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SPF45-10/16 Number Lock Balanced Valve

Orta temperatur: ≤120 ℃

Operation method: manual

Orta: su, buxar

Caliber: DN20-500

Təzyiq: 1.0-1.6mpa

Body material: gray cast iron, nodular cast iron

Qoşulma üsulu: flanş

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Məhsul Təfərrüatları

Məhsul Teqləri

MƏHSUL PARAMETRELƏRİ:

SPF45-10/16 Number Lock Balanced Valve Material of main parts
Hissə adı		material
Valf gövdəsi		Gray cast iron, ductile cast iron
qapısı		Gray cast iron + rubber
Vana sapı		2CR13
Sızdırmazlıq halqası		EPDM

Digital Locking Balance Valve SP45F Performance Specification
model	Nominal təzyiq (mpa)	Test təzyiqi (mpa)		müvafiq temperatur	Tətbiq olunan mühit
		Güc (su)	Möhürlənmiş (su)
SP45F-16	1.60	2.40	1.76	—10 ～ 120 ℃	steam

Digital Locking Balance Valve SP45F Dimensions and Connection Dimensions
model	Nominal diametr (mm)	Ölçü (mm)
model	Nominal diametr (mm)	L	D	D1	D2	N-φd
SP45F-16	20	150	105	75	55	4-14
	25	160	115	85	65	4-14
	32	180	140	100	78	4-18
	40	200	150	110	85	4-18
	50	230	160	125	100	4-18
	65	270	185	145	120	4-18
	80	310	200	160	135	4-18
	100	320	220	180	155	4-18
	125	380	250	210	185	4-18
	150	410	285	240	210	8-23
	200	533	340	298	265	12-23
	250	620	405	355	320	12-25
	300	698	460	410	375	12-25
	350	787	520	470	432	16-25
	400	864	580	525	485	16-30
	450	978	640	585	-	20-30
	500	978	705	650	608	20-30

PRODUCT ADVANTAGES:

Application: This valve is mainly used in industrial and civil building heating pipeline systems.

(1) Reduce power consumption: Since the entire water system is balanced, the refrigeration unit (boiler, heat exchanger) and water pump are guaranteed to operate in the best working condition, which has obvious energy-saving effects.

(2) Reduce wear and waste: By ensuring that the water flow will not exceed the original design, the durability of all equipment is guaranteed and the loss of copper pipes caused by excessive flow is avoided.

(3) Easy to use: The construction of the project is relatively flexible. The installation of the project can be completed in phases or the equipment can be used in phases without affecting the balance of the water system.

(4) Reduced workload: There is no need to perform cumbersome resistance calculations for the entire pipeline, speeding up the design.

(5) Convenient changes: When the water system in some areas needs to be redesigned, it will not affect the design and balance of the water system in other areas.

(6) Improve safety: Since the flow balance of the water system is performed automatically, the possibility of artificial destructive adjustment is eliminated.

(7) For designers: reduced workload and more flexibility.

(8) You can boldly use the off-program system: save pipes, corresponding materials and installation costs, and leave the work of balancing the hydraulic system to the dynamic flow balancing valve: you can avoid many other troubles caused by unbalanced water systems.