AREX-6 Advanced CerAITop Hot Plate Stirrer from Velp Scientifica
Velp Scientifica
F20510463
Controls (Digital/Analog) | Analog |
Multiposition | No |
Min Speed (RPM) | 30 |
Max Speed (RPM) | 1700 |
Max Stirring Quantity/Capacity (L) | 20 |
Max Temp Range (°C) | 370 |
Plate Diameter (mm) | 135 |
Plate Material | Ceramic coated aluminum |
Timer | No |
RS-232 | No |
USB | No |
Brushless DC motor | Yes |
CE approved | Yes |
CSA approved | No |
Superior Safety Features
- The illuminated heating switch on/off prevents unintentional heat up
- The illuminated heat icon informs the operator when the top plate temperature is above 50°C
- Resistant die-cast housing (IP 42) for maximum protections of the internal part of the instrument.
- The fast heating CerAlTop™ plate resist to chemicals and scratches ensuring long life-span
- The stirring speed ramps up gently avoiding spillages risks
- The optional and tailor-made Silicon Protective Cover protects the stirrer from spillage damages
Engineered for Performances & Usability
- PID software controlled thermoregulation for fast, accurate and stable temperature control
- Maximum temperature control up to 370°C
- Extremely powerful brushless motor able to stir from 30 up to 1700 rpm
- The torque compensation technology SpeedServo™ maintains the rpm constant as viscosity changes
- The Alnico Magnet provides state-of-the-art magnetic coupling and guarantees superior peripheral stirring
- Accepts up to 20 liter flasks
Versatility and Improved Productivity
- Connection for VTF, VTF EVO digital thermoregulators for direct temperature control of the sample with 0,5 °C temperature accuracy
- The VTF and VTF EVO upgrades the AREX-6 performance potential with exclusive features of digital hot plate stirrers
- The MultiAluBlock™ and the new MonoAluBlock™ permit to perform numerous reactions saving time and bench space
- The new Hemispheric Bowls set permits to replace oil baths and mantles in order to perform clean and safe reactions with round bottom flasks
- PTFE Safety Covers are designed to minimize thermal dispersion and increase safety
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