ANALOG UNIVERSAL TESTING MACHINE

DESCRIPTION : A universal testing machine (UTM ) is used to test the tensile strength and compressive strength of materials. The “universal” part of the name reflects that it can perform many standard tensile and compression tests on materials, components, and structures
RANGE OF EXPERIMENTS :
1. To Perform Tension Test
2. To Perform Compression Test
3. To Perform Transverse Test
4. To Perform Bending Test
TECHNICAL DESCRIPTION :
The Universal testing machine comprises of Load Frame consisting of two strong supports for the machine. Cross head – A movable cross head (crosshead) is controlled to move up or down
Dial gauge with chart recorder to measure the load Test fixtures, specimen holding jaws
FEATURES:
a. Loading accuracy as high as + 1%.
b. Straining rate to cover a wide range of materials.
c. Continuous roll type load elongation recorder.
d. High reading accuracy due to large size and design of dial.
e. Simple controls to facilitate ease of operation.

f. Fully enclosed and protected load-measuring system.
g. Wide range of standard and special accessories including
load stabilizer.
h. Robust straining frame.
i. Suitable for standard specimen and also structures.
j. Motorised UP/DOWN movement of lower crosshead to enable easy and rapid
fixing of test specimen.
Capacity Of UTM: 100 KN TO 2000KN
SERVICE REQUIRED : Power Supply: 440 V, 50 Hz, A.C.Three
Phase , Foundation As Per Drawing
SPACE REQUIRED : 2 m. ( L) x 2.0 m (W) X 3 m (H).
WEIGHT : @ 2000 Kg

Get More Details:- 01-ANALOG UNIVERSAL TESTING MACHINE

DIGITAL UNIVERSAL TESTING MACHINE

DESCRIPTION :
A universal testing machine (UTM ) is used to test the tensile
strength and compressive strength of materials. The “universal” part of
the name reflects that it can perform many standard tensile and
compression tests on materials, components, and structures
RANGE OF EXPERIMENTS :
1. To Perform Tension Test
2. To Perform Compression Test
3. To Perform Transverse Test
4. To Perform Bending Test
TECHNICAL DESCRIPTION :
The Universal testing machine comprises of
Load Frame consisting of two strong supports for the machine.
Cross head – A movable cross head (crosshead) is controlled to move up or down
Electronic Panel to measure the load
Test fixtures, specimen holding jaws
FEATURES:
a. Loading accuracy as high as + 1%.
b. Straining rate to cover a wide range of materials.
c. Continuous roll type load elongation recorder.
d. High reading accuracy due to large size and design of dial.
e. Simple controls to facilitate ease of operation.
f. Fully enclosed and protected load-measuring system.
g. Wide range of standard and special accessories including
load stabilizer.
h. Robust straining frame.
i. Suitable for standard specimen and also structures.
j. Motorised UP/DOWN movement of lower crosshead to enable easy and rapid
fixing of test specimen.

Software facilities
Windows based , Menu driven software with GUI ( Graphical User Interface )
1) Onec PC connected, All operations from PC. All Displays, Keys operation from PC.
2) View Report, Print Report Facility. Facility to add Customers Logo in certificate.
3) Load Unit Selection (kN, kg, pounds) Displacement unit ( mm, inch)
4) Online Graph Auto scaling. On line 2 graphs with Extensometer facility.
5) Statistics include Water fall dig. for curve, Histogram, variation, Mean Deviation on selected result like Ult. Load, Ult. Stress, Elongation etc. Facility to get Batch report as per selection.
6) Data bank define facility for continious production specimans. Here you can get statistics over long period like monthly, yearly etc.
7) Facility to select different graphs. Plot load, Displacement Vs Time etc
8) Facility for Graph comparision ( Compare with standard by plotting both simulatneously). Graph zoom, point tracing, Selected portion zoom etc.
9) Modulus data, yield calculation by method selection etc.
10) Facility to select different speciman types like Round solid, Round Hollow, Rectangular, Irregular shape, TMT etc.
Facility for Sample Id. , customer details
11) Results with Standard Test includes Ultimate Load, Displacement at ult. Load, Max. Displacement. Ult. stress, % Elongation, % Reduction in Area, Yield with Method selection. ( If speciman doesn’t have distinct yield it is recommended to use Extensometer for Yield calculation) Extensometer Test : Yield, proof ( with offset selection)
Capacity Of UTM: 100 KN TO 2000KN
SERVICE REQUIRED : Power Supply: 440 V, 50 Hz, A.C.Three Phase , Foundation As Per Drawing
SPACE REQUIRED : 2 m. ( L) x 2.0 m (W) X 3 m (H).
WEIGHT : @ 2000 Kg

Get More Details:- 02-DIGITAL UNIVERSAL TESTING MACHINE

FATIGUE TESTING MACHINE

DESCRIPTION : A specified mean load (which may be zero) and an alternating load are applied to a specimen and the number of cycles required to produce failure recorded. Generally, the test is repeated with identical specimens and various fluctuating loads
RANGE OF EXPERIMENTS :
1. To Perform Fatigue Test
TECHNICAL DESCRIPTION :
This machine is used to test the fatigue strength of materials. This is a rotating beam type machine in which load is applied in reversed bending fashion. The standard 8 mm dia. specimen is held in special holders at its ends and loaded such that it experiences a uniform bending moment. The specimen is rotated at 4200 rpm by a motor. A completer cycle of reversed stresses in all fibers of the specimen is produced
during each revolution. The bending moment is applied with a lever system and can be easily changed by moving a weight over the lever. Total number of revolutions at which the specimen fails are recorded by a Digital counter. An interlocking system puts off the motor at specimen failure. Machine meets requirements of IS 5075 – 1969

1. Light weight, compact size, simple design.
2. Table model, no need of foundation.
3. Simple lever system of changing load.
4. Accurately calibrated as per IS 5075.
SERVICE REQUIRED : Power Supply: 440 V, 50 Hz, A.C.Three
Phase , Foundation As Per Drawing
SPACE REQUIRED : 1.5 m. ( L) x 1.0 m (W) X 1 m (H).
WEIGHT : @ 200 Kg

Get More Details:- 03-FATIGUE TESTING MACHINE

ROCKWELL HARDNESS TESTER

DESCRIPTION : The Rockwell scale is a hardness scale based on indentation hardness of a material. The Rockwell test determines the hardness by measuring the depth of penetration of an indenter under a large load compared to the penetration made by a preload.[1] There are different scales, denoted by a single letter, that use different loads or indenters. The result is a dimensionless number noted as HRA, HRB, HRC, etc., where the last letter is the respective Rockwell scale RANGE OF EXPERIMENTS : 1. To Measure the hardness of given specimen using Rockwell hardness tester. TECHNICAL DESCRIPTION : Test loads 60, 100 & 150 kgf for trsts on Rockwell A, B, C, scale. Automatic Zero setting dial gauge. Load selection just by dialing externally. Capacity – Throat 133 mm Max. test height 230 mm Confirm to IS : 3804, BS : 891 & ASTM : E –18 SERVICE REQUIRED : Foundation As Per Drawing SPACE REQUIRED : 0.5 m. ( L) x 0.5 m (W) X 1 m (H). WEIGHT : @ 35 Kg

Get More Details:- 04-ROCKWELL HARDNESS TESTER

BRINELL HARDNESS TESTER

DESCRIPTION : The Brinell scale characterizes the indentation hardness of materials through the scale of penetration of an indenter, loaded on a material test-piece. The Brineel method applies a pre determined test load to a carbide ball of fixed diameter which is held for predetermined time period and then removed.The resulting impression is measured across at least two diameters and these results averaged. A chart is then used to convert averaged diameter measurements to Brinell Hardness Number.
RANGE OF EXPERIMENTS :
1. To Measure the hardness of given specimen using Brinell hardness tester.
TECHNICAL DESCRIPTION :
Test Loads 500 to 3000 kgf in steps of 250 kgf
Capacity – Throat 200 mm.
Mac test height – 410 mm.
Hydraulic Power pack & control circuit for effortless
Loading/unloading operation.
Facilities production testing within tolerance limits. As set on dial gauge.
Conform to IS : 2281,
BS : 240 & ASTM : E 10
SERVICE REQUIRED : 440 V , AC Three Phase, Foundation As Per Drawing
SPACE REQUIRED : 0.7 m. ( L) x 0.7 m (W) X 1 m (H).
WEIGHT : @ 75 Kg

Get More Details:- 05-BRINELL HARDNESS TESTER

VICKERS HARDNESS TESTER

DESCRIPTION: The Vickers test can be used for all metals and has one of the widest scales among hardness tests. The unit of hardness given by the test is known as the Vickers Pyramid Number (HV) or Diamond Pyramid Hardness (DPH). The Vickers Hardness method is based on optical measurement system . A square base pyramid shaped diamond is used for testing in the vickers scale. Typically loads are very light, ranging from grams to several Kilograms
RANGE OF EXPERIMENTS :
1. To Measure the hardness of given specimen using Vickers hardness tester.
FEATURES :
a. Wide testing range, from soft metal such as lead, upto the hardest, kile hardened steel.
b. Tiny indentation allows testing of a precision finished parts.
c. This sheet metal are perfectly tested. Because applied load is very mall.
d. Same hardness number is obtained on the same specimen, regardless of the load applied.
e. Motorised loading and unloading cycle.
f. Built-in projection screen to get accurate results.

TECHNICAL DESCRIPTION :
Test Loads : 5,10,20,30,50 kg.
Magnification of optical projection : 70X
Max. Test Height ( mm ) : 200
Scale least count ( mm ) : 0.001
Depth of throat ( mm ) : 133
Dimensions of Machine ( mm ) : L 585 x W290 x H860
Weight ( Approx. ) : 73 kg.
Power Supply : 220 V AC, 50 Hz, 1 phase
SERVICE REQUIRED : 230 V , AC Single Phase, Foundation As Per
Drawing
SPACE REQUIRED : 0.7 m. ( L) x 0.7 m (W) X 1 m (H).
WEIGHT : @ 75 Kg

Get More Details:- 06-VICKERS HARDNESS TESTER

ROCKWELL CUM BRINELL HARDNESS TESTER

DESCRIPTION : Rockwell Cum Brinell Hardness Testing Machine used to measure hardness of metals & alloys of all kinds, hard or soft, whether round, flat or irregular in shapes . Rockwell test minor load is 10 kgf & major loads are 60,100,150 kgf. Brinell test for major load is 187.5 , 250 kgf. Rockwell hardness scales such as HRA, HRB, HRC, etc. Brinell hardness scale such as HB is obtained by using different types of indentors ( Diamond / Ball ). RANGE OF EXPERIMENTS : 1. To Measure the hardness of given specimen using Rockwell Cum Brinell hardness tester. TECHNICAL DESCRIPTION : Test Loads : 60,100,150,187.5,250. Kgf Initial Load : 10 kgf Max. Test Height ( mm ) : 230 Depth of throat ( mm ) : 133 Max. Depth of elevating screw below base (mm) : 240mm Dimensions of Machine ( mm ) : L 173 x W425 x H625 Weight ( Approx. ) : 80 kg.
Power Supply : 220 V AC, 50 Hz, 1 phase

Get More Details:- 07-ROCKWELL CUM BRINELL HARDNESS TESTER

IMPACT TESTING MACHINE

DESCRIPTION : The Charpy impact test, also known as the Charpy V-notch test, is a standardized high strain-rate test which determines the amount of energy absorbed by a material during fracture. This absorbed energy is a measure of a given material’s notch toughness and acts as a tool to study temperature-dependent ductile-brittle transition. It is widely applied in industry
RANGE OF EXPERIMENTS :
1. To Perform Charpy and Izod Impact Test
TECHNICAL DESCRIPTION :
Pendulum drop angle : 1400 for Charpy Test and 900 for impact test
Pendulum effective Weight : 21 kg
Pendulum impact energy : 300J for Charpy Test and 168J for impact test
Min. scale graduation : 2J
Distance of axis of pendulum rotation from Center of specimen/to specimen hit by pendulum :815 mm
SERVICE REQUIRED : Foundation As Per Drawing
SPACE REQUIRED : 1.5 m. ( L) x 1.0 m (W) X 1.7 m (H).
WEIGHT : @ 200 Kg

Get More Details:- 10-IMPACT TESTING MACHINE

TORSION TESTING MACHINE

DESCRIPTION : In many areas of engineering applications, materials are sometimes subjected to torsion in services, for example, drive shafts, axles and twisted drills . The torque is the product of tangential force multiplied by the radial distance from the twisting axis and the tangent, measured in a unit of N.m. In torsion testing, the relationship between torque and degree of rotation is graphically presented and parameters such as ultimate torsional shearing strength (modulus of rupture), shear strength at proportional limit and shear modulus (modulus of rigidity) are generally investigated. Moreover, fracture surfaces of specimens tested under torsion can be used to determine the characteristics of the materials whether it would fail in a brittle or a ductile manner.
RANGE OF EXPERIMENTS :
1. To Perform Torsion Test
TECHNICAL DESCRIPTION :
• Torsion Testing Machine is designed for conducting torsion and twist on various metal wires, tubes, sheet materials torque measurement is by pendulum dyanometer system. • Torque can be applied to specimen by geared motor through gear box. • The accuracy of torque indication is ±1of the true torque.
Max. Torque Capacity : 200 kg m
Torque Ranges : 200,100,50 kg m
No. of div. on Dial : 500
Clearance between Grips : 0-420 mm
Grips for Round specimens : 7- 10 , 10 -15,15 – 20 mm
Motor (400-440 V, 3 Phase & 50 Hz.)

SERVICE REQUIRED : Power Supply: 440 V, 50 Hz, A.C.Three Phase ,
Foundation As Per Drawing
SPACE REQUIRED : 1.5 m. ( L) x 1.0 m (W) X 1 m (H).
WEIGHT : @ 200 Kg

Get More Details:- 08-TORSION TESTING MACHINE

COMPRESSION TESTING MACHINE

DESCRIPTION : Compression tests are used to determine how a product or material reacts when it is compressed, squashed, crushed or flattened by measuring fundamental parameters that determine the specimen behavior under a compressive load.
RANGE OF EXPERIMENTS :
1. To Perform Compression Test
TECHNICAL DESCRIPTION :
a. Loading accuracy as high as + 1%
b. Straining at variable speeds to suit a wide range of materials.
c. Continuous roll autographic recorder supplied as standard to enable study of the behavior of materials.
d. Motor driven geared shaft for quick and effortless adjustment of cross-head-to facilitate rapid fixing of test specimen.
e. High reading accuracy due to large size and design of dial.
f. Wide range of standard and special, including load stabilizer.
g. Large effective clearance between columns enables testing of standard specimen as well as structures.
h. Simple controls for ease of operation.
i. Robust straining frame of an extremely rigid construction.
j. Safe operation ensured by means of safety devices.
j. Load ranges can be adjusted by auto load selector knob.

TECHNICAL DATA :
Loading Range : 2000 KN
Least Count : 1KN
Max. Clearance Between Platen : 370 mm
Max. Clearance Between Side Platen : 340mm
Platen Size : 220 mm
Piston Stroke : 210mm
SERVICE REQUIRED : Power Supply: 440 V, 50 Hz, A.C.Three
Phase , Foundation As Per Drawing
SPACE REQUIRED : 1.5 m. ( L) x 1.0 m (W) X 1.5 m (H).
WEIGHT : @ 400 Kg

Get More Details:- 09-COMPRESSION TESTING MACHINE