Thermo Scientific Vanquish Diode Array Detector VH-D10-A

Product Information

Allow the Thermo Scientific Vanquish Diode Array Detector VH-D10-A to revolutionize your ability to detect highly concentrated main compounds alongside trace-level impurities in your HPLC and UHPLC extraction procedures. Engage with cutting-edge technology that promises reliable and flexible HPLC and UHPLC detection, offering superb linearity, optimized noise performance, and an ultra-wide dynamic range. The Vanquish DAD HL employs Thermo Scientific LightPipe technology to ensure best-in-class signal-to-noise performance. It features intuitive user interaction, convenient flow cell and lamp usage tracking, and integrated wavelength validation through a holmium oxide filter, setting a new standard for practical analytical instrumentation.

• Superb linearity up to 2.7 AU
• Ultra-wide dynamic range
• Thermo Scientific LightPipe technology for optimal signal-to-noise performance
• Intuitive user interaction
• Convenient flow cell and lamp usage tracking
• Integrated wavelength validation through holmium oxide filter

• Type: Single-Beam, Reverse-Optics Design with Concave Holographic Grating
• Data Collection Rate: Max. 200 Hz (including 3D acquisition) (under Chromeleon Chromatography Data System 7.2 SR1 control or higher)
• Drift: < 0.5 mAU/hour at 230nm
• Noise: < 3 AU at 230nm (standard flow cell, bandwidth: 4nm, slit width: 4nm; time constant: 2s)
• Wavelength Range: 190-680 nm
• Lamp: Deuterium lamp
• Maximum Cell Operating Pressure: Limit 6 MPa (60 bar, 870 psi)
• Safety Features: Power-up diagnostics of optics, cooling fans, motors and electronics. Leak detection and safe leak handling.
• Validation Functions: Internal validation with holmium oxide filter

Metric: 59.95834144 kg
Imperial: 132.2772 lbs

Metric: 80 cm x 60 cm x 40 cm
Imperial: 31.49608 in x 23.62206 in x 15.74804 in

902720

9027.20.00 - Other instruments and apparatus for physical or chemical analysis: Spectrometers, spectrophotometers and spectrographs using optical radiations (ultraviolet, visible, infrared)