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Pulse Valves – Miniature High Speed High Vacuum Dispense
*PRODUCT IMAGE IS REPRESENTATIVE PROVIDED BY THE MANUFACTURER. DO NOT MAKE BUYING DECISIONS SOLEY BASED ON THE IMAGE. PLEASE VERIFY SPECIFICATIONS MEET YOUR REQUIREMENTS.
Pulse Valves solenoid valves offer outstanding potential for precision control of Laser Spectroscopy gas analysis. Combining high speed, ultra low leak rate, high flow, and high temperature capability, in a small size. This durable valve operates with extreme repeatability and is constructed of non-corroding, passivated stainless steel. Pulse Valves coils are rated continuous duty and potted to protect against the environmental elements.
Markets
• Patient Therapy
• Respiratory
• Anesthesia
• Patient Monitoring
Features/Benefits
• Smallest footprint in its class
• High speed response times of less than 2 ms eliminate delays in the system
• 100% tested to leak-tight 1 x 10 -7 cc/sec/atm Helium
• 100% duty cycle in environmental temperature of up to 105 °C
• Pressure up to 1250 psi
• Available with a variety of orifices, seals, and voltage to match your application
Applications
• Gas pulse generation for laser
| Action | Part No. | Availability | Partner Available | Price | Width | Length | Weight | Function | Flow Rate | Leak Rate | Orifice Size | Body Material | Configuration | Input Voltage | Mounting Type | Seal Material | Actuation Type | Control Method | For Fluid Type | Operation Type | Connection Size | Connection Type | Shipping Weight | Maximum Flow Rate | Power Consumption | Max Order Quantity | Standard Lead Time | Division | Industry Application | Electrical Connection | Out of Stock Lead Time | Maximum Operating Pressure | Maximum Operating Temperature | Minimum Operating Temperature | MetaTitle | MetaKeywords | Response Time | MetaDescription | Outlet Port Type | Orifice Size | Voltage (VDC) | Outlet Flange | Poppet Material |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 009-0181-900 | Quote Required | TBD | 33.8 mm | 1.80 inch | 2.8 oz | Normally Closed (NC) | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.79 mm | Stainless Steel 316 | n/a | 28 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | A-LOK® Compression | Flange Body | 0.35 | n/a | 11.2 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 221 °F | 4 °C | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | Gas Pulse valves for Laser Spectroscopy | < 2 ms Cycling | fast response and extremely low leak rates make these ideal Gas Pulse valves for Laser Spectroscopy | Flange | .031" | 28 | Cone | PTFE | ||
| 009-0279-900 | Quote Required | TBD | 33.8 mm | 45.7 mm | 2.8 oz | 2-Way | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.79 mm | Stainless Steel 316 | n/a | 20 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | 6.35 mm | Flange Body | 1 | n/a | 12.1 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 221 °F | 40 °F | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | Ultra Low Leak Rate Valve | < 2 ms Cycling | fast response and extremely low leak rates make these ideal Gas Pulse valves for Laser Spectroscopy | Flange | .031" | 20 | Cone | Vespel | ||
| 009-0347-900 | Quote Required | TBD | 1.33 inch | 1.80 inch | 79.4 g | Normally Closed (NC) | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.020 inch | Stainless Steel 316 | n/a | 20 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | A-LOK® Compression | Flange Body | 1 | n/a | 12.1 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 221 °F | 4 °C | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | Ultra Low Leak Rate Valve | < 2 ms Cycling | fast response and extremely low leak rates make these ideal Gas Pulse valves for Laser Spectroscopy | Flange | .020" | 20 | Cone | Vespel | ||
| 009-0381-900 | Quote Required | TBD | 33.8 mm | 1.80 inch | 79.4 g | 2-Way | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.031 inch | Stainless Steel 316 | n/a | 28 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | 6.35 mm | A-LOK® Compression | 1 | n/a | 11.2 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 105 °C | 4 °C | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | High temperature valve | < 2 ms Cycling | fast response and extremely low leak rates make these ideal Gas Pulse valves for Laser Spectroscopy | No Cone | .031" | 28 | No Cone | PTFE | ||
| 009-0442-900 | Quote Required | TBD | 33.8 mm | 1.80 inch | 2.8 oz | 2-Way | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.51 mm | Stainless Steel 316 | n/a | 28 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | 6.35 mm | A-LOK® Compression | 1 | n/a | 11.2 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 221 °F | 4 °C | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | High temperature valve | < 2 ms Cycling | Parker Pulse Valves are Inert and provide the ultimate in high temperature | Exit Cone | .020" | 28 | Cone | PTFE | ||
| 009-0582-900 | Quote Required | TBD | 33.8 mm | 1.80 inch | 2.8 oz | Normally Closed (NC) | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.020 inch | Stainless Steel 316 | n/a | 28 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | A-LOK® Compression | Flange Body | 1 | n/a | 11.2 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 86.2 bar | 221 °F | 40 °F | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | High Pressure Inert Soleniod Valve | < 2 ms Cycling | Parker Pulse Valves are Inert and provide the ultimate in high temperature | No Cone | .020" | 28 | No Cone | PTFE | ||
| 009-1421-900 | Quote Required | TBD | 1.33 inch | 45.7 mm | 79.4 g | 2-Way | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.020 inch | Stainless Steel 316 | n/a | 20 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | 1/4 inch | Flange Body | 1 | n/a | 12.1 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 221 °F | 4 °C | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | Gas Pulse valves for Laser Spectroscopy | < 2 ms Cycling | Parker Pulse Valves are Inert and provide the ultimate in high temperature | Flange | .020" | 20 | No Cone | Vespel | ||
| 009-1643-900 | Quote Required | TBD | 33.8 mm | 45.7 mm | 2.8 oz | Normally Closed (NC) | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.99 mm | Stainless Steel 316 | n/a | 20 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | A-LOK® Compression | Flange Body | 1 | n/a | 12.1 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 750 psi | 105 °C | 40 °F | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | Gas Pulse valves for Laser Spectroscopy | < 2 ms Cycling | Parker Pulse Valves are Inert and provide the ultimate in high temperature | No Cone | .039" | 20 | No Cone | Vespel | ||
| 009-1668-900 | Quote Required | TBD | 1.33 inch | 45.7 mm | 2.8 oz | Normally Closed (NC) | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.10 mm | Stainless Steel 316 | n/a | 28 VDC | Mounting Screw | PTFE | Solenoid | Current or Voltage | Gases | Electronic | A-LOK® Compression | A-LOK® Compression | 1 | n/a | 11.2 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 86.2 bar | 105 °C | 40 °F | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | High Pressure Inert Soleniod Valve | < 2 ms Cycling | Parker Pulse Valves are Inert and provide the ultimate in high temperature | No Cone | .004" | 28 | No Cone | PTFE | ||
| 009-1669-900 | Quote Required | TBD | 1.33 inch | 45.7 mm | 79.4 g | 2-Way | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.99 mm | Stainless Steel 316 | n/a | 28 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | 1/4 inch | Flange Body | 1 | n/a | 11.2 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 51.7 bar | 105 °C | 4 °C | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | Ultra Low Leak Rate Valve | < 2 ms Cycling | fast response and extremely low leak rates make these ideal Gas Pulse valves for Laser Spectroscopy | Flange | .039" | 28 | No Cone | PTFE | ||
| 009-1670-900 | Quote Required | TBD | 33.8 mm | 45.7 mm | 79.4 g | Normally Closed (NC) | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.10 mm | Stainless Steel 316 | n/a | 20 VDC | Mounting Screw | FFKM | Solenoid | Current or Voltage | Gases | Electronic | 1/4 inch | Flange Body | 1 | n/a | 12.1 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 221 °F | 40 °F | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | Gas Pulse valves for Laser Spectroscopy | < 2 ms Cycling | Parker Pulse Valves are Inert and provide the ultimate in high temperature | Flange | .004" | 20 | No Cone | Vespel | ||
| 009-1671-900 | Quote Required | TBD | 1.33 inch | 1.80 inch | 2.8 oz | 2-Way | n/a | 1 x 10-7 Atm Cc/sec Helium | 0.031 inch | Stainless Steel 316 | n/a | 20 VDC | Mounting Screw | Vespel® | Solenoid | Current or Voltage | Gases | Electronic | 1/4 inch | Flange Body | 1 | n/a | 12.1 W | 9 | 20 | Precision Fluidics Division | Gas Pulse Generation for Laser Spectroscopy | 12" Wire Leads | 40 | 1250 psi | 221 °F | 40 °F | Pulse Valves to High pressure and Temperature Low Leak Rate Inert Valve to Parker | High temperature valve | < 2 ms Cycling | fast response and extremely low leak rates make these ideal Gas Pulse valves for Laser Spectroscopy | No Cone | .031" | 20 | No Cone | Vespel |
