Invitrogen PowerEase 500 Power Supply

• Mini-gel electrophoresis of DNA for molecular biology research and diagnostics.
• RNA electrophoresis for gene expression analysis.
• Protein electrophoresis for proteomics and biochemical studies.
• General laboratory applications requiring a stable and controllable DC power source for small-scale separations.

Output Voltage

Typically adjustable up to 500V, suitable for mini-gel electrophoresis.

Output Current

Commonly provides up to 400mA, allowing for various electrophoresis protocols.

Output Power

For this class of equipment, typically rated around 100W.

Output Type

Dual output terminals are commonly found, allowing for simultaneous operation of two electrophoresis units.

Control Features

Microprocessor control with programmable memory for storing frequently used protocols is a standard feature.

Safety Features

Units of this type typically include no-load detection, short-circuit protection, and over-current protection.

Footprint

Compact benchtop design, ideal for laboratories with limited space.

Input Power

Typically operates on standard laboratory mains power, e.g., 230V AC, 50/60Hz for the UK market.

• What types of electrophoresis gels is this power supply suitable for?

  This power supply is designed for mini-gel electrophoresis, making it suitable for DNA, RNA, and protein separations using smaller gel formats.

• Can this unit run multiple gels simultaneously?

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

• What maintenance is typically required for this equipment?

• What safety features are typically included with this model?

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