Ductile Iron New Type Digital Lock Balancing Valve For Water Pipeline Use
Product introduction:
Digital lock balancing valve is a static hydraulic condition balance valve, it has equal percentage flow characteristic curve, suitable in the centralized volume regulation, centralized mass regulation and phased change flow rate of the volume regulation system, when the system flow rate changes, the flow of each user used branch pipeline which installed balancing valve will increase or decrease in proportion to maintain the initial adjustment of the flow distribution scheme
Digital lock balancing valve can be for a variety of liquids pipeline system, is an ideal new energy-saving valve, its digital display scale can be directly transferred to any location, and can be locked. It is mainly used in industrial and civil heating piping system, there are hydraulic imbalance problems in some pipeline system, this digital lock balancing valve provides a means to solve this problem, it can be use an accurate pressure drop and flow regulation to improve the pipeline system in the liquid flows, to control net fluid balance and energy savings.
Product technical parameter:
Nominal Diameter DN (mm) | 32~300 | |
Nominal Pressure PN (MPa) | 1.6 | |
Test Pressure (MPa) | Strength (water) | 2.4 |
Enclose (Water) | 1.76 | |
Main Components | Valve body | QT450-10 |
Bonnet | QT450-10 | |
Disc | QT450-10 | |
Shaft | 2Cr13 | |
Seat | PTFE | |
Sealing ring | EPDM | |
Working temperature | -10~100℃ | |
Medium suitable | Water | |
Characteristic curve | Equal percentage |
Product features:
1. Ideal adjustment performance;
2. Excellent cut-off function;
3. Acurate to 1/10 turn of the open state display;
4. The theoretical flow characteristic curve is equal percentage characteristic curve;
5. national patent opening and closing locking device;
6. corresponding to each whole circle has a fixed flow coefficient, debugging as long as the pressure difference between the two ends of the valve is measured, it can be convenient to calculate discharge flow through the valve.