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International Maritime Institute
Requisition/Indent Form
IMI-1 EQUIPMENT REQUIREMENTS FOR FLUID MECHANICS & THERMAL ENGINEERING LABORATORIES
Engineering INDT/2026-2026/007730 007730 05-May-2026
   
PO/2025/007730 MRN No.    

To be filled by Originator/Departmental Head
Upgradation of Fluid Mechanics & Thermal Engineering Laboratories International Maritime Institute (IMI 1) Address: International Maritime Institute (IMI 1)   Engineering  
High   Quality  
S.NO Item Unit Specification Qty Remark
1 HYDRAULIC LIFTING MACHINE APPRATUS Nos Complete demonstrative setup including hydraulic jack, pressure gauge (Bourdon type), loading arrangement, oil reservoir, and transparent section for visualization. Experimental Capabilities: Verification of Pascal’s law Determination of mechanical advantage (MA), velocity ratio (VR), and efficiency Study of load–pressure relationship Observation of pressure transmission in hydraulic systems Performance analysis under varying loads Demonstration of practical applications of hydraulic lifting systems 1 Fluid Mechanics Lab
2 SPECIFIC GRAVITY APPRATUS Nos Type: Digital Density/Specific Gravity Meter with Hydrometer setup (combined use) Measurement Range: 0.7 – 2.0 (specific gravity) Accuracy: ±0.001 Resolution: 0.0001 Temperature Range: 0°C to 100°C Temperature Control: Water bath with digital PID controller (±0.1°C) Measurement Method: Archimedes principle / Hydrometer method Sample Container: Borosilicate glass cylinder (250–500 ml) Temperature Measurement: Digital thermometer (±0.1°C) Calibration: Standard weights / reference liquids provided Construction: SS/MS powder-coated frame Corrosion-resistant components Compact and easy-to-operate setup Accessories: Hydrometer set (various ranges) Thermometer and measuring cylinder Suspension wire/weight (for solid samples) Power Supply: 220–240 V, 50 Hz, single phase Features: High precision and repeatability Suitable for liquids and solids Easy calibration and maintenance Experimental Capabilities: Determination of specific gravity of liquids and solid materials for laboratory analysis 1 Fluid Mechanics Lab
3 VISCOCITY APPRATUS Nos Brookfield Digital Viscometer setup with constant temperature oil bath, heating arrangement, digital thermometer, standard orifice, stopwatch, and stand. Wide Range: 1 to 1,00,000 cP (covers almost all fluids) High Accuracy: ±1% with repeatability ±0.2% Variable Speed: 0.5–100 RPM for detailed analysis Digital Display: Direct viscosity reading (no manual calculation) Temperature Control: Can be used with external water bath/heating system Multi-Spindle Set: Suitable for different fluid types (low to high viscosity) Ease of Use: Fast, precise, and user-friendly Experimental Capabilities: Determination of viscosity of liquids and study of temperature–viscosity relationship 1 Fluid Mechanics Lab
4 CENTRIFUGAL PUMP APPRATUS Nos Self-contained experimental setup with centrifugal pump, electric motor, suction and delivery pipes, pressure gauges, flow meter, control valves, and transparent casing for study. Pump: Single-stage centrifugal (monoblock) Motor: 0.5–2 HP, ~1440–2900 RPM Flow Rate: 10–60 LPM Head: Up to 20–40 m Measurement: Pressure & vacuum gauges, measuring tank with scale, tachometer, energy meter Tank: Sump tank (100–150 L), measuring tank (~40 L) Construction: MS powder-coated frame, compact unit with wheels Safety: Overload protection, proper earthing Experimental Capabilities: Determination of discharge and total head Calculation of pump efficiency (overall, manometric) Plotting performance curves (Head vs Discharge, Efficiency vs Discharge, Power vs Discharge) Study of effect of flow rate on pump performance 1 Fluid Mechanics Lab
5 RECIPROCATING PUMP APPRATUS Nos Single/double acting reciprocating pump setup with motor drive, pressure gauges, discharge tank, stroke adjustment mechanism, and flow measurement system.Pump Type: Single-cylinder reciprocating pump (single/double acting) Drive Unit: 0.5–1 kW AC/DC motor, ~1420–1500 RPM with speed control Flow Rate: Up to 20–30 LPM (approx.) Head: Up to 20–50 m (approx.) Speed: Variable (pump & motor) Pressure Measurement: Bourdon gauges (suction & delivery) Flow Measurement: Measuring tank with piezometer and scale Power Measurement: Energy meter / digital RPM indicator Tanks: Sump Tank: ~100–150 L (SS/MS with coating) Measuring Tank: ~30–50 L Structure: Compact MS powder-coated frame with wheels Safety: Relief valve for overpressure protection Experimental Capabilities: Determination of volumetric efficiency Performance curve plotting (Head vs Discharge) Study of pressure vs power consumption 1 Fluid Mechanics Lab
6 IMPACT OF JET APPRATUS Nos Setup with interchangeable vanes, nozzle arrangement, force measurement mechanism, water circulation system, and collection tank Teste plate: Material Brass-2 Nos (Flat plate and Curved plate) Nozzle: material Brass Chamber: Perspex cylinder Water circulation: 0.5 HP Pump Flow Measurement: using measuring tank with piezometer capacity 35 liter Sump tank: capacity 70 liter Tank Material: MS sheet (include surface will be provided with FRP to avoid corrosion) G.I Pipe of internal dia. 25 mm Experimental Capabilities: Verification of momentum equation for fluid jets Measurement of force exerted by jet on different vanes (flat, hemispherical, inclined) Comparison of theoretical and experimental force values Determination of jet velocity and discharge Study of effect of vane shape on force and efficiency Analysis of momentum change in fluid flow 1 Fluid Mechanics Lab
7 16 CHANNEL SCANNER & DATA LOGGER Nos Multispan MS-5716U-M1 16 Channel Process Scanner & Data Logger, Multichannel data acquisition system with minimum 16 inputs, compatible with thermocouples/RTDs and pressure sensors, digital display, USB/PC interface, internal memory, and analysis software. 1 Thermal Engineering Lab
8 THERMAL CONDUCTIVITY APPRATUS Nos Apparatus for determining thermal conductivity of solid material (good conductors), equipped with heaters, thermocouples, and temperature indicators. Experimental Capabilities: Determination of thermal conductivity of solid materials (good conductors) Verification of Fourier’s law of heat conduction Measurement of temperature gradient along the specimen Study of steady-state heat transfer conditions Comparison of thermal conductivities of different materials Analysis of heat flow rate through a material. 1 Thermal Engineering Lab
9 BOILER WATER TEST KIT Nos Comprehensive test kit including reagents and instruments for pH, alkalinity, hardness, chloride, and dissolved oxygen measurement, with instruction manual. 1 Thermal Engineering Lab
10 JACKET COOLING WATER (JCW) TEST KIT Nos Cooling water analysis kit for measuring pH, nitrite levels, corrosion inhibitors, and contamination, with color comparator and reagents. 1 Thermal Engineering Lab
11 LUBRICATING OIL TEST KIT Nos Portable oil testing kit for viscosity, water content, contamination, and acidity measurement, includes testing tubes and reagents. 1 Thermal Engineering Lab
12 FUEL OIL TEST KIT Nos Fuel testing kit for density, viscosity, water content, and impurity detection, with sampling accessories. 1 Thermal Engineering Lab
13 SEWAGE TREATMENT PLANT TEST KIT Nos Sewage treatment testing kit for pH, Biochemical Oxygen Demand (BOD), Chemical Oxygen Demand (COD), turbidity, and residual chlorine measurement, with standard reagents and test apparatus. 1 Thermal Engineering Lab
Praveen Tyagi
  		Purchase
User
Notes : 1. All equipment must be of reputed make and shall strictly conform to applicable national/international standards (such as BIS/ISO/ASME), ensuring high quality, safety, reliability, and consistent performance. 2. Detailed technical specifications, calibration certificates, and operation manuals must be provided along with each item.
  Note :  1.This requistion should be placed atleast 15 days in advance except in emergencies.Assign S/N starting from 0001 for each calendar year.
              2.When items are not readily available in stores,requistion will be converted in indent and will follow the usual approval chain.

Terms and Conditions for RFQ
1. Quotation Submission- Quotations must be submitted in the format specified and within the deadline mentioned. - Handwritten or unsigned quotations may be rejected. - Corrections must be duly attested.
2. Validity- Quotation must remain valid for a minimum of 90 days from the RFQ closing date.
3. Pricing- Prices should be quoted in INR and must be inclusive of all applicable taxes and duties. - GST must be itemized separately with valid GSTIN.
4. Delivery Terms- Delivery timelines must be clearly stated. - Any deviation from RFQ delivery terms must be justified and approved.
5. Evaluation Criteria- Quotations will be evaluated based on price, compliance with specifications, delivery schedule, and vendor credentials. - The buyer reserves the right to accept or reject any quotation without assigning reasons.
6. Eligibility- Only Indian suppliers with valid PAN and GST registration are eligible. - Preference may be given to MSMEs and local suppliers as per Government of India procurement policies.
7. Documentation- Quotations must include PAN, GST details, bank account information for payment, and any applicable certifications. - Technical literature or product brochures should be attached if relevant.
8. Confidentiality- All information shared in the RFQ process must be treated as confidential and not disclosed without written consent.
9. Dispute Resolution- Any disputes arising from this RFQ shall be subject to the jurisdiction of courts located in Ghaziabad, Uttar Pradesh.
10. Invoice- Please send the invoice and supporting documents to the email address invoices@imi.edu.in

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