Product Description
Extraction Heater Soxhlet
- Quick surface heating save extraction time.
- Housing made of M.S/G.I sheet duly finished in epoxy powder coat shade
- The control panel is separate from heating zone but in built with the main housing aluminum casted plate for quick and uniform heating
- With adjustable cross rods and boss heads to fix – up for condenser assembly.
- Selection of 4 flask unit or 6 flask unit.
- Operates on 230 volts A.C
| Cat. No. | Size L X W X H | | Temp. Controller
|
| AEI -129/ A | 28X11X8 | 4 | Energy regulator |
| AEI -129/ B | 37 X11 X8 | 6 | Energy regulator |
Efficient Multi-Sample ExtractionDesigned to support 3, 6, or 8 Soxhlet extractions at once, this heater allows laboratories to process several samples efficiently and uniformly. Adjustable heating elements with individual regulators make controlling experiments straightforward, saving time and ensuring reproducibility across multiple runs.
Robust and Safe ConstructionThis extraction heater features a powder-coated mild steel body with asbestos or ceramic fiber insulation, ensuring safety by preventing the exterior from overheating. Integrated fuses and thermal cut-offs offer added protection against electrical and thermal hazards, while its corrosion-resistant finish prolongs operational life.
Precision Heating ControlOperating at 220-240V and 50/60 Hz, the heater offers a precise control system-either manual energy regulators or thermostatic controls. The system achieves up to 350C for a wide range of laboratory extractions, with accuracy within 2C, suitable for sensitive laboratory applications.
FAQ's of Extraction Heater Soxhlet:
Q: How do I use the Extraction Heater Soxhlet with multiple sockets?
A: Position your Soxhlet flasks (ranging from 50ml to 500ml depending on the model) in the individual circular mantles, connect your extraction apparatus, and set the required temperature using the energy regulator or thermostatic control. Each unit operates independently, allowing simultaneous extractions.
Q: What are the main benefits of using this extraction heater in the laboratory?
A: The device boosts productivity by enabling parallel sample processing, offers reliable temperature accuracy, and features built-in safety elements. Its robust construction ensures durability, while individual controls for each unit provide flexibility and energy efficiency.
Q: When should I select a model with more sockets (6 or 8) over a smaller one?
A: Choose higher-socket models when your laboratory processes multiple samples concurrently or has a high throughput requirement. More sockets translate into handling more extractions simultaneously, saving time and streamlining workflow.
Q: Where can this heater be installed in my laboratory?
A: The heater is designed for bench-top mounting and fits compactly in most laboratory environments. Its rectangular base is stable, and its housing ensures minimal risk of corrosion or accidental contact with heated surfaces.
Q: What safety features does this extraction heater offer during operation?
A: The heater incorporates fuses and automatic thermal cut-off systems to prevent overheating, along with insulation using either asbestos or ceramic fiber, making the exterior safe to touch even at high temperatures. This minimizes the risk of burns and electrical hazards.
Q: How do I maintain the Extraction Heater Soxhlet for optimum longevity?
A: Regularly inspect the unit for residue, clean the mantles gently, and check fuses or wiring as needed. The powder-coated finish helps resist corrosion, but ensure no solvents spill onto the heater to preserve its exterior. Always operate within recommended voltage and temperature limits.