Model | BNNC-P12 |
Max samples | 12 |
Working Mode | End-point mode, timing mode, mixed mode (end-point + timing mode,), manual mode |
Temp. Control Range | RT~100℃ |
Temp. Accuracy | ±0.1℃ |
Pressure Control Range | 1~72.5psi |
Pressure Accuracy | ±0.5psi |
Acceptable sample tube volumes | 200ml or 100ml |
End point volume | 1.0ml, optional for 0.5ml |
Power Supply | AC 220V 50/60Hz |
Nozzle angle (from 0° to 90°) and nitrogen pressure are automatically adjusted
Concentration process will be automatically stopped when lid is opened , and continue when it is closed again.
as soon as the infrared liquid level sensors detect that solvents have reached the preset end-point, it will be stopped with an automatic alarm.
Dual nitrogen blowing mode (Strong Vortex Shearing & Gradual Pressurization)
Different lighting colors shown in water bath imply corresponding running status
10.1" HD color touchscreen visually displays real-time parameters. Available for online editing and saving of concentration parameters setting.
PID technology guarantees accurate temperature of water bath and gas pressure
Sample racks and water bath are both coated with PTFE for anti-corrosion.
Each channel is controlled independently to start or stop flowing gas at any time
Concentration process will be automatically stopped when lid is opened , and continue when it is closed again.
as soon as the infrared liquid level sensors detect that solvents have reached the preset end-point, it will be stopped with an automatic alarm.
Dual nitrogen blowing mode (Strong Vortex Shearing & Gradual Pressurization)
Different lighting colors shown in water bath imply corresponding running status
10.1" HD color touchscreen visually displays real-time parameters. Available for online editing and saving of concentration parameters setting.
PID technology guarantees accurate temperature of water bath and gas pressure
Sample racks and water bath are both coated with PTFE for anti-corrosion.
Each channel is controlled independently to start or stop flowing gas at any time
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