GE Healthcare EPS 601 Power Supply

• Used in molecular biology laboratories for protein and nucleic acid separation.
• Essential for research and diagnostic settings employing gel electrophoresis.
• Applicable in biochemistry for enzyme analysis and purification.
• Utilised in forensics for DNA profiling and analysis.
• Supports academic and industrial research requiring precise power for electrophoretic techniques.

Typical output voltage range

Commonly provides a wide range, typically up to 600V or 3000V, depending on the model variant.

Typical output current range

Units of this class commonly offer current output up to 400mA or 500mA.

Typical output power

For this class of equipment, power output is typically in the range of 150W to 200W.

Number of outputs

Many units, including this model, commonly feature two independent outputs for simultaneous runs.

Programmability

Typically includes memory for saving multiple user-defined programs for repeatable experiments.

Safety features

Units of this type commonly incorporate automatic cross-over, short circuit protection, and overload detection.

Input power

Typically operates on standard laboratory mains power, commonly 230V AC, 50/60Hz.

• What types of electrophoresis can this power supply support?

  This type of power supply is versatile and commonly supports various electrophoresis techniques, including SDS-PAGE, Native PAGE, agarose electrophoresis, and electroblotting.

• Can this unit run multiple gels simultaneously?

• What are the common safety features of such a power supply?

• Is this power supply suitable for both constant voltage and constant current operation?

• How does the programmable memory function?

Power supplies and switch units for labs, biotech and pharma facilities are valued for their reliability and precision voltage regulation. Buyers typically prioritize robust build quality and consistent performance when purchasing used models. Industry sentiment favors units with clear maintenance histories and intact safety certifications. Key considerations include output specifications matching application requirements, remaining component lifespan, and compatibility with existing facility infrastructure. Reputable units from established manufacturers generally command confidence in laboratory and production environments.

Vue d'ensemble pour ce type de machine