Electrophoresis Power Supply Unit LB-13EPS
Electrophoresis Power Supply Unit LB-13EPS provides steady voltage regulation from 10 to 300V, allowing for successful electrophoresis. The automated memory feature ensures consistent power during testing and production. Our electrophoresis power supply unit features built-in safety mechanisms to prevent short circuits and overloads. It also includes multiple outputs, allowing different setups to run simultaneously.
$ 1962.5
Download CatalogSpecifications
| Output Voltage | 10 to 300 V |
| Output Current | 1 to 1500 mA |
| Output Power | 1 to 450 W |
| Output Terminal | 4 pairs in parallel |
| Type of Control | Constant V, Constant I, and Constant P |
| Storage Function | Store 10 methods |
| Timing Function | 1 min to 99 h 59 min |
| Dimensions | 280 × 237 × 118 mm |
| Weight | 3.2 kg |
Features
- High accuracy and stability
- Timer function
- Intelligent prompt function
- Molding machine casing
- Automatic shutdown
- LCD with blacklight
Applications
Electrophoresis Power Supply Unit LB-13EPS is used in labs for DNA, RNA, and protein separation, featuring automatic memory for reproducible research and clinical use.
Frequently asked questions For Electrophoresis Power Supplies
1. What role does a power supply play in electrophoresis experiments?
An electrophoresis power supply delivers the controlled voltage and current necessary to separate DNA, RNA, or proteins during gel electrophoresis.
2. Is it possible to connect multiple gel systems to one power supply?
Yes, many of our models include multiple outputs so that two or more gel tanks can run at the same time.
3. What built-in protections do electrophoresis power supplies offer?
Our Electrophoresis Power Supplies usually feature overload protection, auto shutoff on short-circuits, insulated connections, and leakage detection to ensure operator safety.
4. Do electrophoresis power supplies allow programming of runs?
Yes, Labotronics modern units often include programmable settings, enabling users to set voltage ramps, time-based steps, and automatic stop functions.
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