Electrophoresis Power Supply LEPS-T2018

Introduction

Electrophoresis Power Supply has a voltage range of 5 to 200 V and provides precise control, ensuring optimal performance across different experimental needs. Its easy parameter adjustment allows users to modify voltage settings, enhancing operational efficiency. The system ensures uniform electrophoresis performance and delivers consistent results by maintaining a stable voltage throughout the process. Our electrophoresis power supply has a low-maintenance system design that reduces the need for frequent servicing, ensuring long-term reliability.

This electrophoresis system is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Electrophoresis Power Supply separates nucleic acids or proteins by breaking their secondary structures, ensuring separation based on size. It is used in molecular biology, genetic research, and protein analysis for mutation detection, and denatured protein studies.

Specifications

Voltage Range	5 to 200 V
Current Range	1 to 2000 mA
Power Range	1 to 200 W
Storage Function	Store 100 Methods
Programming Method	Can store 10 methods, each upto 10 steps
Timer Range	1 min to 99 hr 59 mins
V-hr Function	1 to 99999 V-hr
Output Jacks	Four Sets
Dimension (L × W × H)	280 × 237 × 118 mm
Weight	3.2 kg

Features

Error-free sample processing

Memory recall for last settings

Shock-resistant external casing

Seamless data logging capability

High-efficiency thermal management

FAQs

1. What should I do if my electrophoresis power supply displays an error message?

Error messages can indicate various issues, such as loose cable connections, excessive current draw, incorrect voltage settings, or short circuits. electrophoresis power supplies are designed with diagnostic display screens that help users quickly identify and resolve problems. To troubleshoot, users should first check all connections, verify the proper buffer composition, and ensure the correct power settings are applied. If the issue persists, It provides technical support and user manuals with step-by-step troubleshooting guides.

2. What factors should I consider when choosing an electrophoresis power supply?

When selecting an electrophoresis power supply, key factors include voltage and current range, mode of operation (constant voltage, constant current, or constant power), safety features, programmability, and ease of use. The power supply should be compatible with different electrophoresis systems to support various applications, from agarose gel electrophoresis to protein - and Western blotting. electrophoresis power supplies come equipped with user-friendly digital interfaces, multiple operational modes, and robust safety mechanisms such as overload protection and short-circuit prevention, ensuring efficiency and safety in the lab.

3. How does an electrophoresis power supply work?

An electrophoresis power supply converts AC electrical input into a stable DC output, which is applied to an electrophoresis gel chamber. This creates an electric field that facilitates the movement of charged molecules through the gel matrix, separating them based on size and charge. power supplies are designed to provide precise and stable electrical output, ensuring minimal fluctuations that could affect gel migration. The devices allow researchers to adjust voltage, current, and power settings as needed, ensuring optimal conditions for different types of electrophoresis applications.

4. What is the difference between constant voltage, constant current, and constant power modes?

Electrophoresis power supplies operate in three main modes, each suited for specific applications: Constant Voltage Mode keeps voltage fixed while current varies depending on the gel resistance, making it suitable for / electrophoresis. Constant Current Mode maintains a steady current while voltage fluctuates, which is essential for protein electrophoresis such as - to ensure uniform migration. Constant Power Mode keeps the power output constant by adjusting both voltage and current, typically used for advanced techniques like isoelectric focusing. electrophoresis power supplies offer all three modes, providing maximum flexibility and adaptability to various research applications.

5. Why is my electrophoresis power supply not providing a stable output?

Unstable power output can be caused by several factors, such as loose electrical connections, faulty gel chambers, incorrect buffer composition, or excessive current draw. electrophoresis power supplies are engineered with automatic voltage stabilization and real-time monitoring systems to detect and correct fluctuations, ensuring continuous and stable performance. Users should also check their system setup, ensure proper buffer concentrations, and verify that the power supply is not overloaded. If issues persist, It provides dedicated customer support for troubleshooting and technical assistance.