PhotoChip™ Temperature Controlled Photoflow Reactor Module for GSMs

PhotoChip High power, temperature controlled, photoflow reactor for GSMs Nitrogen gas purge inlet Integrates with external recirculator or piped water supply Compa0ble with all Uniqsis GSMs and Tube-in-plate reactors Indicator window, safety interlock and LED thermal cutout fi5ed The Uniqsis PhotoChip is a standalone temperature-controlled photoflow reactor module for use with Uniqsis Glass Sta c Mixer blocks (GSMs) - some mes referred to as ‘chips’. Based upon the Uniqsis Cold Chip GSM reactor module, it is compa ble with both COMPACT and LARGE format Uniqsis Glass Sta c Mixer blocks and, with...

A spacer with internal cooling channels fi=ed with an indicator window separates the LED lamp from the Cold Chip in order to accommodate the threaded tubing connec ons on the GSM. Accurate temperature control of the GSM is achieved by connec ng the PhotoChip to an external thermoregula ng recirculator or piped water supply (for reac ons close to ambient). An external temperature sensor or process probe is inserted into the baseplate directly beneath the GSM. Liquid-cooling of the LED array can be achieved either by connec on in series with the recirculator or separately by connec ng to a cold...

The 150W Scholar PSU is matched to a lamp unit with 96 individual high-power LEDs (shown opposite). The Scholar PSU has a manually variable output (20% increments) and is unable to read or display temperatures (the reactor temperature is monitored using a separate digital temperature probe). Whilst it lacks the remote programmable features of the Borealis PSU, it is both more compact and cost-effectve. PhotoChip is a modular, compact and powerful temperature-controlled reactor module that enables photoflow chemistry to be performed efficiently in Glass Stab'c Mixer Reactor Blocks with stab'c...