Tender Notice No. ASD/ Supply of Equipment’s for M.Sc...

Madan Mohan Malaviya University of Technology,

Gorakhpur

Tender Notice No. ASD/ Supply of Equipment’s for M.Sc. Physics Lab/175/VII/2018 Dated 29.10.2018

Sealed tenders are invited for supply of lab equipment’s for Applied Science Department from the manufacturers and/or their authorized dealers latest by 3.00 pm of 14.11.2018.

Schedule 1 Equipment’s for Condensed matter Physics Lab

Schedule 2 Equipment’s for Spectroscopy and Laser Lab

Tender form can be purchased from the Controller of Finance Office of the University at the cost of Rs.1000/, or it may also be downloaded from our web site www.mmmut.ac.in . For details visit the University Website www.mmmut.ac.in Registrar

http://www.mmmut.ac.in/

http://www.mmmut.ac.in/

Vs.Mj iqfLrdk ewY; :0 1000@&(,d gtkj ek=) /kjksgj /kujkf”k

Schedule-1: :0 18000/-

Schedule-2: :0 8000/-

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Xkksj[kiqj & 273010 (m-iz-)

lsok esa]

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&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

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izkS|ksfxdh fo”ofo|ky;] xksj[kiqj&273010 (m0iz0)

Tender form’s Cost: Rs. 1,000.00 (One Thousand Only)

Madan Mohan Malaviya University of Technology Gorakhpur - 273010 (U.P.) India

(Formerly: Madan Mohan Malaviya Engineering College, Gorakhpur) Established by Act No.22 of 2013 of U.P. Govt.

Tel. : 0551- 2273958 Fax : 0551- 2270011

Website: www.mmmut.ac.in

Last date of selling of Tender documents: Last Date of Submission:

Tender’s opening:

Date: 14.11.2018 Date: 14.11. 2018 Date: 14.11.2018

Time 12.00 PM Time 3.00 PM Time 4:00 PM

TENDER FORM

Tender No. : ASD/ Supply of Equipment’s for M.Sc. Physics Lab/175 /VII/2018 Date : , , 2018

ISSUED TO M/S. : …………………………………………………… …………………………………………………….. …………………………………………………….. …………………………………………………….

Schedule Name: 1. Equipment for Condensed Mater physics Laboratory

2. Equipment for Spectroscopy and Laser Laboratory esa उपकरणks ds vkiwfrZ ds lEca/k esaA

Tender form consists of: Detailed Tender Notice including. Terms and conditions of tender. Tender Forms (Schedule-1 and Schedule-2)

Note: Tenderers are required to fill the blank columns in appropriate places for quoting their lowest rates alongwith details, on Schedule-1 and Schedule-2, which are attached herewith, this booklet.

Registrar



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Tender No. : ASD/ Supply of Equipment’s for M.Sc. Physics Lab /175/VII/2018 Date: / /2018

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5- fufonk&izi= “kqYd (Non-Refundable)

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10- Schedules of Tender

Tender Requirement Bid Security

Schedule-1 Condensed Mater Physics Laboratory esa उपकरण vkiwfrZ 18000.00

Schedule-2 Spectroscopy and Laser laboratory esa उपकरण vkiwfrZ 8000.00

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Madan Mohan Malaviya University of Technology,

Gorakhpur ,(273001)

Terms and Conditions

1. Sealed quotations /Tenders should be sent to the Registrar,

Madan Mohan Malaviya University of Technology, Gorakhpur.

2. Our tender no .and the opening date should invariably be super scribed on the top of

the envelope. Earnest money should be sent in separate sealed envelope and on the

top of the envelope, "Earnest Money" should be super scribed.

3. Tender received after the closing date and stipulated time shall not be considered and

the University shall not be responsible for any postal delay.

4. The tender should be valid a period of three Months (03 Months) from the date of

opening of the tender.

5. The tender / quotation brought personally / by Regd. Post. Should be dropped in to

the tender box before closing the bid submission time prescribed by the University.

6. Vendors must.be registered with sales/ T.T deptt. They should state their registration

no. also.

7. Suppliers must be registered with Income Tax deptt. They should state their

PAN no/ along with proof.

8. Form C or D etc. for concession shall not be provided by the institute

9. All the tenders must be accompanied by Bid security as mentioned in tender

document in the form of Demand Draft in favor of Controller of finance , MMMUT,

Gorakhpur.

10. Quotations deviating from above terms & Conditions shall be rejected straight

away without assigning any reason thereof.

11. University has every right to extend the due date of tender if so required but all

the quotations/tender will be opened together.

12. In any dispute Registrar, MMMUT, Gorakhpur will be the final arbitrary

Authority.

13. Deduction of T.D.S will be done as per Govt. rules.

14. Tender may be down loaded from institute website http://mmmut.ac.in. A

separate demand draft for the cost of tender documents is required to be

submitted along with tenders / quotations.

15. All disputes are subject to Jurisdiction of courts at Gorakhpur only.

16. The University can reject any or all quotations/Tender without assigning any

reason.

http://mmmut.ac.in/

APPLIED SCIENCE DEPARTMENT Schedule -1

MADAN MOHAN MALAVIYA UNIVERSITY OF TECHNOLOGY

GORAKHPUR – 273 010 (U. P.)

Condensed Mater physics Laboratory

S.

No.

Name of

Experiments

Specifications Quantity

required

Quoted Unit Rate in Indian

rupees*(Inclusive of GST,

Excise duty, octroi, transit

insurance freight etc & FOR

MMMUT Gorakhpur

Price

(in numbers)

Price

(in words)

1. Electron Spin

Resonance

With Helmholtz coils (152mm dia

with 500 turns) 180x180x185mm

separate coil arrangement

Pickup coil with 40 turn and DPPH

sample,

Buit-in Digital frequency meter

Complete unit housed in metal

cabinet of 382x230x165mm with

effective electromagnetic shielding.

Proper cables RG-59U for

connection with oscilloscope

included with the setup

one

2. 2. Nuclear

Magnetic

Resonance

It is able to measure different

sample, suitable for H and F nuclei.

Digital Display of frequency and

current, compatible with general

purpose oscilloscope. It come

complete with atleast 4 type of

sample and suitable sample stand.






included with the setup.

The unit is complete in itself

one

3. Measurement of

Resistivity-Four

Probe and

determination of

band gap

(i) Probe arrangement with 4

collinearly spring loaded contacts,

of 0.45mm diameter, tin plating on

tips and gold plating on receptacle.

Placed at a spacing of 2mm and

built in RTD sensor placed just

one

below the sample for accurate

measurement.

(ii) Sample-Ge-crystal

10x9x0.5mm

(iii) Oven temperature upto 473 K,

stability ( +-) 0.5K with digital

temperature readout

(iv) Multirange Digital Voltmeter,

x1 (0-200mv) and x10 (0-2v),

Resolution 100 µV at x1 range

(v) Constant current generator:

open ckt voltage 18V, current

range 0-20 mA with Resolution 10

µA

Complete unit housed in metal cabinet of 416x230x165mm with effective electromagnetic shielding.

4. Measurement of

magneto

resistance

The experiment should consist of:

Four Probe Arrangement

Sample: Ge Crystal (n-type)(size

10mmx9mmx0.5mm)

Multipurpose Probe Stand

Magneto resistance Setup with built

in 0-200mV digital Millivoltmeter

and 0-20mA Constant Current

generator. Complete unit housed in

metal cabinet of 280x220x120mm

with effective electromagnetic

shielding.

Electromagnet with 50mm pole dia,

Low Carbon steel yoke, with net

size of 460x200x05mm. Two coils

with 900 turns each. Magnetic field

strength variable upto 7.5 KG at 10

mm air gap between its pole pieces.

Coil resistance 3.4 ohm per coil.

Constant Current Power Supply

(transistor based) for above

electromagnet (0-4A current)

continuously variable. Complete

unit housed in metal cabinet of

330x305x150mm with effective

electromagnetic shielding.

Digital Gaussmeter with GaAs/

InAs Transverse Probe. Range: 0-

2KG, 0-20KG and 7 segment LED

display with accuracy 0.5%.


one



Proper cables for

interconnections between different

units included with the setup

5. B-H curve and

hysteresis loss in

ferromagnets

Setup should be capable of

studying following properties of

material:-

(i) Coercively

(ii) Saturation magnetization

(iii) Retentively

(iv) Hysteresis loss

(v) The number of phases

present

The setup consists of

200x250x200mm Solenoid coil

with 3000 turn, its power supply

and panel meter directly calibrated

in gauss, nylon based sample

holder, pick-up coil and set of three

samples: hard steel, soft iron &

nickel. Provision for displaying J-H

Loop, dj/dt loop and d2j/dt2 loop.






included with the setup, except of

CRO.

one

6. Hall effect Hall Probe (Ge Crystal-n type and p

type) Resistivity 8-10 ohm cm, Hall

voltage 35-60mV/10mA/KG,

Contact : Solid Silver, sample size

4x5x0.5mm

Hall Probe Stand Multipurpose

metal stand,

Hall Effect Set-up, with Provision

for Hall Voltage Offset

Adjustment on panel. With built in

0-200mV digital Millivoltmeter and

0-20mA Constant Current

generator. Complete unit housed in

metal cabinet of 280x220x120mm


shielding.

one

Electromagnet with 50mm pole dia,

Low Carbon steel yoke, with net

size of 460x200x05mm. Two coils

with 900 turns each. Magnetic field

strength variable upto 7.5 KG at 10

mm air gap between its pole pieces.

Coil resistance 3.4 ohm per coil.

Constant Current Power Supply

(transistor based) for above

electromagnet (0-4A current)

continuously variable. Complete

unit housed in metal cabinet of

330x305x150mm with effective

electromagnetic shielding.

Digital Gaussmeter with InAs

Transverse Probe. Range: 0-2KG,

0-20KG and 7 segment LED

display with accuracy 0.5%.




Proper cables for interconnections

between different units included

with the setup

7. Apparatus for

the

Measurement of

Susceptibility of

Paramagnetic

Solution by

Quinck’s tube

Method

The experiment should consist

of:

a) Glass Quinck’s tube

b) Specially designed metal

body multipurpose Stand

For Q-Tube

c) Sample : MnSO4.H2O –

500gms

d) Mixing Bottle

e) R.D. Bottle

f) Digital Balance (0-

500gm; L.C.: 0.1gm)

g) Travelling Microscope,

2motion (Horizontal scale

180mm with screw gauge

type motion; Vertical

Scale 150mm with a

screw gauge type motion)

Least count 0.01mm on

both scales

h) Electromagnet with

50mm pole dia, Low

Carbon steel yoke, with

net size of

460x200x05mm. Two

one

coils with 900 turns each.

Magnetic field strength

variable upto 7.5 KG at

10 mm air gap between its

pole pieces. Coil

resistance 3.4 ohm per

coil.

i) Constant Current Power

Supply (transistor based) for

above electromagnet (0-4A

current) continuously variable.


cabinet of 330x305x150mm


shielding.

j) Digital Gaussmeter with

GaAs/ InAs Transverse Probe.

Range: 0-2KG, 0-20KG and 7

segment LED display with

accuracy 0.5%. Complete unit

housed in metal cabinet of

280x255x120mm with

effective electromagnetic

shielding.

Proper cables for

interconnections between

different units included with

the setup.

Complete in all respect

8. Measurement of

dipole moment

Setup Consists of Frequency Counter : 1 MHz (resolution 0.1 MHz) Oscillator : Operating Freq. : 500 KHz Freq. Acc : ± 1% Temp. Stability : ± 10 ppm/°C Suitable Electronic Circuitry Dielectric Cell Assembly consists of Liquid Cell Assembly Material : Special grade non reactive material Provision for minor adjustment of capacitance of cell Gold plated brass connectors mounted on Teflon lid. Connecting Cord with gold plated center pin. Beaker ( 100 ml)

one

Provision of circulation of water

(different temperature) from

external source like water bath (not

supplied with setup)

9. Thermal

conductivity of

nano fluids using

ultra sonic

waves.

Specification:

Electronic Unit

Frequency- 2MHz ± 0.005%

4MHz ± 0.005%

Current wave display: -100 μA to

+100 μA

Wave Indicator: min & max

Analog

Reflector Assembly:

Material: Stainless steel special

grade

Controller: Digital, L.C.0.001mm

Conductivity Cell

Wave Freq: 2MHz


grade

Construction: Double walled with

two nozzles for

water circulation to maintain the

desired temperature.

Sample size: 10 cc maximum

5 cc minimum

Stability Cell

Wave Frequency : 4MHz


grade

Construction: Double walled with

two nozzles for

water circulation to maintain the

desired temperature.

Temperature Controller Unit:

Temperature range: RT +3°C to

95°C

Temperature Ac: ±0.1°C

Display digital

one

10. CRO “AGILENT” 50 MHZ Digital

Storage Oscilloscope

Model : DSO 1052B

Bandwidth (-3dB)-DC to 50 MHz

Real-time sample rate- 1 GSa/sec

half channel interleaved, 500

MSa/sec all channel.

two

Memory depth- 16 kpts half

channel interleaved, 8 kpts all

channels.

Channels- 2 channels

Vertical resolution- 8 bits

Vertical sensitivity (range)- 2

mV/div to 10 V/div.

DC gain accuracy1 2 mV/div to 5

mV/div: ± 4.0% full scale

10 mV/div to 10 V/div: ± 3.0% full

scale

Vertical zoom- Vertical expand

Maximum input voltage- CAT I

300 Vrms, 400 Vpk; transient

overvoltage 1.6kVpk

Dynamic range- +6 divisions from

center screen

Selectable BW limit 20 MHz

Horizontal modes Main (Y-T), XY,

delayed zoom and roll

Input coupling DC, AC and ground

Input impedance- 1 M_ ±2% in

parallel with 15 pF ± 3 pF

Time scale accuracy- ± 50 ppm

over 1 ms

FORMAT OF TECHNICAL BID Schedule -1

S. No. Name of Experiment Description of

Goods/ Items/

Accessories

required

Specifications

for Technical

Bid

Qty. Unit

1. Electron Spin Resonance

2. Nuclear Magnetic

Resonance

3. Measurement of

Resistivity-Four Probe and

determination of band gap

4. Measurement of magneto

resistance

5. B-H curve and hysteresis

loss in ferromagnets

6. Hall effect

7. Apparatus for the

Measurement of

Susceptibility of

Paramagnetic Solution by

Quinck’s tube Method

8. Measurement of dipole

moment

9. Thermal conductivity of

nano fluids using ultra

sonic waves.

10. CRO

FORMAT OF QUOTATION * Schedule -1

S.

No.

Name of

Experiment

Descript

ion of

Goods

Specificatio

ns

Qty. Unit Quoted Unit

Rate in Indian

rupees*

(Inclusive of

GST, Excise

duty, octroi,

transit insurance

freight etc &

FOR MMMUT

Gorakhpur)

Total Amount

In

Figures

In

Words

1.

Electron Spin

Resonance

2. Nuclear Magnetic

Resonance

3. Measurement of

Resistivity-Four

Probe and

determination of

band gap

4. Measurement of

magneto resistance

5. B-H curve and

hysteresis loss in

ferromagnets

6. Hall effect

7. Apparatus for the

Measurement of

Susceptibility of

Paramagnetic

Solution by

Quinck’s tube

Method

8. Measurement of

dipole moment

9. Thermal

conductivity of

nano fluids using

ultra sonic waves.

10. CRO

Gross Total Cost: Rs. ..........................

APPLIED SCIENCE DEPARTMENT Schedule -2

MADAN MOHAN MALAVIYA UNIVERSITY OF TECHNOLOGY

GORAKHPUR – 273 010 (U. P.)

Spectroscopy and Laser Laboratory

S.

No.

Name of

Experiments

Specifications Quantity

required

Quoted Unit Rate in Indian

rupees*(Inclusive of GST, Excise

duty, octroi, transit insurance

freight etc & FOR MMM UT

Gorakhpur Price (in

numbers)

Price (in words)

1. Study of

Absorption

Spectrum of

Iodine vapor

To study the absorption

spectrum of Iodine vapours &

also calculate (i) Electronic

Energy Gap, (ii) Vibrational

Energies & (iii) Force Constant

for excited states.

Setup Contains:-

1. A Spectrometer 6 Inch.

2. Long Absorption Glass Tube

& Filament.

3. Light Source.(Mercury

Source)

4. Diffraction Grating.

5. Spirit Level.

6. Power Supply for iodine tube.

7. Suitable Stands.

8. Connecting Leads

9. Reading Lens.

1(one)

2. Laser

diffraction by

a thin wire

Setup consists of He-Ne LASER (632.8nm, random polarization, TEM00 mode, beam divergence <1.0 mrad) with Power supply LASER Holder. Thin wire with holder. Screen (12" X 12") with clamp type holder Bases for aboveGraph pad

1(one)

3. Measurement

of Planck’s

constant

using LED

Setup consists of : Highly stabilized Power Supply (5V @ 500 mA) whose output can be varied in steps of 0.1V LCD panel (20X4) having

1(one)

Digital Current Display (0-999μA dc) Digital Voltage Display (0-9.9 V dc) Digital Temp Display (0-199.9 °C) 3.5 mm socket for Samples(LED) and 4 mm sockets for Thermocouple Pre-calibrated LED Samples with 3.5 mm connector and silver plated twisted wire coated with Teflon LED-red( 627 nm), LED-blue(430 nm), LED-green(565 nm), LED-yellow(590 nm) Thermocouple with 4" long SS sheath Teflon Thermo-flask Dimension: 32 cm X 34 cm X 12 cm

4. Zeeman

effect

Experiment

The apparatus consists of:

a) High Resolution Fabry Perot

Etalon, with distance adjustment

and tilt adjustment setting screws

in its housing, FP-01

b) Mercury Discharge Tube, MT-

01

c) HV Power Supply for MT-01,

ZPS-01

d) Narrow Band Interference

Filter, IF-01

e) Polarizer with lens, PL-01

f)High Precision 1mt, aluminium

molded Optical Bench, OB-01

g) CCD Camera, CCD-01 (High

Resolution CCD Camera)

h) Telescope with Focusing Lens,

FL-01

i) LED/ LCD Monitor 16”, TV-

16

j) Electromagnet with 50mm pole

dia, Low Carbon steel yoke, with

net size of 460x200x05mm. Two

coils with 900 turns each.

Magnetic field strength variable

upto 7.5 KG at 10 mm air gap

between its pole pieces. Coil

resistance 3.4 ohm per coil.

k) Constant Current Power

Supply (transistor based) for

above electromagnet (0-4A

current) continuously variable.

1(one)




shielding.

l) Digital Gaussmeter with GaAs/

InAs Transverse Probe. Range:

0-2KG, 0-20KG and 7 segment

LED display with accuracy 0.5%.




shielding. Proper cables for

interconnections between

different units included with the

setup

Complete in all respect

5. Ionization pot

ential of Arg

on

Comes complete with

9-pin Argon filled glass tetrode

of 22mm dia,

Filament power supply: 3.6-

4.3V continuously variable

Grid power supplies (1.3-

15V continuously

variable), (2-90V

continuously variable),

Both Manual and Auto

Scanning Voltage 0-55V

for auto mode

Saw Tooth Waveform for CRO

display


cabinet of 416x230x165mm


shielding. Proper cables RG-

59U for connection with

oscilloscope included with the

setup.

The unit is complete in itself

1(one)

6. SOLAR

CELL

CHARACTE

RISTIC

SETUP

• The complete Experimental Set-

up consists of the followings :

• A photovoltaic panel (array

of 2 X 2 ) with 4 mm

connector for each cell : 1

no

• Digital Multimeter (2

nos): Auto-ranging,

4000 count LCD display,

1(one)

Auto 0 adjust, 3

measurement per sec

sample rate.

• Light source with inbuilt

intensity regulator

(electronically) : 1 no

• Variable Load Resistance

Panel with 4 mm

connectors having 12

values: 1 no

• Colour Filters : 4 nos

• Connecting cords :10 nos

7. LED and

LASER

DIODE

CHARACTE

RISTICS

Setup consists of

• Highly stabilized Power

Supply (5V @ 500 mA)

whose output can be

varied in steps of 0.01V

• Digital Voltmeter

(resolution 0.01V): 3

digit seven segment LED

display

• Digital milli-Ammeter

(resolution 1mA): 3 digit

seven segment LED

display

• Samples with 3.5mm

connector: LED-red (627

nm), LED-blue(430 nm),

LED-green(565 nm),

LED-yellow(590 nm),

diode laser ( 632 nm)

• Lux-meter (auto-ranging)

• Black box enclosure :

265mmX65 mmX70 mm

• Dimension: 32 cmX 34

cmX 12 cm

1(one)

Full Name of Bidder ………………………….…………

Bidder Signature ………………………………………...

Date ………………………………………………………

FORMAT OF TECHNICAL BID Schedule -2

S. No. Name of Experiment Description of

Goods/ Items/

Accessories

required

Specifications

for Technical

Bid

Qty. Unit

1.

Study of Absorption Spectrum of Iodine

vapor

2. Laser diffraction by a thin wire

3. Measurement of Planck’s constant using

LED

4. Zeeman effect Experiment

5. Ionization potential of Argon

6. Solar cell characteristic setup

7. Led and laser diode characteristics

FORMAT OF QUOTATION * Schedule -2

S.

No.

Name of

Experiment

Description

of Goods

Specifi

cations

Qty. Unit Quoted Unit Rate

in Indian rupees*

(Inclusive of GST,

Excise duty,

octroi, transit

insurance freight

etc & FOR MMM

UT Gorakhpur)

Total Amount

In

Figures

In

Words

1.

Study of

Absorption

Spectrum of

Iodine vapor

2. Laser diffraction

by a thin wire

3. Measurement of

Planck’s constant

using LED

4. Zeeman effect

Experiment

5. Ionization potenti

al of Argon

6. Solar cell

characteristic

setup

7. Led and laser

diode

characteristics

Gross Total Cost: Rs. ..........................

Date post:	05-May-2019
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