versatility: Possibility of mounting on supply or return increases installation flexibility.
• Easy measurement: HydroPort valves enable quick and convenient connection of measuring instruments.
• Maintenance-free: Spindle seal eliminates the need for maintenance.
• Durability: EZB brass body provides corrosion resistance and long life.
• Reproducible pre-setting: Allows precise setting and re-creation of flow parameters if necessary.

This valve is a reliable solution for professionals involved in heating and cooling installations, as well as for end-users looking for an effective way to optimize the operation of the heating system. Thanks to it, energy losses can be minimized and thermal comfort can be ensured in every room.