Variable temperature sample holder GS215 series

variable temperature sample holder
variable temperature sample holder
variable temperature sample holder
Add to favorites
Compare this product
 

Characteristics

Options
variable temperature

Description

The Variable Temperature Cell Holder P/N GS21525 is the ideal accessory to use for the transmission study of liquid or solid samples at various temperatures ranging from -190 ºC to 250 ºC. Key FeaturesO Variable Temperature Cell   • Programable Controlled temperatures from -190ºC to 250º • Dewar Cooling System Interictal dewar for temperature control • Heated Jacket To prevent window condensation • Flow Mode For liquid Flow Cells • Mounting Via Baseplate or 3 x 2 Slide Mount   Variable Temperature Cuvette • Programmable controlled temperatures from -190°C to 250°C (Stability ±0.1°C) • Holds 10 mm pathlength quartz cuvette • Dewar cooling system • Heated Jacket windows to prevent condensation • Benchmark™ Baseplate or 3" x 2" mounting options Variable Temperature Cell Holder The Variable Temperature Cell Holder is the ideal accessory to use for the transmission study of liquid or solid samples over a broad range of temperatures. The cell consists of a vacuum jacket that contains a refrigerant dewar/cell holder assembly and a heating block that contains the appropriate cell, and allows variable temperature over the range from -190°C to 250°C. NaCl windows are provided as standard on the cell holder, but a range of other UV, Vis, NIR and Infrared transmitting window materials are also available. This transmission cell holder is designed for use with Specac’s Advanced Liquid or Solid Transmission Cells, or High Pressure Liquid Cell. The cell holder is installed into an optical spectrometer sample compartment either via the 3" x 2" slide mounting plate, or with a Benchmark™ baseplate.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.