Parker 0180-0186-900 Multichannel Inert PTFE Manifold Valve
SKU:
0180-0186-900
$825.00
$825.00
per item
Parker Instrumentation
Series 18 – Miniature Multichannel Inert PTFE Manifold Valve
The Parker Series 18 is designed for compact installation in multi-liquid systems. Available with multiple inlets and one outlet (or vice-versa), the Series 18 features all wetted parts of PTFE. In the Series 18 tubing and connections between discrete valves are eliminated and dead volume is reduced. Repeatability and rapid response time make the Series 18 ideally suited for accurately controlling small percentages of low flow liquids.
P/N 01800186900 (0180-0186-900)
Only 1 left!
Series 18 – Miniature Multichannel Inert PTFE Manifold Valve
Parker's Series 18 family of PTFE Manifold isolation valves provide an inert wetted path for biocompatibility and aggressive liquids with rapid response times for multiple channels of accurate liquid control.
The Parker Series 18 is designed for compact installation in multi-liquid systems. Available with multiple inlets and one outlet (or vice-versa), the Series 18 features all wetted parts of PTFE. In the Series 18 tubing and connections between discrete valves are eliminated and dead volume is reduced. Repeatability and rapid response time make the Series 18 ideally suited for accurately controlling small percentages of low flow liquids.
Markets:
• Clinical Diagnostics
• Analytical Chemistry
Features/Benefits:
• Provides chemical compatibility for a wide range of media with all wetted parts PTFE
• Low internal volume for reduced delay volume
• 100% continuous duty rating in ambient temperatures up to 66°C
• Low power for reduced heat generation and power consumption
• Fast response times for accurate and repeatable results
• Symmetrical design ensures fluid path length and timing is identical for each fluid channel
• 100% tested tight leak rate provides assurance of a quality seal
• Provides reliable operation for the life of your instrument
• RoHS compliant
Applications:
• Liquid Chromatography Gradient Generation
• Liquid Selection and Mixing Valve
Parker's Series 18 family of PTFE Manifold isolation valves provide an inert wetted path for biocompatibility and aggressive liquids with rapid response times for multiple channels of accurate liquid control.
The Parker Series 18 is designed for compact installation in multi-liquid systems. Available with multiple inlets and one outlet (or vice-versa), the Series 18 features all wetted parts of PTFE. In the Series 18 tubing and connections between discrete valves are eliminated and dead volume is reduced. Repeatability and rapid response time make the Series 18 ideally suited for accurately controlling small percentages of low flow liquids.
Markets:
• Clinical Diagnostics
• Analytical Chemistry
Features/Benefits:
• Provides chemical compatibility for a wide range of media with all wetted parts PTFE
• Low internal volume for reduced delay volume
• 100% continuous duty rating in ambient temperatures up to 66°C
• Low power for reduced heat generation and power consumption
• Fast response times for accurate and repeatable results
• Symmetrical design ensures fluid path length and timing is identical for each fluid channel
• 100% tested tight leak rate provides assurance of a quality seal
• Provides reliable operation for the life of your instrument
• RoHS compliant
Applications:
• Liquid Chromatography Gradient Generation
• Liquid Selection and Mixing Valve
SPECIFICATIONS:
| Flow Rate: | Up to 550 sccm |
| Voltage (VDC): | 12 |
| Maximum Flow Rate: | 550 sccm |
| Vacuum to Pressure Range: | Vac to 20 psig (1.4 bar) |
| Maximum Operating Pressure: | 20 psi, 1.4 bar |
| Channels: | 4 |
| Orifice Size: | 0.060 inch, 1.52 mm |
| Maximum Operating Temperature: | 150 °F, 66 °C |
| Minimum Operating Temperature: | 40 °F, 4 °C |
| Function: | 2-Way, Normally Closed (NC); 4 Station |
| Cycles per Lifetime: | 10 Million |
| Actuation Type: | Solenoid |
| Operation Type: | Electronic |
| Control Method: | Current or Voltage |
| parker_series-18-data-sheet.pdf |
| ppf_multimedia_catalog.pdf |