• Economically Designed for best man/machine interaction.
• Supports Tensile, Compression, Bending, Shear and so on.
• Printer / Plotter interface.
• Max. safety.
• Pressure transducer with International traceability.
• µp based / PC based option

Universal Testing Machine

• Loading accuracy as high as + 1 %
• Straining at variable speeds to suit a wide range of materials.
• Continuous roll auto graphic recorder supplied as standard to enable study of the behavior of materials.
• Motor driven threaded columns for quick effortless adjustment of lower cross head to facilitate rapid fixing of test specimen.
• High reading accuracy due to large size and design of dial.
• Wide range of standard and special accessories, including load stablizer.
• Large effective clearance between columns enables testing of standard specimens as well as structures.
• Easy change from plain to threaded and screwed specimens.
• Simple controls for ease of operation.
• Robust Straining frame of an extremely rigid construction.
• Fully enclosed & protected pendulm.
• Safe operation ensured by means of safety devices.

Application:

Adinath Universal Testing Machine is designed to perform tensile, compression, bending and shear tests on metal & other materials, both in the form of test pieces and as finished products.

Principle of Operation

Operation of the machine is by hydraulic transmission of load from test specimen to a separately housed load indicator. The hydraulic system is ideal since it replaces transmission of load through levers & knife edges, which are prone to wear & damage due to shock on rupture of test pieces.

Load is applied by a hydrostaticaliy lubricated ram. The oil pressure in the main cylinder is transmitted to the cylinder of the pendulum dynamometer system housed in the control panel, the dynamometer piston exerts a force proportionate to the hydraulic pressure. This force is transferred through a leverage system to a pendulum.

Displacement of pendulum actuates the rack and pinion mechanism which operates the load indicating pointer.Return movement of pendulum is effectively damped to absorb energy in the event of sudden breakage of specimen.

Machine comprises of the following:

Straining Unit:

• This consists of a hydraulic cylinder & piston mounted on a robust base. The loading frame consists of an upper crosshead, middle crosshead and lower table.
• The upper crosshead and lower table is connected by means of two plain hard chrome plated columns. The middle crosshead is fitted on two hard chrome plated threaded columns. A reduction gear motor drives the chain and sprockets fixed at the bottom of the threaded columns for height adjustment.
• The cylinder and ram is individually lapped to eliminate friction. Axial loading of the ram is ensured by relieving the cylinder & ram of any possible side loading by the provision of ball seatings.

An elongation scale with least count of 1mm is provided for measurement of deformation on various samples.

Tension test is conducted by gripping the test specimen between the upper and middle crosshead.
Compression,   Transverse, Bending Shear and hardness tests are conducted between the middle crosshead and the lower table

Control Panel

The control panel consists of a power pack complete with drive motor and oil tank, control valves, a pendulum dynamometer, a load indicator system and autographic recorder.

We offer Universal Testing Machines (Electrical) to our valuable clientele.

Standard Features

• Test you can conduct tests
• Tensile Test
• Compression Test
• Bend Test
• Single Shear
• Double Shear
• Proof Test [Stress Vs %Strain (If Extensometer is used)]
• Real time Graphs
• Dual Graph – Stress Vs %Strain and Load Vs Displacement (If Extensometer is used)
• Load Vs Displacement
• Specimen Types
• Round
• Flat
• Hollow
• TOR / TMT Steel
• Some Data Entry Points
• Pre - Load Data Entry to avoid slippage in graph
• Fully customized data entry
• Extensometer Gauge Length Selection – 10, 25, 50 mm
• Lower force & higher force data entry in % of maximum load to calculate proof stress
• Units
• Load - kN, Kg, N
• Stress – kN/mm², N/mm² (MPa), Kg/mm²
• Displacement – mm
• Before start test you will get all information entered regarding test
• Fully customized header & footer information for test report
• Facilities to search, open, view, delete previously tested files
• Results Parameters
• Ultimate Load, Ultimate Strength, Displacement at Ultimate Load, Maximum Displacement, %Elongation, %Reduction in area, Breaking Load, Breaking Stress, Yield Load, Yield Strength, 0.02% Proof Strength, 0.1% Proof Strength, 0.2% Proof Strength, 0.5% Proof Strength, , 1% Proof Strength, all Proof loads, Young’s Modulus
• Results
• Fully customized result window
• You can change all interface as per your requirement like color, font etc.
• Two graphs in results (If Extensometer is used)
• You can see graph of Stress Vs Displacement, Stress vs. %Strain (Piston defln), Stress vs. Strain (Piston defln)
• You can change curve color
• You can mark following points on curve

1. Ultimate Load
2. Yield Load
3. Displacement at Ultimate Load
4. Displacement at Yield Load
5. Proof Load

• You can set graph grid as per your requirement
• Complete curve zoom facility
• You can magnify selected portion of curve
• You can see all data points in tabular format such as Load – Displacement, Stress - %Strain
• Data point stressing facility by two ways – By moving mouse on curve or by arrow key
• You can Export Data to Excel
• On-line / Off-line buttons to start real time data recording & to show real time graphs
• Tare Load button in software so you can tare load of electronic Panel
• Reset Displacement button in software so you can reset displacement of electronic panel
• Reset Extension button in software so you can reset extension of electronic panel
• Fully Customized Test Report

Optional Features

• Test Type
• We can develop test as per your requirement
• Real time Graphs
• As per your requirement
• Time graphs against any parameter (Load / Displacement / Strain / Extension etc)
• Specimen Types
• If you have any new type of specimen we can customized our software as per your requirement like Hex Bar etc
• Units
• Load – as per your required unit
• Stress – as per your required unit
• Displacement – as per your required unit
• Results Parameters
• As per your requirement
• Batch Report as per your format
• Customized Test Report as per your requirement
• Statistical Analysis
• Hystersis Tests
• Torsion Tests
• Spring Tests (Modulus of Data)
• Test Certificate as per your format

For Technical details Plz. check the download option

We also offer our clients the impact testing machines to carry out the tests like charpy / izod. Our impact testing machines are available in two types like mechanical and digital.

Charpy Test : The Charpy test piece rests on alloy steel support anvils, fitted on the base of the machine rigidly held in position by Allen screws. End stopper is provided for quickly and accurately locating the test piece centrally between the supports.

Izod Test : The Izod test piece is clamped vertically in Izod support fitted on the base of the machine. The support is provided with a machined vertical groove to suit the test piece size. The front clamp piece & the Allen screw enable clamping of the test piece in correct height with the help of Izod setting gauge supplied.

Model AI IT - 30 (ASTM) : The Impact tester offered with 300 J energy exclusively for Charpy test confirming to ASTM E-23. This machine is geometrically checked in the works to the more stringent requirements of the American standard. The accuracy of the machine is then verified by PROOF TEST by testing standard test specimens supplied by the NIST, USA. All two sets of the five specimens must agree with the normal values within certain tolerance specified.

Optional Accessories For AI-IT 30 / AI-IT 30 (D) :

• Izod support for 0.45" dia Izod round specimen.
• Self centering tong for quick and accurate setting of Charpy test specimen.
• V' notch milling cutter
• U' notch milling cutter
• Caliper guage for checking V notch for Izod & Charpy.
• Templates for checking 10 x 10mm. cross secion of Izod / Charpy test specimen.
• Depth notch guage including V & U notch gauge for checking depth below V U notch, angle and radius.

MODEL	AI-IT 30	AI-IT30 D	AI-IT - 30 (ASTM) CHARPY TEST	AI-IT 1.5	AI-IT 0.5
Maximum Capacity	300K / 168 J	300J / 170 J	300 J	15 J	5 J
Minimum Scale Graduation	2 J	0.5 J	2 J	0.1 J	0.05J
Overall Size (Approx)	1.1 m x 0.45 mx 1.65m (H)	1.32m x 0.45 mx 1.65 m (H)	1.4 m x 0.5 m x 1.9 m (H)	0.5m x 0.3m x 0.52m (H)	0.5m x 0.3 m x 0.52 m (H)
Net Weight	375 Kg.	375 Kg.	450 kg.	70 Kg.	70 Kg.

Hardness Testers Models AI-RAS, AI - RASM, AI - RABI. AI - RAB 250, AI - TWIN are manually operated. All these models are suitable for testing hardness of metals & alloys of all kinds hard or soft, whether flat, round or irregular in shape. These testers are simple in design & easy to operate, yet sensitive & accurate. Various models from the wide range are suitable for schools, laboratories, tool room, inspection departments, factories etc. These testers strictly conform to IS : 1586 - 2000, BS : 891 parts 1 & 2, ASTM : E 18 for Rockwell Test, IS : 2281 -1983, BS ;240, ASTM: E10 for Brinell Test & IS" 1586-2000, ASTM : E18 for Rockwell Superficial Test.

Rockwell System

Model: AI RAS
Automatic load selection with automatic zero setting dial gauge. Manual Operation.

Model: AI RASM
Similar to 'AI RAS' but motorised model. Semiautomatic operation for production testing. Drive motor single phase 230 v 50 cycles.

Rockwell/Brinell/Combined system

Model: AI-RABI
Automatic load selection with automatic zero setting dial gauge. Facility for Brinell Tests with 187.5 kgf. load with 2.5 mm ball Indenter, additional load 250 kgf. with 5 mm ball Indenter for testing hardness of non-ferrous metal. Manual Operation.

Model: AI-RAB 250
Similar to AI-RABI but bigger capacity Diamond Holder is guided in a set of two ball cage, which enables testing of small pins having dia. less than 6 mm (upto 3mm dia)

Rockwell/Rockwell Superficial Combined System
Model: AI TWIN
Manual load selection with automatic zero setting dial gauge. Manual Operation. Diamond Holder is guided in a set to two ball cage, which enables testing of small pins having dia. less than 6 mm. (upto3 mm dia)

Model RASN (E)

• Digital Hardness Tester for Rockwell tests.
• Motorised for automatic operation cycle i.e. load/unload.
• Preliminary Test Force - 98.07 N (10kgf)
• Additional Test Force  - 490.3,882.6,1373N (50,90,140 kgf)
• Total Test Force - 588.4, 980.7,1471N (60,100,150 kgf)
• Test Force selection by external dialing.
• Set position with LED bar indicator for easy operation.
• Key board entry through reliable membrane switches for scale / GO-NOGO/dwell time selection.
• Large size scale display for easy reading with 0.1 Rockwell resolution.
• Parallel output for connecting dot matrix printer to get results indication serial number of tests, hardness scale, hardness value and high/good/low indication.

Model Al-B 3000 (H): Machine designed with a hydraulic power pack and control circuit for effortless loading unloading operation. A dial gauge in front measures depth of ball penetration. This facilitates production testing within tolerance limits by compression method.

Model Al - B 3000 (O): Basic machine design & operation similar to Al B-3000(H). In addition, an 'optical device' with 14 x magnification provided in front to project dia of ball impression on glass screen with a micrometer measuring system with 0.01 mm accuracy. The indenter sweivels & projects dia of ball impression 'immediately after unloading operation which avoids additional time for measurement of ball impression. This gives real BrineH number on production testing.

Model AI-B 3000 (J): Simplest model of Brinell Hardness tester with mechanical design. Loading, unloading manual, best suitable for testing batch quantities.

Hardness Testers Model B-3000(H), (O) & (J) are precision engineered confirms to IS: 2281-1983, BS : 240 & ASTM : E10 however B-3000(H), (O), (J) are most suitable for production testing, These machines are designed to measure hardness of casting, forgings, other metals and alloys of all kinds, hard or soft, whether flat, round or irregular in shape.-

Technical Data

Model	Unit	AI-B 3000(H)	AI-B 3000(O)	AI-B 3000(J)
Loads		500 to 3000 stages of 250	500 to 3000 in stages of 250	500 to 3000 stages of 250
Initial Load	kgf	250	Nil	Nil
Max. test height	mm	410	380	254
Depth of Throat	mm	200	200	150
Max. depth of elevating
screw below base	mm	180	180	0
Size of base	mm	370 x 670	370 x 670	255x495
Machine Height	mm	1127	1185	860
Net Weight (Approx)	Kg.	450	500	210
Drive Motor	HP	0.33-415v/p	0.33-415v/p	Nil

The B.I.M.S virtually eliminates operator influence
It is found that measuring Brinell indentations can result in measurement errors between operators. This B.I.M.S. can virtually eliminate operator influence on test result.
Just place and click Operating B.I.A.S is easy
With this handy instrument entire test sequence is simple. Place the scan hand on the work piece on 'Auto' in tool bar on computer screen. The B.I.M.S. automatically measures the diameter of indentation with resolution of 0.01mm and display Brinell value with diameter measurement. All data storage functions are automatically performed according to batch parameters.
The B.I.M.S. can be configured to meet your needs
An unlimited number of batches can be created each with its own test parameters and certificates. The operator can select test load and indentor size with party name, address, certificate no. date batch no. and description, high and low limits for reading etc. The previous batches can be reopened for viewing and address change etc.
The B.I.M.S. has built in statistical capabilities with graph and certificate for report generation and printing. It includes frequency distribution and variation graphs.
The systems includes calibration and check facilities to calibrate the systems and for checking of calibration. This eliminates any system error in measurement.




The software includes
1) Facility for Auto / semi Auto / Manual modes of operation.
2) Well managed database saves readings w.r.t. batch and certificate.
3) Report generation in the form of certificate and graph as per customer requirements.
4) Facility for calibration and check of calibration.
Specification :
The range of Measurement is from 1mm to 6 mm of diameter with Resolution of 0.01mm.
Applications:
1. To measure Brinell Hardness directly on machine where presently Brinell-Microscope is used. This avoids eye straining of operator on producing testing. In addition it gives far better repeated accuracy. High-low limits selections enables operator easy acceptance / rejection of components.
2. Can be connected to Laptop or Desktop PC. Easy to carry anywhere and handy for use with easy setup.
Scope of Supply
1) One hand held unit containing CCD Camera, optics and illumination systems with connecting cable.
2) External Video capture with USB 2 connectivity and driver software.
3) Brinell Impression Measurement System (B.I.M.S.) software.
4) PC or LAPTOP and windows XP operating systems is to be procured by customer.
5) One USB 2.0 and one RS232 (serial) interface (9 pin) is required and it is recommended for Laptop to use external USB to serial converter for RS232 interface.

Features

• Very wide testing range from soft metal I like lead upto hardest metals like hardened steel.
• Small indentation to allow testing of precision finished parts.
• Motorised loading and unloading.
• Suitable for thin sheet metals since test loads are very small.
• Built - in projection screw to get accurate results.

Vickers Hardness Tester AI-VM 50

'Adinath' Vickers Hardness Tester is a simple and accurate means to produce and measuring the diamond indentation. These testers are suitable for measuring the hardness of precision metallic parts with wide testing range - from soft to hard, and their accurate results are widely acclaimed. These testers strictly conform to IS: 1754 -1986.

Construction-

The robust machine frame is designed to accommodate the high precision loading system and an optical projection screen. Specimen is placed on a testing table. The test cycle is fully automatic. The accurate load is applied on a diamond penetration by means of lever & weights. The load is removed automatically after a specific lapse of time. The objective is indexed with the test piece and the diamond indentation is projected on the measuring screen. The diagonals of the indentation are measured by means of the micrometer screw of the projection screen.

Technical Data

Test loads	5,10,20,30,50kg. 1kg (Optional)
Magnification of optical projection	70x, 140x (Optional)
Maximum test height (mm)-	200
Scale Least Count (mm)-	0.001
Throat Depth (mm)-	135
Machine dimension (mm)	L585 x W290 x H860
Weight (approx)-	70kg
Power supply	220 VAC, 50Hz, 1-Phase

Standard Accessories

Standard Test Block	1Pc.
Diamond Penetrator	1Pc.
Weights	1Set.
Flat anvil	1Pc.
Vee-type anvil (small & Big)	1Pc.
Spanners	1Pc.
Electric Cord	1Pc.
Instruction manual	1Book

Number of Special Accessories are available on request and as per special requirement.

Vickers hardness Tester Model: AI-VM – 50 C

• Built in projection screen to get accurate results.
• Tests Loads - 5, 10, 20, 30 & 50 kgf.
• Optional magnification  - 70 X
• Scale Least count 0.001 mm.

Features:

• Fully Computerised (PC Based) Vickers Hardness Machine.
• Direct and accurate measurement of Vickers Hardness Number using "State of Art" image processing technology.
• 'Wide testing range’: from soft metal such as lead up to medium hardened steels.
• High accuracy and repeatability of measurement at all loads.
• Faster measurement yielding to higher productivity.
• Small size of indentation makes it a non-destructive testing on finished components.
• Motorised loading and unloading cycle.
• Small loads allow testing of thin sheet metals.
• Advanced Window XP based software.

Latest GUI Features:

• User-friendly software with all help file and Window Features.
• Online indentation setting and focusing on PC monitor.
• Advance image processing: Algorithms implemented for precise calculation of hardness numbers with various options to cover all ranges of specimen.

Statistical Evaluation:

• Software for calculating standard deviation, mode medium, histogram etc.
• Wide options in calibration mode.
• -Calibration / Verification on PC monitor makes easier to operate.

Specifications:

'ADINATH' Computerised Vickers Hardness Tester is a simple and accurate means to produce automatically measure the diamond indentation to give Vickers hardness numbers. These testers are suitable for measuring the hardness of precision metallic parts with wide testing range - from soft to hard, and their accurate results are widely acclaimed. These testers strictly confirm to IS 1754 - 2002.

Technical Data :

Total Loads	5, 10, 20, 30,50, kg
Max. Test Height(mm)	200
Scale least count(mm)	0.001
Throat depth(mm)	135
Machine Dimension (Approx.)mm	L 585 x W 290 x H 860
Weight (Approx.)mm	70 kg.
Power Supply	220VAC, 50Hz, 1Phase

PC Requirements

• Can be connected to Laptop or Desktop PC. Easy to carry anywhere and handy for use with easy
• setup.
• Minimum Pentium-II with 64 Mb RAM
• Windows 98 Operating System. (PC not included in standard scope of supply.)
• One USB 2.0 and one RS232 (serial) interface (9 pin) is required and it is recommended for Laptop to use external USB to serial converter for RS232 interface

Construction:

The robust machine frame is designed to accommodate the high precision loading. Specimen is placed on a testing table. The test cycle is fully automatic. The accurate load is applied on a diamond indentor by means of a lever and weights. After a specific image is digitized using a CCD camera fitted on the indentation are automatically measured by PC to given the Vickers Hardness Number.

Application & Operation Torsion Testing Machines are designed for checking torsional property of various metal wires, tubes, bars, etc.

Torque applied to the specimen is transferred to measuring dial through lever mechanism. Torque is measured by Pendulum Dynamometer system. Torque range can be adjusted by adding weights. Geared motor is used to exert required torque at other end of specimen. Auto-graphics Recorder gives the relation between Torque and Angle of Twist. These torsion testing machines are calibrated as per latest IS standards.

Calibration is within ±1% operation range of all models.

Technical Specifications :

MODEL		AI-TT-10	Al- TT-20	AI- TT - 50	AI-TT-100
Capacity	Nm	100	200	500	1000
Torque Ranges	Nm	20, 50,100	50,100,200	50, 100, 250, 500	100,250,500,1000
Divisions on Dial	Nos.	500	500	500	500
Test Speed	RPM	0.5	0.5	0.5	0.5
Clearance Between Grips	mm.	0-420	0-450	0-500	0-600
Grips For Round Specimen Dia	mm.	4-8 8-12	7-10 10-15 15-20	10-17 17-24 24-30	10-18 18-26 26-30
Grips For Flat Thick Specimen Width	mm.	2-8 25	3-10 30	2-12 40	5-15 50
Power Requirement 415 V, 50 hz. 3 Phase	kW.	0.25	0.25	1.0	1.0

Application & Operation :

Fatigue is one of the major reasons for failure of the materials used in all engineering designs. It is important to know fatigue properties of most of the materials before using them for actual application. Adinath Impex make Fatigue Testing Machines of AI-FT series is most suitable for draw S-N diagram. These are used by research institute, Auto industries and materials manufacturers. This is a rotating beam type machine where load is applied in reverse bending manner. Standard 8mm dia. Specimen is held in special holders at its ends and loaded such that it experience a uniform bending moment. Specimen is rotated at 4200 RPM by a motor.

Features :

• Light weight, compact size, simple design.
• Table model. No need of foundation.
• Simple lever systems for changing load.
• Accurately calibrated as per IS 5075
• Machines can be supplied with Ncm.

Technical Specification

SI No.	Model		AI-FT 200
1	Maximum Bending Moment	K.g.	Cm. 200
2	Bending Mooment Adjustable	K.g.	Cm. 27-200
3	Ranges,	Kg.	Cm. 25-125, 125-200
4	Grpping dia of Speciment	mm	12
5	Testing dia of Specimen	mm	8
6	Rotating Speed	rpm	42000
7	Accuracy of applied bending moment		1.00%
8	Digital Counter	Digit	8
9	Power required	hp	0.5
10	Main Supply	a.c.	3ph, 415v, 50hz
11	Overall Size (approx) mm	mm	1000 L.X. 500w X 600 h
12	Weight (approx)	Kg.	120

Adlnatft range of spring testing machines are used tor quick and accurate testing o( tension and compression springs. The machine comprises ol two hard crorne plated columns with tine cut single screw wilh hand wheol for manual loading and unloading arrangement. The machine uses a high precision load eel' 'or measurement ol force. For displacement measurement, mechanical linear scale or digital vernier caliper or rotary encoder is used. Measuring system ot machine is based on latest microprocessor based electronics with tare facility.

Options

• Digital vernier scale with 0.01 mm resolution for displacement Indication ( 6" or 12").
• Rotary encoder with separate digital unit 0.1 or 0.01 mm resolution.
• 9/24 pin Dot-Matrix printer interface.
• Serial Interface Hardware with data transfer software to computer.
• Motorlsed loading operation.

Features

• Microprocessor based unit.
• Force Measurement Accuracy W-1 % ot indicated load or 0.5 % o( full load value whichever is higher.
• Quick and accurate measurement
• Interchangeable load cells.
• Modulus data for load & displacement
• Optional Dot'Matrix printer interface
• Optional RS-232 Computer interface with window based
• software.

Model	AI-STM20	AI-STM200	AI-STM500
Maximum Capacity	20 kg, 10 kg, 5 Kg	200 kg, 100 kg, 50 kg	300 kg. 500 kg
Width Botween Columns	160mm	160 mm	250mm
Maximum Cross Head Travel	160mm	160 mm	250 mm
Force Measuring Resolution	l gm	10 gm	0.l kg

Displacement Measuring Resolution	Technical specificationc can change as per requirement
Type	Range	Resolution
Mechanical Scale(Standard)	0-150mm	1.00mm
Digital Vernier Gauge(Optional)	0-150mm	0.01mm
Rotary Encoder(Optional)	0-150mm	0.10mm/0.01mm