- Extended autosampler capacity up to 59 positions – hundreds of samples per months can be analyzed
- Integrated vials caps removal – all solutions are kept in the autosampler tightly closed excluding evaporation and cross-contamination
- New HV block provides voltage up to +/- 30 kV – separation efficiency is improved and analysis time is decreased
- Redesigned capillary cassette – length of the thermostated part of the capillary is increased to improve migration time reproducibility
- Spectra scanning facilitates peak identification
- Broad range of controlled injection pressure allows analysis of viscous samples
- Reverse sample injection under vacuum: ultra-short analysis time (less than 1 min) and sample stacking to decrease detection limit
| Detector | Spectrophotometer 190-400 nm |
| Analysis | Constant voltage, from –30 kV to +30 kV in 1 kV steps Automatic (electronic) polarity switch Current 0 – 300 mkA Pressure up to 100 mbar Programmable changing of wavelength, pressure and voltage during analysis |
| Injection | By voltage, from –30 kV to +30 kV in 1 kV steps; By pressure, from –100 to 100 mbar in 1 mbar steps |
| Sampler | Autosamplers for 59 vials (standard Eppendorf-type 1.5 mL) |
| Rinsing | By pressure, 500–2000 mbar in 1 mbar steps |
| Capillary | Length: 30–120 cm Internal diameter: 50, 75 μm |
| Capillary thermostating | Liquid thermostating, from -10 up to+ 30 °C from ambient temperature, ±0.1°C |
| Controlled parameters | Wavelength Pressure Temperature Voltage |
| ISO 9120 | Determination of air release value of hydraulic, turbine and lubricating oils |
| ASTM D3427 | Standard test method for air release properties of petroleum oils |
| IP 313 | Determination of air release value of lubricating and hydraulic oils |
| BS 2000-313 | Determination of air release value of hydraulic, turbine and lubricating oils |
