The Agilent 1290 Infinity Thermostatted Column Compartment is a device that enables precise column thermostatting over a temperature range from 10 degrees below ambient up to 100 °C, providing infinite flexibility for optimizing the speed and selectivity of a separation. It features ultra-high pressure valves that enable a wide range of solutions such as dual or multi-column selection, sample preparation, or alternating column regeneration. The 1290 Infinity TCC can be used together with 1290 Infinity LC and 1260 Infinity LC systems as well as with existing 1200 Series LC and RRLC or even 1100 Series LC systems. Its features include a temperature precision specification of ± 0.05 degrees for repeatable retention times and peak areas, Peltier cooling and heating for two independent temperature zones from 10 degrees below ambient up to 100 °C, low dispersion optimized for low internal volume contribution, spacious column racks for three 30 cm columns or shorter columns, and unique pull-out and Quick Change Valve design for easy plumbing and valve exchange. It also allows clustering of up to three 1290 Infinity TCC modules for maximum flexibility for multi-method solutions.
The Agilent 1290 Infinity Thermostatted Column Compartment facilitates precise column thermostatting with a temperature range from 10 degrees below ambient up to 100 °C. It features Peltier cooling and heating for two independent temperature zones and ultra high pressure valves for applications like dual or multi-column selection and sample preparation.
The device supports clustering of up to three modules for multi-method applications and includes a door-open sensor, improved thermal insulation, and a leak funnel. It is compatible with 1290 Infinity LC, 1260 Infinity LC, 1200 Series LC, RRLC, and 1100 Series LC systems.
| Column capacity | 3 columns of 300 mm length in series |
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The unit operates from 10 degrees below ambient up to 100 °C.
A single TCC module provides two independent temperature zones.
The heat-up time is 5 min from ambient to 40 °C.