Grant LTC4 Refrigerated Circulating Bath -30 to 100ºC, capacity 20L

The Grant LTC4 provides outstanding performance for routine and sophisticated applications requiring temperature control in the range of -30 to 100°C. The Grant Optima LTC4 Kit includes; TX150 heating circulator, the R4 20L tank/refrigeration unit plus the insulated tubing and clips to form a ready to use system. This product is backed by Grant's Confident Cooling Guarantee - offering expert technical support, fast dispatch from their UK manufacturing site, and an industry leading 4 year warranty emphasizing Grant's confidence in the reliability of its refrigeration products.

• Temperature range -30°C to +100°C
• Stability ± 0.1°C
• Powerful pump for external circulation, maximum flow 18 L/min, maximum pressure 310 mbar
• Programmable with the additional Labwise software - 1 program / 30 segments
• User defined high and low temperature alarms
• 5 point user calibration possible
• Full colour TFT screen with remote control option in 5 languages
• 2 orientations of the heating circulator head to suit your lab - have the screen facing forwards or to the side
• High cooling power for multiple connections
• High pressure pump option can be added to the system for demanding applications
• Ideal to use with rotary evaporators, distillation columns, reactor vessels, electrophoresis units... any equipment or experiment where temperature control is required
• Low level liquid protection by float switch
• USB connectivity

The TX150 heating circulator has USB connectivity to a PC or laptop. It is programmable with Labwise, a software program to set all parameters, including programs, via the PC. Labwise also features real-time status windows, a graphic display of the controller's performance as a program is run, and allows data to be logged for future recall and analysis.

Note: the refrigeration unit can be switched off independently of the circulator to allow heating only applications. The refrigeration base unit can be used up to a maximum temperature of +100°C