Subject: Pneumatic Training Kit with portable Air Compressor

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1 MSME TOOL ROOM: HYDERABAD (CENTRAL INSTITUTE OF TOOL DESIGN) Balanagar, Hyderabad TEL.NO , FAX No Visit us: TENDER SCHEDULE FOR Subject: Pneumatic Training Kit with portable Air Compressor Ref: Due date for receipt of Tenders Opening of Technical bids Opening of Commercial bids : Tender Notice published in The Hindu, Indian Express, Economic Times, Financial Express & Indian Trade Journal up to 17.00P.M at A.M The bidders whose offers meet Technical requirements shall be Communicated about the date of Opening of Price bids at a later date.

2 PNEUMATIC TRAINING KIT: The pneumatic training kit should contain all the pneumatic elements needed for simulating various pneumatic circuits, both simple and advanced The training kit should be useful for imparting technical knowledge for the students about fundamental control technology, control sequence, signal flow circuit planning, functioning of all pneumatic, logic elements, vacuum elements, stepper module sequence, trouble shooting of pneumatic installation, logic AND/OR function of start signals, functional diagrams, stroke dependant controls, time dependant controls with time delay valves and pressure dependant controls with pressure sequence valves. It should also teach methods for drafting of circuit diagrams for pneumatic controls. The kit should be supportable with textbook, exercises with solutions, transparencies videos, workbook with exercises, cutaway models, magnetic symbols etc. The components should be capable of being mounted on an appropriate Profile plate/mounting Board with grooves for secure and flexible positioning so that the components can be clamped firmly, quickly and safely. The components supplied should be industrial components. All pneumatic connection should be with precision quick connector for plastic tubing. Safety clamping and quick plugs in locking system for the profile plate should be possible. Aluminum Profile plate/mounting Board - 2 no s All of the components should fit securely and safely onto the Profile plate/mounting Board. Both side should have grooves and, if required, both sides can be used. The grooves should be compatible with the ITEM profile system. Side caps included. Grid dimensions 50 mm Size 1100 x 700 mm Single-acting cylinder - 3no.s Design Piston cylinder Operating pressure 10 bar Stroke length Maximum 50 mm Thrust at (6 bar) 169 N Spring return force minimal N Double-acting cylinder - 4no.s Design Piston cylinder Operating pressure (10 bar) Stroke length Maximum 100 mm Thrust at (6 bar) N Return thrust at (6 bar) N FRL Unit - 2no.s 40 µm, filter control valve should be with a pressure gauge, start-up valve, quick push-pull connectors and quick couplings and should be mounted on a swivel support. The filter with water separator should remove dirt, pipe sinter, rust and condensed water. The pressure control valve should regulate the supply air pressure to the set operating pressure and compensate pressure fluctuations. The filter bowl should have a condensate drain valve. The start-up valve/shutoff valve should ventilate and vent the entire control. A rotary button should actuate the 3/2-way valve. Design Sintered filter Nominal flow rate 750 l/min Input pressure Maximum (16 bar) Output pressure Maximum (12 bar) Grade of filtration 40 µm Condensate quantity 22 cm3 Connector G 1/8,

3 3/2 Push Button operated spring return valve normally open - 4no.s Design - directly actuated, one side, with return spring Pressure range (3.5 8 bars) Nominal flow rate l/min 3/2 pushbutton operated spring return valve normally closed - 4no.s Design directly actuated, one side, with return spring Pressure range (0.9 8 bar) Nominal flow rate l/min 3/2 roller operated spring return valve - 8no.s The roller lever valve should be with idle return and should be actuated when the cam of a cylinder in a certain direction traverses the roller lever. After release of the roller lever, the valve should return to its initial position by a return spring. When traversed in the reverse direction, the roller lever, which has an idle return, should not actuate the valve. Design Poppet valve, directly actuated, one side, With return spring Pressure range (0.9 8 bar) Nominal flow rate l/min 3/2 pneumatic valve, pilot operated, normally open - 4no.s Design Spool valve, directly actuated, One side, with return spring Pressure range kpa ( bars) Convertible to: Response time at 600 kpa (6 bar) on: 20 ms, Off: 30 ms 3/2 pneumatic valve, pilot operated, normally closed - 4no.s Design Spool valve, directly actuated, One side, with return spring Pressure range kpa ( bars) Convertible to: Response time at 600 kpa (6 bar) on: 20 ms, off: 30 ms 5/2 single side pilot operated spring return valve - 4nos. The pneumatic single piloted valve should be actuated by pneumatic signals, and following removal of the signal it should return to its initial position by a return spring. Design Directly actuated one side, with return Spring Pressure range (0 10 bar) Response time Optimum 5/2 both side pilot operated valve - 6no.s The pneumatic double pilot valve should be reversed by pneumatic signals from alternate sides. The circuit state should be retained after removal of the signal until the next counteracting signal. Design Directly actuated, both sides Pressure range (0 10 bar) Response time - Optimum

4 5/3 both side pilot operated valve - 2no.s In the normal position (mid position centered by springs) all pneumatic ports should be closed. The valve should be capable of being reversed to the appropriate switch position by pneumatic signals to the control ports. Design Spool valve, directly actuated, both sides Pressure range kpa (3 8 bars) Response time at 600 kpa (6 bar) 5 ms 5/2-way valve with selector switch - 4no.s Rotating the selector switch should actuate the valve. When the selector switch is released, the current circuit state should be retained. Design Poppet valve, direct actuated, One side, with return spring Pressure range kpa (0 8 bar) Nominal flow rate l/min Shuttle valve - 4no.s The shuttle valve should be capable of being switched through to the output by applying compressed air to one of the inputs (OR function). Design OR gate (shuttle valve) Pressure range (1 10 bars) Nominal flow rate 500 l/min Two pressure valve - 4no.s The dual-pressure valve is switched through to the output by applying compressed air to both of the inputs (AND function). Design AND gate (dual-pressure valve) Pressure range (1 10 bar) Nominal flow rate 550 l/min Quick exhaust valve - 3no.s Quick-exhaust valve should be with built-in silencer. Design Poppet valve Pressure range ( bar) Nominal flow rate l/min Nominal flow rate l/min One-way flow control valve - 6no.s The one-way flow control valve is a combination of flow control valve and a non-return valve. The cross-section of the restrictor can be set by means of a knurled screw. Design Combined flow control valve Pressure range ( bar) Nominal flow rate LPM Time delay valve - 2no.s It should be of the normally closed type. The time delay can be set with an adjusting screw (infinitely variable). Design Return spring Pressure range (2.5 8 bars) Nominal flow rate l/min Delay 5 s

5 Back pressure valve - 2no.s The back pressure valve with plunger control should be actuated by the face of the cylinder cam. It should be possible for the supply pressure to be regulated by means of a one way flow control valve. Supply pressure range kpa (0 8 bar) Closing force at 600 kpa (6 bar) 12.5 N Pneumatic proximity switch- 6no.s This should be a permanent magnet capable of being mounted on the piston of a cylinder to actuate a pneumatic 3/2-way valve when traversed, thus triggering a control signal. A reproducible switching accuracy of 0.1 mm should be able to be achieved if the sensor is approached from the connection side. It should include connectors and kit for cylinder mounting. Display Optical position display Pressure range kpa (2 8 bars) Signal pressure same as operating pressure Flow rate l/min minimum Flow rate l/min minimum Pneumatic preset counter - 2no.s The pneumatic preset counter should be able to count pneumatic signals, decrementing From a preset number. When zero is reached, the counter should emit a pneumatic output Signal. Design Mechanical counters with pneumatic drive Display 5-digit, character size 4.5 mm Reset Manual pushbutton or pneumatic signal Pressure range kpa (2 8 bars) Minimal pulse duration Drive 10 ms Minimal pulse duration Reset 180 ms Continuous counting frequency 2 Hz Stepper Module - 6no.s Stepper Module TAA - 3 sets of Didactic Module Stepper Module TAB - 3 sets of Didactic Module Vacuum nozzle - 4no.s This should include a suction cup. Design Ejector principle Pressure range kpa ( bars) Vacuum at 600 kpa (6 bar) Minimum 85 kpa (0,85 bar) Air consumption at 600 kpa (6 bars) 15 l/min Switching frequency at 600 kpa (6 bar) Maximum 10 Hz with 1 m tube Linear drive pneumatic - 2no.s The linear drive should consist of a pneumatic drive (rod less cylinder) and a linear guide with slide. The linear drive should be equipped with quick push-pull connector and adjustable oneway flow control valves. It should have round bars parallel to the cylinder rod that can be used for mounting pneumatic and electrical proximity switches for position encoding. It should have end-position cushioning, adjustable at both ends, which will prevents hard impact of the piston against the cylinder barrel. The pneumatic drive should also include the adapter for mounting on the Profile plate/mounting Board.. Operating pressure Maximum 700 kpa (7 bar) Stroke length Maximum 200 mm Thrust at 600 kpa (6 bar) 90 N Breakaway force, solenoid clutch 160 N

6 Adjustable vacuum control - 4no.s It should be a adjustable vacuum control with a valve body. The adjustable vacuum control should be capable of being used for direct conversion of a vacuum signal into a normal pressure signal. Design Valve set for vacuum actuation of pilot Control Vacuum range kpa ( bar) adjustable From kpa ( bar) Switching hysteresis Maximum 20 kpa (0.2 bar) Maximum pressure of valve body 800 kpa (8 bars) Compressor Oil-lubricated, extremely quiet (45 db (A)) compressor. Ideally suited for use in classrooms. With pressure regulator and water separator. Pressure: 800 kpa (8 bar) Pmax Performance: 50 l/min Reservoir capacity: 24 l Compressed air outlet: ¼ or KD4 Noise level: 45 db (A)/1 m Duty cycle: max. 50 % Pressure regulator valve with gauge Design: 230 V/50 Hz With fully insulated socket and IEC power cable suitable for: DE, FR, NO, SE, FI, PT, ES, AT, NL, BE, GR, TR, IT, DK, IR, ID. Design: V/50 60 Hz With fully insulated socket. Manifold - 2no.s Manifold should be with six (2 x 3) self-closing non-return valves. A common manifold for plastic tubing should allow for supply of compressed air to control the six individual ports. Standard exercises, Application Notes, Teaching aids like transparencies, CD's, Videos etc. Necessary tubing's for connections with quick connectors in the elements. Optional: Any other components related to the above training In addition to quick connectors being supplied with the components, addition set Of 10 connectors should be supplied as spare.

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