Lighting Accessories Dealers in Roorkee

We offer Light Intensity Control System useful for control labs. The light intensity control system is designed to bring out the basic features of closed loop systems in the form of a laboratory experiment. The light panel comprises of a number of filament lamps which get power from amplifier. Average intensity of the panel is sensed by a light sensor and a suitable voltage level is produced. Error detector, reference input and error amplifier are of standard configurations found in any linear control system. In addition to the above, the light panel also contains a few uncontrolled lamps which may be used as disturbance source. Further a square wave signal is available for dynamic response studies. Highlights Feedback control of light intensity Study of inherent non-linearties-sensor, lamps PI control Dynamic response displays >>Experiments Characterization of light panel and light sensor blocks Study of a practical single loop feedback control system which includes: • Disturbance study • Error monitoring Performance improvement through P-I control Evaluation of dynamic behavior >>Features and Specifications Built-in 3½ digit DVM Built-in IC regulated power supplies Literature and patch cords included Seven lamps 6V/300mA 5Hz square wave and triangular wave for dynamic response study The experiment is complete in all respect.

• Type: Stationery Products
• Color: Blue, Green, White
• Application: Office, School
• Material: Plastic, Paper, Wooden
• packaging type: Box, packet

We offer Light Intensity Control System useful for control labs. The light intensity control system is designed to bring out the basic features of closed loop systems in the form of a laboratory experiment. The light panel comprises of a number of filament lamps which get power from amplifier. Average intensity of the panel is sensed by a light sensor and a suitable voltage level is produced. Error detector, reference input and error amplifier are of standard configurations found in any linear control system. In addition to the above, the light panel also contains a few uncontrolled lamps which may be used as disturbance source. Further a square wave signal is available for dynamic response studies. Highlights >>Feedback control of light intensity >>Study of inherent non-linearties-sensor, lamps >>PI control >>Dynamic response displays Experiments >>Characterization of light panel and light sensor blocks >>Study of a practical single loop feedback control system which includes: Disturbance study Error monitoring >>Performance improvement through P-I control >>Evaluation of dynamic behavior Features and Specifications >>Built-in 3.5 digit DVM >>Built-in IC regulated power supplies >>Literature and patch cords included >>Seven lamps 6V/300mA >>5Hz square wave and triangular wave for dynamic response study The experiment is complete in all respect.

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