Labman
Peltier Sipper System PS1565
Peltier Sipper System PS1565
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The PS1565 Peltier Sipper System is a specialized accessory designed for spectrophotometers to enable continuous flow analysis with precise temperature control. It integrates a Peltier-based thermal regulation system with a peristaltic pump, allowing accurate heating or cooling of liquid samples during measurement.
This system is particularly valuable in analytical chemistry and biochemistry applications where temperature stability directly affects absorbance readings, kinetics studies, and reaction monitoring. By leveraging the Peltier effect, the system can both heat and cool samples without external baths, ensuring compact operation and fast thermal response.
The built-in sipper mechanism continuously draws the sample through a flow cell, making it ideal for high-throughput testing, enzyme kinetics, and real-time monitoring. Heat sinks, fans, and temperature sensors ensure stable and uniform thermal control throughout the process.
Key Features
Peltier-based heating and cooling (no external bath required)
Integrated peristaltic pump for continuous sample flow
Precise temperature regulation for analytical accuracy
Compatible with spectrophotometers (flow cell operation)
Sipper mechanism for automated sample handling
Compact system with built-in thermal management
Ideal for kinetics and continuous monitoring applications
Technical Specifications
| Parameter | PS1565 |
|---|---|
| Make | LABMAN |
| Pump Type | Peristaltic Pump |
| Pump Speed Range | 1 – 12 |
| Sampling Flow Rate | ~50 ml/min |
| Temperature Control | Peltier |
| Temperature Range | 15°C to 65°C |
| Time Range | 30 sec to 10 min |
| Material | ABS Plastic |
| Power Supply | AC 220V / 50Hz |
| Dimensions (L×W×H) | 385 × 305 × 315 mm |
| Weight | 7 kg |
Standard Accessories
Control Unit
Peristaltic Pump Pipe
Control Cable & Power Cord
Instruction Manual
Test Certificate
Applications
Enzyme kinetics studies
Reaction rate monitoring
Continuous sample analysis
Biochemical assays
Spectrophotometric flow measurements
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