Go on increasing the speed gradually and take the readings of speed of rotation and ‘N’ corresponding sleeve displacement Complete the following observation table. ‘X’. Sl. No. Sleeve Radius of Force Displacement rotation N rpm F = m 2 r X in meter r in m in N a) Find height h = ho ( x/2 ) – b) Find r in static condition for different sleeve displacement c) Angular Velocity = 2N/60 rad/sec ‘’ Following graphs to be plotted: a) Sleeve Disp. 'X' Vs 'r' Radius of rotation. To draw this graph proceeds as follows: 1) Keep the Governor in static position. 2) By lifting the Governor Mechanism manually measure the sleeve displacement and corresponding radius of rotation of ‘r’ b) Force Vs Radius of rotation 'r'. c) Speed Vs Sleeve Displacement. PRECAUTIONS:-
Go on increasing the speed gradually and take the readings of speed of rotation ‘N’ and corresponding sleeve displacement ‘X’. Complete the following observation table. Sl. No. N rpm Sleeve Displacement X in meter Radius of rotation r in m Force F = m 2 r in N a) Find height h = ho – ( x/2 ) b) Find r in static condition for different sleeve displacement c) Angular Velocity ‘’ = 2N/60 rad/sec Following graphs to be plotted: a) Sleeve Disp. 'X' Vs 'r' Radius of rotation. To draw this graph proceeds as follows: 1) Keep the Governor in static position. 2) By lifting the Governor Mechanism manually measure the sleeve displacement and corresponding radius of rotation ‘r’ of b) Force Vs Radius of rotation 'r'. c) Speed Vs Sleeve Displacement. PRECAUTIONS:-