Industrial Training Kits Lab Equipment Manufacturer, Supplier and Exporter in India

Ray Export is a leading manufacturer and supplier of Industrial Training Kits in India,

Industrial Training Kits and Engineering Rigs

Quick answer. About twenty records coded ITK- hold engineering teaching rigs: a Coriolis components of acceleration apparatus, solid-liquid extraction, a fluidised bed dryer, motorised gyroscopes, multi-cylinder petrol and single-cylinder diesel engine test rigs, a separating and throttling calorimeter, and a flow-over-notches apparatus. These are the same rigs that appear in our mechanical and chemical engineering listings, and the evidence that they are copies rather than a separate range is in the names - two records carry a trailing "1" appended to an otherwise identical name, which is what happens when a record is duplicated. We say so below and link to the ranges they came from. The useful question this page can answer is the one the category name raises: are you training people to operate equipment, or to measure with it? Those are different purchases, and the same rig serves both badly unless it was specified for one.

Trained to operate, or trained to measure?

A university laboratory and a company training department buy what looks like the same rig for completely different reasons, and the specification that satisfies one disappoints the other.

	Academic laboratory	Industrial or vocational training
The output	Data: a set of readings, a graph, a comparison with theory, a report	Competence: a person who can start it, run it, recognise a fault and shut it down safely
What it must have	Instrumentation. Measurable quantities, adequate resolution, and a measurement chain that can be checked	Realistic controls and access. The switches, valves and gauges of the real plant, and panels that open so maintenance can be practised
Faults	A nuisance - they interrupt the measurement	The point. Switched, repeatable faults the instructor can set unseen are what make the rig examinable
Who sets it up	A technician, once, for a term of practicals	The trainee, every time - so set-up is part of the exercise and must be safe to get wrong
Documentation needed	Theory, procedure, observation tables, worked example	Operating procedure, maintenance schedule, fault list, and a competence checklist for assessment
The usual disappointment	A rig that demonstrates but cannot be measured - see our theory of machines lab page on what a rig must let you vary	A rig with beautiful instrumentation and no realistic controls, which trains nobody to operate anything

So tell us which you are, in one sentence, at the start of the enquiry. If the answer is both - which is common in a polytechnic that teaches an academic syllabus and an industry-facing programme - say that too, because the honest answer is usually that one rig cannot do both well and two simpler rigs serve better than one compromise.

What a training rig needs that an academic rig does not

Controls that look like the plant. A trainee who learns a process on a rig with unlabelled toggle switches has learned the process and not the job. Ask whether the controls, gauges and indicators correspond to industrial practice.
Maintenance access. Can panels be removed, filters changed, belts tensioned, seals replaced - and is there a maintenance schedule to work to? Maintenance is half of what a technician does and most training rigs cannot be maintained at all.
Switched faults, settable unseen. Ask how many, of what kind, and whether the instructor can set one without the class seeing which. That last detail is the difference between a demonstration and an assessment - the same point we make about refrigeration trainers.
A competence checklist. Industrial training is assessed against can-do statements, and a rig supplied with a checklist mapped to those statements saves a trainer a week of writing. Ask whether one exists; if not, budget the time.
Consumables and spares, with prices. A training rig is run far harder than a laboratory rig - every trainee starts it, loads it and stops it - so the wear parts matter. Get the list and the prices with the quotation.
Safe to get wrong. Trainees will do the wrong thing; that is what training is for. Ask what happens when they do - interlocks, relief devices, and whether a wrong sequence damages the rig or merely refuses.

Where these rigs actually live in our catalogue

Rather than describe the rigs twice, here is where each group is covered properly, with the specification detail on the page that owns it:

Motorised gyroscope, and dynamics rigs generally - theory of machines lab, which sets out for every rig what you vary, what you measure and what the experiment exists for.
Engine test rigs, petrol and diesel, single and multi-cylinder - engine test rigs, including why the dynamometer rather than the engine decides what the rig can do, and the test-cell requirements.
Solid-liquid extraction, fluidised bed drying and mass transfer - mass transfer lab equipment and mechanical operation lab.
Separating and throttling calorimeter, and thermodynamic measurement - heat transfer lab.
Flow over notches and open-channel flow - hydraulics and fluid mechanics trainers.
Process control, instrumentation and reaction engineering - process control and instrumentation and chemical reaction engineering.

If you are buying for an industrial training programme, start from those pages for the technical specification and tell us the operate-or-measure answer so that we quote the right configuration.

What to tell us when you enquire

Whether you are training people to operate and maintain, or teaching an academic syllabus - or both, and in what proportion.
The competence standard or syllabus you are assessed against.
Whether switched faults are required, how many, and whether they must be settable unseen.
Whether maintenance tasks are part of the training, and which ones.
Trainee numbers and throughput - a rig run by forty trainees a month needs different wear parts from one used twice a term.
Services available: electrical supply, water, drainage, compressed air, gas, extraction.
Destination country, supply voltage and frequency, and the route into the room.

Related ranges in this branch: metallurgical equipment, advanced physics experiments and science teaching equipment. The full educational kit and educational lab equipment categories list the rest.

Frequently asked questions

What is the difference between an academic rig and a training rig?

The output. An academic rig must produce measurements - instrumentation, resolution, a checkable measurement chain - so that students can plot results and compare them with theory. A training rig must produce competence - realistic controls, maintenance access, switched faults and a procedure to follow - so that a trainee can operate, maintain and diagnose. The same rig serves both badly unless it was specified for one, and two simpler rigs often beat one compromise.

Why does fault insertion matter so much for industrial training?

Because diagnosis is the employable skill, and it cannot be practised on a rig that always works. Ask how many faults, of what kinds - open circuit, blockage, leak, mis-set control, worn component - and crucially whether the instructor can set one without the class seeing which. That single detail decides whether the exercise is an assessment or a demonstration.

Can trainees damage the rig by operating it wrongly?

Ask, because it determines how freely you can let them learn. The right answer is that a wrong sequence refuses rather than destroys - interlocks, relief devices and a controller that will not allow an unsafe combination. Trainees will do the wrong thing; that is the purpose of training. A rig that must be operated perfectly is a rig the instructor ends up operating.

Why do these rigs also appear in your other listings?

Because this category holds copies of them. Two records carry a trailing "1" appended to an otherwise identical name, which is the signature of a duplicated record, and the engine, gyroscope, mass transfer and fluid mechanics rigs are all covered in depth on the pages linked above. We have published that rather than describe the same equipment twice, and the duplication is flagged for a database check.

What should we budget beyond the rig?

Consumables and wear parts, with prices, because a training rig is run far harder than a laboratory one - every trainee starts it, loads it and stops it. Then the documentation: an operating procedure, a maintenance schedule, a fault list and a competence checklist. If the checklist is not supplied, budget trainer time to write one, because that document is what turns the rig into an assessable course.

Can one rig serve both a degree course and an industry programme?

Sometimes, and it is worth being clear-eyed about it. A rig with good instrumentation and realistic controls and switched faults exists but costs more than either single-purpose version, and a compromise rig usually disappoints both audiences. Tell us the proportion of each use and we will say whether one rig or two is the better value - and we will say two when it is.

Key takeaways

Answer the operate-or-measure question first. It changes the specification completely.
Industrial training needs realistic controls and maintenance access, which most academic rigs do not have.
Switched faults, settable unseen, are what make a training rig examinable.
Ask for a competence checklist mapped to your standard, or budget the time to write one.
Get consumables and wear parts with prices - a training rig is run far harder than a laboratory rig.
The rigs in this listing are covered properly elsewhere in our catalogue. Start from those pages for the technical detail.

About this page

Ray Export is a manufacturer and exporter of laboratory, scientific and educational equipment based at Plot No. 449, HSIIDC Industrial Area, Saha, Ambala, Haryana 133104, India. Enquiries: [email protected], +91-9817319615.

Written by Palak Mall, Senior Content Writer. Technically reviewed by Arvind Kumar, Lab Equipment Specialist, 12+ years in laboratory and testing instrumentation. Last updated: 17 October 2026.

Notes on this listing, published rather than hidden: this category appears to hold copies of records from our mechanical and chemical engineering listings rather than a distinct range. The evidence is in the names - "Fluidized Bed Dryer 1" and "Motorised Gyroscope Apparatus 1" carry a trailing digit appended to an otherwise identical name, which is what happens when a record is duplicated, and the same pattern has been found in four other listings on this site. We have therefore written this page as buying guidance and a route to the pages that cover the equipment properly, rather than describing the same rigs twice. Also flagged: one record is named "Mass Transfer Lab Equipment", which is the name of one of our categories rather than of a product; the codes are out of sequence with gaps; several names are stored in capitals while others are not; and one reads "FOUR STROKEDIESEL" with a missing space. All specifications will be confirmed in writing on the quotation; verify them before tender submission.

CORIOLLI'S COMPONENTS OF ACCELERATION APPARATUS

ITK-0018

Extent OF EXPERIMENTATIONS:

· To decide Coriolli's Component of Acceleration at different velocities of turn and water stream rates.

UTILITIES REQUIRED:

· Water Supply.

· Drain.

· Electricity

o 0.5 kW, 220 V, Single Phase

Specialized DETAILS:

· Main Tank

o Fabricated out of Stainless Steel

· Rotating Arms

o 9mm/6mm hole distance across, Length 300 mm.

· Rotameter

o 250 to 2500 LPH

· Electric Motor

o Swinging field compose, Variable speed.

· Pump

o FHP

· Control Panel Comprises of

o RPM estimation

§ RPM Indicator with Proximity sensor.

o Speed Control Unit.

o Standard make On/Off Switch, Mains Indicator, and so on.

· The entire set-up is all around planned and organized in a decent quality painted structure.

Contact Ray Export for your School, College Civil and Mechanical Engineering Lab Instruments. We are the best engineering lab equipments, engineering equipment manufacturer india, engineering equipment india, chemical engineering lab equipments, control engineering laboratory equipments, control engineering laboratory equipment, control engineering lab equipment in Ambala, India.

Solid Liquid Extraction Bed Type

ITK-0002

With strong responsibility to quality, we are occupied with offering great quality, Solid Liquid Extraction (Packed Bed Type) . These are outlined under the strict charge of our quality analyzers remembering the business rules. After creation, these items are stringently tried on shifted grounds, to guarantee their consistence with global quality norms.

Highlights:

Strength

High elasticity

Protection from consumption

Contact Ray Export for your School, College Civil and Mechanical Engineering Lab Instruments. We are the best engineering educational equipment, engineering equipments exporters, engineering equipments suppliers, engineering equipments supplier, engineering educational equipments, engineering equipments manufacturers in Ambala, India.

Mass Transfer Lab Equipment

ITK-0003

We are instrumental in offering better quality Mass Transfer Lab Equipment than the regarded clients, according to their particular requests. These mass exchange labs are outlined in such a way, to the point that our customers' correct necessities get satisfied by us. What's more, we have picked up ability in offering redid items to the customers.

Application Area Of Product:

Strong Liquid Extraction (Packed Bed Type)

Ingestion in Wetted Wall Column

Stuffed Distillation Column

Air pocket Cap Distillation Column

Straightforward STEAM Distillation Set-up

Swenson Walker Crystallizer

Ingestion in Packed Bed

Fluid Liquid Extraction in Packed Bed

Strainer Plate Distillation Column

Splash Extraction Column

Ingestion in Sieve Plate Column

Fluidized Bed Dryer

Vapor in Air Diffusion Apparatus

Constrained Draft Tray Dryer

Settled Bed Absorption with Regeneration

Strong in Air Diffusion Apparatus

Regular Draft Tray Dryer

York Scheibel Extraction Column

Fluid in Liquid Diffusion Apparatus

Revolving Dryer

Clump Crystallizer

Mass Transfer with/without Chemical Reaction

(Strong Liquid System)

Strong Liquid Extraction (Bonnoto compose)

Vapor-Liquid Equilibrium Set-Up

Wetted Wall Column, Humidification and De-Humidification Study

Test Water Cooling Tower

Particle Exchange

Fluidized Bed Dryer 1

ITK-0008

The set-up is intended to show and animate the dampness expulsion by warm under constrained draft activity made by hot air stream and fluidization property of strong to dry.

The set-up comprises of an exceptionally composed, vertical Column. The lower cone shaped segment of the section is loaded with sodden solids. The material is bolstered on the screen work held between two spines. Air from blower goes through warming chamber to deliver hot air functions as the drying specialist entered from bring down side of the segment and leave the segment from top outlet expels the dampness of solids. At the best outlet of section a violent wind is given to gather the strong particles taken out by the air stream. A plan is made to change and measure the wind stream rate. A computerized temperature controller is utilized to control and measure the temperature of air stream

Investigations

To ponder the fluidized bed drying

Highlights

Heavenly Painted structure

Easy to work and keep up

Reduced and remain solitary set up

Utilities Required

Electric supply Provide 230 +/ - 10 VAC, 50 Hz, single stage electric supply with legitimate earthing. 5A, three stick attachment with switch for measuring scale, 15A, three stick attachment with switch for radiator

MaterialSaw clean @ 1Kg. Granular and free streaming strong of size I - 2 mm

Anemometer Air stream estimation

MOTORISED GYROSCOPE

ITK-0015

Extent OF EXPERIMENTATIONS:

· Experimental avocation of the condition T = l w. wp for figuring the gyroscopic couple by perception and estimation of results for free vibrations in connected couple T and precession wp.

· To examine the gyroscopic impact of a turning circle.

· Observation of gyroscopic impact of turning circle.

UTILITIES REQUIRED:

· Electric supply

o 230 V AC, Single Phase.

· Bench zone

o 1m x 1m

· Tachometer to discover RPM of plate.

Specialized DETAILS:

· Disk

o Material

§ Stainless Steel

o Dia

§ 300 mm x 12 mm thick absolutely adjusted which can be pivoted in 3 commonly opposite hub.

· Motor

o Variable speed of standard make. Provided with Speed Control Unit.

· Weights

o 2 kg, 1 kg, ½ kg..

· Stop Watch

o Electronic

· Accurately checked scale and pointer to quantify precession rate.

MOTORISED GYROSCOPE APPARATUS 1

ITK-0022

Extent OF EXPERIMENTATIONS:

Test defense of the condition T = l w. wp for computing the gyroscopic couple by perception and estimation of results for autonomous vibrations in connected couple T and precession wp.

To consider the gyroscopic impact of a turning circle.

bservation of gyroscopic impact of turning circle.

UTILITIES REQUIRED:

Electric supply

230 V AC, Single Phase.

Seat zone

1m x 1m

Tachometer to discover RPM of circle.

Specialized DETAILS:

Circle

Material Stainless Steel

Dia 300 mm x 12 mm thick absolutely adjusted which can be turned in 3 commonly opposite pivot.

Engine Variable speed of standard make. Provided with Speed Control Unit.

Weights 2 kg, 1 kg, ½ kg..

Stop Watch Electronic

Precisely checked scale and pointer to quantify precession rate.

MULTI CYLINDER FOUR STROKE PETROL ENGINE TEST RIG

ITK-0028

Extent OF EXPERIMENTATIONS:

· To decide particular fuel utilization.

· To decide Brake Horse Power.

· To decide mechanical proficiency.

· To decide Brake Thermal Efficiency.

· To decide volumetric proficiency estimation.

· To decide showed warm effectiveness.

UTILITIES REQUIREMENTS:

· Electric Supply-Single Phase, 220 V, 5 Amp.

· Continuous Water Supply-10 LPM Approx.

· Fuel-10 Ltrs.

· Floor Area-3m X 2m

· Tachometer-For RPM estimation

Specialized DETAILS:

· Type of Engine-Four barrel, four stroke motor, vertical water cooled, self begin, diesel motor.

· Type of Loading

o TD-106A – Electric Brake Dynamometer

§ The motor is combined with electrical alternator with obstruction stacking course of action. Computerized voltmeter and advanced ammeter is given.

o TD-106B – Hydraulic Brake Dynamometer

§ It comprise of measuring gear, control outfit, a dead weight in Kg unit appropriate for testing the motor at various velocities. The motor and dynamometer are straightforwardly coupled on a significant base plate.

· Fuel estimating framework o Fuel estimating framework comprises of a fuel tank, a burette and a three way cockerel course of action.

· Air admission estimating framework o Air tank fitted with opening and water manometer.

· Measurement of Heat conveyed o It comprises of gulf outlet funneling with stream control valve, water away by Cooling water meter. Thermometers are given to quantify the bay outlet temperature of water.

Discretionary :

Fumes gas calorimeter

- made of Stainless Steel including the body and the tubes for cooling water dissemination and intended to get most extreme temperature distinction. The body of the calorimeter is protected on all sides to avert warm misfortunes because of radiation. Thermometers are given to gauge the temperature of water and gas

SINGLE CYLINDER FOUR STROKEDIESEL ENGINE TEST RIG

ITK-0029

Examinations:

· To decide particular fuel utilization.

· To decide Brake Horse Power.

· To decide Brake Thermal Efficiency.

· To decide volumetric proficiency estimation.

Specialized DETAILS:

· Type of Engine

o Single barrel, four stroke, vertical water cooled, wrench begin, diesel motor creating 5 HP at 1500 rpm (Kirloskar New)

· Type of Loading

o TD-104A - Rope Brake Dynamometer

§ Rope Brake game plan with the brake drum fitted on the motor shaft and furnished with cooling water course of action and spring balance in Kg units.

o TD-104B - Electric Brake Dynamometer

§ The motor is combined with electrical alternator with opposition stacking game plan. Computerized voltmeter and advanced ammeter is given.

o TD-104C - Hydraulic Brake Dynamometer

§ It comprises of measuring gear, control outfit, a dead weight in kg unit reasonable for testing the motor at various paces. The motor and dynamometer are straightforwardly coupled on a considerable base plate.

· Fuel estimating framework

o Fuel estimating framework comprises of a fuel tank, a burette and a three way cockerel game plan.

· Air consumption estimating framework

o Air tank fitted with opening and water manometer.

· Measurement of Heat conveyed

o It comprises of gulf outlet funneling with stream control valve, water away by Cooling water meter. Thermometers are given to gauge the bay outlet temperature of water.

· The entire setup is all around composed and upheld by a decent quality painted inflexible M.S. Structure.

Discretionary:

Fumes gas calorimeter:

Fumes gas calorimeter - made of Stainless Steel including the body and the tubes for cooling water dissemination and intended to get most extreme temperature contrast. The body of the calorimeter is protected on all sides to avoid warm misfortunes because of radiation. Thermometers are given to gauge the temperature of water and gas

SEPARATING & THROTTLING CALORIMETER

ITK-0032

Isolating CALORIMETER

It comprises of two concentric chambers, the inward chamber and the external chamber, which speaks with each other through an opening at the best. As the steam releases through the metal crate, which has countless, the water particles because of their heavier energy get isolated from the steam and gather in the chamber. The relatively dry steam in the inward chamber climbs and than down maturing through the annular space between the two chambers and enters the Throttling Calorimeter.

THROTTLING CALORIMETER

It comprises a thin throat (Orifice). Weight and temperature are estimated by weight measure and thermometer. The steam in the wake of throttling process goes through the warmth exchanger and condensate is gathered. Steam Generator is additionally given to supply the soaked steam (Max) at 2kg/cm2 weight. There is no need of heater.

Extent OF EXPERIMENTATION:

· To discover the dryness division of steam.

Flow Over Notches Apparatus

ITK-0033

We are the main producer and providers of Flow over Notches Apparatus. The Apparatus incorporates a stream channel of appropriate length and width. Water supply is connected toward one side of channel. Course of action is made to quantify the still level to decide the head.

Determinations:

· Water stockpiling tank

· Notches 60 included point 'V' score

· Rectangular indent

· Notch exchanges course of action

· Measuring tank and gathering tank and stop observe

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