Product Description
REMI presents the next generation of magnetic stirrers with new stir technology. These are available in both hotplate & without hotplate versions
Salient Features
- Speeds range 100 - 1500 rpm
- Porcelain Enamel Hot Plate model for temperatures up to 340 degree centigrade
- Stainless Steel Hot Plate model temperatures up to 550 degree centigrade
- Easy-to-read backlit LCD for display of set & actual parameters
- Monitoring of set & actual temperature / speed
- High accuracy of temperature control with embedded dual sensors
- Advanced Stirrers with microprocessor technology
- Constant speed even with change of load / Voltage
- Maintenance free brushless motor
- Scratch proof & excellent chemical resistance
- External temperature probe (PT-1000) for control of fluid temperature
- Last parameter recall, ideal for repetitive processes
- Unique safety temperature control system
- Settable safe temperature limit to avoid overheating
- Residual Temperature warning when unit is switched off for operator safety
- Protection class acc. to DIN EN60529
Versatile Laboratory ApplicationThe Magnetic Stirrers Plus is designed for efficient mixing and heating of chemical solutions, making it ideal for a variety of laboratory environments. Suitable for research, pharmaceutical, and industrial labs, it supports capacities from 2 to 5 liters, ensuring flexibility for both small and mid-scale applications. Its compatibility with laboratory glassware and PTFE-coated stir bars broadens its functionality.
Advanced Safety & Durable DesignPrioritizing user safety, the device integrates overtemperature and overcurrent protection, alongside double layer insulation to minimize heatsink risks. The stainless steel or ceramic plate resists corrosion, and the brushless DC motor enhances longevity and quiet operation. Its robust, rectangular build and premium materials offer lasting performance, even after extended use.
Digital Precision & Reliable OperationDigital controls and a clear digital display provide precise speed management, allowing users to fine-tune operations for sensitive experiments. The device maintains a consistent mixing speed within 2% of the set value. Continuous operation mode and a wide temperature resistance range (up to 350C) make it a dependable tool for labs demanding accuracy and reliability.
FAQs of Magnetic Stirrers Plus:
Q: How do I operate the Magnetic Stirrers Plus for optimal performance?
A: To ensure optimal operation, place your vessel with the PTFE-coated stir bar on the plate, set the desired speed (1001800 rpm) and temperature (up to 350C) using the digital controls, and monitor parameters through the digital display. The system supports continuous use and is designed for minimal noise and smooth mixing.
Q: What types of laboratory glassware and stir bars are compatible with this instrument?
A: The Magnetic Stirrers Plus is compatible with laboratory glassware typically used for mixing or agitating solutions, such as beakers and flasks. PTFE-coated stir bars are recommended for optimal stirring performance and corrosion resistance.
Q: When should the safety features such as overtemperature and overcurrent protection be checked?
A: Safety features function automatically during device operation. However, its advisable to periodically inspect the device for alerts or error messages on the digital display, especially before initiating prolonged mixing or heating cycles. Routine maintenance ensures safety mechanisms remain effective.
Q: Where is the Magnetic Stirrers Plus best suited for use?
A: This instrument is best utilized in laboratory settings such as research labs, pharmaceutical labs, chemical processing units, and industrial R&D facilities. Its robust design and safety features make it suitable for both educational and professional environments.
Q: What is the process for adjusting temperature and speed settings?
A: Adjust temperature and speed by using the digital control panel. Set your desired parameters, which will then appear on the digital display. The system will automatically regulate mixing speed within 2% accuracy and maintain stable heating.
Q: How does the brushless DC motor benefit laboratory operations?
A: The brushless DC motor delivers more reliable and quieter operation compared to traditional motors. It ensures reduced maintenance, a longer lifespan, and consistent stirring performance, especially during continuous operation sessions.
Q: What benefits does the double-layer insulation provide?
A: Double-layer insulation enhances user and laboratory safety by reducing external heat transfer. This design limits the chances of accidental burns and protects sensitive electronic components from heat-related damage during extended use.