Being Scientific® BMS-09B5 Square Plate Magnetic Heated Stirrer
High-Temperature Magnetic Heated Stirrer with Square Plate Platform
The BMS-09B5 is a square plate magnetic heated stirrer engineered for laboratories that require high-temperature stirring and precise temperature control. Equipped with a PID microprocessor controller and large LCD display, this unit delivers accurate temperature monitoring, programmable timing, and reliable operation.
With a temperature range from ambient +5°C up to 320°C, the BMS-09B5 is ideal for high-temperature chemical reactions, heating viscous solutions, or advanced laboratory applications.
Key Benefits
Precision & Performance
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Wide temperature range: Ambient +5°C to 320°C for high-temperature laboratory applications
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PID controller with large LCD display ensures precise heating
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Temperature deviation alarm protects samples from overheating
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Adjustable timer: 1 minute to 5,999 minutes for flexible protocols
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Hot top warning lamp alerts users when the platform is hot
Durable Construction
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Aluminum or ceramic-coated aluminum platform resists corrosion and chemical damage
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Large square plate (7.1” x 7.1”) accommodates multiple flasks or vessels simultaneously
Convenience & Safety
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Intuitive controls and PID interface for easy operation
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Compact footprint (8.3 x 5.1 x 13.0”) fits standard lab benches
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Hot surface indicator ensures safe laboratory handling
Electrical
| Specification | Details |
|---|---|
| Power Supply | AC 120V, 60Hz |
| Power Consumption | 550W |
| Plug Type | NEMA 5-15 |
Applications
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High-temperature heating and stirring in chemical and biological labs
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Dissolving solids in liquids at elevated temperatures
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Preparing reagents that require precise heat control
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Advanced laboratory workflows requiring accurate and safe stirring
Why Choose the BMS-09B5
The BMS-09B5 Square Plate Magnetic Heated Stirrer delivers high-temperature capability, precision PID control, and robust chemical-resistant construction, making it ideal for laboratories that need reliable, high-performance stirring at elevated temperatures.