Description

The YG1795 High-Voltage Power Supply combines ultra-high voltage output (20-3000V) with precise temperature control (RT+10℃~65℃), making it ideal for specialized laboratory applications. Featuring dual-core microprocessor intelligent control, this advanced unit delivers 1V/1mA/1W resolution across constant voltage, current, or power modes. The backlit LCD display provides simultaneous viewing of preset and actual output values, while four output jacks enable complex experimental configurations.

Key innovative features include:

• Integrated temperature control system for thermal-sensitive experiments
• 10 programmable electrophoresis methods storage
• Extended timer and V-hr functions (1min-99hr)
• Comprehensive safety monitoring (6 protection systems)
• Automatic memory function for operational efficiency

Priced in the premium laboratory equipment category, the YG1795 is engineered for advanced research institutions and industrial laboratories requiring high-voltage precision with thermal management.

Frequently Asked Questions

• How does the temperature control function work? The unit maintains precise temperature regulation within 10-65℃ range, crucial for thermal-sensitive electrophoresis and material testing.
• What safety measures are in place for 3000V operation? It includes automatic detection of ground leaks, short circuits, and insulation monitoring, plus over-temperature protection.
• Can I run different experiments simultaneously? The four output jacks deliver identical parameters – for different settings, multiple units are recommended.

Advantages and Disadvantages

Advantages

• Dual-Function Precision – Combines high-voltage output with temperature control
• Research-Grade Accuracy – 1mA/1V resolution meets strict laboratory standards
• Enhanced Safety – Multiple protection systems for high-voltage operation

Disadvantages

• Specialized Application – Overqualified for basic laboratory needs
• Space Requirements – Larger footprint than standard power supplies
• Premium Investment – Higher cost reflects advanced capabilities

Product Use in the Field

The YG1795 excels in:

• Advanced materials research (dielectric testing at varied temperatures)
• Biotechnology labs (temperature-controlled electrophoresis)
• Polymer science (thermal-dependent property analysis)
• Industrial R&D (high-voltage component testing)

Its unique combination of high-voltage and temperature control makes it invaluable for cutting-edge research requiring precise environmental conditions.

Recommendations

For optimal performance:

1. Verify electrical circuits can handle 3000V operation
2. Calibrate temperature sensors annually
3. Use manufacturer-recommended high-voltage cables
4. Maintain detailed logs of temperature-dependent experiments
5. Allow proper ventilation for thermal management

Ready for advanced research capabilities? Request your YG1795 quote today – where scientific innovation meets engineering excellence. Our technical specialists will help you configure the perfect solution for your specialized requirements.

Technical Description