MECO-G" Power Line Transducers are designed for AC Power Line parameters like Voltage, Current, Wattage, Var, Frequency, DC Isolation, TAP Position and Temperature. These reliable and accurate Transducers are in applications in all sectors of the power and process industry since over 20 years. These Transducers give a load independent and isolated DC output directly proportional to the input parameters. "MECO-G" Transducers are widely used for automation and control of power and process systems as well as for local and remote monitoring of the electrical parameters at every stge of electricity generation, transmission and distribution. They are ideal for SCADA, energy management, telemetering, data-logging as well as central monitoring systems. "MECO-G" Transducers are generally designed to comply to the requirements of I.S. 12784:1989 (Reaffirmed in 1993). All "MECO-G" Transducers pass through a stringent manufacturing and in-house quality control process consisting of vibration, burn-in and calibration tests to ensure complete reliability and accuracy during continuos operation.

MECO-G" Power Line Transducers are designed for AC Power Line parameters like Voltage, Current, Wattage, Var, Frequency, DC Isolation, TAP Position and Temperature. These reliable and accurate Transducers are in applications in all sectors of the power and process industry since over 20 years. These Transducers give a load independent and isolated DC output directly proportional to the input parameters. "MECO-G" Transducers are widely used for automation and control of power and process systems as well as for local and remote monitoring of the electrical parameters at every stge of electricity generation, transmission and distribution. They are ideal for SCADA, energy management, telemetering, data-logging as well as central monitoring systems. "MECO-G" Transducers are generally designed to comply to the requirements of I.S. 12784:1989 (Reaffirmed in 1993). All "MECO-G" Transducers pass through a stringent manufacturing and in-house quality control process consisting of vibration, burn-in and calibration tests to ensure complete reliability and accuracy during continuos operation.