6
7.
8.
2.
3.
4.
Sl. No.
BASIC ELECTRICAL EQUIPMENTS
Name of the equipments / software
Quantity required
1.
Shunt generators` 1
Shunt DC Motors
Single phase induction motor
Single Phase transformer
2
1
2
5.
Three phase squirrel Cage induction motor
1
Diodes and Amplifiers
Oscilloscope
Transducers
2
2
1
9
10
11
12
13
Assorted electrical components for house wiring
Electrical measuring instruments
Study purpose items , Iron box, fan and regulator, emergency lamp
Megger
Power Tools
(a) Range Finder
(b) Digital Live-wire Detector
15 Sets
10 Sets
One
Each
1 No
2 Nos
2 Nos
Quantity available
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
Switches(2),lamp(2),lamp holder(2),indicator(1),single phase(1),energy meter for one set
Digital clamp meter(3) ,watt meter(0 to 150,0 to 300 ,0 to
600),volt meter(0to 10,0 to 20,0 to
5,0 to 2)AC AND DC,ammeter(0 to 300,0 to 600,AC AND DC
Iron box(standard)
Fan(standard)
Regulator (standard)
Emergency lamp(standard)
(250V/500V)
As per enclosure
Resister(all ranges):60 nos
Capacitors(all ranges):60 nos
Transformer:small(0-30):15[12-0-12]
Approximate Rate

(c)Common requirements
Transistor(all range):60 nos
Bread board:60 nos
Tape:60 nos
Tester:30 nos
Wire cutter :30 nos
Wire coil : 5 nos
IC’s – timer,logic gates
Soldering guns:15 nos soldering lead:15 nos
Soldering Flex : 15 noss
Soldering Paste:15 nos

SPECIFICATIONS FOR BASIC ELECTRICAL EQUIPMENTS
SL. NO. 1
SHUNT GENERATOR
1.
DC Shunt Motor Coupled with DC Shunt Generator
2.
DC Shunt Motor Coupled with DC Series Generator
3.
DC Shunt Motor with Rope Brake Arrangement
4.
DC Series Motor with Rope Brake Arrangement
5.
DC Compound Motor with Rope Brake Arrangement
6.
DC Shunt Motor Coupled with Three Phase Alternator
7.
DC Shunt Motor Coupled with Single Phase Alternator
8.
Three Phase Squirrel Cage Induction Motor with Rope Brake Arrangement
9.
Three Phase Slip Ring Induction Motor with Rope Brake Arrangement
10.
Three Phase Auto Synchronous Motor with Rope Brake Arrangement
11.
Single Phase Capacitor Start and Capacitor Run Induction Motor with Rope Brake arrangement
12.
3 Point DC Starter
13.
3 Point starter
14.
DOL Starter
15.
4 Step manual type rotor resistance starter
16.
Exciter based starter with relay starter
S.NO 2
Shunt DC Motors
1.5 to 2 KV. DESIGN PARAMETERS
STANDARD OPTIONAL Armature Voltage 440 V Max. 470 V upto frame 132,
Max. upto 600 V for frame 160 Field Voltage 220 V Max. upto 500 V Excitation Type
Shunt Series Insulation Class 'F' Class 'H' Type of Mounting IM B3
IMB35, IMV1, IMV3 Degree of Protection IP 23 IP 54 with IC 37/IP 55
Arrangement of T. Box RSH from DE side Any other arrangement
Tacho mtg. Provision DTG 4000 Any other Type of mounting of Blower
Top on NDE side Any other Mounting Air Flow Direction From NDE to DE
From DE to NDE Air Filter Nil Dry type filter Air Flow Switch
Vent captor air flow monitor Bearings Ball Bearings With regressing facility.
For high cantilever forces Shaft End With keyway, Balancing with full Key

S.No 3
SINGLE PHASE INDUCTION MOTOR
Model Voltage (VAC) Current (A) Fequency (Hz) Output Power (W or HP) External capacitor (uF)
YDK80/40-4-19 AC Induction Motor 220 0.6 60 0.025 HP YDK80/40-4-22 AC Induction
Motor 480 0.3 60 0.029 HP YDK80/25-4-30A AC Induction Motor
115 0.8 60 30 W 6 YDK80/25-4-10 AC Induction Motor 115/230/277 .41/.23/.21 60 1/30 HP
YDK80/30-4-25 AC Induction Motor 115 1.3 60 1/30 HP YDK80/37-4-37 AC Induction
Motor 115/230 1.3/0.7 60 1/30 HP YDK80-25-4A AC Induction Motor 220 0.35 50 25 W 4
YDK80-30-4A AC Induction Motor 220 0.35 50 30 W 2 –
S.No4
SINGLE PHASE TRANSFORMER
Kollmorgan PWM ac servodrive and permanent-magnet motor with encoder.
•One, two, or three-phase transformer set, 120 V/25.2 V, 0
-3 A.
•Two 300 Ωpower potentiometers, 100 W.•Power resistor, 100Ω, 150 W •
Three switches, 30 A rating.One switch rated 6 A.
•Machine set
.
S.No 5
THREE PHASE SQUIRREL CAGE INDUCTION MOTOR
Three Phase, 415V ±10%, 50Hz
Three Phase Induction Motor Type : Squirrel Cage Rating : 1HP (Also available with 2 HP, 3 HP and 5 HP)
Voltage Rating : 415VSpeed : 1440 RPM (No Load) Insulation: Class ‘B’ Loading arrangement :
Mechanical Brake Drum/Pulley : Aluminum Casted Analog Meters used Watt meter : 1000W (2 Nos.)
Voltmeter (MI) : 500V Ammeter (MI): 5AMCB (TPN) : 10A Tachometer: 20,000 RPM Dimensions (mm) :
W 600 x D 350 x H 450 (Control Panel) W 250 x D 400 x H 600 (Motor) Weight : 14.5kg (approximate)
(Control Panel) 22kg (approximate) (Motor)

S.No 6
DIODES AND AMPLIFIERS
S.No 7
Oscilloscope
Bandwidth specification wave input is reduced by 3 dB (i.e. attenuated to 70.7% of the true value of the signal - a fall of approximately 30%).
The oscilloscope specification for bandwidth will typically be quoted in the format: Bandwidth
= -3dB at 1500 MHz. n
±
2%.

S.No 8
TRANSDUCERS

S.No 9
ASSORTED ELECTRICAL COMPONENTS FOR HOUSE WIRING
Switches(2),lamp(2),lamp holder(2),indicator(1),single phase(1),energy meter for one set
S.No 10
ELECTRICAL MEASURING INSTRUMENTS
Digital clamp meter(3) ,watt meter(0 to 150,0 to 300,0 to 600),volt meter(Oto 10,0 to 20,0 to 5,0 to 2)AC AND DC,ammeter(0 to 300,0 to 600,AC AND DC
S.No 11
STUDY PURPOSE ITEMS,
Iron box, fan and regulator, emergency lamp
S.NO.12
MEGGER
(250V/500V)
S.No. 13
POWER TOOLS
LASER RANGEFINDER
Model Number: URG -O4LXOperating Principle :Phase —shift Detection Area:240° Maximum
Detection Distance:5600mm Accuracy: 20-1000mm: ±10mm 1000 - 4000mm: ± 1% of measurement Resolution: 1mm Scan Angle:
Interface: USB Supply Voltage: 5VDC Power Consumption: 500mA
DIGITAL Live -WIRE DETECTOR
Laser leveling, layout and stud locating on vertical and horizontal surfaces.
• Wood, metal and live wire detection.
• 180 degree pivoting laser plane with level and plumb vials
• 20’ laser line projections onto work surface with 90 degree squaring
• Two self contained half pins to mount unit to work surface (vertical or horizontal)
• LCD sensing and mode display with target graphics
• LED display with continuous live wire detection
• Thumb dial adjustable feet for levelling the laser
• Easy keypad operations and comfortable grip
• Powered by 9V Battery (included)
• Size: 180(H) x 67(W) x 38(D)mm

1.
2.
3.
4.
5.
Sl. No.
CHEMISTRY LABORATORY-I
Name of the equipments / software
Technical
Specification
Iodine flask pH meter
Conductivity meter
Spectrophotometer
Oswald viscometer
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
Quantity required
30 Nos.
5 Nos.
5 Nos.
2 Nos.
10 Nos.

SPECIFICATIONS FOR CHEMISTRY LABORATORY-I
S.NO 1
Iodine flask – (brosilicate)
Style
Capacity, mL
I
II
I
I
1
1
2
3
I
I
I
I
4
5
10
25
Class A/ Tolerance,
± mL
0.010
0.010
5.3
5.3
A
,
ID
, max/mm
0.015
0.015
0.020
0.020
0.020
0.030
6.4
6.4
7.3
7.3
8.25
8.7
B
,
ID
, ref/mm
8.25
—
10.75
13.50
14.00
15.75
18.00
26.00
C
, max/mm
70
95
70
72
75
75
110
140
D
, max/mm
100
125
100
100
100
100
135
165
Stopper
No.
8
8
8
8
8
8
9
9
S.NO 2 pH Meter
Display : digital 12mm red display. Range : ph 0. 00 to 14. 00 ph. mv : 0 to
+/- 1999 mv Accuracy : +/- 0. 01 ph , +/- 1 mv , +/- 1 count Slope Adjustment :
80 to 120 % at 25 deg c. TEMP. COMPENSATION : manually adjustable setting on calibrated dial between 0 deg c and 100 deg c. Input Impedance : Electrode
Connector : bnc type for combined ph electrode. Dimension : 180 w x 180 d x 80 mm h Weight : 2. 5 kg approx.
S.NO 3
CONDUCTIVITY METER
* Specially designed resistivity probe * ±2% F.s accuracy for resistivity
* Four ring platinum probe for EC * ±1% F.s accuracy for EC * Four measurement ranges plus resistivity * Automatic probe recognition * Manual calibration
* Automatic Temperature Compensation * Large LCD * Built-in Solution Holders

S.NO 4 SPECTROPHOTOMETER
Wavelength range 190 to 1100nm
Spectral bandwidth 1nm (190 to 1100nm)
Wavelength display 0.1-nm increments
Wavelength setting
0.1-nm increments (1-nm increments when setting scanning range )
Wavelength accuracy
±0.1nm at 656.1nm D2
±0.3nm (190 to 1100nm)
Wavelength repeatability
±0.1nm less than 0.02% NaI at 220nm, NaNO2 at 340nm
Stray light less than 1.0% KC ｌ at 198nm
Photometric system Double Beam
Photometric range
Absorbance: -4 to 4 Abs
Transmittance: 0% to 400%
±0.002 Abs (0.5Abs)
Photometric accuarcy ±0.004 Abs (1.0Abs)
±0.006 Abs (2.0Abs)
Photometric repeatability
Baseline stability less than ±0.001 Abs (0.5Abs) less than ±0.001 Abs (1Abs) less than ±0.003 Abs (2.0Abs) less than 0.0003 Abs/H at 700nm
(one hour after light source turned ON)
Baseline flatness within ±0.0006 Abs
(190 to 1100nm,one hour after light source turned ON)
Noise level Within 0.00005 Abs RMS value (at 700nm)
Dimensions (W×D×H) 450(W) x 490(D) x 270(H)
Weight 15kg

S.NO 5
OSWALD VISCOMETER
Dynamic Viscosity Range:
·
·
Less than 3 cps
3 to 100 cps
100 to 10,000 cps ·
·
·
10,000 to 1.50E+6 cps
1.50E+6 cps and up
Kinematic Viscosity Range:
·
·
·
6 to 100 cSt
100 to 5,000 cSt
5,000 cSt and up
Accuracy:
·
·
·
·
No more than 0.01 ±% Full Scale
No more than 0.5 ±% Full Scale
No more than 1 ±% Full Scale
No more than 2 ±% Full Scale

Sl. No.
1.
2.
3.
4.
5.
Potentiometer
CHEMISTRY LABORATORY-II
Name of the equipments / software
Technical
Specification
As per enclosure
Flame photo meter
Weighing balance
As per enclosure
As per enclosure
Conductivity meter
Pipette, Burette, Conical flask, porcelain tile,
As per enclosure
As per enclosure dropper
Quantity required
5
5
5
5
Each 30

SPECIFICATION FOR CHEMISTRY LAB
S.No 1
POTENTIOMETER
Type: surface mount chip •
Tolerance: ±25%
• Temperature coefficient: ±250ppm/°C @ -20°C~+80°C• Taper: linear
• Operating voltage: 20VDC or AC RMS, max.
• Resolution: essentially infinite• Contact resistance variation: .5% nom.
• Adjustment range: 15%~85% of rotation Power rating: .1W @ 70°C max.
Rotation torque: 15~170gfcm • Rotation: 1 turn, 260°±20°
• Weight: 0.11gm • Temperature range: -20°C~+85°C • Rotational life: 20 cycles
• Load life:∆R≤5% after 500 hrs• Sealing: sealed for dip and wave soldering until silicone seal is removed• Values: 500, 1K, 2K, 5K, 10K, 20K, 50K, 100K, 200K,
500K, 1M
S.NO 2
FLAME PHOTO METER
Range: Na, K, & Li :1-100 ppm and Ca:15-100 ppm
Sensitivity: Na, K, & Li :0.5 ppm and Ca:15 ppm
Linearity :< 3%Reproducibility: 2% CV for 20 samples
Detector: Photo Cell Ignition System: Manual Ignition
Flame System: LPG & Dry Oil Free Air Gas Control: Adjustable with Knob
Auto miser: Axial Flow Type Oil free Air Compressor :
Supplied with Built-in Air Filter with Pressure Regulator & Gauge to deliver stable and moisture / oil free air supply Power Supply :230 VAC ±10%, 50 Hz
S.NO 3
WEIGHING BALANCES
Capacity :
200 gm
Readability : 0.01 gm
Pan Size (mm) : 125MM

S.NO 4
CONDUCTIVITY METER
* Specially designed resistivity probe
* ±2% F.s accuracy for resistivity
* Four ring platinum probe for EC
* ±1% F.s accuracy for EC
* Four measurement ranges plus resistivity
* Automatic probe recognition
* Manual calibration
* Automatic Temperature Compensation
* Large LCD
* Built-in Solution Holders
S.NO 5
(Borosilicate Glass Wares )
Pipette
Burette
;1ml,2ml,10ml,20ml
:50ml
Conical flask
Porcelain tile
Dropper
:250ml,500ml
:6 “ X 8”(white)
:6”,8”,12”

Sl.
No.
COMPUTER PRACTICE LABORATORY
(REQUIREMENT OF MACHINERIES)
Name of the equipments / software
Quantity required
Specification
1.
Standalone Desktops with C compiler
2. Server with C compiler
30 Nos.
Intel i5 Processor
4 GB RAM
500 GB (7200 RPM) Sata Hard Disk or higher
1 GB Nvidia Graphic Card or higher
DVD ROM
4 USB Slots
Net Work Card 10/100/1000
Window 8.1
21/22 inch Monitor ( DELL, Samsung
LAN CABLE PORT:RJ45(120)
LAN CABLE LENGTH:350 M
SWITCHES :5 NOS
HUB :1 With LAN
30 Nos.
TURBO C
Windows / Unix Clone- RED HAT OS/LINUX OS
Office Suite- MS OFFICE 2003 & MS OFFICE
2007

GE 6261 COMPUTER AIDED DRAFTING AND MODELING LABORATORY-II
Name of the equipments / software Quantity required Specification Sl. No.
1
2
Licensed Software for Drafting and
Modeling
Laser Printer
30 Nos
2 Nos
As per enclosure
As per enclosure

S.NO 1
Licensed Software for Drafting and Modeling
Auto cad software as per the enclosed booklet
S.NO 2
LASER PRINTER
Device Technology
Printer: Colour Laser
Scan: CCD, Flatbed scanner with ADF
Functions
Colour Printing, Colour Scanning, Colour Copying
Display
2.4-inch (60 mm) Colour LCD display
Print Speed (A4)
Black: Up to 23 ppm (Duplex: 12 spm) Colour: Up to 23 ppm
(Duplex: 12 spm)
Copy Speed (A4)
Black: Up to 23 cpm (Duplex: 12 spm)
Colour: Up to 23 cpm (Duplex: 12 spm)
Scan Speed (A4)
Black: 30 / 32 sides per minute
Colour: 30 / 32 sides per minute
Time to First Page
Black: As fast as 11.5 seconds
Colour: As fast as 12.5 seconds
Time to First Copy
Black: As fast as 11.5 seconds
Colour: As fast as 12.5 seconds Print Resolution Black: 1200 x 1200 dpi, 4800 Colour Quality
(2400 x 600 dpi) Colour: 1200 x 1200 dpi, 4800 Colour Quality (2400 x 600 dpi)
Optical Scanning Resolution
Colour: 600 X 600 dpi
Black: 1200 X 600 dpi
Duty Cycle
Monthly: 60,000 pages per month
Recommended: 500 - 5000 pages
Paper Capacity
Input: 250+1 pages 20 lb or 75 gsm bond
Output: 150 pages 20 lb or 75 gsm bond ADF: 50-sheet
Duplex (2-sided) Printing
Integrated Duplex
Media Sizes
A4, A5, Executive, Folio, JIS-B5, Legal, Letter, Universal,

2
Sl. No.
1
COMPUTER PROGRAMMING LABORATORY
Name of the equipments / software
Hardware:
Unix clone server
Client or pc
Printer
Software
1.os-unix clone c-complier
Specification
As per enclosure
As per enclosure

SPECIFICATION FOR COMPUTER PROGRAMME LABORATORY
S.No 1
Hardwear
Unix clone server Client of pc
Single UNIX Specification Version 3 and as POSIX:2001 (formally: IEEE Std 1003.1-2001). It was released on January 30, 2002.
[4]
Printer
Hp printer
S.No 2 soft wear
· TURBO C
· JDK 1.5
· Microsoft Visual Studio 5 (includes Visual C++, Visual Basic and Visual FoxPro)
· Microsoft Visual Basic 2005 Express Edition
· Microsoft Visual CSharp 2005 Express Edition
· Microsoft Visual Web Developer 2005 Express Edition
· Microsoft SQL Server 2005
· ORACLE 8I
· Microsoft Office Word 2003 (word processing)
· Microsoft Office Access 2003, (database)
· Microsoft Office Excel 2003 (spread sheets)
· Microsoft Office Power Point 2003 (presentations)
· Microsoft Office Outlook 2003 (email client)
· Microsoft Office Publisher 2003 (word processing)
· Miscellaneous
· Adobe Acrobat 5.0
· Internet Explorer 6 (shockwave/flash enabled)
· Many other useful accessories like ws_ftp32, Winzip , Nuro

No.
software
ELECTRICAL LAB-I required
Specification
(a) Range Finder
(b) Digital Live-wire
Common requirements
Resister(all ranges):60 nos
Capacitors(all ranges):60 nos
Transformer:small(0-30):15[12-0-12]
Transistor(all range):60 nos
Bread board:60 nos
Tape:60 nos
Tester:30 nos
Wire cutter :30 nos
Wire coil : 5 nos
IC’s – timer,logic gates
Soldering guns:15 nos soldering lead:15 nos
Soldering Flex : 15 noss
Soldering Paste:15 nos

3 Small PCBs
4 Multi Meters
5 Study purpose items :
Telephone, FM Radio,
Low-Voltage Power
Supply
ELECTRONICS LAB
Sl.
No.
Name of the equipments / software
1 Soldering Guns
2
Assorted Electronic components for making circuits
Quantity required
10 Nos
50 Nos
10 Nos
10 Nos
2 Each
Specification
750w
Resister(all ranges):60 nos
Capacitors(all ranges):60 nos
Transformer:small(0-
30):15[12-0-12]
Transistor(all range):60 nos
Bread board:60 nos
Tape:60 nos
Tester:30 nos
Wire cutter :30 nos
Wire coil : 5 nos
IC’s – timer,logic gates
Soldering guns:15 nos soldering lead:15 nos
Soldering Flex : 15 noss
Soldering Paste:15 nos
As per enclosure
Approximate
Rate
10000
15000
10000
100kw
As per enclosure
15000
5000

SPECIFICATION FOR ELECTRONICS LAB
S.No1
Soldering gun
25 or 30 Watt iron should suffice for most small electronics work.
S.NO 2
Assorted electronic components
1.
Resistors 10 + (third band black)
(only a few but often large due to high power rating)
2.
Resistors 100 + (third band brown)
3.
Resistors 1k + (third band red)
4.
Resistors 10k + (third band orange)
5.
Resistors 100k + (third band yellow)
6.
Resistors 1M + (third band green), including 10M (third band blue)
7.
Capacitors low values, less than 1µF
8.
Capacitors electrolytic 1µF+
9.
Diodes
10.
Transistors
11.
ICs (chips)
12.
IC holders (DIL sockets)
13.
LEDs and 7-segment displays
14.
Lamps and lampholders
15.
Presets (small variable resistors)
16.
Variable Resistors (standard variable resistors)
17.
Sensors (LDRs, thermistors)
18.
Switches and relays
19.
Connectors (crocodile clips, plugs and sockets)
20.
Other components (battery clips etc.)

S.No 3 small pcb
·
3 rows of 4-pin holes breaking out the GPIO cable, 4 rows of double 4-pin hole rows
·
4 power rails with positive/negative markings
·
1.8" x 2.0" (46mm x 55mm), 0.063" thick FR4
·
1.2mm / 0.047" drill holes
S.No.4
Multi Meters
Feedback pulse width modulation method.
Sample Mode: Auto/Single/N reading.
Sampling Interval:3 ms to 60 min (7561and 7562), (1 ms min., 1sat 3s or more)
Maximum Reading: 1999999
Overrange Information: — oL— sign display.
Data Memory:1000 data, measured data can be stored and recalled:(STORE/RECALL).
Ranging:AUTO, MANUAL, (remote control and programmingpossible).
Operating Temperature Range:5 to 40 C (41 to 104 F).
Humidity Range:20 to 80% relative humidity.Warmup Time:
Approx. 60 minutes to rated accuracy.Power Requirements:
100 or 115, 200 or 230 V AC (must bespecified), 50 or 60 Hz.
Power Consumption:20 VA max. Dimensions (Approx.):213(W) × 88(H) ×
330(D) mm, (8-3/8 ×3-1/2 ×13").Weight (Approx.):3 kg (6.6 lbs
S.No 5
Telephone
Model no. 9333
FM RADIO
300 Ghz And 3 Khz In Frequency

S.No 6
Accessories

LANGUAGE LAB SOFTWARE
1) Teacher/Student Console Software Requirements
ü The language lab should support both hardware based and software based lab environment.
ü The system should be able to load on multi operating systems like windows XP, windows 7.
ü The software should work in wired LAN 100Mbps or 1000 Mbps
ü The software should support one teacher work station and a maximum of sixty student stations
ü The software should have a media activity which will enable a teacher to create/upload audio, video and texts (MSWORD, NOTEPAD, PDF and etc) based content and integrate customized study modules.
ü The teacher should be able to use one monitor dedicated as the control panel to manage the language lab activity.
ü The teacher should be able to send the instructor screen, audio, video and text based content to student consoles for teacher presentation.
ü The teacher and students should be able to interact (speaking/ listening) using headset with builtin microphone. The teacher should also be able to silently monitor/listen to the audio of the student in real time.
ü There should be facilities for the teacher to have one to one talk with the students, to address them as a group, to facilitate student pairing, small group formation etc. to facilitate different language learning activities.
ü The student/teacher should be able to interact through the headset and microphone without interfering with other student ’s audio –visual track.
ü The teacher should be able to broadcast media files of different format (including online content) from their console to the students ’ smoothly.
ü The teacher should be able to broadcast the text etc. on the whiteboard to student in real time with frame rate of 30 flips per second.
ü The teacher should be able to use digital recorder to divide the language video file into several parts for student to repeat, and record student practice.
ü The teacher should be able to create several topics and enable the students to choose the topic to join in the discussion.
ü The software should be able to record audio or video student activities for evaluation and feedback purposes.
2) Content Part Requirements
2.1 Language Enrichment: The content should focus on building all four language skills namely, LSRW.
The content should have activities, exercises and take home assignments and should be loaded with

audio-video samples. There should be a special module for preparation of computer-based competitive exams such TOEFL, IELTS etc.
2.1.1 Listening:
Learners should be given practice in listening to the sounds of the language. They should be able to recognize the phonemic sounds, distinguish between them and understand the use of correct stress and intonation in oral communication. The exercises should measure learner's understanding of audio material and provide feedback. It should especially focus on:
Ø Listening for general content
Ø Listening to fill up information
Ø Intensive listening
Ø Listening for specific information
2.1.2 Speaking:
Learners should be able to express themselves fluently and coherently in social and professional contexts. They should be able to speak English in a globally-accepted, neutral accent with minimized regional influences in speech patterns. The exercises should enable the learners to identify and correct common grammatical errors. It should have resources on:
Ø Understanding and correcting paralinguistic (voice quality, volume, pace, voice modulation, articulation, pronunciation, etc. ) attributes
Ø Oral practice
Ø Describing objects/situations/people
Ø Individual/Group activities
Ø Group discussion, role play, public speaking, etc.
2.1.3 Reading:
The learner should be able to cultivate the habit of reading passages from the computer monitor, thus providing them with the required facility to face computer-based competitive exams such GRE, TOEFL,
GMAT etc. They should be examined in reading and answering questions using 'unseen' passages which may be taken from the non-detailed text or other authentic texts, such as magazines/newspaper articles.
The exercises should enable the learners to comprehend meaning and correct common grammatical errors. It should provide practice on:
Ø Skimming the text
Ø Reading and understanding of textual materials
Ø Understanding the gist of an argument
Ø Identifying the topic sentence
Ø Inferring lexical (Use of Dictionary/Glossary/ Listing Jargons) and contextual meaning
Ø Recognizing unity, coherence and emphasis of sentences and paragraphs
2.1.4 Writing:
The learners should be able to communicate their message with clarity and ease to a distant audience.
The exercises should enable the learners to practice their writing skill in a way that promotes noticing of correct grammatical and vocabulary structures and reflect on why those are used. It should focus on:
Ø Basic skills of simple and short composition
Ø Writing sentences
Ø Techniques of creative and critical writing
Ø Use of appropriate vocabulary
Ø Paragraph, essay and précis writing

Ø Coherence and cohesiveness
Ø Narration / description
Ø Note Making
Ø Formal and informal letter writing
Ø Editing a passage
2.2
Soft Skills: The content should cover various topics and situations, to one ’s personality by kindling one ’s potential and enhancing it manifold in a self-educative and easy to absorb approach. The content should also include audio-video samples for better learning of different concepts.
Ø Understanding job opportunities
Ø Researching about the company
Ø Basics of Communication
Ø Effective listening
Ø Professional Etiquette
Ø Appearance
Ø Telephone Etiquette
Ø Preparing for an interview
Ø Improving your technical knowledge
Ø Answering technical questions
Ø Answering HR questions
Ø Handling stressful situations
Ø After the interview
Ø Group Discussions (basic and advance)
Ø Creating a presentation
Ø Public speaking
Ø Resume writing
Ø Cover letter
Ø Body Language
Ø Time Management
Ø Stress Management
Ø System Requirements for the Language Lab
Ø 20 to 90 Desktops with following Configuration
Ø Minimum system Requirement
Ø Dual core processor
Ø 1 GB Ram
Ø 250 GB HDD
Ø Intel or equivalent Motherboard with Full Duplex Sound card
Ø
Ø Windows XP(32bit) or Windows 7 (32bit) Operating System
Ø With Properly configured Audio , Video and LAN Driver installed.
Ø Connected using Wired LAN Network
Ø Head Phones with Mic and a Speaker

LIBRARY MANAGEMENT SOFTWARE REQUIREMENTS
S.NO
1
SOFTWARE NAME
Auto Lib Software Systems
SPECIFICATIONS
Integrated Library Management
Software – Web based with the following modules/features:
1. Cataloguing
2. Search(OPAC) - Basic Search and Quick Search
3. Advanced Search - Query
Builder
4. Transaction - Check-out and
Check-in for all types of resources
5. Book Bank
6. Report Management
9. E-Resources Linking
10. Newspaper Clippings
11. Question Bank
12. Online Stock Verification
13. Book Processing
14. Serial Control
15. Article Indexing and Indexing
16. E-Gate Entry Register
17. Transaction – Users account for all Library transaction – receipt and payment
18. Bulk Counter
19. Catalouging Digital Resources
20. Budget Allocation
21. Binding Management for
Library Resources

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Sl. No.
PHYSICS LABORATORY-II
Name of the equipments / software
Traveling microscope, meter scale, Knife edge, weights
Band gap experimental set up
Burette, capillary tube, rubber tube, stop clock, beaker and weighing balance
Spectrometer, prism, sodium vapour lamp
Air-wedge experimental set up
Torsion pendulum set up
Technical
Specification
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
Quantity required
5
5
5
5
5
5

SPECIFICATIONS FOR PHYSICS LABORATORY-II
S.NO 1
TRAVELLING MICROSCOPE
Travelling Microscope has calibrated movement in Horizontal and Vertical direction. Travelling Microscope has cast-iron heavy base has three leveling and has 220mm horizontal scale. Travelling Microscope Horizontal 220mm scale graduated in 1/2mm division with every cm numbered.Travelling Microscope
Vertical 150mm scale graduated in 1/2mm division with every cm numbered.Travelling Microscope Veriners reading to 0.01mm OR
0.001cmTravelling Microscope has rack & pinion fine focusing knob and can be set vertically or horizontally and fitted 75mm FL Ach. Objective and 10x eyepiece with cross hair.
Standard Accessories
Reading magnifier, Dust cover, instruction manual, plywood box
S.NO 2
BAND GAP EXPERIMENTAL SET UP
Equipment
Hall effect module, 11801.00 1
Hall effect, undot.-Ge, carrier board 11807.01 1
Power supply
Tripod base -
Support rod -
0-12 V DC/6 V, 12 V AC 13505.93 1
PASS- 02002.55 1
PASS-, square, l= 250 mm 02025.55
1
Right angle clamp -
Digital multimeter
PASS- 02040.55 1
07134.00 1
Connecting cord, l = 500 mm, black 07361.05 2
Connecting cord,
Connecting cord,
l= 100 mm, red 07359.01 1
l= 100 mm, blue 07359.04 1

S.NO 3
VISCOSITY OF LIQUID USING POISULUS METHOD
BURETTE
Length
Graduated, cm
Time of Out- flow Not
Less Than, s
Length
Graduated, cm
Time of Out- flow Not Less
Than, s
15 30 45 80
20
CAPILLARY TUBE
35 50
1.3 to 1.6 mm; wall thickness, 0.2 mm; length, 100 mm (ends open)
RUBBER TUBE
90
Size: 3mm I.D. to 50mm O.D. (wall thickness as requirement
STOP CLOCK
Handsome stopwatch with large display provides timing to 1/100th of asecond over a range of9 hours 59 minutes and59.99 seconds.• Accurate to ±5 s /day.
• Built-in memory recalls up to ten laps.
• Clock function (12 or 24 hour) features a programmable alarm with an hourly chime plus built-in calendar displays day, month and date.
• Countdown timer function features input ranges from one minute to 9 hours,59 minutes.
• Dimensions/Weight:2.5 ×3.2 ×.8 in(63 ×81 ×20 mm);2.8 oz.• Water resistant housing is complete with lithiumbattery.s0.0017 day 2880 1day
BEAKER
Capacity: 50 mL Height: 58 mm / 2.28 Inch Diameter: 50 mm / 1.97 Inch
Graduations From Bottom: 10-50 mL x 10 mL Graduations From Top: 0-40 mL x 10 mLWEIGHING BALANCES

Capacity :
200 gm
Readability :
0.01 gm
Pan Size (mm) :
125MM
S.NO 4.
SPECTROMETER
Wavelength range
Spectral bandwidth
Wavelength display
Wavelength setting
190 to 1100nm
1nm (190 to 1100nm)
0.1-nm increments
SPECTROMETER
0.1-nm increments (1-nm increments when setting scanning range )
Wavelength accuracy
±0.1nm at 656.1nm D2
±0.3nm (190 to 1100nm)
Wavelength repeatability
±0.1nm
Stray light
Photometric system
Photometric range less than 0.02% NaI at 220nm, NaNO2 at 340nm less than 1.0% KC ｌ at 198nm
Double Beam
Absorbance: -4 to 4 Abs
Transmittance: 0% to 400%
±0.002 Abs (0.5Abs)
Photometric accuarcy
±0.004 Abs (1.0Abs)
±0.006 Abs (2.0Abs) less than ±0.001 Abs (0.5Abs)
Photometric repeatability
Baseline stability less than ±0.001 Abs (1Abs) less than ±0.003 Abs (2.0Abs) less than 0.0003 Abs/H at 700nm
(one hour after light source turned ON)

Baseline flatness within ±0.0006 Abs
(190 to 1100nm,one hour after light source turned ON)
Within 0.00005 Abs RMS value (at 700nm) Noise level
Dimensions (W×D×H) 450(W) x 490(D) x 270(H)
Weight
Printers
15kg
DPU, ESC/P, PCL printers, USB I/F Windows-compliant printers are available with USB memory and PC software
USB memory (option) Saved as text and UVPC file Memory
PRISM
Prism, glass, 60/60/60º, 50 x 50 mm sides, Prism, glass, 90/60/30º, 40 x 40 mm sides, Prism, glass, 90/45/45º, 50 x 50 mm sides
SODIUM VAPOUR LAMP
45 Watt, 220 Volts
READING LENS
Reading lens with torch Dia Appr. 3 inch
S.NO 5
AIR WEDGE EXPERIMENTAL SETUP
GLASS( SLIDES) 2 X 1 INCHES
S.NO 6.
TORSION PENDULUM SET UP table clamp, long rod, right angle clamp and short rod to support the spring with the small end up
50 G Mass TO 200 GM Mass
Consists of an aluminum disc
25 cm diameter

PHYSICS LABORATORY-I
Sl.
No.
Name of the equipments / software
1
Diode laser (2 mW power) or He-Ne laser
(2 mW)( Lycopodium powder, Optical fibre Kit and glass plate
2
Ultrasonic interferometer
3 Spectrometer, Mercury lamp, grating
4.
Lees disc Experimental set up
5
Travelling microscope, meter scale, knife edge, weights
6.
Carey foster’s bridge set up
Technical
Specification
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
As per enclosure
Quantity required
5
2
5
5
5
5
\

SPECIFICATIONS FOR BASIC PHYSICS LAB EQUIPMENTS
S.No 1
Laboratory Laser Diode Modules (2mw power )
·
·
Visible and Near IR Models
Focusable from 20mm to Infinity
S.No 2
ULTRASONIC INTERFEROMETER
HIGH FREQUENCY GENERATOR Single and Multi-frequency
MEASURING CELL Max. displacement of the reflector : 20 mm
Required Quantity of liquid: 10 c.c.
Least Count of micrometer: 0.01mm/0.001 mm
SHIELDED CABLE Impedance : 50 O

S.No 3
SPECTROMETER
Wavelength range
Spectral bandwidth
Wavelength display
Wavelength setting
Wavelength accuracy
SPECTROMETER
190 to 1100nm
1nm (190 to 1100nm)
0.1-nm increments
0.1-nm increments (1-nm increments when setting scanning range )
±0.1nm at 656.1nm D2
±0.3nm (190 to 1100nm)
Wavelength repeatability ±0.1nm
Stray light
Photometric system
Photometric range
Photometric accuarcy
Photometric repeatability
Baseline stability
Baseline flatness
Noise level
Dimensions (W×D×H)
Weight less than 0.02% NaI at 220nm, NaNO2 at 340nm less than 1.0% KC ｌ at 198nm
Double Beam
Absorbance: -4 to 4 Abs
Transmittance: 0% to 400%
±0.002 Abs (0.5Abs)
±0.004 Abs (1.0Abs)
±0.006 Abs (2.0Abs) less than ±0.001 Abs (0.5Abs) less than ±0.001 Abs (1Abs) less than ±0.003 Abs (2.0Abs) less than 0.0003 Abs/H at 700nm
(one hour after light source turned ON) within ±0.0006 Abs
(190 to 1100nm,one hour after light source turned ON)
Within 0.00005 Abs RMS value (at 700nm)
450(W) x 490(D) x 270(H)
15kg

Mercury lamp and grating
Output Low-pressure gas discharge lines of Mercury and Argon
Dimensions (in mm): 125.7 x 70 x 25.8
Power consumption: 250 mA at 12 VDC
Power requirements: 12 VDC wall transformer (included) or 9 VDC battery
(optional)
Bulb life: Approx. 3500 hours (at 20 mA)
Internal voltage: 600 volts at 30 kHz
Aperture: 3 mm
Amplitude stabilization: 1 minute
Connector: SMA 905
S.No 4
LEES DISC APPARATUS
Lees Disc Apparatus
(Code - SKU-IELAB019053)
: Lees Disc Apparatus For poor conductors, 3 cylindrical blocks of aluminium 50 mm diameter 12.5 mm thick, with radial holes for thermometers, are clamped in a wooden frame by a screw, with 2.5 W, 6 V heating element and a set of 3 bad conductor discs
S.NO 5
TRAVELLING MICROSCOPE Standard Specifications
Travelling Microscope has calibrated movement in Horizontal and Vertical direction.
Travelling Microscope has cast-iron heavy base has three leveling and has 220mm horizontal scale. Travelling Microscope Horizontal 220mm scale graduated in
1/2mm division with every cm numbered. Travelling Microscope Vertical 150mm scale graduated in 1/2mm division with every cm numbered. Travelling
Microscope Veriners reading to 0.01mm OR 0.001cm Travelling Microscope has rack & pinion fine focusing knob and can be set vertically or horizontally and fitted 75mm FL Ach. Objective and 10x eyepiece with cross hair. Standard
Accessories
Reading magnifier, Dust cover, instruction manual, plywood box

S.No 6
CAREY FOSTER\'S BRIDGE SETUP
Description & Specification:
Carey Foster\'s Bridge Setup - Precise Bridge arrangement.
Galvanometer, resistances and DC power supply are provided on a single board.
Carey Foster's Bridge Setup Trainer - Precise Bridge arrangement. Galvanometer, resistances and DC power supply are provided on a single board Low temperature coefficient Constantan wire
DC power supply in place of a cell or battery
Learning material CD.