About All Glass Basic Still with Quartz Heater 4 LPH
FEATURES
Efficient Borosilicate Condenser & Boiler fitted with a removable Quartz heater and screw thread connectors.
The quartz removable heater helps in easy cleaning of the boiler. The scaling formed on Quartz Heater and Glass Boiler can be cleaned easily.
Boiler is provided with Teflon Screw Cock for easy draining of water in the boiler while cleaning.
The distilled water is cool, around 40 to 60 C ensured by an efficient Borosilicate Condenser.
All joints in the unit are made via Screw thread connectors with Silicon Rubber O ring, which helps in easy installation and avoids glassware breakage during assembly.
The stand is powder coated for rust free operation and lustrous appearance.
Superior Pyrogen-Free Water for LaboratoriesThis distillation kit ensures high purity, pyrogen-free water output with a conductivity of 1.5-2.0 S/cm. The all-glass spiral condenser and quartz heater safeguard water quality by preventing contamination. Suitable for applications needing uncompromised water purity, the unit's borosilicate glass construction adds corrosion and thermal resistance.
Easy Installation, Operation, and MaintenanceThe still is designed for simplicity: it is wall-mountable, comes with installation brackets, and features a flexible feed water connection for convenience. Cleaning is straightforward, thanks to the included drain valve. Manual control allows precise operation, and safety features like fuse and over-temperature cutoff protect both the user and equipment.
Efficient and Safe Distillation ProcessThis system can continuously produce up to 4 LPH distillate with a recommended 60 liters/hour cooling water. The distillate temperature at the outlet remains between 30-40C (with optimal cooling), ensuring ready-to-use output. Its 2.5 kW quartz heater offers robust, even heating while the glass components withstand temperatures up to 450C.
FAQ's of All Glass Basic Still with Quartz Heater 4 LPH:
Q: How does the All Glass Basic Still with Quartz Heater ensure high-purity, pyrogen-free water?
A: The still uses a borosilicate glass body and all-glass spiral condenser to prevent metal or plastic contamination. The quartz heater delivers even, clean heating, while the design maintains distillate purity (1.5-2.0 S/cm). Its construction eliminates sources of pyrogenic contamination, making the output water suitable for sensitive laboratory procedures.
Q: What is the process for operating and installing this distillation unit?
A: Installation is hassle-free with the provided wall-mount brackets. Connect the feed water using the flexible input hose and ensure a minimum cooling water flow of 60 L/hr. Manual controls allow users to start distillation, and the easy-to-access drain valve simplifies cleaning. Always check that the power supply meets 230V/50Hz, 2.5 kW requirements.
Q: When should the unit's built-in safety features be utilized?
A: The fuse and over-temperature cutoff are always active safety features, automatically protecting the unit from electrical overload or overheating. These safeguards prevent potential damage during operation, ensuring both user safety and equipment longevity.
Q: Where is this distillation kit best used, and what are its most common applications?
A: This distillation still is primarily used in chemical and analytical laboratories requiring high-purity, pyrogen-free water. It's ideal for reagent preparation, analytical experiments, and any application where water purity is essential to prevent experimental interference.
Q: How can users clean and maintain the All Glass Basic Still?
A: Routine maintenance is simplified with the included drain valve, which allows for easy emptying and rinsing of the distillation chamber. Users should periodically inspect glass components, silicone joints, and the heater to ensure optimal operation and longevity of the equipment.
Q: What benefits does the all-glass and quartz design provide over traditional stills?
A: The all-glass and quartz construction offers chemical resistance, preventing leaching of impurities. It ensures thermal durability up to 450C, enables easy visual inspection, and significantly reduces maintenance requirements compared to metal-based stills.