Multiposition Hotplate stirrer
＊The MULTI-HS Hot Plate Stirrers have a unique system of warnings: when the plate temperature reaches 50°C the display will show a residual hot plate message preventing potential burning.
＊The Safety Lock feature avoids possible alteration of the working conditions or unintentional modification of the settings in order to meet all the Labs safety standards.
＊The VELP CerAlTop™top plate is made of aluminum alloy that guarantees temperature homogeneity with optimum heat distribution and a high specific power thanks to the circular configuration. A thin layer of ceramic protecting the plate from scratches and chemicals and ensure high resistance to thermal stress and thermal shocks.
＊The LED display is easy to read and thanks to the intuitive icons the operator has always the clear readout of the working conditions:
1.Heat activation
2.Set Point temperature
3.Timer activation
4.Auto-reverse option
5.Lock button
- The MULTI-HS Hot Plate Stirrers have a unique system of warnings: when the plate temperature reaches 50°C the display will show a residual hot plate message preventing potential burning.
- The Safety Lock feature avoids possible alteration of the working conditions or unintentional modification of the settings in order to meet all the Labs safety standards.
- The VELP CerAlTop™top plate is made of aluminum alloy that guarantees temperature homogeneity with optimum heat distribution and a high specific power thanks to the circular configuration. A thin layer of ceramic protecting the plate from scratches and chemicals and ensure high resistance to thermal stress and thermal shocks.
- The LED display is easy to read and thanks to the intuitive icons the operator has always the clear readout of the working conditions:
- Heat activation
- Set Point temperature
- Timer activation
- Auto-reverse option
- Lock button
- USER INTERFACE:Digital
- MOTORZ:
- MULTI-HS 6 Digital 6 Brushless motors
- MULTI-HS 15 Digital 15 Brushless motors
- PLATE MATERIAL:CerAlTopTM (ceramic coated aluminum alloy)
- PLATE DIMENSION:432 x 223 mm
- VOLUME (H2O):
- MULTI-HS 6 Digital 6 beakers of 400 ml
- MULTI-HS 15 Digital 15 beakers of 250 ml
- STIRRING POSITION DISTANCE:
- MULTI-HS 6 Digital 100 mm
- MULTI-HS 15 Digital 74 mm
- STIRRING SPEED:100 - 1000 rpm
- SPEED SETTING ACCURACY:5 rpm
- TEMPERATURE RANGE:0 - 120°C
- TEMPERATURE SETTING RESOLUTION:1°C
- HOT TOP WARNING:On display (>50°C)
- TIMER:From 1 min to 99 h : 59 min
- TIMER SETTING STEPS:1 min
- AUTOREVERSE:From 5 s to 99 min : 59 s
- AUTOREVERSE SETTING STEPS:1 s
- DIMENSIONS (WXHXD):240x65x550 mm (9.4x2.6x21.7 in)
- WEIGHT:
- MULTI-HS 6 Digital 4.7 kg (10.4 lb)
- MULTI-HS 15 Digital 4.8 kg (10.5 lb)
- POWER INPUT:
- MULTI-HS 6 Digital 620W - 2,7A
- MULTI-HS 15 Digital 620W - 5,4A
- WORKING IN CONTINUOUS:Admitted
- HEATING OUTPUT:600 W
- The central button permits to set the timer in order to save time to the operator and enabling unsupervised work.
- The Timer is settable from 1 min up to 99 hours and in the advanced menu is possible to configure it as follow:
- Snap: timer countdown starts as soon as one main function (Temperature/Speed) is on
- SetP: timer countdown starts when temperature set point is reached
- The Auto-reverse option enhances the kinetics by changing the direction of the stirring direction. Is also possible to set the change in direction at the preferred interval of time.
Recommend
AREC｜Ceramic Digital Heating Magnetic Stirrer
＊The AREC ceramic hotplate stirrer is designed for laboratories requiring precise temperature setting of the heating plate and powerful stirring for titrations or sample and buffer solutions preparation.
＊AREC is equipped with a cutting-edge Heating Plate technology engineered by VELP that ensures temperature homogeneity, thermal efficiency and durable heating performance over time.
＊The powerful motor of the AREC stirs volumes up to 15 liters (H2O) with an excellent magnetic coupling.
＊With stirring speed setting from 50 up to 1500 rpm, the AREC is a suitable solution for applications at both low and high speed.
AREC｜Ceramic Digital Heating Magnetic Stirrer
＊The AREC ceramic hotplate stirrer is designed for laboratories requiring precise temperature setting of the heating plate and powerful stirring for titrations or sample and buffer solutions preparation.
＊AREC is equipped with a cutting-edge Heating Plate technology engineered by VELP that ensures temperature homogeneity, thermal efficiency and durable heating performance over time.
＊The powerful motor of the AREC stirs volumes up to 15 liters (H2O) with an excellent magnetic coupling.
＊With stirring speed setting from 50 up to 1500 rpm, the AREC is a suitable solution for applications at both low and high speed.
AREC｜Ceramic Digital Heating Magnetic Stirrer
＊The AREC ceramic hotplate stirrer is designed for laboratories requiring precise temperature setting of the heating plate and powerful stirring for titrations or sample and buffer solutions preparation.
＊AREC is equipped with a cutting-edge Heating Plate technology engineered by VELP that ensures temperature homogeneity, thermal efficiency and durable heating performance over time.
＊The powerful motor of the AREC stirs volumes up to 15 liters (H2O) with an excellent magnetic coupling.
＊With stirring speed setting from 50 up to 1500 rpm, the AREC is a suitable solution for applications at both low and high speed.
*REC is equipped with a cutting-edge Heating Plate technology engineered by VELP that ensures temperature homogeneity, thermal efficiency and durable heating performance over time.
*You can rely on the REC for laboratory applications performed at very high temperatures, as the maximum settable temperature of the heating plate is 550 °C.
*Thanks to the REC extremely bright and easy-to-read digital display you can constantly monitor the temperature set by turning the handy knob.
Digital hot plate with CerAlTop™ plate ensuring precise thermoregulation of the media, high safety and maximum reliability.
Compact Ceramic Hotplate Stirrers for efficient heating and stirring, from basic applications to precise thermoregulation