SMO 254 Manifold Valve | Alloy 254 Manifold Solenoid Valve Supplier

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SMO 254 manifold valve

SMO 254 manifold valve specification

Type	2 Way / 3 Way / 5 Way
Pressure Rating	Up to 6000 psi
Port Size	1/4″ – 1/2″
Threads	BSP / NPT / SAE
End Connections	Flanged / NPT (female/male) / Compression tube end
Sealing	PTFE / Graphite / PEEK
Origin	American European Janpanese Korean
Surface Finish	Electropolished / Passivated
Compliance	NACE MR0175 / ANSI B31.1 / ISO 15156
Temperature Rating	up to 1,200 °F

Alloy 254 manifold control valve chemical composition

SMO 254	C	Ni	Cr	Mn	Mo	Fe	Si	S	Cu	P
SMO 254	0.002 maximum	17.05 to 18.05	19.05 to 20.05	1 maximum	6 to 6.05	to	0.08 maximum	0.001 maximum	0.05 to 1	0.003 maximum

SMO 254 manifold tuning valve Mechanical properties

Melting Point	Density	Tensile Strength	Yield Strength (0.2%Offset)	Elongation
1320 to 1390 ℃	8.0 g/cm3	650	300	35 %

Equivalent grade of SMO 254 manifold valves

STANDARD	WNR	UNS	EN	AFNOR
SMO 254	1.4547	S31254	X1CrNiMoCuN20-18-7	Z1 CNDU 20.18.06Az

Pressure Rating Of DIN 1.4547 manifold valve

Operating pressure	Max.: 700 bar (10,153 psi)

Size Chart of 6 Moly Alloy needle valve manifold check valve

Connections	C	End Connection	LG	THK	Top/Bottom Connection	Width
4	1.38	HF9	5.26	1.5	HF6	2.63
6	1.38	HF9	7.76	1.5	HF6	2.63
8	1.38	HF9	10.26	1.5	HF6	2.63
10	1.38	HF9	12.76	1.5	HF6	2.63
14	1.38	HF9	17.76	1.5	HF6	2.63

SMO 254 Manifold Valve Physical properties

Density	Modulus of elasticity	Shear modulus	Poisson’s ratio
8 g/cm3	195 GPa	75 GPa	0.3

Annealing and Hot Working of UNS S31254 Hydraulic Manifold Valve

Annealing	1149-1204°C
Hot Working	982 – 1149°C

6 moly alloy Pneumatic Manifold Block features

Test Pressure of 1.4547 steel Manifold Control Valve

Hydrostatic	Body – 620 Kg/cm2 Seat – 413 Kg/cm2
Pneumatic	Seat – 40 Kg/cm2

Alloy 254 Instrument Manifold Valve material testing

254 SMO 3 Way Manifold Valve Application