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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. -
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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.
