Notice Inviting E-Tender For Supply, Complete Installation & Commissioning Of Devices, Equipments, Instrument, Machineries, Tools Etc. For Electrical Engineering, Mechanical Engineering And Science & Humanities Laboratories And Workshops At Bundwan Polyte, Bundwan-West Bengal

TDR : 41062054

Tender Notice
BOQ

Expired

Bundwan , West Bengal

Tender Brief : Notice Inviting E-Tender For Supply, Complete Installation & Commissioning Of Devices, Equipments, Instrument, Machineries, Tools Etc. For Electrical Engineering, Mechanical Engineering And Science & Humanities Laboratories And Workshops At Bundwan Polyte

Document Fees
Refer document

EMD
₹ 50000.0 /-

Tender Value
₹ 1.08 Crore /-

Submission Date
18-01-2024

Competition Type
Indian

Bidding Type
Tender

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1	Kit for Measurement of 3 Phase Reactive Power with single watt meter
2	Kit for two watt-meters for measuring active power of three-phase balanced load.
3	Kit for Wheatstone bridge for measurement of medium resistance.
4	Earth Tester
5	Kit for Measurement ofunknown capacitance using Schering bridge.
6	Kit for Measurement of unknown inductance using Anderson bridge
7	Tri-vector meter for measuring kW, kVAr and kVA of a power line.
8	Digital Storage Oscilloscope( DSO) With probe
9	Solar Cell Characteristics Apparatus
10	Cut section model of water turbine
11	Kit for Measuring Solar Radiation using Pyranometer & Plotting of radiation Vs Time Characteristics
12	Panel for Measurement of Voltage, Current,Power & Power Factor in Single Phase Circuit
13	Digital LCR Q Meter, For Laboratory
14	Digital P N Junction Semi Conductor Diode Characteristics Apparatus
15	Analog Op - Amp As Differentiator & Integrator Trainer, For Laboratory, Model
16	Kit for Analog Basic Logic Gates Using TTL IC, For Laboratory
17	Hand driven analog Insulation Tester should have warranty of 1 year
18	Zener Diode Characteristics Curve Plot
19	Observation the output voltage using Ics
20	Realization of Half Adder, Half Subtractor.
21	Realization of Full Adder Full Subtracton
22	Verification of the function of SR, D, JK and T Flip-flops.
23	Binary Asynchronous or Synchronous counter.
24	Full-wave rectifier circuit with filters and without filters.
25	Operation of a stepper motor Using 8051
26	Traffic light Control using 8051
27	Measurement of ac voltage, current, frequency and phase angle
28	MCCB, ELCB, RCCB
29	KIT for percentage Differential Protection of Transformer Using Transformer Differential Relay
30	static distance protection relay using Relay Testing Kit.
31	KIT for operation of single phase preventer by creating single phasing fault
32	Test the proper functioning of power electronic switches – SCR, IGBT, SCS and TRIAC
33	Test the proper functioning of DIAC to determine the break over voltage.
34	Kit to determine the latching current and holding current using V-I characteristics of SCR
35	Kit to test the variation of R in R triggering circuit,variation of C in RC triggering circuit, variation of R, C in UJT triggering circuits on firing angle of SCR.
36	Determine the firing angle using DIAC and TRIAC phase-controlled circuit on output power under different loads such as lamp, motor or heater.
37	Perform speed control of DC separately excited motor using SCR.
38	Dynamic braking of three phase squirrel cage induction motor using contactor control.
39	Set up to control the speed of three phase squirrel cage induction motor using stator voltage control method.
40	Set up to study the effect on speed of given D.C. series motor by varying armature voltage using step down chopper.
41	Demostrate high power SCR and Heat sink
42	Set up to Make & test the control and power circuit for forward and reverse rotation of sq. cage induction motor using contactor circuit.
43	Set up to Make & test the control and power circuit for automatic star-delta starter operation of sq. cage induction motor using contactor control.
44	Study samples of Overhead Conductors, Underground Cables and Line supports
45	Demonstrate various system faults by D.C. network analyzer.
46	Demonstrate the improvement of p.f. using static condenser
47	Kit for compare power consumption of different types of TL with electromagnetic ballast, electronic ballast and LED lamps by direct measurements and estimate energy saving.
48	Experiment to determine the reduction in power consumption in star mode operation of Induction motor compared to delta mode at different load conditions.
49	Experiment to estimate energy saving by improving power factor using estimate energy saving by improving power factor using PFC/APFC for an electrical load.
50	Determination of reduction in power consumption by replacement of Fans and regulators.
51	Control circuit of twin fluorescent lamp
52	Control circuit of LED lamp.
53	Light dimmer arrangement using the relevant dimmer type of transformer
54	Illumination output of different lamps (Incandescent, fluorescent, CFL, LED, HPSV, MH) and calculate their luminous efficacy.
55	Voltmeter, ammeter, wattmeter to determine active, reactive and apparent powerconsumed in givenR-L, R-C and R-L-C series circuit. Draw phasor diagram.
56	Variable frequency supply to create resonance in given series and parallel R-L-C circuit or by using variable inductor or variable capacitor
57	Voltmeter, ammeter, wattmeter to determine current, p.f. , active, reactive and apparent power in R-L / R-C parallel A.C. circuit
58	Voltmeter, ammeter, wattmeter, p.f meter to determine line and phase quantities of voltage and current for balanced three phase star and delta connected load and calculate active, reactive, and apparent power. Draw phasor diagram.
59	Starting and reversing of DC motor.
60	Control the speed of DC shunt motor above & below rated speed & draw the speed characteristics.
61	Determine equivalent circuit parameters of single-phase transformer by performing O.C. test and S.C. test.
62	Determine the regulation & efficiency of single-phase transformer by direct loading method.
63	Compute the efficiency of a single-phase transformer by Back-to-Back test.
64	Perform parallel operation of two single phase transformers to determine the sharing of load current, apparent and real power
65	Perform the direct load test on the three phase squirrel cage induction motor and plot the i) efficiency versus output, ii) power factor versus output, iii) power factor versus motor current and iv) torque – slip/speed characteristics efficiency versus output, v) power factor versus output, vi) power factor versus motor current and vii ) torque – slip/speed characteristics
66	Conduct the No-load and Blocked-rotor tests on given 3-phase squirrel cage induction motor and determine the equivalent circuit parameters
67	Perform the direct loading test on the given three phase alternator and determine the regulation and efficiency
68	Determine the regulation and efficiency of the given three phase alternator from OC and SC tests (Synchronous impedance method)
69	Control the speed and reverse the direction of the AC servo motor.
70	Control the speed and reverse the direction of the DC servo motor
71	Measure impedance voltage and load losses of three-phase transformer.
72	Determine efficiency of D.C. machine by Hopkinson’stest
73	Determine breakdown strength of transformer oil
74	Conduct the direct load test to determine the efficiency and speed regulation for different loads on the givensingle phase induction motor; plot the efficiency and speed regulation curves with respect to the output power.
75	Measure No load power, losses, current of a single phase transformer upto 110% of rated voltage
76	Pedestal Fan (High Speed)
77	CNC Turning Centre T-100
78	CNC Machining Centre Vertical Milling
79	Coefficient of friction tester for variable angle with weight
80	Slip Gauge Set M 88 Block
81	Sine Bar Set
82	Analog Vernier Caliper (Mitutoyo)
83	Universal Testing Machine(Computerized, 600KN)
84	Rockwell & Brinell Combined Hardness Testing Machine
85	Charpy & IzodImpact TestingMachine(Mechanical type),
86	Magnetic Particle Testing Equipment(MPI)
87	Dye Penetration Testing Kit set
88	Pneumatic Circuit Trainer Kit
89	Actual cut section model of oil pump (Internal Gear)
90	Actual cut section model of oil pump (External Gear type)
91	Actual cut section model of Vaccum pump (Vane type)
92	Pressure relief valve
93	Non return valve
94	Actual Cut section model of Two stoke IC engine(C.I)
95	Cut Section Model of Shell & Tube type, Plate type heat exchanger
96	Cut Section Model of Rotary Air Compressor
97	Thermal Conductivity apparatus
98	Bourden Tube Pressure gauge
99	Cut section model of Cochran boiler for demostration
100	Cut section model of Babcok & Wilcoxboiler for demostration
101	Electric bench Grinding Machine
102	End Milling Cutter 10mm
103	Face milling Cutter with Tool holder
104	Side milling Cutter
105	T Slot Milling Cutter
106	Drill Vice
107	Counter Sinking Drill bit
108	Double fluted twist drill bit
109	Argon Gas Cylinder with Regulator for TIG Welding
110	Pedestal Fan (High Speed)
111	Ohm\"s law Apparatus
112	P.O. Box
113	Kirchhoff\"s Law Apparatus
114	PN Junction Diode Characteristics Apparatus
115	Conversion of Galvanometer into a Voltmeter & Ammeter Apparatus
116	Screw Gauge
117	Vernier Callipers
118	Friction Board Apparatus
119	Spring Constant Apparatus
120	Apparatus to determine and verify the time period of oscillation of a cantilever
121	Moment of Inertia of Flywheel Apparatus
122	Resistance Box
123	Apparatus to verify inverse square law of radiations using a photo-electric cell
124	Apparatus to study the dependence of capacitance of a parallel plate capacitor on various factors and determinethe permittivity of air at a place
125	Apparatus to determine the soefficient of linear expansion of a rod ( Pullinger\"s Apparatus)
126	Castor Oil (in Liters)
127	KMnO4
128	K2Cr2O7
129	KOH
130	C2H5OH
131	Litmus Paper Red & Blue
132	Conductivity Meter with Electrode
133	Red-Wood Viscometer
134	Daniel Cell
135	Abel\"s Apparatus for flash & fire point of oils determination
136	pH Meter
137	Carrom Board
138	Table Tennis Board
139	Badminton Net
140	Cricket Bat
141	Badminton Racket
142	Badminton Shuttle
143	Tennis Ball
144	Volley Ball
145	Volley Ball Net
146	Football
147	Wicket
148	Yoga Mat
149	Chess Board

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Notice Inviting E-Tender For Supply, Complete Installation & Commissioning Of Devices, Equipments, Instrument, Machineries, Tools Etc. For Electrical Engineering, Mechanical Engineering And Science & Humanities Laboratories And Workshops At Bundwan Polyte, Bundwan-West Bengal

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Sl. No.	Item Description
1	Kit for Measurement of 3 Phase Reactive Power with single watt meter
2	Kit for two watt-meters for measuring active power of three-phase balanced load.
3	Kit for Wheatstone bridge for measurement of medium resistance.
4	Earth Tester
5	Kit for Measurement ofunknown capacitance using Schering bridge.
6	Kit for Measurement of unknown inductance using Anderson bridge
7	Tri-vector meter for measuring kW, kVAr and kVA of a power line.
8	Digital Storage Oscilloscope( DSO) With probe
9	Solar Cell Characteristics Apparatus
10	Cut section model of water turbine
11	Kit for Measuring Solar Radiation using Pyranometer & Plotting of radiation Vs Time Characteristics
12	Panel for Measurement of Voltage, Current,Power & Power Factor in Single Phase Circuit
13	Digital LCR Q Meter, For Laboratory
14	Digital P N Junction Semi Conductor Diode Characteristics Apparatus
15	Analog Op - Amp As Differentiator & Integrator Trainer, For Laboratory, Model
16	Kit for Analog Basic Logic Gates Using TTL IC, For Laboratory
17	Hand driven analog Insulation Tester should have warranty of 1 year
18	Zener Diode Characteristics Curve Plot
19	Observation the output voltage using Ics
20	Realization of Half Adder, Half Subtractor.
21	Realization of Full Adder Full Subtracton
22	Verification of the function of SR, D, JK and T Flip-flops.
23	Binary Asynchronous or Synchronous counter.
24	Full-wave rectifier circuit with filters and without filters.
25	Operation of a stepper motor Using 8051
26	Traffic light Control using 8051
27	Measurement of ac voltage, current, frequency and phase angle
28	MCCB, ELCB, RCCB
29	KIT for percentage Differential Protection of Transformer Using Transformer Differential Relay
30	static distance protection relay using Relay Testing Kit.
31	KIT for operation of single phase preventer by creating single phasing fault
32	Test the proper functioning of power electronic switches – SCR, IGBT, SCS and TRIAC
33	Test the proper functioning of DIAC to determine the break over voltage.
34	Kit to determine the latching current and holding current using V-I characteristics of SCR
35	Kit to test the variation of R in R triggering circuit,variation of C in RC triggering circuit, variation of R, C in UJT triggering circuits on firing angle of SCR.
36	Determine the firing angle using DIAC and TRIAC phase-controlled circuit on output power under different loads such as lamp, motor or heater.
37	Perform speed control of DC separately excited motor using SCR.
38	Dynamic braking of three phase squirrel cage induction motor using contactor control.
39	Set up to control the speed of three phase squirrel cage induction motor using stator voltage control method.
40	Set up to study the effect on speed of given D.C. series motor by varying armature voltage using step down chopper.
41	Demostrate high power SCR and Heat sink
42	Set up to Make & test the control and power circuit for forward and reverse rotation of sq. cage induction motor using contactor circuit.
43	Set up to Make & test the control and power circuit for automatic star-delta starter operation of sq. cage induction motor using contactor control.
44	Study samples of Overhead Conductors, Underground Cables and Line supports
45	Demonstrate various system faults by D.C. network analyzer.
46	Demonstrate the improvement of p.f. using static condenser
47	Kit for compare power consumption of different types of TL with electromagnetic ballast, electronic ballast and LED lamps by direct measurements and estimate energy saving.
48	Experiment to determine the reduction in power consumption in star mode operation of Induction motor compared to delta mode at different load conditions.
49	Experiment to estimate energy saving by improving power factor using estimate energy saving by improving power factor using PFC/APFC for an electrical load.
50	Determination of reduction in power consumption by replacement of Fans and regulators.
51	Control circuit of twin fluorescent lamp
52	Control circuit of LED lamp.
53	Light dimmer arrangement using the relevant dimmer type of transformer
54	Illumination output of different lamps (Incandescent, fluorescent, CFL, LED, HPSV, MH) and calculate their luminous efficacy.
55	Voltmeter, ammeter, wattmeter to determine active, reactive and apparent powerconsumed in givenR-L, R-C and R-L-C series circuit. Draw phasor diagram.
56	Variable frequency supply to create resonance in given series and parallel R-L-C circuit or by using variable inductor or variable capacitor
57	Voltmeter, ammeter, wattmeter to determine current, p.f. , active, reactive and apparent power in R-L / R-C parallel A.C. circuit
58	Voltmeter, ammeter, wattmeter, p.f meter to determine line and phase quantities of voltage and current for balanced three phase star and delta connected load and calculate active, reactive, and apparent power. Draw phasor diagram.
59	Starting and reversing of DC motor.
60	Control the speed of DC shunt motor above & below rated speed & draw the speed characteristics.
61	Determine equivalent circuit parameters of single-phase transformer by performing O.C. test and S.C. test.
62	Determine the regulation & efficiency of single-phase transformer by direct loading method.
63	Compute the efficiency of a single-phase transformer by Back-to-Back test.
64	Perform parallel operation of two single phase transformers to determine the sharing of load current, apparent and real power
65	Perform the direct load test on the three phase squirrel cage induction motor and plot the i) efficiency versus output, ii) power factor versus output, iii) power factor versus motor current and iv) torque – slip/speed characteristics efficiency versus output, v) power factor versus output, vi) power factor versus motor current and vii ) torque – slip/speed characteristics
66	Conduct the No-load and Blocked-rotor tests on given 3-phase squirrel cage induction motor and determine the equivalent circuit parameters
67	Perform the direct loading test on the given three phase alternator and determine the regulation and efficiency
68	Determine the regulation and efficiency of the given three phase alternator from OC and SC tests (Synchronous impedance method)
69	Control the speed and reverse the direction of the AC servo motor.
70	Control the speed and reverse the direction of the DC servo motor
71	Measure impedance voltage and load losses of three-phase transformer.
72	Determine efficiency of D.C. machine by Hopkinson’stest
73	Determine breakdown strength of transformer oil
74	Conduct the direct load test to determine the efficiency and speed regulation for different loads on the givensingle phase induction motor; plot the efficiency and speed regulation curves with respect to the output power.
75	Measure No load power, losses, current of a single phase transformer upto 110% of rated voltage
76	Pedestal Fan (High Speed)
77	CNC Turning Centre T-100
78	CNC Machining Centre Vertical Milling
79	Coefficient of friction tester for variable angle with weight
80	Slip Gauge Set M 88 Block
81	Sine Bar Set
82	Analog Vernier Caliper (Mitutoyo)
83	Universal Testing Machine(Computerized, 600KN)
84	Rockwell & Brinell Combined Hardness Testing Machine
85	Charpy & IzodImpact TestingMachine(Mechanical type),
86	Magnetic Particle Testing Equipment(MPI)
87	Dye Penetration Testing Kit set
88	Pneumatic Circuit Trainer Kit
89	Actual cut section model of oil pump (Internal Gear)
90	Actual cut section model of oil pump (External Gear type)
91	Actual cut section model of Vaccum pump (Vane type)
92	Pressure relief valve
93	Non return valve
94	Actual Cut section model of Two stoke IC engine(C.I)
95	Cut Section Model of Shell & Tube type, Plate type heat exchanger
96	Cut Section Model of Rotary Air Compressor
97	Thermal Conductivity apparatus
98	Bourden Tube Pressure gauge
99	Cut section model of Cochran boiler for demostration
100	Cut section model of Babcok & Wilcoxboiler for demostration
101	Electric bench Grinding Machine
102	End Milling Cutter 10mm
103	Face milling Cutter with Tool holder
104	Side milling Cutter
105	T Slot Milling Cutter
106	Drill Vice
107	Counter Sinking Drill bit
108	Double fluted twist drill bit
109	Argon Gas Cylinder with Regulator for TIG Welding
110	Pedestal Fan (High Speed)
111	Ohm\"s law Apparatus
112	P.O. Box
113	Kirchhoff\"s Law Apparatus
114	PN Junction Diode Characteristics Apparatus
115	Conversion of Galvanometer into a Voltmeter & Ammeter Apparatus
116	Screw Gauge
117	Vernier Callipers
118	Friction Board Apparatus
119	Spring Constant Apparatus
120	Apparatus to determine and verify the time period of oscillation of a cantilever
121	Moment of Inertia of Flywheel Apparatus
122	Resistance Box
123	Apparatus to verify inverse square law of radiations using a photo-electric cell
124	Apparatus to study the dependence of capacitance of a parallel plate capacitor on various factors and determinethe permittivity of air at a place
125	Apparatus to determine the soefficient of linear expansion of a rod ( Pullinger\"s Apparatus)
126	Castor Oil (in Liters)
127	KMnO4
128	K2Cr2O7
129	KOH
130	C2H5OH
131	Litmus Paper Red & Blue
132	Conductivity Meter with Electrode
133	Red-Wood Viscometer
134	Daniel Cell
135	Abel\"s Apparatus for flash & fire point of oils determination
136	pH Meter
137	Carrom Board
138	Table Tennis Board
139	Badminton Net
140	Cricket Bat
141	Badminton Racket
142	Badminton Shuttle
143	Tennis Ball
144	Volley Ball
145	Volley Ball Net
146	Football
147	Wicket
148	Yoga Mat
149	Chess Board

Notice Inviting E-Tender For Supply, Complete Installation & Commissioning Of Devices, Equipments, Instrument, Machineries, Tools Etc. For Electrical Engineering, Mechanical Engineering And Science & Humanities Laboratories And Workshops At Bundwan Polyte, Bundwan-West Bengal

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