About PELTIER/SIPPER SYSTEM Model : LI-150
This specialized device integrates a thermoelectric Peltier module with a sipper mechanism to actively manage the thermal conditions of liquid samples during chemical or biochemical analysis By leveraging the Peltier effect it eliminates the need for bulky external water baths or refrigerants providing a compact and energyefficient solution The system draws liquid from a reservoir into a temperaturecontrolled chamber ensuring stable environments for kinetic studies and routine laboratory automation
Key Points
Thermoelectric Control Uses Peltier modules for rapid stable heating and cooling without external plumbing
Microprocessor Precision Features a digital control unit for accurate temperature and time settings
Automated Sampling Includes an integrated peristaltic pump with adjustable speed ranges for flexible fluid handling
Compact Design Designed to save laboratory space while offering robust plastic and metal construction
Application Primarily used in spectrophotometry for kinetic assays life science analysis chemical testing and research requiring constant sample temperatures
Advanced Temperature-Controlled Liquid SamplingEngineered for accurate laboratory processes, the LI-150 PELTIER/SIPPER SYSTEM delivers precise temperature management, securing consistency and reliability in sensitive chemical, biochemical, and spectrophotometric applications. Its compact, rectangular profile fits seamlessly into various laboratory environments.
Microprocessor-Based Control and Digital DisplayUtilizing a microprocessor control system and LCD digital interface, the system offers intuitive operation and real-time monitoring of temperature and performance parameters. This advanced technology helps streamline workflow and enhances result reproducibility.
Versatile and Energy-Efficient PerformanceWith a power supply range of 50 W to 130 W and peristaltic pump speeds adjustable from 1 to 12, the system caters to diverse laboratory processes while ensuring efficient energy use. Backed by a one-year warranty, the LI-150 is designed for reliability and ease of maintenance.
FAQ's of PELTIER/SIPPER SYSTEM Model : LI-150:
Q: How does the LI-150 PELTIER/SIPPER SYSTEM ensure precise temperature control during liquid sampling?
A: The LI-150 utilizes a microprocessor-based control system alongside thermoelectric cooling to maintain stable temperatures, essential for laboratory applications where consistency is paramount. The digital LCD display allows users to closely monitor and adjust settings as needed.
Q: What laboratory applications is the LI-150 model best suited for?
A: This system is ideal for chemical analysis, biochemistry, and spectrophotometry. Its high spectrophotometric accuracy (0.005 Abs) makes it suitable for experiments requiring exact temperature conditions and reliable sample handling.
Q: Where can the LI-150 be installed within a laboratory setup?
A: Thanks to its rectangular design (475 x 370 x 185 mm) and manageable weight (5 to 15 kg), the LI-150 fits conveniently on most laboratory benches, making it adaptable to varied laboratory layouts and workflows.
Q: What is the process for operating the LI-150's peristaltic pump for liquid sampling?
A: Users can select a pump speed between 1 and 12 depending on the sampling requirements, ensuring gentle yet efficient sample transfer. The system's microprocessor automates much of the process, simplifying set-up and use.
Q: When should regular maintenance be performed on the LI-150 system?
A: It's recommended to perform routine checks and cleaning after every usage session to keep the LI-150 in optimal working condition. The digital interface also alerts users to maintenance needs, supporting longevity and reliability.
Q: What are the benefits of using a digitally controlled interface in laboratory sampling?
A: The digitally controlled LCD interface provides accurate readings and easy adjustability, reducing manual errors and streamlining experimental setups. This enhances reproducibility and operational convenience in demanding lab environments.