*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 R9-312FF6LMF-000 - R9 Valve - 9 mm Miniature Diaphragm Isolation Valve

The Parker R9 Miniature Diaphragm Compact family of 2 and 3-way 9 mm inert rocker isolation valves are designed to offer the flow of larger 16 mm valves in a much smaller space, while also offering the advantage of pressures up to 100 psi (6.9 bar).

Availability:	Quote Required
Partner Available:	Quote Required

Brand Parker

Part No. R9-312FF6LMF-000

Ship to

Shipping Method

Estimated Delivery

Price

No shipping options

Products specifications

Attribute name	Attribute value
Configuration	n/a	Input Voltage	12 VDC
Maximum Operating Temperature	50 °C	Actuation Type	Solenoid
Minimum Operating Temperature	32 °F	Division	Precision Fluidics Division
Operation Type	Electronic	For Fluid Type	Liquids
Standard Lead Time	20	Out of Stock Lead Time	40
Maximum Operating Pressure	20 psi	Leak Rate	Bubble Tight
Body Material	PEEK	Mounting Type	Mounting Screw
Cycles per Lifetime	10 Million	Seal Material	FFKM
Max Order Quantity	10	Valve Type	Diaphragm Rocker Isolation Valve
Connection Type	Threaded Port Connections	Electrical Connection	Wire Leads
Weight	38.4 g	Height	37 mm
Shipping Weight	0.35 oz	Width	0.34 inch
Length	68.8 mm	Flow Rate	Up to 580 ml/min
Orifice Size	0.061 inch	Response Time	< 18 ms max cycling
Control Method	Hit and hold circuit	Connection Size	M6 threaded port connections
Maximum Flow Rate	580 ml/min	Power Consumption	1.1 W
Industry Application	Clinical Diagnostics, Analytical Chemistry, Agent Detection, Environmental Monitoring, Sampling, Reagent Addition, Flow Control,Wash, Waste	Function	3-Way, Universal
Valve Type	3-Way Universal	Elastomer	FFKM
Orifice Size	0.061 in (1.55 mm)	Mounting Style	M6
Electrical Connection	18 in(46 cm) Flying Leads	Maximum Operating Voltage	12 Volt
Application Pressure Requirement	VAC to 20 psi (1.36 bar)

Product resources

Literature and Reference Materials