Description

Product Information

The Waters Alliance 2695 Separations Module represents a significant advancement in HPLC technology, offering increased functionality over previous models like the 2690. Renowned for its reliable analytical performance, this system is perfect for a wide range of applications, including in-vitro diagnostics, where it can effectively analyze diagnostic indicators and therapeutically monitored compounds. With a flow rate capabilities of 50 uL/min to 5 mL/min, this system is suitable for 2.1 mm ID columns and larger, enhancing its versatility. The built-in autosampler can accommodate up to 120 vials with a programmable temperature range of 4 to 40C, ensuring sample integrity and consistency. The included photodiode array detector (model 2996) spans a wavelength range of 190-800 nm with high sensitivity. Notably, it has a heated column compartment (sold separately) with temperatures from 5C above ambient to 65C. This used module is in excellent condition, with minimal usage and maintained assurance in producing accurate analytical results. 30-Day Part Warranty is included.

Key Features

– Flow rate range from 50 uL/min to 5 mL/min
– Supports columns with ID 2.1 mm and larger
– Autosampler with 120 vial capacity and temperature control from 4 to 40C
– Photodiode array detector (190-800 nm) with sensitivity 0.0001-2.0000 AU
– Heated column compartment (5 to 65C) sold separately
Specifications

– Flow Rate: 50 uL/min to 5 mL/min
– Vial Capacity: 120 vials (12×32, 2-mL)
– Temp Control: 4C to 40C
– Detector Type: Photodiode Array, 190-800 nm
– Column Compartment Temp: 5C above ambient to 65C (sold separately)
Weight

Imperial: 66.0 Pounds

Metric: 29.94 Kilograms

Shipping Dimensions

Imperial: 27.6 lb x 20.4 lb x 27.6 lb

Metric: 70.1 cm x 51.82 cm x 70.1 cm

Harmonized Code

902780

Harmonized Code Details

902780 – Instruments and apparatus for physical or chemical analysis, or for measuring or checking viscosity or similar properties. This code is chosen as the product is an HPLC system used for chemical analysis.