TA-Nano Plus balancing and control valve - pressure independent (PIBCV), DN20 HF male thread 32221310220

Compact solution for hydraulic installations

The pressure-independent balancing and control valve TA-Nano Plus (PIBCV) is a device for precise flow control in heating and cooling systems. Model DN20 HF GZ has been designed with installations with limited mounting space in mind.

Design and materials guaranteeing long-term reliability

The valve body is made of AMETAL® alloy, which provides exceptional resistance to corrosion and impurities present in water installations. This specialized material significantly reduces the risk of leaks compared to standard materials used in such devices.

The compact design features a narrow profile and ergonomic shape, which simplifies the installation process even in hard-to-reach places. The device dimensions have been optimized to fit into the most restricted spaces without compromising functionality.

Precise hydraulic regulation with diagnostic function

TA-Nano Plus enables maximum flow regulation, allowing for the exact design flow specified in the installation calculations to be achieved. The system automatically eliminates the phenomenon of overflow in terminal units, which translates into the optimal operation of the entire installation.

In combination with dedicated IMI TA measuring devices, the valve offers the possibility of performing detailed measurements and system diagnostics. This unique function allows for maximum energy savings and ensures the reliability of the entire hydraulic system.

Application in HVAC systems

Independence from the supply pressure makes it particularly useful in installations with variable operating conditions. The system is compatible with a wide range of installation types and can be used in both new projects and modernizations of existing heating or cooling systems.

Intuitive operation and service

The valve setting remains visible even after mounting an automatic control actuator, which greatly facilitates the identification of settings during service work. Additionally, the manufacturer has implemented a color-coding system, which enables easy identification of a specific valve in complex multi-valve installations.

Precise setting can be performed quickly and effortlessly during the initial system startup. The setting mechanism has been designed to maintain setting stability over a long period of operation.