Agilent 1100 G1364D Micro-FC Fraction Collector
The Agilent 1100 G1364D Micro-FC Fraction Collector is an advanced accessory designed to enhance the versatility of your liquid chromatography system. With the capability to collect up to 96 fractions concurrently, this fraction collector is an indispensable tool for researchers and professionals in life sciences, particularly beneficial for applications such as protein and peptide purification, as well as the isolation of small organic molecules.
Key Features:
- High Capacity: Collect and store fractions in various formats including 384 and 96 well-plate configurations, catering to both standard and conical shapes.
- Flexible Volume Range: Range from 0.1 to 10 milliliters per fraction, with minimum fraction volumes typically starting at 2 µL, allowing precise handling of sample sizes.
- Integrated Auto-Sampler: Enables unattended operation, maximizing efficiency in high-throughput environments.
- Advanced Trigger Modes: Equipped with time and peak-based trigger options including threshold, up/down slope, upper threshold, and timetable combinations for precise fraction collection.
- Responsive Spot Frequency: Achieves a spot frequency of less than 0.33 Hz, ensuring rapid and efficient fraction spotting.
Specifications:
- Delay Volume: 0.25 µL with 25 µm capillary (typically), 1 µL with 50 µm capillary, and 4 µL with 100 µm capillary to suit various analytical needs.
- Fraction Container Options: Handles 4 well-plates, 4 MALDI plates, or 4 x 27 Eppendorf tubes, providing versatile storage capability.
- Maximum Collector Capacity: Supports two micro fraction collectors/spotters in parallel with a 2-position/6-port micro valve for streamlined workflows.
- Typical Spotting Volumes: Ranges from 100 to 5000 nL, allowing flexibility in analytical procedures.
- Flow Specifications: Maximum system flow is set at 100 µL/min, accommodating a wide array of chromatographic conditions.
- Environment Requirements: Operates optimally between 4 – 55 °C with humidity levels below 95% (non-condensing) to ensure reliability in varying lab conditions.
