Optical low-temperature thermostat for spectroscopic experiments - OptistatDN-X

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Optical low-temperature thermostat for spectroscopic experiments - OptistatDN-X. The Optistat series low-temperature thermostats provide users with various optical path designs and optical performance characteristics for low-temperature sample environments. The refrigerant can be either liquid nitrogen or liquid helium, or models without refrigerant cooling can be selected; The sample can be placed in vacuum or in an exchange atmosphere; The temperature range is from below 2.3 K to 500 K.

Product Details

Optical low-temperature thermostat for spectroscopic experiments - OptistatDN-X

Liquid nitrogen thermostat, with the sample in the exchange gas

Sample holder: 20mm

Applicable samples: solids, powders, and liquids

• Temperature range: 77.2 K to 300 K (expandable to 500 K)

• Temperature stability: ± 0.1 K

• System cooling time: Reduce to 77 K, approximately 20 minutes

• Liquid nitrogen maintenance time: 15 hours @ 77 K

Low operating costs

Sample replacement time: about 5 minutes (Top Loading, supports sample replacement at low temperatures)

•Excellent optical access capability (f/1),Experiment to meet the need for larger light collection

• Configuration support: Reflection and transmission measurement

Large aperture area: The diameter of the through-hole reaches 15 mm

Optical low-temperature thermostat for spectroscopic experiments - OptistatDN-XEquipment parameters

Low refrigerant consumptionCan significantly reduce operating costs

quick experimentProvide multiple sample racks and probes, including liquid colorimetric cups, sample cups, and height adjustable/rotating probes

Easy to operateThe experimental window and sample holder can be easily replaced

versatileMultiple window materials to choose from

software controlAll electronic instruments can be controlled through software, and communication interfaces include RS232, USB (serial emulation), TCP/IP, and GPIB. Provide LabVIEW function library and virtual controller to realize PC based electronic device monitoring, and integrate them into a complete LabVIEW data acquisition system.

system configuration

Typical configurations include:
Thermostat
MercuryiTC temperature controller
Compact structure, easily integrated into commercial spectrometers
Connect the sample through a 10 pin electrical interface for immediate installation and testing
• Attachments and operation manual
• Control software
• Weight: 5 Kg