Igene Labserve Power Supply IG-4006
The Igene Labserve Power Supply IG-4006 is an advanced rectifier designed to convert alternating current (AC) to direct current (DC) with high precision and stability. Its versatile design supports constant voltage and current modes, making it ideal for laboratory applications such as nucleic acid and protein gel electrophoresis, Western blotting, and protein transfer. Engineered for reliable, accurate, and safe operation, this power supply is widely used in biological and medical research environments.
Product Info
Key Features:
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Real-Time Fine-Tuning: Adjust voltage and current settings during operation for optimal performance.
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Intelligent PID Control: Ensures stable and reliable output under varying experimental conditions.
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HD LCD Display: Shows set parameters, real-time voltage, and current values clearly.
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High Precision Performance: Maintains constant voltage and current with high accuracy.
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Multiple Working Modes: Includes constant voltage, constant current, gradient voltage, and current programming.
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Forward Switching Power Supply Design: Guarantees stability even under variable loads.
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Comprehensive Protection: Over-voltage, over-current, overload, variable load, and no-load protection with automatic alarms.
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Power-Off Memory: Automatically resumes unfinished programs after accidental power outages.
Technical Specifications:
Parameter Specification Input Power Supply 180–240V AC AC Frequency 50/60 Hz Ambient Temperature 4–40°C Environmental Humidity 10–70% Output Voltage 6–600 V (accuracy 1 V) Output Current 5–600 mA (precision 1 mA) Voltage Setting Accuracy <100 V: <1 V; >100 V: ±1% Current Setting Accuracy <100 mA: <1 mA; >100 mA: ±1% Rated Output Power 300 W Dimensions (L×W×H) 265 × 215 × 120 mm Output Quantity Positive/Negative A/B, 4 groups Working Modes Constant Voltage (U), Constant Current (I), Gradient Voltage/Current (Gradient U/I) The Igene Labserve Power Supply IG-4006 delivers precise, stable, and reliable electrical output, providing essential support for sensitive laboratory experiments requiring high-accuracy voltage and current control.
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