GETEK Electronics Private Limited Tambaram, Chennai, Tamil Nadu

Temperature and process controllers are used over a vast range of industrial, scientific and commercial applications. These controllers automatically adjust outputs based on sensor feedback working in concert to control process variables such as temperature, flow, pressure and relative humidity, as well as, to achieve an optimized and stable process.

Chemical Processes often have large power rectifiers as their primary source of DC Power. If these rectifiers are turned off, either for maintenance or a malfunction, there is a danger to the hardware of the chemical process. To solve this problem, standby rectifiers are installed in parallel with the main rectifiers. These rectifiers, known as Polarisation Rectifiers, pass electric current through the process and prevent damage. As these rectifiers are used as stand by, they have to be extremely reliable. During start-up of the electrolyser, as the main rectifier is off, the PR supplies current to the electrolyser, and continues to supply the current as long as the output voltage of the main rectifier is less than the voltage of PR. The moment the main rectifier voltage is equal to the PR, the PR supplies current equal to or less than the set point current During normal operation this unit operates in parallel with the main rectifier supplying rated current each polarisation rectifier consists of 2 rectifiers which are designedto operate in parallel redundant mode, A third rectifier known as the Booster rectifier may also be used.

PLC AUTOMATION PANELS Programmable logic controller (PLC) control panels or also known as PLC Automation Panel are one of the most important and efficient kinds of control panels. Which are generally used in variety of electronic and electrical circuit fittings. PLC Control Panels we manufacture are highly capable of giving higher output at less power consumption. Integrated with solid PLC logic and flawless PLC hardware programming

POWER HOUSE FCBC designed to supply continuous power to the DC load and simultaneously charge the batteries connected. Input supply form 415 V. AC 3 Phase or 220 V. AC 1 Ph. is converted to regulate DC. The charger has two independent systems. Normally the DC power is supplied to the load by the Float Charger. It also supplies trickle current to the battery to keep it healthy. If the charging current under Float Mode exceeds a set level, Boost charger is switched ON. It supplies Quick charging current to the battery. On battery reaching the set value, the Boost Charger is switched OFF.