WBTET/DTET/NIT-1/SNB/2025

Architecture Department

Laser Distance Meter

Software

Colour Plotter(A0)

Colour Printer, Laser Jet (A3)

Laptop

Civil Engineering Department :

Geometry Box Wooden for Teacher for Black board with Brass Fitting

3D Solid Geometry Shape Set of 16 pieces Size 7.5x5x5 cm with wooden slide box

Universal Testing Machine Computerised, Capacity, 1000 kN, 6 pillar type with Hydraulic Jaws with NABL Calibration

Standard Sand conforming to IS :650-1991

Standard Sand conforming to IS :650-1991

Standard Sand conforming to IS :650-1991

Vernier Calliper

Le-Chatelier Flask

Compacting Factor Apparatus

Machine Operated Flexure Testing Machine (Concrete)

Rebound Hammer Apparatus (Schmidt hammer)

Ultrasonic Pulse Velocity Apparatus

Concrete Beam Mould

Scoop for concrete

Scoop for chemical

Trowel Set of different Size

Aggregate Crushing Value Apparatus (150mm)IS : 9376-1979

Length Comparator With Digital dial guage

Standard Penetrometer for Bitumen

Pensky Martens Flash Point (Closed) Tester (Electrically Operated) with Energy Regulator

Flakiness Index Gauge

Elongation Index Gauge

Plain Table Survey Set with Stand along with all accessories

Plain Brass Alidade

Plumb Bob

Wooden Mallet

Wooden Pegs

Density Bottle

Mixing Bowl of Porcelain Material

Gypsum mixing Spatula

Induction Oven

Infrared Moisture Balance for Laboratory

Dessicator

Soil Core Cutter set along with Rammer

Steel Sampler

Aluminium Trays

Spade(tata make)with handle

Pick axe (tata make) with handle

Shovel (Tata make) with handle

Crucibles (porcelain)-15ml capacity

Crucibles (porcelain)-30ml capacity

Crucibles (porcelain)-50ml capacity

Crucibles (porcelain)-100ml capacity

Palette knife set

Straight edge 3m SS

Filter Paper

Fire Extinguishers

Set of Safety Banner

Screw -driver Set

Hammer Set of different size

Piler Set

Apron

Lab Goggles

Rubber Gloves

Electrical Engineering Department :

Experiment set up to measure solar radiation using Pyranometer on tilted surface at different angles of inclination and plot radiation vs. Time characteristics for certain duration.(For Renewable Energy Power Plants Laboratory refers to practical no. 1 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II(4th semester)Revised 2022)

Perform experiment to plot I-V characteristics of photovoltaic cell module and find out the solar cell parameters (O.C,voltage,short circuit current-power point, fill factor, Efficiency).(For Renewable Energy Power Plants Laboratory refers to practical no.2 mentioned in syllabus) of Diploma in Electrical Engineering (EE) Part- II (4th Semester)Revised 2022

Study different parts of a solar flat plate collector /solar concentrating collector (For Renewable Energy Power Plants Laboratory refers to practical no. 3 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II (4th Semester)Revised 2022)

Perform experiment to measure thermal performace of a solar water heating system.(For Renewable Energy Power Plants Laboratory refers to practical no.4 mentioned in syllabus of Diploma in Electrical Engineering (EE) Part-II (4th Semester)Revised 2022)

Perform experiment to measure thermal performace of a solar cooker with Varying reflector.(For Renewable Energy Power Plants Laboratory refers to practical no.5 mentioned in syllabus of Diploma in Electrical Engineering (EE) Part-II (4th Semester)Revised 2022)

Identify & study different components of solar street lighting system for AC supply. (For Renewable Energy Power plants Laboratory refers to practical no.6 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II (4th semester)Revised 2022)

Set up the solar PV plant to produce electricity (For Renewable Energy Power plants Laboratory refers to practical no.9 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II (4th semester)Revised 2022)

Test the proper functioning of power electronic switches-SCS(Silicon Controlled Switch or tetrode)IGBT,TRIAC.(for Electronics Converters and Applications Laboratory refers to practical no.1 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II (4th semester)Revised 2022)

Test the proper functioning of DIAC to determine the break voltage.(for Power Electronics Converters and Applications Laboratory refers to practical no.2 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II(4th Semester)Revised 2022)

Determine the latching current and holding current using V-I characterictics fo SCR. ( For Power Electronics Converters and Applications Laboratory refers to practical no.3 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II(4th Semester) Revised 2022)

Test the variation of R,C in R and RC triggering circuits on firing angle of SCR. (For Power Electronics Converters an Applications Laboratory refers to practical no.4 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II(4th Semester)Revised 2022)

Test the effect of variation of R,C in UJT triggering technique.(For Power Converters and Application Laboratory refers to practical no.5 mentioned in syllabus of Diploma in Electrical Engineering (EE) Part-II (4th semester)Revised 2022)

Perform the operation of Class- A,B,C turn off circuits.(For Power Electronics Converters and Applications Laboratory refers to practical no.6 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II (4th semester) Revised 2022

Test the performance of given UPS.( For Power Electronics Converters and Applications Laboratory refers to practical no.14 mentioned in syllabus of Diploma in Electrical Engineering (EE) Part-II (4th Semester) Revised 2022

Study on SMPS. (For Power Electronics Converters and Applications Laboratory refers to practical no. 15 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II (4th Semester)Revised 2022)

Determine the firing angle using DIAC and TRIAC phase controlled circuit on output power under different loads such as lamp, motor or leater( For Power Electronics Converters and Applications Laboratory refers to practical no.10 mentioned in syllabus of Diploma in Electrical Engineering (EE)Part-II(4th Semester) Revised 2022

Control the speed of DC Motor using field current & Armature control method.(For Industrial Drives Laboratory refers to practical no.1 &2 mentioned in syllabus of Diploma in Electrical Engineering (EE) Part-II (5th semester) Revised 2022)

Effect on speed of given D.C. Series motor by varying armature voltage using step down chopper.(For Industrial Drives Laboratory refers to pratical no.5 mentioned in syllabus of Diploma in Electrical(EE) part-II( 5th Semester) Revised 2022

Control the speed of three phase squirrel cage induction motor using stator voltage controll(For Industrial Drives Laboratory refers to practical no.4 mentioned in syllabus of Diploma in Electrical Engineering (EE) Part-II (5th semester) Revised 2022)

Measure the output voltage of chopper for resistive load by varying the frequency and /or duty cycle chopper.(For Industrial Drives Laboratory refers to pratical no.3 mentioned in syllabus of Diploma in Electrical(EE) part-II( 5th Semester) Revised 2022

DC power supply (input 415V AC, 3 phase, output 45 to 300V, 3-100 A)

Experimental kit for OCC test of DC generator

Digital Optical Tachometer

Experimental kit to measure the open circuit voltage ratio and speed control by insertion of resistance in rotor for induction motor (slip ring)

3 Phase Variac (2 KVA)

Rheostat (0.5hp, 25A)

Three Phase Rheostat

Experimental kit for vector grouping of 3 phase transformer

Brake test on DC series motor

Experimental kit for no-load ond blocked rotor test on three phase squirrel cage induction motor

Experimental kit for controlling the speed and reverse the direction stepper motor

Dismantling and reassembling of universal motor for mixer

Experimental kit to conduct the direct load test to determine the efficiency and speed regulation for different loads on 1 phase induction motor

Experimental kit for controlling the speed and reverse the direction AC servo motor

Experimental kit for controlling the speed and reverse the direction DC servo motor

Use voltmeter, ammeter, wattmeter to determine active, reactive and apparent power consumed in given R-L-C series circuit, draw phasor diagram. (A experimental set with variable L, variable C with 4 digital voltmeter and 4 digital ammeter (220 V supply)

Use voltmeter, ammeter, wattmeter, p.f meter to determine line and phase quantities of voltage and current for balanced & unbalanced three phase star and delta connected load and calculate active, reactive and apparent power, draw phasor diagram

Use voltmeter, ammeter to determine current through the given branch of an electric network by applying mesh analysis & applying node analysis

Use voltmeter, ammeter to determine current through the given branch and voltage across the given element of circuit by applying superposition theorem & applying thevenin's theorem & norton's theorem (aslo maximum power transfer theorem can verigy)

CT and PT

Rod gap, horn gap, zinc oxide lighting arrestor (1 each)

Demonstrate the improvement of power factor using static condenser

8051 microcontroller trainer kit

Experimental kit for measurement of active power of three-phase balanced load using two watt-meter method

Wheatstone bridge for measurement of medium resistance

Analog ammeter and analog voltmeter

D.C. network analyzer

Zener diode characteristics apparatus

Electrical insulation rubber mat

Experimental kit for reduction in power consumption in star mode operation of induction motor compared to delta mode at different load conditions

Identity & study the specified components of a 1 KW small wind turbine (SWT) system. (for renewable energy power plants laboratory refers to practical no. 7 mention in syllabus of diploma in electrical enginnering [EE] part-II (4th semester) revised 2022

Measure unknown inductance using anderson bridge

Training kit for sodium vapour lamp

Training kit for mercury vapour lamp

Insulation tape

1.5 sqmm copper wire coil

0.75 sqmm wire coil

1 sqmm wire coil

2.25 sqmm wire coil

3 pin socket

3 pin top (16A)

3 pin top (6A)

Glass fuse

Silicon diode

Transistor

Thyristor

L7824 IC (three terminal positive regulators)

L7905 IC (three terminal negative regulators)

L7908 IC (three terminal postive regulators)

L7912 IC(three terminal positive regulators)

L7915 IC (three terminal positive regulators)

Inverter

Microwave Oven

L7805 IC (three terminal positive regulators)

L7806 IC (three terminal positive regulators)

L7808 IC (three terminal positive regulators)

L7809 IC (three terminal positive regulators)

L7812 IC (three terminal positive regulators)

L7815 IC (three terminal positive regulators)

OP-AMP IC

555 Timer IC

Potentiometer (Type-I)

Potentiometer (Type-II)

Potentiometer (Type-III)

Screw

PCB hand drill+5 bit rotary bit set

PCB design single side copper plate

Socket (copper)

Science & Humanities Department :

Analytical Balance

Digital PH Meter

Digital Conductivity Meter

Digital Colorimeter

Digital DO-Meter

Complete set for thin layer chromatography

Arsenic set (for laboratory)

Digital Thermometer or Normal Thermometer

Water Bath

Redwood Viscometer

Ables Flash Point apparatus

Distillation Plant

Daniel-Cell for EMF measurement

ATMA RAM SHARMA & SONS (BID ID -6176238)

SUSHAMA ELECTRONICS (BID ID -6173696)

Lawrence and Mayo (India) Pvt. Ltd.

ATMA RAM SHARMA & SONS