t2x2 Sport
User-customizable, Peltier-driven, Independent dual temperature control with two optical ports on each cuvette holderThe t2x2 Sport is an inexpensive, compact pair of temperature controlled cuvette holders providing independent control for both the sample and reference cuvettes. With optical ports on each side of both reference and sample cuvettes, use the t2 Sport for absorbance measurements or any experiment that can be performed using the 180° beam path.
We have mounting options compatible with a wide array of spectrophotometers from different manufacturers, or contact us today for a custom mounting solution to meet your experimental needs! Check out the available options below!
The t2x2 Sport is ideal for work in temperature ranges from -15 °C to 110 °C. Circulating coolant (usually water) is used to remove heat from the Peltier heat exchanger. The t2x2 Sport will maintain precise sample and reference temperatures with both holders linked or independently running at different temperatures. The t2x2 Sport also has the ability to stir both the sample and reference cuvettes at a steady reproducible rate, and the ability to flood the optics of both cuvette holders in a controlled gaseous environment while working at lower temperatures to maintain optical clarity. Use the t2x2 Sport to observe absorbance spectra at precisely maintained temperatures, or for temperature ramping, to observe how absorbance changes with temperature.
It is easy to operate the t2x2 Sport using the TC 1 Temperature Controller, included in the purchase price. The sample and reference temperature, stirring speeds, and temperature ramp rates may be controlled manually using the TC 1 menu control buttons on the front panel, or by using Quantum Northwest’s computer control software, T-App, available for purchase.
Temperature control for both sample and reference
Variable speed magnetic stirring
Dry gas purge for work at low temperature
Base and post for mounting in the spectrophotometer
Cuvette lifters for removal of cuvettes
Probe input for sample temperature
NIST-traceable temperature calibration