Thermo Scientific UltiMate LPG-3400SD Standard Quaternary Pump

Product Information

The Thermo Scientific UltiMate LPG-3400SD Standard Quaternary Pump is a remarkable asset for any laboratory involved in analytical LC applications. It provides exceptional flexibility in solvent proportioning and mixing, supporting up to four solvents. This used unit has been used for method development and analytical research in various industries, including pharmaceuticals, food and beverage, and environmental. With a few quirks, this reliable pump allows for short sub-2m particle columns for faster analysis and minimal solvent consumption. The serial dual-piston operating principle and low-pressure gradient proportioning make it an ideal choice for routine analysis and method development. Notably, it features the Thermo Scientific SmartFlow technology, SpinFlow mixing volumes, and reliable vacuum degassing with internal four-channel micro membrane degasser. This pump typifies efficiency, agility, and precision, making it an asset that will transform your laboratory workflows.

• Supports up to four solvents for method development and system flushing
• Wide operating flow rate range from 200L/min. to 10mL/min.
• Thermo Scientific SmartFlow technology for automatic compensations
• Features a reliable vacuum degassing with an internal four-channel micro membrane degasser

• Serial Dual-Piston Quaternary Analytical Pump
• Max. Flow Rate: 10 mL/min
• Pressure Range: 2 to 62 MPa (9000 psi)
• Flow Accuracy: 0.1%
• Flow Precision: <0.05% RSD or <0.01 min SD, whichever is greater
• Emission Sound Pressure Level: <70 dB(A) in 1-m-distance
• Gradient Delay Volume: 325-1840 L (Default: 690 L)
• No. of Eluent Lines: 4
• Solvent Degassing: Built-in, 4 channels

Metric: 19 kg
Imperial: 41.88778 lbs

Metric: 27.55907 cm x 23.62206 cm x 17.716545 cm
Imperial: 10.85 in x 9.3 in x 6.98 in

8413819080

The used pump falls under Harmonized System (HS) code 8413819080, typically assigned to pumps for liquids. Its classification is based on its features and applications within laboratory and industrial settings.