VLP-SC20510580

AREX 5 Digital Hot Plate Magnetic Stirrer System with Pt100 Probe, Rod, and Clamp, 115V/60Hz

The AREX 5 Digital is the perfect solution for temperature-sensitive laboratory applications where precise and accurate thermoregulation of the sample is required to ensure maximum reproducibility.

The AREX 5 Digital can be connected to external probes Pt100 and Pt1000 or to the VTF for precise temperature control of the medium.

The CerAlTopTM plate reaches a maximum temperature of 310°C; when connected with the temperature probe (Pt100 and Pt1000) the AREX 5 Digital is able to heat up the medium up to 310°C with an accuracy of ± 1.0 °C while with the VTF the AREX 5 Digital is able to heat up the medium up to 300°C with an accuracy of ± 0.5 °C.

When the hotplate stirrer is connected to a temperature probe, it is possible to choose 2 different thermoregulation modes to match all requirements:
FAST: the Hot Plate Stirrer quickly reaches the set point temperature with a little overshoot.
FINE: slower temperature set point reaching with an optimized overshoot.

■ The internal electronic parts are protected by the insulating disk to resist even to the most challenging environments and applications.
■ Hot Surface safety message displayed when the temperature is above 50 °C.
■ The 135 mm diameter top is protected from chemicals and scratches by the superior resistant CerAlTop™ ceramic coating.
■ Ideal for temperature sensitive applications in many industrial and academic laboratories.
■ Precise thermoregulation of the medium with Pt100/Pt1000 probe (± 1.0 °C) and VTF Digital Thermoregulator (± 0.5 °C).
■ Thermoregulation range from room temperature up to 310 °C.
■ Brushless motor ensuring power and resistance over time.
■ Stirs up to 20 l from 50 to 1500 rpm.
■ SpeedServo™ counter reaction technology maintains the speed constant as viscosity changes.

Includes:

F20510580 AREX 5 DIGITAL Heat. Mag. Stirrer 115V/60Hz
A00001069 Support Rod
A00000280 Clamp for the Pt100
A00000268 Pt100 Temperature Probe AISI 316 Ti