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Benchtop Shaking Incubator BSBT-201
Benchtop Shaking Incubator
Bench top shaking incubator has a compact design that saves your precious lab space. Stainless steel interiors with exceptional durability and trouble-free cleaning require less maintenance. A large transparent lid provides easy observation. The microprocessor controller permits easy operation. A variety of platforms and other lab accessories allows...
- PID controller
- Forced convection circulation
- Stainless steel internal material
- Audio and visual alarm for over-temperature
Old SKU: BEM2CM1
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Specifications
| Model | BSBT-201 |
| Speed Range | 30~400 rpm |
| Standard Capacity | 100 mlx9 |
| Maximum Configuration | 50 mlx9, 100 mlx9, 250 mlx5 |
| Temperature | RT+5°C~60°C |
| Temperature Accuracy | ±0.1°C |
| Temperature Uniformity | ±0.25°C |
| Shaking Speed Accuracy | ±1 rpm |
| Timing Range | 0~500 h |
| Motion | Orbital |
| Vibrational Amplitude (mm) | Φ25 mm |
| Drive Mode | Unishaft drive |
| External Material | ABS |
| Platform Dimension | 260x260 mm |
| Overall Dimension | 440Wx420Dx420H mm |
| Package Dimension | 570Wx570Dx590H mm |
| Display | LCD |
| Weight | 50 kg |
| Heating Consumption | 150 W |
| Power | 280 W |
| Power Supply | AC110V/220V±10%, 50/60Hz |
Features
PID controller
Forced convection circulation
Stainless steel internal material
Audio and visual alarm for over-temperature
Alarm: Over-speeds, Independent over-temperature protector, Shutdown protection for door opening, Leakage or over-current protection.
Optional accessories: UV lamp, humidity controller, inlet air pipe, light system, etc.
Forced convection circulation
Stainless steel internal material
Audio and visual alarm for over-temperature
Alarm: Over-speeds, Independent over-temperature protector, Shutdown protection for door opening, Leakage or over-current protection.
Optional accessories: UV lamp, humidity controller, inlet air pipe, light system, etc.
Applications
Cell Cultures, Cell Aeration, Microbiology, Increasing Solubility Rates, Metabolism Studies, Bacterial Cultures, Bacteriology