Dynamic balancing electric control valve

Performance and Features: 

◆ nominal diameter: DN15... DN150;

◆ The Dynamic Balance Electric Control Valve (PDBCV) integrates dynamic balance and electric regulation, and can replace the combination of static balance valve and differential pressure balance valve;

◆ Adopting angular stroke electric actuators, with low torque, rapid response, and sensitivity;

◆ The Dynamic Balance Electric Control Valve (PDBCV) consists of two functional components: one is an external indication response, and the other can sense system changes and make adjustments on its own;

◆ The balance chamber of the Dynamic Balance Electric Control Valve (PDBCV) adopts an internal conduit, which can effectively avoid collisions and damages during on-site installation compared to external conduits, and the mechanism is more compact and beautiful;

◆ Customers can customize the maximum traffic according to their requirements;

◆ The valve body is made of high-grade ductile iron GJS450-10, and the surface is coated with imported paint spraying technology, with an exquisite appearance;

◆ The valve has a shut-off function, with a leakage rate of ≤ 1.5L/Hour;

◆ The standard configuration of the driver comes with manual function and power switch;

◆ Flange connection, connection standard complies with ISO7005-2;

◆ Compliant with PED and valve special equipment manufacturing license.

 Purpose:

HVAC (Heating, Ventilation, and Air Conditioning)

The Dynamic Balance Electric Control Valve (PDBCV) is used for temperature control of air conditioning equipment (such as air conditioning boxes, fresh air units, and air processors) at the end of HVAC systems. By configuring an intelligent module control system, it is easy to automatically control the flow and temperature of each loop. Realize rational utilization of energy, energy conservation, and intelligent management.

The application of Dynamic Balance Electric Control Valve (PDBCV) ensures that end devices are not affected by system pressure fluctuations, making system regulation more stable and energy-efficient. It is particularly suitable for variable flow systems with large changes in system load.

Model Description:

Example: PDBCV010-0FP01

1. Abbreviation for "PDBCV" Dynamic Balance Valve;

2. "100" caliber DN100;

3. "-" delimiter;

4. "0F" ordinary configuration, abbreviated as flange connection;

5. "P01" pressure rating, abbreviated as PN16.

If the customer has special requirements, they can be noted at the end

Parameter table:

Note: 1. Flow deviation ≤ 5%;

2. The driver is available in both 24VAC and 220VAC, with standard signal feedback.