PIS MH280 S6 Multi-Channel Digital Hot Plate Stirrer
The PIS MH280 S6 Multi-Channel Digital Hot Plate Stirrer is a six-channel laboratory heating and stirring instrument designed for parallel experiments requiring independent control of heating, stirring speed and operation across multiple positions. Its compact multi-channel configuration combines six heating and stirring positions within a single instrument.
Each channel provides independent control of start/stop, temperature and stirring speed, allowing multiple experiments to be performed simultaneously with individual operating conditions. The instrument provides a heating temperature range of 25°C to 280°C and a stirring speed range of 200 to 1500 rpm.
The unit features an aluminium work plate with ceramic coating, designed for fast heat transmission and resistance to corrosion. Each channel is equipped with a brushless DC motor, while the heating system uses accurate PID temperature control. The instrument is also compatible with various heating blocks and reaction vessels for different laboratory applications.
For temperature monitoring and control, the PIS MH280 S6 provides LCD display, PT1000 external temperature sensor compatibility and specified temperature control accuracy of ±1°C below 100°C. The external PT1000 sensor is specified with an accuracy of ±0.2°C.
The instrument incorporates overheating protection at 420°C, a HOT warning at 50°C, and independent safety circuits designed to respond to overheating and sensor malfunction conditions. Its six-channel configuration and space-saving design make it suitable for parallel experiments in research, pharmaceutical, chemical and academic laboratories.
The 6 Channel Hot Plate Stirrer is particularly suitable for laboratories seeking multiple independently controlled heating and stirring positions in a single compact instrument.
Key Features & Benefits
- Six Independent Channels: Six channels can be independently controlled for start/stop operation, temperature and stirring speed, allowing multiple experiments to be performed in parallel.
- Wide Temperature Range: Provides a heating temperature range of 25°C to 280°C for a variety of laboratory heating applications.
- Powerful Stirring: Each channel provides stirring from 200 to 1500 rpm, with a maximum stirring quantity of 3 L per channel according to the supplied specifications.
- Independent Temperature & Speed Control: Individual channel control allows different heating and stirring conditions to be used simultaneously.
- LCD Display: LCD displays are provided for monitoring the operating temperature and stirring speed.
- Aluminium Work Plate with Ceramic Coating: The ceramic-coated aluminium work plate is designed for fast heat transmission and resistance to corrosion.
- Accurate PID Temperature Control: The heating system uses PID temperature control for controlled heating operation.
- Brushless DC Motors: Each channel uses a brushless DC motor designed for extended service life and low maintenance.
- Compatibility with Heating Blocks & Reaction Vessels: The instrument is compatible with various heating blocks or reaction vessels for different laboratory applications.
- Space-Saving Multi-Channel Design: Six independently controlled channels are integrated into a single compact instrument, helping save laboratory workspace.
- Overheating Protection: The system provides overheating protection specified at 420°C.
- HOT Warning: A HOT warning flashes on the LCD display when the work plate temperature is above 50°C, even after the power switch has been turned off.
- Independent Safety Circuits: Two independent safety circuits monitor the instrument and provide protection against overheating and sensor malfunction conditions.
- PT1000 External Temperature Sensor: External temperature sensing is supported using a PT1000 sensor for temperature monitoring and control.
- Parallel Experiment Capability: The six-channel configuration is particularly suitable for laboratories performing multiple experiments simultaneously.
- Safety Compliance: The supplied product information states compliance with safety regulations including IEC61010-1, UL61010-1, BSEN61010-1, CAN/CSA-C22.2 NO.61010-1 and other applicable laboratory equipment safety requirements.
With six independently controlled heating and stirring positions, the PIS MH280 S6 provides a practical solution for laboratories requiring parallel experiments, individual temperature control and controlled stirring within a single instrument.
Technical Specifications
The following specifications are taken from the technical specification table for the PIS MH280 S6 Multi-Channel Digital Hot Plate Stirrer.
| Parameter | PIS MH280 S6 |
|---|---|
| Work Plate Dimension | 134 mm |
| Work Plate Material | Aluminium with Ceramic Coating |
| Motor Type | Brushless DC Motor |
| Motor Rating / Heating Output | 5W × 6 |
| Heating Power | 600W × 6 |
| Total Power | 605W × 6 |
| Voltage, Frequency | 100–120V, 60Hz; 200–240V, 50Hz |
| Stirring Positions | 6 |
| Maximum Stirring Quantity (H₂O) | 3L × 6 |
| Maximum Stirring Quantity per Channel | 3L |
| Maximum Magnetic Bar Length | 40 mm |
| Speed Range | 200–1500 rpm |
| Speed Control Accuracy | ±20 rpm |
| Speed & Temperature Display | LCD |
| Heating Temperature Range | 25–280°C |
| Overheating Protection | 420°C |
| Temperature Display Resolution | 0.1°C |
| Temperature Control Accuracy | ±1°C (<100°C) |
| External Temperature Sensor | PT1000 (Accuracy ±0.2°C) |
| IP Protection Class | IP21 |
| Dimensions (W × D × H) | 546 × 523 × 127 mm |
| Weight | 12.7 kg |
The PIS MH280 S6 combines six stirring positions with six heating positions, providing independent control for parallel laboratory experiments in a single instrument.
Independent Control, Safety & Operational Features
The PIS MH280 S6 Multi-Channel Digital Hot Plate Stirrer is designed for parallel laboratory experiments with independent control of each channel. The supplied product information combines individual temperature and stirring control with dedicated safety functions for controlled and reliable operation.
Independent Six-Channel Control
- Independent Start/Stop Control: Each of the six channels can be independently started or stopped.
- Independent Temperature Control: Temperature settings can be controlled independently for the individual channels.
- Independent Stirring Speed Control: Each channel provides individual stirring speed control for parallel experiments.
- Individual Display: The instrument provides digital display functionality for monitoring speed and temperature.
- Parallel Experiments: Six independently controlled channels allow multiple laboratory experiments to be performed simultaneously within one instrument.
Heating & Stirring Performance
- PID Temperature Control: The heating system uses PID temperature control for controlled heating operation.
- Heating Range: Each channel provides a specified heating temperature range of 25°C to 280°C.
- Stirring Range: Stirring speed can be adjusted from 200 to 1500 rpm.
- Brushless DC Motor: Brushless DC motors are used for the stirring positions and are described as having extended life and low maintenance requirements.
- Heating Blocks & Reaction Vessels: The instrument is compatible with various heating blocks or reaction vessels for different application scenarios.
Temperature Monitoring & Sensor
- LCD Display: Speed and temperature information is displayed through LCD interfaces.
- Temperature Resolution: The specified temperature display resolution is 0.1°C.
- External PT1000 Sensor: External temperature sensing is supported through a PT1000 temperature sensor.
- External Sensor Accuracy: The specification table states an accuracy of ±0.2°C for the external PT1000 sensor.
- Temperature Control Accuracy: The stated temperature control accuracy is ±1°C below 100°C.
Safety Features
- Overheating Protection: Overheating protection is specified at 420°C.
- HOT Warning: A HOT warning flashes on the LCD display when the work plate temperature is above 50°C, including after the power switch has been turned off.
- Independent Safety Circuits: Two independent safety circuits monitor the instrument for overheating and sensor malfunction conditions.
- Power Cut-Off Protection: According to the supplied product information, the safety mechanism can cut off power when the specified safety conditions are detected.
- IP21 Protection: The instrument is specified with an IP21 protection class.
Safety Compliance
The supplied brochure states compliance with laboratory equipment safety requirements including IEC61010-1, UL61010-1, BSEN61010-1, CAN/CSA-C22.2 NO.61010-1 and other applicable safety regulations listed in the product information.
The combination of six independent channels, PID temperature control, brushless DC motors, PT1000 external sensing, overheating protection and independent safety circuits makes the PIS MH280 S6 suitable for controlled parallel heating and stirring applications.
Applications & Laboratory Uses
The PIS MH280 S6 Multi-Channel Digital Hot Plate Stirrer is designed for laboratory environments where multiple heating and stirring experiments need to be performed simultaneously. Its six independently controlled channels allow individual temperature, stirring speed and start/stop settings for parallel experiments.
Application Areas
- Research Laboratories: Suitable for research applications requiring multiple heating and stirring experiments to be performed in parallel.
- Pharmaceutical Industries: Suitable for applicable pharmaceutical laboratory processes requiring controlled heating and stirring across multiple positions.
- Chemical Industries: Designed for applicable chemical laboratory processes involving controlled heating and magnetic stirring.
- Educational Institutions: Suitable for laboratory teaching and practical experiments where multiple samples or experiments need to be processed simultaneously.
Parallel Laboratory Experiment Applications
- Multiple Sample Heating: Six channels can be used simultaneously for controlled heating of multiple laboratory samples.
- Parallel Stirring Experiments: Individual stirring speed control allows different stirring conditions to be maintained across the six positions.
- Parallel Heating & Stirring: Each channel can be operated with its own temperature and stirring speed settings.
- Reaction Vessel Applications: Compatibility with various heating blocks and reaction vessels supports different laboratory application scenarios.
- Comparative Laboratory Experiments: The multi-channel configuration can support laboratory experiments where multiple samples or conditions are evaluated simultaneously.
- Research & Development Work: The six-position configuration provides a practical setup for laboratory development and experimental work requiring parallel processing.
The brochure specifically identifies the PIS MH280 S6 as ideal for Research Laboratories, Pharmaceutical Industries, Chemical Industries and Educational Institutions. The exact suitability for an individual process should be evaluated according to the sample, vessel, temperature, stirring requirement and experimental conditions.
Why Choose Phoenix India Solutions?
- Six-Channel Laboratory Solution: The PIS MH280 S6 combines six heating and stirring positions in a single laboratory instrument for parallel experimental work.
- Independent Channel Control: Each channel provides independent start/stop, temperature and stirring speed control, allowing different experimental conditions to be operated simultaneously.
- Wide Heating & Stirring Range: The system provides heating from 25°C to 280°C and stirring from 200 to 1500 rpm.
- Accurate Temperature Monitoring: LCD display, PID temperature control and PT1000 external temperature sensing support controlled laboratory heating.
- Reliable Stirring System: Brushless DC motors are provided for the six stirring positions.
- Integrated Safety Features: Overheating protection, HOT warning and independent safety circuits are incorporated into the instrument.
- Compact Multi-Position Design: Six independently controlled channels are integrated into one instrument, providing a practical solution for laboratories conducting parallel experiments.
- Multiple Laboratory Applications: Suitable for research laboratories, pharmaceutical industries, chemical industries and educational institutions as identified in the supplied product information.
- Application-Based Support: Phoenix India Solutions can assist in selecting the appropriate configuration according to the required heating, stirring, vessel and experimental conditions.
- Laboratory Equipment Supply: Phoenix India Solutions supplies laboratory equipment and solutions for research, pharmaceutical, chemical, educational and industrial laboratory requirements.
For laboratories requiring multiple independently controlled heating and stirring positions, the PIS MH280 S6 Multi-Channel Digital Hot Plate Stirrer provides a practical six-channel solution for parallel laboratory experiments.
Interested in PIS MH280 S6 Multi-Channel Digital Hot Plate Stirrer?
Looking for a 6 Channel Hot Plate Stirrer for conducting multiple heating and stirring experiments simultaneously in your laboratory?
The PIS MH280 S6 provides six independently controlled heating and stirring channels, with a heating range of 25°C to 280°C, stirring speed of 200 to 1500 rpm, LCD display, PT1000 external temperature sensor compatibility and integrated overheating protection.
Contact Phoenix India Solutions for product details, technical specifications, application guidance and assistance in selecting the appropriate Multi-Channel Hot Plate Stirrer for your laboratory requirements.