VDAS And Thermodynamics Products Manufacturer, Suppliers and Exporter in India

Educational Instrument is leading VDAS And Thermodynamics Products Manufacturer,and supplier and Exporter in India, Algeria (Algiers), Angola (Luanda), Argentina (Buenos Aires), Armenia (Yerevan), Australia(Canberra), Austria (Vienna), Bahrain (Manama), Bangladesh (Dhaka), Bhutan (Thimphu), Bolivia (Sucre), Botswana (Gaborone), Brazil (Brasília), Brunei (Bandar Seri Begawan), Montenegro (Podgorica), Morocco (Rabat), Mozambique (Maputo), Myanmar (Naypyidaw), Namibia (Windhoek), Nepal (Kathmandu), New Zealand (Wellington), Nigeria (Abuja), Oman (Muscat), Palestine (Ramallah), Panama (Panama City), Papua New Guinea (Port Moresby), Paraguay (Asunción), Peru (Lima), Philippines (Manila)¸ Portugal (Lisbon), Qatar (Doha), Rwanda (Kigali), Saudi Arabia (Riyadh), Senegal (Dakar), Serbia (Belgrade), Sierra Leone (Freetown), Slovakia (Bratislava), South Africa (Cape Town) (Pretoria) (Bloemfontein), South Sudan (Juba), Spain (Madrid), Sri Lanka (Sri Jayawardenepura Kotte) (Colombo), Sudan (Khartoum), Syria (Damascus), Tanzania (Dodoma), Thailand (Bangkok), Togo (Lomé), Tonga (Nuku'alofa), Trinidad and Tobago (Port of Spain), Tunisia (Tunis), Turkey (Ankara), Turkmenistan (Ashgabat), Uganda (Kampala), United Arab Emirates (Abu Dhabi), United Kingdom (London), United States (Washington, D.C.)

VDAS and thermodynamics products are engineering teaching equipment used to demonstrate and measure heat transfer, steam power, gas behaviour, and temperature phenomena in university, TVET, research, and industrial training laboratories. VDAS (Versatile Data Acquisition System) hardware records experiment data — such as temperature, pressure, and torque — directly from compatible bench-mounted apparatus. Educational Instrument manufactures and exports this range from its works in Goregaon, Mumbai, India, supplying engineering colleges, polytechnics, vocational institutes, and research facilities worldwide.

The category covers three broad groups: heat transfer experiment units (conduction, convection, radiation, and unsteady-state studies), heat exchanger training equipment (concentric tube, plate, shell and tube, jacketed vessel, and water-to-air types with a common service module), and thermodynamics apparatus (saturated steam, perfect gas expansion, compressor testing, steam motor, and Peltier–Seebeck effect units). Most units are bench-mounting or frame-mounted and are supplied for quote-based institutional and tender procurement.

How do you choose thermodynamics lab equipment for an engineering course?

Match the apparatus to the specific experiments in your syllabus — heat transfer modes, heat exchanger performance, steam properties, or gas laws — then confirm mounting format, utility requirements, and data-acquisition needs. Each unit in this range targets a defined experiment area, so the course outcome list is the most reliable selection filter.

For heat transfer teaching, the Heat Transfer Exp Base Unit connects to a cold water supply and drain and works with dedicated experiment modules such as Extended Surface Heat Transfer (a solid bar heated at one end for conduction studies) and Unsteady State Heat Transfer (a controller holds constant bulk water temperature in a vessel). For radiation and convection topics, options include the Radiant Transfer Apparatus, whose sliding frame allows transfer-over-distance experiments, Free and Forced Convection with a vertical duct and interchangeable heat-transfer surfaces, and the Emissivity, Natural Convection and Radiation unit for heat transfer studies at different pressures and vacuum.

What is a VDAS (Versatile Data Acquisition System)?

A Versatile Data Acquisition System is a bench-mounting unit that captures readings from compatible laboratory apparatus so students can log and analyse experiment data rather than record it manually. In this range it is offered as the Bench Mounting Versatile Data Acquisition System (product code EL-VATP-11364).

Pairing experiment hardware with data acquisition supports modern engineering curricula in which students verify theory against measured data — for example logging temperatures across a heat exchanger or torque on a compressor test set. Specifications and compatibility details for individual apparatus are available on request through the product enquiry pages.

Which heat exchanger training units are available in this category?

The range includes four heat exchanger types plus a shared service module. The Concentric Tube Heat Exchanger is the simplest option, with one tube inside another; the Plate Heat Exchanger uses different connectors for hot and cold streams to reduce setup errors; the Shell and Tube Bundle Heat Exchanger uses baffles around the tube bundle to create turbulent mixed flow; and the Jacketed Vessel and Coil mimics heat exchangers used in the process industry.

These optional exchangers work with the Heat Exchanger Service Module, which includes an electrically operated valve that fills its tank with water. A Water to Air Heat Exchanger is also available, mirroring air-heating and water-cooling applications found in HVAC and process contexts. This modular structure lets an institution start with the service module and one exchanger, then add types as the lab budget allows.

What steam and gas thermodynamics apparatus does the range cover?

Core thermodynamics topics are covered by four units. The Saturated Steam apparatus consists of a rigid frame with an insulated pressure vessel (boiler) and an instrumentation and control unit, for pressure–temperature relationship studies. The Steam Motor and Energy Conservation test set is built on a mobile frame; its boiler includes a safety valve, water level gauge, and blow-down cock.

For gas-law experiments, the Expansion of Perfect Gas unit pressurises and evacuates a vessel using an electrical air pump with valves and tappings. The Two Stage Compressor Test Set measures torque via a close-coupled load cell on each motor. The Peltier and Seebeck Effect unit addresses thermoelectric phenomena relevant to compact, low-maintenance cooling for portable electrically powered equipment. The Filmwise and Dropwise Condensation and Boiling unit and Temperature Measurement and Calibration Apparatus (desk or bench-top format) complete the measurement and phase-change coverage.

Product types in this category

Selection criteria

Related engineering lab categories

• Engineering Lab 
• Thermodynamics and Process Control
• Fluid Mechanics Products
• Engines
• Aerodynamics Equipment for Training
• Control Engineering Products
• Electrical Power Products
• Theory of Machines Products
• Next Generation Structures Products

Frequently asked questions

Who manufactures the VDAS and thermodynamics products in this range?

Educational Instrument manufactures and exports this range from its works at 750, Industrial Estate, Sonawala Cross Road No. 2, Goregaon, Mumbai, Maharashtra 400063, India. The company states it has manufactured educational laboratory equipment since 1957 and serves institutions in 82+ countries through distributors and dealers (manufacturer-stated figures).

What is the difference between the VDAS unit and the thermodynamics apparatus?

The Bench Mounting Versatile Data Acquisition System is the measurement/logging unit, while the thermodynamics apparatus — heat exchangers, steam units, gas expansion, convection and radiation rigs — are the experiment hardware it can record from. Institutions typically procure experiment units first and add data acquisition to support digital lab work.

Do the heat exchangers work as standalone units?

The Concentric Tube, Plate, Shell and Tube Bundle exchangers are described as optional exchangers used with the Heat Exchanger Service Module, which supplies and manages the water circuit. The Jacketed Vessel and Coil and the Water to Air Heat Exchanger are listed in the same modular range; confirm configuration for your lab when requesting a quote.

Which institutions is this equipment intended for?

The range is intended for engineering colleges, universities, TVET and vocational institutes, research facilities, and industrial training centres teaching heat transfer, thermodynamics, and energy topics. Product formats include desk-top, bench-mounting, and frame-mounted units to suit different lab layouts.

How do I get prices and specifications?

Prices and detailed specifications are provided on request. Use the product enquiry links on each item, thecontact page, or theTenders/OEM page for institutional and tender procurement. Export supply is quote-based.

Are these products certified?

Educational Instrument states its equipment and production processes meet standards including ISO 9001, ISO 13485, ISO/IEC 17025, NABL, CE marking, RoHS, and REACH, among others.

Request a Quote — send your experiment list or tender specification via theContact Us page, or submit tender/OEM requirements through theTenders page. Catalogue available on request.

Next Generation Structures Products — Structural Engineering Teaching Equipment

Next Generation Structures products are bench structural engineering learning machines which demonstrate how beams, trusses, frames, arches and portals react when loads are applied to them. Civil, mechanical and architectural engineering degree courses in universities, polytechnics and TVET colleges make use of them for practical lessons on bending, deflection, static determinacy and structural reactions. Educational Instrument manufactures and exports this range from Goregaon, Mumbai, India for institutional and tender supply worldwide.

The range is built around the Structures Platform — a desktop unit designed for easy assembly that speeds up and simplifies experiment setup — with individual experiment modules covering beam bending and stress, truss and pin-jointed framework analysis, frame deflections, two-pinned arches, curved structures and davits, and plastic bending of beams and portals. Students physically apply loads and measure the resulting forces, moments, and deflections, connecting structural theory to observed behaviour.

What are Next Generation Structures products used for?

They are used to teach and verify core structural analysis topics by experiment: bending moments and bending stress, beam deflection, support reactions, sway in frames, arch behaviour, truss member forces, and plastic (beyond-elastic) bending. Each module isolates one topic so students can compare measured results with hand calculations.

Typical experiments in this range include loading hangers suspended along a beam held between two supports (Bending Moments in a Beam), measuring mid-span force with a load cell (Bending Stress in a Beam), and reading horizontal sway at the beam–upright junction with a precision indicator (Frame Deflections and Reactions). This measure-and-compare workflow suits laboratory courses where students must validate structural theory rather than only observe demonstrations.

Do these experiments need a separate base unit?

The range includes a Structures Platform designed to fit on any standard desktop and to make experiment assembly faster and simpler. Individual experiment modules — beams, trusses, frames, arches, and portal units — are listed alongside it in the same category.

Because the platform is desktop-format, institutions can run structural experiments without dedicated heavy test frames or special floor space, which suits teaching labs with limited room. Confirm module–platform pairing for your intended experiment list when requesting a quote; configuration details and full specifications are available on request.

Which beam experiments does the range include?

Five beam-focused modules are available. Simply Supported Beam has students add loads to a rigid beam resting on two 'simple' supports — the entry-level statics experiment. Bending Moments in a Beam uses load hangers suspended along a supported beam. Bending Stress in a Beam measures applied mid-span force with a load cell.

For more advanced coursework, Continuous and Indeterminate Beams covers statically indeterminate beam structures and measurable beam deflection, while Plastic Bending of Beams lets students fit a specimen beam between two supports with a choice of fixing methods to study behaviour beyond the elastic limit. Together the five modules take a cohort from basic support reactions through indeterminate analysis to plastic theory.

What truss, frame, and arch apparatus is available?

For trusses and frameworks, the Redundant Truss module teaches analysis of statically determinate and indeterminate truss structures built from members joined at their ends, and Pin-Jointed Frameworks has students apply a load and measure the resulting member forces and deflection. For frames and arches, Frame Deflections and Reactions measures horizontal sway with a precision indicator, and the Two-Pinned Arch uses one fixed pin plus one translational (roller-type) support to demonstrate arch reactions.

The category also covers Curved Structures and Davits, where students fix the lower end of a choice of curved bars and davits to a fixing plate, Plastic Bending of Portals for portal-frame plastic theory, and a Suspended Beam Bridge model for bridge-structure teaching.

Product types in this category

Selection criteria

Related engineering lab categories

• Engineering Lab
• Theory of Machines Products
• VDAS and Thermodynamics Products
• Fluid Mechanics Products
• Control Engineering Products
• Electrical Power Products
• Aerodynamics Equipment for Training
• Engines
• Thermodynamics and Process Control

Frequently asked questions

What is included in the Next Generation Structures product range?

The range includes 13 items: a desktop Structures Platform plus experiment modules for simply supported beams, bending moments, bending stress, continuous and indeterminate beams, plastic bending of beams and portals, redundant trusses, pin-jointed frameworks, frame deflections and reactions, two-pinned arches, curved structures and davits, and a suspended beam bridge.

Who manufactures and exports these structures products?

Educational Instrument manufactures and exports the range from its works at 750, Industrial Estate, Sonawala Cross Road No. 2, Goregaon, Mumbai, Maharashtra 400063, India. The company states it has produced educational laboratory equipment since 1957 and supplies institutions in 82+ countries through its distributor network (manufacturer-stated figures).

Which courses and institutions is this equipment suited to?

It suits civil engineering, mechanical engineering, and architecture programmes at universities, engineering colleges, polytechnics, and TVET institutes, as well as research and industrial training facilities teaching structural analysis. The desktop platform format is intended for standard teaching-lab benches.

Can students measure results, or are these demonstration-only models?

Students measure results directly. Modules in the range use load hangers, a load cell at mid-span (Bending Stress in a Beam), and a precision indicator for horizontal sway (Frame Deflections and Reactions), so learners apply loads and record forces and deflections rather than only watch demonstrations.

Do you cover both determinate and indeterminate structures?

Yes. The Redundant Truss module covers statically determinate and indeterminate truss analysis, and the Continuous and Indeterminate Beams module addresses statically indeterminate beam structures with measurable deflection, alongside determinate experiments such as the Simply Supported Beam.

How do I get prices, specifications, or tender documentation?

Prices and full specifications are provided on request. Enquire on any product page, contact the company via theContact Us page, or submit institutional and tender requirements through theTenders/OEM page. Certifications are manufacturer-stated (see About page) — verify before citing in tenders.

Request a Quote or Catalogue — send your experiment list or tender specification viaContact Us or theTenders/OEM page.