Ductile iron balancing valve(SP45F-10/16)

The new digital locking balance valve produced by the company is a new type of energy-saving valve with special functions.Since the valve is provided with an opening digital display and a digital locking device,it can be intuitively adjusted to any position and a small pressure measuring valve for flow measurement.

The valve is mainly used in the heating pipe network system of industrial and civil buildings.With good flow characteristics,it can accurately adjust the pressure drop and flow,reasonably distribute the flow,realize the quantitative flow,and effectively solve the problem of uneven temperature in the heating(air conditioning)system.As long as all branches and user inlets are equipped with digital locking balance valves of appropriate specifications and locked after one-time commissioning with special intelligent instruments,the total water volume of the system is controlled within a reasonable range,thus overcoming the unreasonable phenomenon of “large flow and smalltemperature difference&quot

The application of this valve to achieve the liquid balance of the pipe network and save energy has achieved good results.

This product is an ideal product in the heating system.

• Good regulation performance, equal percentage flow characteristic curve
• Sufficient stock of finished products, quick delivery
• Opening degree lock function, non-management personnel can not change the set state
• Open degree display and open degree lock function
• PTFE sealing, reliable sealing performance, long service life
• Use this valve in heating and air-conditioning water system to achieve the effect of heat and power saving.
• Applicable to air, fire, water, HVACR

Product standard

Design and manufacturing standards shall comply with bs350-1990;

Flange  connection  standard  shall  comply  with  GB/t17241.6-2008 integral cast iron flange;

BS7350The inspection and test standardshall comply with bs7350

The standard of wire connectionshall comply with GB/t7306.1-7306.2

Opening(%)flow characteristic curve