• Our Bottom Mount Dual-Stage Pump (DST) with Constant Performance PCB is a vacuum control system for use with IDEX film degassing chambers. The system includes a DST vacuum pump and a controller PCB that operates in two modes:
    • Similar to “Constant Vacuum” degasser pumps, the control system will maintain vacuum levels at a user-defined setpoint (default 120mmHg).
    • The Constant Performance algorithm allows the user to set a flow rate and desired efficiency, from which the control algorithms will determine the nominal vacuum level.
    With this patent pending algorithm in our Constant Performance Degassing Pump System, the user gains the following benefits:
    • A Means To Select A Given Efficiency Of Degassing For Any HPLC System
    • Direct Link Between The Chromatographic Method Flow Rate And Optimal Vacuum Level.
    • Consistent Degassing Efficiency For Flow Rates 0-10mL/Min
    • Operates At Highest Possible Pressure Minimizing Solvent Loss To The Laboratory Atmosphere.
    • Reduction Of Mobile Phase Concentration Changes Due To Pervaporation
    • Reduced Vacuum Pump Wear Due To Lower Pump RPM
    Combine this with our Film Degasser to get a revolutionary intelligent user control for HPLC degassing that provides more performance, more efficiency and more control for instrument reliability.
  • Our Side Mount Dual-Stage Pump (DST) with Constant Performance PCB is a vacuum control system for use with IDEX film degassing chambers. The system includes a DST vacuum pump and a controller PCB that operates in two modes:
    • Similar to “Constant Vacuum” degasser pumps, the control system will maintain vacuum levels at a user-defined setpoint (default 120mmHg).
    • The Constant Performance algorithm allows the user to set a flow rate and desired efficiency, from which the control algorithms will determine the nominal vacuum level.
    With this patent pending algorithm in our Constant Performance Degassing Pump System, the user gains the following benefits:
    • A Means To Select A Given Efficiency Of Degassing For Any HPLC System
    • Direct Link Between The Chromatographic Method Flow Rate And Optimal Vacuum Level.
    • Consistent Degassing Efficiency For Flow Rates 0-10mL/Min
    • Operates At Highest Possible Pressure Minimizing Solvent Loss To The Laboratory Atmosphere.
    • Reduction Of Mobile Phase Concentration Changes Due To Pervaporation
    • Reduced Vacuum Pump Wear Due To Lower Pump RPM
    Combine this with our Film Degasser to get a revolutionary intelligent user control for HPLC degassing that provides more performance, more efficiency and more control for instrument reliability.
  • Our ERC-300w Aqueous High Flow Degasser is designed to provide high flow degassing in the smallest available footprint. Designed for diagnostic equipment this system eliminates system bubbles before they occur improving system precision and avoiding bubble related errors. IDEX SKU: ERC-300w
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path.
  • The Film degassing chamber is an alternative for analytical and semi-preparative conditions with flow rates up to 6 mL/min. This unique chamber design accomplishes efficient degassing with a remarkably low flow resistance by employing a flat reinforced Teflon™ AF membrane. The construction of the flat film degassing chamber is completely metal free, yet compatible with all organic solvents including hexane and hexafluoro isopropanol (HFIP). The wetted materials are Teflon™ AF, PEEK, and carbon. It has an internal volume of 500 µL and is equipped 1/4-28 UNF threaded flat-bottom ports. IDEX SKU: 9000-2071
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. IDEX SKU: 9000-1004
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. IDEX SKU: 9000-1006
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. IDEX SKU: 9000-1009
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. IDEX SKU: 9000-1184
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. IDEX SKU: 9000-1189
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. IDEX SKU: 9000-1000
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. Port design: 10-32 Coned. IDEX SKU: 9000-2121
  • Our MINI Degassing Chamber is the ideal solution to keep bubbles out of fluidic systems and liquid chromatography pumps and ensure a stable baseline. Systec AF is compatible with a wide range of typical organic solvents used in HPLC and offers a chemically inert flow path. Port design: 10-32 Coned. IDEX SKU: 9000-2137
  • The reliable NS250 degas module and 767AY vacuum system degasses liquids in highthroughput applications to prevent bubble formation and improve dispense precision. Suitable also for water based INK. IDEX SKU: NS250
  • NS600 High Volume Degassing Chamber is Non-porous silicon membrane tubing makes the NS600 degas module the most robust, high-flow, low-pressure drop degasser on the market. Suitable also for water based INK. IDEX SKU: NS600
  • 9000-1056 is a closed-loop vacuum pump controller with 3 indicator LED’s. This controller is configured for analytical scale applications.
  • 9000-1053 is a closed-loop vacuum pump controller without indicator LED’s. This controller is configured for analytical scale applications.
  • Stented/GPC compatible degassing chamber- the first choice for 100% organic solvents. Our Prep/Semi-Prep Scale Degassing Chamber is built for the rigors of modern preparative and semiprep scale HPLC. Its unique design assures reliable continuous operation and the highest level of continuous performance available. The chambers are available in single or dual channel configurations, allowing two solvent lines to be degassed simultaneously by one unit.
  • 9000-1985 is a degassing chamber for high flow rate(more than20ml/min) application. It achieves 50% degassing efficiency (water) at 100ml/min.
  • Our Degassing Vacuum Control System is designed for simple plug and play operation into most of our degassing chambers. Simply provide 24DC and the system will automatically provide vacuum to the specified vacuum level. Built in continuous head purges ensure that moisture and vapor are swept out of the pump to maintain consistent performance. An optional connector is available for LED error outputs. This all new generation of pumps is characterized of being almost entirely silent - a remarkable upgrade from older versions. It’s also lighter and operates with less vibrations.
  • Our Degassing Vacuum Control System is designed for simple plug and play operation into most of our degassing chambers. Simply provide 24DC and the system will automatically provide vacuum to the specified vacuum level. Built in continuous head purges ensure that moisture and vapor are swept out of the pump to maintain consistent performance. An optional connector is available for LED error outputs. This all new generation of pumps is characterized of being almost entirely silent - a remarkable upgrade from older versions. It’s also lighter and operates with less vibrations. Errors Detected: 1 Pumpdown: Prep_Unable to reach 110 mmHg in 10 minutes., Analytical_Unable to reach 80 mmH6 in 10 minutes, 2 High Vacuum: Prep_Vacuum more than 110 mmHg for more than 6 min in the running state (after pump down)., Analytical_Vacuum more than 80 mmHg for more than 6 min in the running state (after pump down)., 3 Sensor Signal: Sensor Failure Detected, sensor signal less than 25 mmHg. LED Indicators or Optional Errors Output: Electrical Output _ 10mA @ 5VDC, Blinking Rate_1 second on, 1 second off, Power on, vacuum above control range: Red blinking, Vacuum reaches upper control range: Green, Solid,Error Condition, Shutdown: Red Solid.
  • Our Degassing Vacuum Control System is designed for simple plug and play operation into most of our degassing chambers. Simply provide 24DC and the system will automatically provide vacuum to the specified vacuum level. Built in continuous head purges ensure that moisture and vapor are swept out of the pump to maintain consistent performance. An optional connector is available for LED error outputs. This all new generation of pumps is characterized of being almost entirely silent - a remarkable upgrade from older versions. It’s also lighter and operates with less vibrations. Errors Detected: 1 Pumpdown: Prep_Unable to reach 110 mmHg in 10 minutes., Analytical_Unable to reach 80 mmH6 in 10 minutes, 2 High Vacuum: Prep_Vacuum more than 110 mmHg for more than 6 min in the running state (after pump down)., Analytical_Vacuum more than 80 mmHg for more than 6 min in the running state (after pump down)., 3 Sensor Signal: Sensor Failure Detected, sensor signal less than 25 mmHg. LED Indicators or Optional Errors Output: Electrical Output _ 10mA @ 5VDC, Blinking Rate_1 second on, 1 second off, Power on, vacuum above control range: Red blinking, Vacuum reaches upper control range: Green, Solid,Error Condition, Shutdown: Red Solid.
  • Our Degassing Vacuum Control System is designed for simple plug and play operation into most of our degassing chambers. Simply provide 24DC and the system will automatically provide vacuum to the specified vacuum level. Built in continuous head purges ensure that moisture and vapor are swept out of the pump to maintain consistent performance. An optional connector is available for LED error outputs. This all new generation of pumps is characterized of being almost entirely silent - a remarkable upgrade from older versions. It’s also lighter and operates with less vibrations. Errors Detected: 1 Pumpdown: Prep_Unable to reach 110 mmHg in 10 minutes., Analytical_Unable to reach 80 mmH6 in 10 minutes, 2 High Vacuum: Prep_Vacuum more than 110 mmHg for more than 6 min in the running state (after pump down)., Analytical_Vacuum more than 80 mmHg for more than 6 min in the running state (after pump down)., 3 Sensor Signal: Sensor Failure Detected, sensor signal less than 25 mmHg. LED Indicators or Optional Errors Output: Electrical Output _ 10mA @ 5VDC, Blinking Rate_1 second on, 1 second off, Power on, vacuum above control range: Red blinking, Vacuum reaches upper control range: Green, Solid,Error Condition, Shutdown: Red Solid.
  • 9000-1585 is a controlled vacuum source assembly that includes a single stage vacuum pump and a PCB controller to maintain vacuum levels. There is a connector for optional external LED indicators or error outputs
  • The Dual Stage Pump (DST) is a vacuum control system for use with IDEX degassing chambers and PCB control systems. The analytical version is designed for standard degassing chambers and fluids. The pump is also available in side mount versions.
  • Old version of pump. Recommended to replace the pump with P/N 9000-1471. Systec ZHCR Vacuum Pump, Analytical, bottom mounted. Replaced by 9000-1471 or 9000-1892
  • The Dual Stage Pump (DST) is a vacuum control system for use with IDEX degassing chambers and PCB control systems. The analytical version is designed for standard degassing chambers and fluids. The pump is also available in side mount versions.
  • The Dual Stage Pump (DST) is a vacuum control system for use with IDEX degassing chambers and PCB control systems. The analytical version is designed for standard degassing chambers and fluids. The pump is also available in side mount versions. REPLACED BY 9000-2061.
  • The Dual Stage Pump (DST) is a vacuum control system for use with IDEX degassing chambers and PCB control systems. The prep versions are designed to handle high vapor loads from high flow rate chambers or fluids with low vapor pressure that will cause increased solvent pervaporation through the membrane. The pump is also available in side mount versions.
  • The Dual Stage Pump (DST) is a vacuum control system for use with IDEX degassing chambers and PCB control systems. The prep versions are designed to handle high vapor loads from high flow rate chambers or fluids with low vapor pressure that will cause increased solvent pervaporation through the membrane. The pump is also available in bottom mount versions.
  • Replaced by 9000-1896 (click to open) The Systec ZHCR (Zero Hysteresis / Constant Run) Preparative vacuum pump is designed for membrane degassing of the HPLC mobile phase. Employing a patented closedloop, micro-stepping, RPM control-strategy permits the pump to run with continuously variable speed, providing quick pull-down at high RPM, and then sustaining a consistent vacuum level at low RPM.
  • The Systec ZHCR (Zero Hysteresis / Constant Run) Analytical vacuum pump is designed for membrane degassing of the HPLC mobile phase. Employing a patented closedloop, micro-stepping, RPM control-strategy permits the pump to run with continuously variable speed, providing quick pull-down at high RPM, and then sustaining a consistent vacuum level at low RPM.
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