Agilent 7890B GC w/ MMI, MSD Interface, Midpoint Backflush, Aux EPC, Cryogenic Oven, Purged Union, Collision Cell Gas Flow Module

Agilent 7890B GC System (G3440B). System includes Multimode Inlet, N2 or Air Cooling, MSD Interface, Midpoint Backflush, Three Channels of Auxiliary EPC, Cryogenic Oven, Purged Union, Backflush, Collision Cell Gas Flow Module.

Item Number: 3380
Manufacturer: Agilent Technologies
Model: G3440B
Serial Number: US19023005
Condition: Quantum Certified Refurbished
Warranty: 90-days

Includes: Agilent 7890B GC System (G3440B)

• Multimode Inlet, N2 or Air Cooling (Option 151)
• MSD Interface (Option 201)
• Midpoint Backflush (Option 204)
• 3 Channel Auxilliary EPC (Option 301)
• Cryogenic Oven (Option 312)
• Purged Ultimate Union (Backflush-Ready) (Option 880)
• Collision Cell Gas Flow Module (G7000-60838)

Options:

• Additional inlets and detectors available
• Installation & familiarization
• Extended warranty

Please note: List price includes shipping within the United States and Canada.

About This System

Agilent 7890B GC

The Agilent 7890B Gas Chromatograph (GC) is a flagship analytical system designed for high-precision chemical separation and analysis. Built as a successor to the industry-standard 7890A, it incorporates advanced hardware and integrated intelligence to enhance productivity, data reliability, and resource management.

This particular system features a Multimode Inlet, N2 or Air Cooling, MSD Interface, Midpoint Backflush, Three Channels of Auxiliary EPC, Cryogenic Oven, Purged Union, Backflush, Collision Cell Gas Flow Module.

The core of the 7890B GC’s performance is its 5th-generation Electronic Pneumatic Control (EPC). This system allows for precise pressure setpoints with a resolution of 0.001 psi, which is essential for low-pressure applications and consistent Retention Time Locking (RTL). The GC oven supports up to 20 ramps with 21 plateaus and can achieve temperature ramp rates up to 120 °C/min. The operating temperature range spans from ambient +4 °C to 450 °C, with cryogenic cooling options extending the lower limit to -80 °C using liquid nitrogen.