Asynt hotplate stirrer package
What’s included in the Asynt hotplate stirrer package?
Our NEW Asynt hotplate stirrer package includes magnetic hotplate stirrer, support rod, boss head clamp, PT1000 temperature sensor, stirrer bars and power lead.
With this comprehensive stirrer package, you’re all set to start stirring and heating at controlled temperatures. It’s ideal for use with our DrySyn® heating blocks and pressure reactors amongst other things.
Safety features
This kit has a number of built in safety features which are important to note:
- Capable of sensing temperatures from 0 °C to 310 °C, or -20 °C to 310 °C with external sensor.
- Precise temperature control and stability to ±1 °C.
- An adjustable safety limit circuit within the hotplate stirrer ensures that a maximum set value can not be exceeded, especially suitable for teaching laboratories. As this limit circuit is a totally independent temperature controller it offers extra safety over many other hotplate stirrers in case of circuit malfunction.
- Digital display: Enables comparison of set and actual temperatures as well as stirring speed. Monitoring of set values is also possible from a distance due to the excellent readability of the display.
- High power bar magnet drive, ideal for viscous samples and parallel synthesis applications.
- 600 W power output.
- RS232 and USB interfaces.
- CE Certified, manufactured for Asynt in Germany
Sustainable and practical
The hotplate itself is well insulated with a maintenance-free motor which is ideal for the modern sustainable laboratory. It features a tempered shatterproof glass surface for optimal chemical resistance and easy cleaning. There is USB and RS232 interface for control or documentation of test parameters via your PC, and the hotplate is compatible with key laboratory software.
For safety purposes, allow 100 mm clearance on all sides of your hotplate when in use.
Number of stirring positions | 1 |
Stirring quantity max. per stirring position (H2O) | 20 l |
Maximum load | 25 kg |
Motor rating output | 9 W |
Direction of rotation | right |
Speed display set-value | LED |
Speed display actual-value | LED |
Speed adjustment | Turning knob |
Speed range | 50 – 1500 rpm |
Setting accuracy speed | 10 rpm |
Stirring bar length | 20 – 80 mm |
Self-heating of the set-up plate by max. stirring (RT:22°C/duration:1h) | +17 K |
Heat output | 600 W |
Temperature display set-value | LED |
Temperature display actual-value | LED |
Temperature unit | °C |
Heating temperature range | Room temp. + device self heating – 310 °C |
Heat control | Turning knob |
Temperature setting range | 0 – 310 °C |
Temperature setting resolution of heating plate | 1 K |
Connection for ext. temperature sensor | PT1000, ETS-D5, ETS-D6 |
Temperature setting resolution of medium | 1 K |
Adjustable safety circuit | 50 – 360 °C |
Set-up plate material | Aluminium alloy |
Set-up plate dimensions | Ø 135 mm |
Sensor in medium detection (Error 5) | yes |
Temperature measuring range PT1000 | -20 – 310 °C |
Speed deviation (no load, nominal voltage, at 1500rpm + 25 °C) | ±2 % |
Heating rate (1l H2O in H1500) | 6.5 K/min |
Heat control accuracy of heating plate (at 100°C) | ±5 K |
Heat control accuracy with ext. PT1000 (500ml H2O in 600ml beaker, 40mm stirring bar, 600rpm, 50°C) | ±1 K |
Heat control accuracy with ETS-D5 (500ml H2O in 600ml beaker, 40mm stirring bar, 600rpm, 50°C) | ±0.5 K |
Heat control accuracy with ETS-D6 (500ml H2O in 600ml beaker, 40mm stirring bar, 600rpm,50°C) | ±0.2 K |
Dimensions (W x H x D) | 160 x 85 x 270 mm |
Weight | 2.4 kg |
Permissible ambient temperature | 5 – 40 °C |
Permissible relative humidity | 80 % |
Protection class according to DIN EN 60529 | IP 42 |
RS 232 interface | yes |
USB interface | yes |
Voltage | 220 – 230 V |
Frequency | 50/60 Hz |
Power input | 650 W |
Power input standby | 1.6 W |
Part number: ADS-HP-N2
(Previously ADS-HP-S-NT)
Talk to us about discounts for bulk purchases of the NEW Asynt Complete Hotplate Stirrer Package!
UK / Europe / Global Delivery
Developed in collaboration with our clients / Bespoke design service
Committed to developing sustainable & practical improvements for scientists worldwide
Martyn Fordham, MD