design installation and maintenance of educational lab/centre - education centre; supply and installation of hardware; buyer: control system lab equipment table: , 1) to determine speed-torque characteristics of an ac servomotor, 2) to study synchro transmitter and receiver and obtain output v/s input characteristics, 3) to determine response of first order and second order systems for step input for various values of constant k using linear simulator unit, 4) potentiometric error detector, 5)

Dr. Ram Manohar Lohia Avadh University has invited bids for the design installation and maintenance of educational lab/centre - education centre; supply and installation of hardware; buyer: control system lab equipment table: , 1) to determine speed-torque characteristics of an ac servomotor, 2) to study synchro transmitter and receiver and obtain output v/s input characteristics, 3) to determine response of first order and second order systems for step input for various values of constant k using linear simulator unit, 4) potentiometric error detector, 5) (a)to study of pid controller for simulation process like transportation lag, 6) pid controller for transportation lag, 7) to study p, pi and pid temperature controller for an oven and compare their characteristics, 8) to study performance of servo voltage stabilizer at various loads using load bank, 9) d.c. speed control system, electrical measurement lab equipment tabl: 1) calibration of ac voltmeter and ac ammeter, 2) measurement of self inductance by maxwell's bridge, 3) measurement of self inductance by hay's bridge, 4) measurement of self inductance by anderson's bridge, 5) measurement of self inductance by owen's bridge, 6) measurement of capacitance by schering bridge, 7) measurement of power using ct, pt and wattmeter, 8) calibration of lpf wattmeter by phantom loading, 9) to study phase shifting transformer (3 phase) and its application in calibration of three phase energy meter, 10) measurement of power in 3-phase circuit using ct, pt and wattmeter, 11) ct testing by silsbee's method, 12) calibration of single phase energy meter by phantom loading, 13) measurement steady-state & transient response of r-l, r-c & r-l-c circuits, power electronics lab equipment table: 1) to study triggering of igbt, mosfet & power transistor, 2) to study various scr commutation circuits, 3) single phase fully controlled bridge rectifier, 4) to study three phase fully controlled bridge converter, 5) single phase ac voltage controller trainer, 6) single phase cycloconverter trainer, 7) study of four quadrant chopper trainer (dc-dc), 8) bridge inverter (igbt based), power system lab equipment table: 1) single phase transmission line setup, 2) three phase ac transmission line trainer, 3) study of string insulator with and without guard ring, 4) numerical type over voltage/under voltage relay trainer, 5) study of gas actuated buchholz relay for oil filled transformer, 6) determine sequence, steady-state and sub-transient reactances of an alternator. The estimated project cost is ₹0.63 Cr, with an EMD of ₹0.01 Cr. Interested bidders can submit applications until 7 October 2026, with the technical opening scheduled for 7 October 2026.