Overview
The Next Generation Guardian 5000TM Hotplate Stirrers are engineered for safety and versatility across research academic and industrial settings. They offer powerful heating and mixing with premium hardware and software to support diverse users safely and reliably. Heating models reach up to 550°C and feature 3 temperature control modes for quick heating or precise heating without overshoot. Select from 5 models with 3 plate sizes.
Applications
Temperature Sensitive Chemistry and Biology Heat Fixation Solution pH Optimization Solution Sterilization Endothermic Reactions Denaturing of Organic Material Sample and Solution Preparation Dissolving Buffers and Reagents Preparing Media Boiling
Display
Backlit LCD display with white characters integrated heating/stirring status indicators in green and a prominent hot top indicator in yellow
Operation
100-120 VAC or 220-240VAC 50/60Hz power entry rotary switch knob(s) control
Communication
RS232 for data logging and remote control
Construction
Robust full metal housing ceramic square top plate or ceramic-coated aluminum round top plate high performance SmCo magnet
Design Features
Large dip angle front panel for easy monitoring from a distance smooth enclosure surfaces for easy cleaning audible alarm IP32 protection rapid install splashing shield (optional)
Specifications
| Function | Heating |
| Plate Construction | Ceramic |
| Plate Size | 7 in x 7 in (18 cm x 18 cm) |
| Temp. Range | Ambient + 5°C – 550°C |
| Calibration | Temperature Calibration 3 Plate/3 Probe |
| Control | Digital |
| Dimensions | 12.94 in x 4.56 in x 8.69 in (329 mm x 116 mm x 221 mm) (LxHxW) |
| Display | High contrast brilliant LCD display |
| Net Weight | 8.6 lb (3.9 kg) |
| Power | 220V-240V~ 7A 50/60Hz |
| Safety Certification | CE; TUV |
| Temperature Probe | Pt1000 |
| Temp. Stability | +/-1% Plate below 100°C +/-1°C and +/-0.5% Probe below 100°C +/-0.5°C |
| Timer | 1 minute – 99 hours 59 minutes |
| Working Environment | 5°C – 40°C 80% RH Non-condensing (41°F – 104°F 80% RH Non-condensing) |