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TENDER NOTICE Sealed tenders affixed with revenue stamp of Rs. 5/- are invited for and on behalf of Vice Chancellor, Islamic University of Science & Technology(IUST), Awantipora from OEM/Authorized Dealers/Distributors of OEM, who have been in the said business for at least three (3) years, for the supply of Laboratory Equipment’s for Department of Mechanical Engineering. The Tender document along with the detailed specification can be downloaded from University website (www.Islamicuniversity.edu.in). The last date for the submission of the tender document is 20th of July 2017 before 1400 hrs in the Office of Estates, IUST campus Awantipora.
Sd/- Member Secretary (CPC)
No. IUST/CPC/Tender-Adv/17/42 Dated: 04-07-2017
TENDER DOCUMENT FOR SUPPLY OF EQUIPMENTS/ ITEMS FOR DEPARTMENT
OF MECHANICAL ENGINEERING.
TERMS AND CONDITIONS:
1. The sealed envelope superscripted as “TENDER FOR DEPARTMENT OF MECHANICAL ENGINEERING” should be addressed to Assistant
Registrar (Estates), Islamic University of Science and Technology, Awantipora, Kashmir.
2. The last date of receipt of tender is 20th July 2017 at 1400 hrs.
3. The tenderer should be Original Equipment Manufacturer (OEM) / Authorized Dealer /Distributor of OEM who have been in the said business for at
least three (3) years. Tenderers quoting as Authorized Dealer/Distributors of the manufacturer will be considered provided the tenderer furnishes
Authorization from the Manufacturer.
4. The tenderer must be in satisfactory operation for at least 3 (three) years as on 31st March 2017 and must be providing annual maintenance services for
the equipments where ever required.
5. The tenderer should submit a copy of the latest VAT / Sales tax clearance certificate.
6. Prices quoted by the tenderers should include all local taxes, VAT, duties, levies, transportation costs, insurance costs, etc.
7. The University reserves the right to accept or reject any or all Tenders without assigning any reasons there for. Any attempt of negotiation on the part
of Tenderer to influence by any means will render the tender liable for exclusion from consideration.
8. The Tender should be accompanied with Earnest Money Deposit (EMD) of 2% of the tendered value in the shape of CDR of any nationalised Bank
drawn in favour of “Islamic University of Science and Technology”, payable at Awantipora, Pulwama (J&K). Tender without EMD will not be entertained.
9. The tenderer should quote the rates both in figures and words without cuttings and over writing on the prescribed format and the rate should be inclusive
of all taxes and charges. No fluctuation in the rates is permitted during the currency of the tender.
10. Delivery should be FOR Islamic University of Science and Technology, Awantipora Pulwama (J&K).
11 The equipments / items should be supplied within 01 (One) month from the date on which the order is given.
12. The University reserves the right to reduce or increase the quantity of item at any time.
13. Tender notice and tender document can be downloaded from University website (www.islamicuniversity.edu.in).
14. The tender should be submitted on the format provided by the university.
15. The Validity of tender should be 90 days.
16. Tenders without the following shall not be entertained:
a. EMD of 2% of the tendered value in the shape of CDR of any nationalised Bank in favour of “Islamic University of Science and Technology” payable
at Awantipora, Pulwama (J&K).
b. Copy of the latest VAT / sales tax clearance certificate.
c. Copy of being Authorized distributor / dealer from the OEM / Manufacturer.
d. Proof of being in satisfactory operation for at least 3 (three) years as on 31st March 2017.
e. Tender document downloaded from the University website should be accompanied by a demand draft (non – refundable) of Rs. 1000/- (one thousand)
in favour of “Islamic University of Science and Technology” payable at Awantipora, Pulwama (J&K).
f. Tender document should be duly signed and stamped by the supplier.
I am agreeable to all the terms and conditions mentioned above.
Signature of the tenderer
1. Theory of Machines Lab
S.No.
Equipment Specifications Qty Total price
1 Mechanism Models 1. Crank and Connecting Rod Model
2. Crank and Slotted Link Model
3. Four Bar Link Mechanism
4. Pantograph
5. Scotch Yoke Mechanism
6. Whitworth Quick Return Mechanism
7. Geneva Mechanism
8. Kinematic Pair models
1 each
2 Gear Models 1. Spur, Helical, Bevel
2. Rack and Pinion
3. Worm and wheel
4. Gear Train (Spur)
5. Epicyclic Gear Train (Sun and Planet Type)
6. Differential Gear
1 each
3 Cam and Follower
Models
1. Plate CAM with flat faced reciprocating follower
2. Tangent CAM with Roller Oscillating Follower
3. Cylindrical CAM with translating follower
4. Translating CAM with reciprocating knife edge follower
5. End CAM with translating follower
6. Harmonic Motion
7. 7. Triangular Eccentric CAM
1 each
4 Clutch and Brake
Models
1. Clutch (Single Plate)
2. Clutch (Multi Plate)
3. Double Shoe Brake
4. Band and Block Brake
5. Disc Brake (Working)
6. Internally Expansion Brake
7. Hydraulic Brake Unit (two brake
drum)
1 each
5 Drives Models 1. Flat Belt Pulley
2. V-Belt Pulley
3. Chain Drive
4. Friction Wheel Drive
1 each
6 Couplings Models 1. Hooke's Coupling
2. Oldham Coupling
3. Universal Coupling
4. Flanged Coupling
5. Flexible Coupling
1 each
7 Bearings Models 1. Ball bearing
2. Roller bearing
3. Taper bearing
4. Thrust bearing
5. Ball bearing set
6. Swivel bearing
7. Brackets
8. Journal bearing
9. Plummer Block
10. Footstep bearing
1 each
8 Universal Governor
Apparatus
The apparatus should enable
performing following experiments: 1
1. The effect of varying mass of center sleeve
2. The effect of varying rotating mass
3. The determination of characteristic curves of sleeve
position against the speed of
rotation
4. The effect of varying the
initial spring compression The
apparatus should include four
different types of governor
mechanism with spring and
weights:
a. Watt Governor
b. Porter Governor/Proell
c. Hartnell Governor
Additionally a digital tachometer to
measure - spindle speed should be
included.
9 Motorized
Gyroscope
The Motorized Gyroscope setup should
enable demonstration of relationship
between applied torque and the rate
of direction of rotation. The
apparatus should consist of a rotor
mounted in bearings which should be
free to rotate about
a. Its own axis
b. Axis of precession
c. c. Axis of gyroscopic couple
1
10 Coriolis Component
of Acceleration The setup should enable study of
Coriolis component of acceleration at
various speeds of rotation and water
flow rates.
The setup should include standard
components including:
1. Main Tank: MS/Fiber Glass Lining
2. Rotating arms: 9mm/6mm orifice dia., 300mm long
3. Rotameter: 300 to 3000 LPH
4. Electric Motor: 0.5HP/1500 RPM
5. Mono-block Pump
6. Control Unit
7. Rigid Support Structures
1
11 Universal
Vibration
Apparatus
The apparatus should enable
conducting of various experiments to
illustrate and verify the principles
and relations involved in the study
of vibrations. List of experiments
that should be enabled with the
apparatus:
1. Simple Pendulum
2. Compound Pendulum
3. Bi-filler Suspension
4. Longitudinal Vibration system
1
5. Free equivalent spring mass system
6. Forced equivalent spring mass system
7. Torsional vibration of single rotor system
8. Torsional vibration of double rotor system
9. Damped torsional vibration of single rotor system
10. Forced damped torsional
vibrations
11. To study the forced lateral
vibration of beam for different
damping
12 Whirling of Shaft
Apparatus
The apparatus should enable
demonstration of the phenomenon of
whirling of shaft with single rotor.
Specification:
1. Test shaft: Three diameter combinations of 2 No. each.
2. Bearing to provide end conditions: (a) both ends fixed
(b) one end fixed and one end
free
3. Drive motor < 0.5 HP
4. Sturdy base
1
13 Static and Dynamic
Apparatus
The apparatus should enable
performing experiments for balancing
a rotating mass system. The apparatus
1
should consist of SS shaft fixed in a
rectangular frame. Experimental
abilities:
1. To balance masses statically and dynamically of a single rotating
mass system
2. To observe the effect of unbalance in a rotating mass
system Should include standard attachments
including:
a. Drive motor with speed control
b. Balancing weights: 4No.s, SS
c. Rotating shaft: SS
2. Applied Thermodynamics Lab
S.No.
Equipment Specifications Qty Total price
1
Separating
Throttling
Calorimeter With
Boiler & Condenser
Separating Throttling Calorimeter with
Boiler & Condenser:
The equipment should enable following
experiments to be performed:
a) Dryness Fraction of steam
b) Efficiency of boiler
c) Heat Balance sheet
The equipment/system should consists
of Base Stand, Steam boiler,
Separating Calorimeter, Throttling
Calorimeter, Float Switch, Steam
Condenser, Measuring jar, Temperature
Controller, Electric heaters, Pressure
relief valve, Pressure gauges,
Temperature Indicator, Temperature
sensors, Wattmeter, Control Panel.
Boiler Specifications:
1
1. Material: M.S Shell with Glass wool Insulation
2. Min. Capacity: 20 Kg/sec Mass flow rate
3. Min. Pressure: 5 Bar
4. Float Switch: To Prevent Dry Heating of Boiler
5. Water Heaters Min. Capacity: 10 kW
6. Separating Calorimeter Material:
S.S.
7. Throttling Calorimeter Material:
S.S.
8. Steam Condenser Min. Capacity: 20
kg/hr
2
Steam Power Plant
Steam Power Plant Unit should help the
students to understand the complete
system of a Thermal Power Plant. The
Unit should have the following minimum
specifications:
1. Boiler heater capacity: 6 KW
2. Steam generation capacity: 400
kg/hr from and at 100°C
3. Steam turbine capacity: 2.5 hp
output with casing of CI/MS
4. Eddy Current Dynamometer capacity:
2.5 hp, with speed: 3000 rpm
1
5. Fuel tank capacity: 100
litres, made from MS sheet
with top hinged lid
6. Feed water tank: Overhead
tank –
750 litres (HDPE like sintex)
7. Steam Condenser
8. Water Softner
9. Steam Calorimeter: Separating
& Throttling calorimeter with
insulated separator &
throttling unit gauge glass
for level with valve set.
10. Circulation water pump: Mono
block 2.0 hp,
11. Condensate Extraction cum
Vacuum Pump: Reciprocating type, 0.5 hp
12. Turbine control panel: Made
from square tubes and MS
sheets double coloured powder
coated.
13. Digital RPM indicator with
controller, relay, PNP speed
sensor.
3
Two stage air
compressor test rig
The unit should enable determination of
volumetric efficiency and isothermal
efficiency at various discharge
pressures. The unit should contain:
1. Air compressor - Double cylinder, two-stage type driven by a 2-hp
1
three-phase motor mounted on air
receiver provided with delivery
valve.
2. Air tank and orifice with water
manometer for air intake
measurement.
3. Pressure gauges at outlet on both
stages.
4. Digital temperature indicator.
5. Energy meter to measure input
power.
4 Digital bomb
calorimeter
Bomb Calorimeter outfit should provide
method for determination of heat of
combustion of organic matter and the
calorific value and Sulphur content of
solid and liquid fuel. The outfit
supplied shall be complete for analysis
as per the method recommended by IS 1360
II or BS 1016.
Specifications:
1. Calorimeter Vessel with bomb
support, Water jacket, Combined
Lid for calorimeter vessel and
water jacket, Stirrer, Connecting
Leads, Connecting tube to connect
bomb & pressure gauge.
1
2. Connecting tube with fine
adjustment valve, to connect
pressure gauge, pressure gauge on
stand, Spanner for oxygen tube
connection, Ignition Wire, (2
meters) Nichrome, Cotton thread.
3. Stand for bomb lid, Hook for
lifting bomb, stainless steel
Crucible, Gelatine capsules, Gas
release valve, Bomb firing unit,
Vibrator, Timer, Benzonic acids.
'O' Ring Big, 'O' Ring Small, 'O'
Ring for Stirrer Valve for Bomb,
Valve Kay.
4. Complete with Instruction manual.
5 Boiler Models 1. Lancashire Boiler
2. Cornish Boiler
3. Babcock and Wilcox Boiler
4. Locomotive Boiler
5. Cochran Boiler
6. Vertical Water Tube Boiler
7. Sterling Boiler
8. Nestler Boiler
9. Steam Engine with a Boiler
1 each
6 Sectional working
models 1. Gas Turbine or Turbojet Engine
2. Wankel Engine
1 each
3. Heat Transfer Lab
S.No.
Equipment Specifications Qty Total price
1
Composite walls
apparatus
The apparatus should enable the
measurement of the conductivity and
resistance of composite walls. The
setup should include:
1. Heater Assembly
2. Test specimen/Plates
a) M.S. plates of 2 nos.
b) Bakelite plates 2 nos.
c) Brass Slabs/Wood 2 nos.
3. Set of thermocouples
4. Digital Temp. Indicator
5. Dimmerstat
6. Main On/Off Switch
7. An appropriate Voltmeter and
Ammeter
1
2
Critical radius of
insulating material
The apparatus should enable
measurement of critical radius of the
insulating material. The setup should
include:
1. Cylindrical glass vessel/G.I. Pipe with appropriate heaters and
insulating materials
2. Digital Thermometer
1
3. Necessary switches and controls
4. Dimmerstat
5. An appropriate Voltmeter and
Ammeter
3
Natural Convection
Heat Transfer
Apparatus
The setup should enable determination
of overall heat transfer coefficient
and local transfer coefficients in
natural convection at various heat
transfer rates. The apparatus should
include:
1. Pipe: Brass/SS with Min. OD 38mm, 500mm long with appropriate
heater
2. Thermocouples fitted along with the length of pipe for
temperature measurement
3. Digital Temperature Indicator
4. Dimmerstat
5. Main On/Off Switch
6. An appropriate Voltmeter and
Ammeter
1
4
Pin Fin Apparatus
The apparatus should enable testing of
pin fin in both natural as well as
forced convection, in addition to the
determination of temperature
distribution along the length and
1
natural and forced heat transfer
coefficients, etc.
1. Should include three pin fins: MS/Brass/Al
2. Appropriate channel
3. Thermocouple set
4. A band heater (Min. 300W) to heat the pin fin
5. Digital temperature indicator
6. Dimmerstat
7. Main On/Off Switch
8. An appropriate Voltmeter and
Ammeter
5
Emissivity Measurement Apparatus
The apparatus should enable
measurement of emissivity of test
surfaces. The apparatus should
include:
1. Test plate and reference plate with min. 140mm dia.
2. Min. Heater Capacity: 250W
3. Plate material: Aluminum/Brass
4. Thermocouples
5. Voltmeter and Ammeter for input measurement to heaters through a
selector switch
6. Separate dimmers for both the plates
7. Multichannel digital temperature
indicator
1
6 Concentric tube heat
exchanger
The apparatus should enable
determination of heat exchanged LMTD
and effectiveness of the equipment.
The apparatus should include:
1. Inner copper tube ID: 12.7mm, and outer GI Pipe ID: 15mm and
approx. 1.5m length
2. Thermometers: 4 nos.
3. Measuring flask: 1 Ltr capacity
4. Geyser: 3kW Single phase
1
7 Shell & tube heat
exchanger(water to
water)
Shell & tube heat exchanger (water to
water) should be able to measure
overall heat transfer coefficient and
effectiveness. The apparatus should
include:
1. Shell: At least 200mm dia., 5mm thick and at least 750mm long MS
pipe
2. Tubes: Copper or seamless MS tubes with appropriate diameter
and length
3. Min. water heater capacity: 2kW
4. Thermocouple for temperature measurement and appropriate
digital temperature indicator
5. Valves to control hot and cold water flow
6. Rota meters (may be quoted as
optional)
1
Format for Quoting Prices
S. No Name of the
Experiment/Equipment
Specifications Quantity Price
Quoted
1
2
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4
5
6
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10.
11.
12.
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