Firstly, the Thermo Scientific RT2 Plus Advanced hotplate stirrer is the most advanced digital hotplate stirrer in the RT series. Moreover, this model combines a 140 mm round ceramic heating surface with microprocessor PID control and an included PT100 temperature probe. As a result, the unit controls the actual liquid temperature instead of the plate surface temperature. In addition, the RT2 Plus Advanced offers a unique wide stirring range of 30 to 2000 rpm for both extremely slow and powerful mixing.
Firstly, the RT2 Plus Advanced is supplied as standard with a PT100 temperature probe (B Class, 250°C) for direct liquid measurement. Secondly, the unit controls the actual temperature of your sample in real-time with this probe. In addition, the PT100 offers more accurate control than plate temperature measurement alone. Moreover, an optional PT100 A Class probe is available for temperatures up to 400°C.
Firstly, the unit controls both temperature and stirring speed in real-time with PID feedback. Secondly, the feedback function maintains the set stirring speed stable, even when the viscosity of your sample changes during heating. In addition, this is ideal for reactions where the composition changes due to temperature effect. Moreover, you can manually set the heating power from 0 to 100% in 1% increments.
Firstly, the Optimal Mode offers balanced heating for general applications. Secondly, the Fast Mode speeds up the heating process when time is critical. In addition, the Slow Mode guarantees gradual heating for temperature-sensitive samples. Moreover, you combine these modes with the programmable timer for reproducible protocols.
Firstly, the over-temperature protection shuts off the heating element when the surface approaches 450°C. Secondly, the HOT TOP indicator activates a clear warning signal when the plate is hot. In addition, you can set a maximum temperature limit yourself for extra control in sensitive applications. Moreover, the keypad lock prevents settings from being changed unintentionally during running experiments.
The RT2 Plus Advanced hotplate stirrer is widely used in the pharmaceutical industry and biotech, medical diagnostics, food industry and agriculture and horticulture. For advice, please contact Poly Temp Scientific.
| Specification | Value |
|---|---|
| Brand | Thermo Scientific |
| Series | RT2 Plus Advanced |
| Type | Hotplate stirrer (digital with PID control) |
| Heating surface | 140 mm diameter (5.5 inch) |
| Top plate shape | Round |
| Top plate material | Ceramic coated aluminum |
| Housing | Aluminum |
| Dimensions (W × D × H) | 16.1 × 29 × 10 cm |
| Max. load on top plate | 25 kg (55.1 lbs) |
| Stirring capacity (H2O) | 20 liters |
| Stirring range | 30 to 2000 rpm |
| Speed control | Feedback control during viscosity changes |
| Temperature range | Ambient +50°C to 350°C |
| Display | LED digital with 0.1°C resolution |
| Display view | Actual and set temperature visible simultaneously |
| Temperature control | Microprocessor PID feedback (Scale) |
| Control modes | 3 selectable modes: Optimal, Fast, Slow |
| Heating power setting | 0 to 100% in 1% increments |
| Temperature probe | Included: PT100 B Class, 250°C |
| Optional probe | PT100 A Class, 400°C |
| Adjustable temperature limit | User-configurable |
| Timer | Immediate start or start at target temperature, with actual and set values simultaneously visible |
| Safety protection | Automatic shutdown at 450°C |
| Safety indication | HOT TOP warning |
| Lock | Keypad lock prevents accidental changes |
| Threaded holes for support rod | 2 (integrated) |
| Heating power | 600W |
| Power supply | 230V, 50/60Hz |
| Plug | EU plug (SCHUKO) |
| Certifications | CE |
Firstly, the Thermo Scientific RT2 Plus Advanced is an advanced digital hotplate stirrer with a 140 mm round ceramic surface for sample volumes up to 20 liters. In addition, this model offers microprocessor PID control up to 350°C, a stirring range of 30 to 2000 rpm with feedback control and an included PT100 temperature probe. Moreover, the RT2 Plus Advanced features three selectable control modes and a programmable timer.








The RT2 Plus Advanced offers digital PID control with LED display and 0.1°C resolution, whereas the RT2 Basic works with analog scale knobs. Secondly, a PT100 temperature probe is supplied as standard with the Plus Advanced for control on actual liquid temperature. In addition, the Plus Advanced offers a wider stirring range from 30 rpm (versus 50 rpm for Basic) and three selectable control modes. Moreover, the Plus Advanced features keypad lock, programmable timer and feedback control during viscosity changes.
Firstly, the unit continuously measures the actual stirring speed via an internal sensor. Secondly, the feedback control automatically adjusts the motor power as soon as the viscosity of your sample changes. In addition, the stirring speed remains stable at the set value, even when a reaction makes the mixture thicker or thinner. Moreover, this is ideal for polymerizations, evaporations and mixing of suspensions where the composition changes during heating.
A PT100 temperature probe (B Class) is supplied as standard with a measurement range up to 250°C. Secondly, you place this probe directly in your liquid for real-time temperature measurement. In addition, the unit then controls the actual sample temperature instead of the plate temperature. Moreover, an optional PT100 A Class probe is available for temperatures up to 400°C, suitable for very high precision or aggressive environments.
Firstly, the Optimal Mode offers balanced heating suitable for most general applications. Secondly, the Fast Mode speeds up the heating process for situations where time saving is essential. In addition, the Slow Mode guarantees gradual heating, ideal for temperature-sensitive samples. Moreover, you manually set the heating power from 0 to 100% in 1% increments for full control.
Firstly, the over-temperature protection automatically shuts off the heating element when the surface approaches 450°C. Secondly, the HOT TOP indicator activates a clear warning signal when the plate is hot. In addition, you can set a maximum temperature limit yourself for extra control in sensitive applications. Moreover, the keypad lock prevents settings from being accidentally adjusted during running experiments.