TENDER FOR To Supply For Machines, Material And Laboratory Equipments’ For Mechanical Engineering Lab.--1 Grinding and polishing machine (Variable speed table top double disc) • Rigid table top corrosion proof FRP cabinet; • 8-disc polisher (10 and 12disc optional); • 0.5HP AC Motor; • Corrosion resistant wash bowl; • Free flow drain system. •  Flexible water jet with control valve •  Aluminum Disc 8 Dia (Interchangeable) •  S.S Holding Ring (Press Type) •  Holding Band Power supply: 230 V / 50Hz (1 + N + E) Foundry Shop Lab 1 Runner Pin 2 Piser Pin 3 Sleek 4 Vent Wire 5 Draw Pin 6 Draw Screw 7 Cleaner & Lifter 8 Molding Box (i) Drag (i) Cope (iii) Check 9 Swap Brass 10 Pin Rammer 11 Flat Rammer 12 Shovel 13 Spade(Kudal) 14 Crucible 20,40,60,80,100 each one piece 15 Crucible tongs Different Type 16 Shank 17 Foundry Riddle 18 Trowel Different Type 19 Ladle Different size 20 Open Hearth Furnace with 1HP Blower Fluid Machinery Lab 1 Centrifugal Pump Test Rig Centrifugal pump Max. Flow rate: approx. 15m3/h Max. Head: approx. 16 m Drive motor with variable speed Power output: 1.1 kW Speed range: 0 to 2400 min-1 Tank volume: 96 L Measuring ranges Pressure: -0.6 to 0 bar, 0 to 2.5 bar Flow rate: 5 to 600L/min Speed: 0 to 5000 min-1 Torque: 0 to 10 Nm Power consumption: 0 to 2.2 kW 230V, 50Hz, 1 phase 230V, 60Hz, 3 phases Automobile Engineering Lab 1 Suspension & Steering ·  The trainer consists of a typical front wheel drive vehicle having MacPherson strut suspension, rack & pinion steering and front disc brakes ·  The components necessary for correct operation and service of alignment angle adjustments and component identification are included. · The potential danger of the MacPherson spring pressures have been eliminated by replacing the stock coil spring with a custom plastic coil spring that does not support any of the weight of the suspension system. · The sway bar has been designed with a quick disconnect feature that allows students to disconnect it for easy and precise alignment adjustment procedures. · The rack and pinion steering linkage is connected to a steering wheel identical to actual vehicle configuration. · The tie-rod ends are equipped with typical adjustment methods for the adjustment of toe specifications. 2 Cut model of Automotive Transmission System · The model will be mounted on to a tubular frame · The model is made out of full size original used automatic transmission of a car; · Colors code for easy identification of different systems and mechanisms · Hydraulic torque converter · Epicycloid gear change with 5 forward speeds plus reverse · Multiple-plate clutches ·Control valves ·Operated manually by hand crank applied on the torque converter · Mounted on stand with wheels 3 Hydraulic Braking System ·  Real automotive components with fully functional disc/drum hydraulic braking system including: All hydraulic components Brake pedal and parking brake pedal Power brake booster Parking brake components Hydraulic pressure gauges at each wheel (4) Fully functional parking brake system Fits through a standard 30 door opening Heavy duty metal stand with casters for easy transport (two fixed and two swivel w/locks) All routine brake service procedures can be performed on this trainer including: Master cylinder service Brake pad/shoe replacement Disc/Drum service Wheel bearing service Caliper/Wheel cylinder service Brake hose/line service ·    Parking brake service 4 Cut Section Model of Two Stroke and Four Stroke Petrol Engine TWO STROKE CUT SECTION ENGINE Piston displacement 48 cc Air cooling Plug point and magnet flywheel ignition Box carburetor FOUR STROKE CUT SECTION ENGINE Displacement: 160cc Camshaft in the crankcase Overhead valves Rpm regulator Oil pump Carburetor air filter Silencer Tank 5 Working model of Differential Light metal construction. Operated manually by a crank handle Mounted on a base 6 Cut Model Of Single Cylinder Four Stroke Diesel Engine Displacement 100- 210 cc Power 2-4 hp Direct Injection Camshaft in the Crankcase Overhead Camshafts RPM Regulator Injection Pump Injector Silencer