Description: Organic synthesis plays a pivotal role in driving the present day’s economy. There has been a constant effort to make the chemical transformation in more convenient “greener” pathway. Electrochemistry has surfaced as one of the ways to make the process completely mild and sustainable. It drives chemical reactions by providing electron (reduction) or withdrawing (oxidation) electrons by applying potential between two electrodes.
This makes organic electrochemistry cost-effective, industrially highly scalable, and virtually waste free and can also be driven effectively by renewable energy. Thus, there exists a huge surge in demand for integrated and automated electrochemical devices that will efficiently drive the chemical reactions.
Orgel 1.0 is an indigenously developed by Eliteck Industries Pvt. Ltd.
In collaboration with Indian Institute of Technology Bombay (IITB)
Tested in IITB, IIEST-Shibpur
It is a patented product
Developed for adapting towards organic electrochemistry with a precise control in speed of rotation, and applications of voltage (30 V) and current (100 mA).
Features of the device
Constant stirring with uniform speed – 0 to 800 rpm
Indication of the voltage and current and speed through 20×4 LCD display
Short-circuit protection, lightweight, portable and low cost
Magnetically coupled stirrer
Operating mode: Constant current (CC) and constant voltage (CV)
Microcontroller based system
Regulated adjustable DC supply in the range of 0-30V.
Display indication of Constant voltage operation and Constant current operation
Operated in both 50Hz and 60Hz supply frequency
Precise voltage and current measurement
Maximum allowable current rating is 40% of the rated current
Mechanically rugged and corrosion free
Technical Data Sheet
Input: 230 V, 50/60 Hz
Precision of speed measurement: 3 rpm
Stirrer: Speed – 0 800 rpm; Capacity – 1.0 litre
Display: 20x4 LCD
Microcontroller: 8 Bit RISE microcontroller
Size of magnets: 40 x 20 x 6 mm
Input voltage to the electrode: 0-30 V DC
Size of the cabinet: 280(L) x 230(W) x 110 (H) m
Input current to the electrode: 0-100 mA DC with overload protection