Description

The YG1785-2 Universal Power Supply represents the pinnacle of laboratory power management, combining research-grade precision with intelligent automation. This advanced unit delivers 10-600V, 1-500mA, and 1-300W output with 1V/1mA/1W resolution, featuring a dual-core microprocessor for flawless operation. The backlit LCD displays both preset and real-time values, while four output jacks enable complex experimental setups.

Standout features include:

• 100 programmable electrophoresis methods with step-by-step control (10 editable groups)
• V-hr and extended timer functions (1min-99hr)
• Comprehensive safety suite (short circuit/overload/overheating protection)
• Pause function for real-time adjustments during experiments

Positioned in the premium laboratory equipment tier, the YG1785-2 is engineered for pharmaceutical research, advanced materials testing, and critical quality control applications.

Frequently Asked Questions

• How complex can my programmed protocols be? The 10-group step control allows 10 interconnected programs, enabling sophisticated multi-stage experiments.
• What makes the V-hr function valuable? It automatically calculates voltage-hours for precise electrophoresis endpoint determination.
• Can I monitor outputs remotely? While it doesn’t have wireless connectivity, the clear LCD and pause function allow real-time monitoring.

Advantages and Disadvantages

Advantages

• Unmatched Programmability – 100 method storage for complex workflows
• Research-Grade Precision – 1mA/1V resolution meets strict lab standards
• Enhanced Productivity – Four outputs enable parallel experiments

Disadvantages

• Professional Price Point – Investment for serious laboratories only
• Size Consideration – Requires substantial bench space
• Steep Learning Curve – Advanced features demand training

Product Use in the Field

The YG1785-2 excels in:

• Pharmaceutical QC ensuring batch consistency
• Advanced materials research requiring precise power cycling
• Genetic research labs running high-throughput electrophoresis
• Electronics development testing component limits

Its program depth makes it particularly valuable for core research facilities serving multiple projects with diverse power requirements.

Recommendations

For optimal performance:

• Develop standard operating procedures for team members
• Maintain calibration records for quality assurance
• Use high-quality cables to ensure connection integrity
• Allow proper ventilation during extended high-power use

Elevate your research capabilities today! Request your customized YG1785-2 quote– where cutting-edge power management meets laboratory excellence.

Techincal Description