*PRODUCT IMAGE IS REPRESENTATIVE PROVIDED BY THE MANUFACTURER. DO NOT MAKE BUYING DECISIONS SOLEY BASED ON THE IMAGE. PLEASE VERIFY SPECIFICATIONS MEET YOUR REQUIREMENTS.

Parker 71216SN2FU00 - 6 Family - Direct Acting High Pressure Valves

These unique needle-in-seat high pressure valves direct-acting valves deliver long life at high pressures thanks to robust fundamentals and technopolymer sealing surfaces. These valves must be mounted upright; with solenoid coils vertical and upright

AFP Availability:	Quote Required
Partner Available:	Quote Required

Brand Parker

Part No. 71216SN2FU00

$207.02/each

Products specifications

Attribute name	Attribute value
UOM	EA	Port Type	NPT
Port Size	1/4 inch	Division	Fluid Control Division
Body Material	Stainless Steel	Actuation Type	Direct Acting
Media	General Purpose	Function	Normally Closed
Input Voltage	Pressure Vessel Only	Minimum Pressure Differential	0.0 psi
Insulation Class	N/A	Specifications Met	N/A
Valve Configuration	2 Way	Ingress Protection Rating	N/A
Preventive Maintenance Kit	n/a	Orifice Size	3/64 inch
Coil Type	Requires Coil from Chart 7 or Chart 8	Seal Material	RULON
Power Consumption	Pressure Vessel Only	Maximum Fluid Temperature	185.0 °F
Maximum Pressure Differential	Requires Coil from Chart 7 or Chart 8	Installation	IOM 7206
Main Flow Coefficient	0.037 Cv	Maximum Ambient Temperature	150 (10 watt), 77 (22 watt) °F
Port Type	NPT	Body Material	Stainless Steel
Media	General Purpose	Function	Normally Closed
Input Voltage	Pressure Vessel Only	Insulation Class	N/A
Specifications Met	N/A	Valve Configuration	2 Way
Ingress Protection Rating	N/A	Minimum Pressure Differential	0.0
Coil Type	Requires Coil from Chart 7 or Chart 8	Seal Material	RULON
Port Size	1/4	Installation	IOM 7206
Orifice Size	3/64	Actuation Type	Direct Acting
Power Consumption	Pressure Vessel Only	Main Flow Coefficient	0.037
Maximum Fluid Temperature	185.0	Preventive Maintenance Kit	N/A
Maximum Ambient Temperature	150 (10 watt), 77 (22 watt)	Maximum Pressure Differential	Requires Coil from Chart 7 or Chart 8