Tensile Testing Machine Dealers in Pune

APPLICATION: Horizontal/ Vertical Submerged Setup in order to study Hydrogenation not only precipitated from extension, but from all contact surface Ring or Tubular Specimen With Cathode Mesh SPECIFICATIONS: Specimen Type: Cylindrical with or without V Notch; Square cross section with or without notch; Flat Specimen Gauge Length: 50 mm Effective Axial Tensile Load: Max up to 2000 kilograms Clamping: Sockets of M 12 X 1.75 P or M 16 X 2 P for Cylindrical/ Square Specimens; Pyramid serrated jaws for Flat Specimen or Wedge Grips- Refer to Wedge Grip Power Supply: Output: 0 to 30 V and 0 to 5 amp variable; Input 230 V AC I Phase 15 amp. (Other Power Supply on reques   The Me DESCRIPTION: Mchanism is for loading Test Specimen (Under Tensile Load) with extension for Electrolytic Charging for Hydrogenation in order to study the effect of Hydrogen on the Mechanical Properties of various steel.

Machine provided with electronic digital display for Load and Elongation. Online Graph on PC (Optional). Printer Interface with results & load displacement curve. All other facilities mentioned under Electro-Mechanical Model. Other available models: Computerized/Servo Controlled.

Application Universal testing machine have a wide range of application. A number of material and metals in different forms and shapes can be tested for a variety of tension, compression, transverse, bend, shear, brinell hardness, etc. special attachments are also available for testing of flat belts, chain links, wire ropes, etc. Construction 1. Loading FrameThe base has a hydraulic cylinder art its centre, and two main screws at both ends. The middle cross head is mounted on screws through main nuts. The middle cross head can be moved up or down through chain transmission and geared motor to adjust the initial tensile / compression clearance. On the piston rests an assembly of upper, lower crosshead and two columns. The individually lapped cylindrical piston assembly ensures smooth transfer of force with minimum friction.2. Hydraulic SystemHydraulic circuit consists of hydraulic power pack having a directly driven radial plunger pump which gives a continuous non pulsating flow of oil pressure upto 250 bar. Oil filter, oil strainer, air breather, oil level indicator, drain plug are on the power pack. A pressure compensated needle type flow control valve is provided to control the oil flow to cylinder thereby achieving desired piston speed. Infinitely variable speeds can be obtained with the help of valves.3. Electrical SystemA separate switch box and electrical panels are provided. Both the hydraulic pump motor and the geared motor have interlocks. Limit switches are provided are to stop the hydraulic pump motor if the load increases beyond the machine capacity or if piston stroke is exceeded. Analogue Control Panel 1. Load measuring systemThe oil pressure in the main cylinder is transferred to the small dynamometer cylinder. The dynamometer piston is kept rotating at a slow speed to ensure dynamic friction condition. The piston exerts a force proportionate to the pressure on the hanger connected to one arm of the pendulum, through an auto range selecting lever system. This force deflects the pendulum. The range selection can be effected by simply turning a knob, provided outside of the panel. An effective damping arrangement is provided to ensure slow return of the pendulum after sudden fracture of the test specimen.2. Load indicating arrangementThe pendulum lever pushes rack which slides over two pulleys. The rack movement is proportionate to the load. A pinion in engagement movement of the rack rotates and moves the pointer fixed to its shaft. The pointer moves over a large dial indicating the load. A window type dial is provided for easy and clear change of the load range.3. Recording systemA continuous roll type load elongation recorder is provided for plotting a load- elongation graph. Load is plotted by the horizontal movement of the rack. Elongation is plotted on the vertical axis and is equal to the movement of the main piston elongation ratio of 1:2 and 1:5 can be obtained.4. Accuracy and calibrationAll measuring ranges of the machine are calibrated within an accuracy of +/- 1% from 20% to 100% of each range as per is 1828 and BS 1610. Computerised Control Panel 1. Load measuring systemThe oil pressure in the main cylinder is also transferred to an electronic pressure transducer which gives a proportionate signal to the data acquisition unit. Both, the motor for hydraulic operation and cross head motion controlled by push button and they have interlocks to prevent simultaneous working of the motors. The electrical panel is fixed on the control panel. Displacement measurement is carried out by means of a rotary encoder. Encoder signal is fed to the data acquisition panel to get displacement in mm.2. Features of data acquisition unit A microcontroller based data acquisition system for data acquisition & indication. Two 16 characters x 2 lines LCD displays for displaying load & crosshead travel value. Auto - detection of over-load, over travel & specimen break. On detection of any of the above conditions, the machine is automatically switched off. Load is indicated with resolution of 0.01% of machine capacity for the entire measurement range (in other words with a resolution of 0.04kN for 400Kn model) Tare load & reset elongation facilities available. Elongation is indicated with a resolution 0.1 mm Storage space to store data of off-line test. 3. Feature of win UTM software The Win UTM software can run a variety of mechanical tests, recall data from previous test & prepare test report. Menu driven software for easy of use Test reports & graph can be sent directly to the printer via parallel port USB port. Storage & retrieval of test parameters. Display of load elongation (stress & strain are optional) at any instant through out the test. On line display of load Vs elongation or stress Vs strain characteristics during conduction of test. The plot is auto scaled & displayed. Selectable units (kN. Kgf, lbf, mm, inch) Variable sample break detection. Load is indicated with a resolution of 0.01% of machine capacity for the entire measurement range of 2% to 100% of machine capacity. Elongation is indicated with a resolution of 0.1 mm Provision of auto- zeroing of elongation at set pre-load. Tare load and reset elongation facilities available. Auto-detection of over load, one travel and specimen break. On detection of any of these conditions, the machine is automatically switched OFF. High precision sensors and encoders used for load and elongation measurement. Large storage capacity for sloring data (upto 50,000) on the computer. Provision for calculations of parameters such as load and elongation at yield, peak load at break. Yield stress, ultimate stress etc. the parameters to be calculated are user selectable. Test conditions, test data and test results are stored in a specific file based on a unique file structure. Built in facility for printing the test results and test graph from PC. A printer copy of consolidated test results conducted on a particular date can also be obtained. Graph of load Vs Crosshead travel, Load Vs Time, Crosshead travel Vs Time, Load Vs Extension, stress Vs strain etc. are available. Specific software for tensile, compression, shear, bend, TOR-Steel and other tests. If an electronic extensometer is used, then proof stress values (from 0.1% to 1.0%) can be determined. If an electronic extensometer is used, software prompts the user to remove extensometer as soon as proof load is crossed. After removal of extensometer, measurement of crosshead travel by the encoder commences and proceeds till completion of test. A combined auto scaled graph using extensometer and encoder is available. The on-line plot shows the graph of load Vs extension (using extensometer) and the plot is continued when measurement is through rotary encoder. The extension Vs elongation axis is appropriately scaled automatically. 4. Accuracy and calibrationEvery machine is calibrated in accordance with procedure laid down in BS 1610-1964 and 1828-1991. Computerized Universal Testing Machine comply with grade A of BS 1610-1964 and grade 1 of IS 1828- 1991. An accuracy of +/- 1% guaranteed from 2% to 100% of capacity of the machine. The Computerized Universal Testing Machine is supplied without the necessary computer, its operating system and the printer; but is supplied with requisite software, conditioning system and the interfaces.

We are a giant Manufacturer and Supplier of Tensile Testing Machine in Pune, Maharashtra, India. We are backed by a team of diligent professionals, who use the premium quality components and pioneering techniques for manufacturing it. Our offered tensile Testing Machine is known for its accurate results, durability, sturdiness, and long operational life.Details : Suitable for the tensile test of non-ferrous metals, wires, cables, wood, plastic, rubber, paper, resin, fabrics etc. Load Range from 200 N to 50 KN Available in dial type, digital and computerised models. Computer controlled Universal Testing Machine with ball screw is available with 1 KN to 100 KN capacity Accuracy confirms to IS 1828 / BS 1610   

We are one of the prominent providers of Servo Control Universal Tensile Testing Machine in varied specifications. Reckoned for its reliability and high functionality, our Servo Control Universal Tensile Testing Machine is one of the best in the market.

Universal Testing Machine Model UTM-40, 40 tons capacity, with following standard accessories for Tension, compression, Bending & Transverse with auto load facility and generally as per the leaflet enclosed. STANDARD ACCESSORIES: Tension Test 10/25 Tension test jaws for ground specimens 25/40 diameter (mm). TENSILE TEST: Tensile Test jaws for flat specimen 0-15 thickness 15-30mm width 65mm. COMPRESSION TEST: Pair of compression plates of diameters 120mm. TRANSVERSE TEST: Table with adjustable rollers of width (mm) 160 diameter of rollers (mm) 30 maximum clearance between supports (mm) 500 radius of punch Tops (mm) 12 and 16.

We are offering digital universal testing machine. digital cum computerized testing machine -testing force : available in various ranges from 10, 20, 40, 60, 100 & 200 ton capacity - digital display with software cd (for data evaluation) -loading control : hydraulic control -serial interface to connect pc & printer

• Motorised Control Valve.• Load accuracy as high + 1%.• Straining at variable speeds to suit a wide range of materials.• Printer & PC graphs enable study the behavior of the material.• Motor driven threaded columns for quick effortless adjustment of middle crosshead to    facilitate rapid fixing of test specimen.• Simplicity in reading because of digital readouts.• Wide range of standard and special accessories.• Easy change from plain to threaded and screwed specimens.• Large effective clearance between columns enable testing of standard specimens as well    structures.• Simple controls for ease of operation.• Robust straining frame of an extremely rigid construction.• Fully enclosed and protected pressure transducer.• RS 232 serial port for PC control of m/c.      Application : Electronic Universal Testing Machine is designed for testing metals and other materials under tension, compression bending, transverse and shear loads. Hardness test on metals can also conducted.    Principal of Operation : Here UTM Right Control Valve is Servo Controlled in close loop mode as per mode selection. Following control modes available :1) Standard Manual Control2) Potentiometric Control3) Load Rate Control4) Elongation Rate Control5) Load Hold Mode6) Strain Rate Control  Also Auto Start, Potentiometric start & Initial Valve open start options are available for test to take care of slippage & different specimen types. Load is applied by hydrostatically lubricated ram. Main cylinder pressure is transmitted to the pressure transducer housed in the control panel. The transducer gives the signal to the electronic display unit, corresponding to the load exerted by the main ram. Simulteniously the digital encoder fitted on the straining unit gives the mechanical displacement.   Machine consists of :  Straining Unit : This consists of a cylinder motor with chain and sprocket drive and a table coupled with the ram of the hydraulic cylinder, mounted on to a robust base. The cylinder and the ram are individually lapped to eliminate friction. The upper cross-head is rigidly fixed to the table by two strenthened columns.The lower cross - head is connected to two screwed columns which are driven by a motor. Axial loading of the ram is ensured by relieving the cylinder and ram of any possible side loading by the provision of ball seating.An displacement scale with a minimum graduation of 1mm, is provided to measure the deformation of the specimen.Tension test is conducted by gripping the test specimen between the upper and lower cross-heads.Compression, transverse , bending, shear & hardness tests are conducted between the lower cross-head and the table.The lower cross-head can be raised or lowered rapidly by operating the screwed columns, thus facilitating ease of fixing of the test specimen.    Control Panel : The control Panel consists of a power pack complete with drive motor and an oil tank, control valves and electronic display unit.    Power Pack : The power pack generates the maximum pressure of 200 kgf/cm2. The hydraulic pump provides continuously non-pulsating oil flow. Hence the load application is very smooth.    Hydraulic Controls : Hand operated Release Valve & motorised control valve are used to control the flow to and from the hydraulic cylinder. The regulation of the oil flow is infinitely variable. Incorporated in the hydraulic system is a regulating valve, which maintains a practically constant rate of piston movement. Control by this valve allows extensometer reading to be taken.    Electronic Control Unit : (FIE- SERVO) - In Electronic panel 8085 microprocessor is used for basic UTM operation & an 8 bit dedicated   microcontroller is used for close loop & Servo Control.- Panel is having parallel printer port, RS 232 C serial port for PC interface.- 2 lines x 8 digits 7 segment display & membrane keyboard for data entry.- 20 data sets and 50 results storage.    Software : Windows based basic software for Servo Control is in standard scope of supply. • Real Time graph, User friendly software. • Extensive graphics on screen for curve plotting, magnification and zooming.• Software features include Graph comparison, point tracing facility. Different units selection    for load & displacement.• Statistical evaluation with water fall dig., Mean deviation, frequency distribution, Skew    dig., Histogram. Also calculates max. value, min.value, Mean Value, Variance, Standard    Deviation. (Other statistical parameters on request). Selectable batch &    statistical printouts.• Evaluation of wide range of user selectable parameters such as %    elongation, % reduction   in area, young's modulus, yield stress, proof stress etc.• Optional Software packages for Extensometer, Shear Bend, Torsion, Rubber, Textile    testing etc.            Accuracy and Calibration : Electronic Universal Testing Machines are closely controlled for sensitivity, accuracy and calibartion during every stage of manufacture. Every machine is then calibrated over each of its measuring ranges in accordance with the procedure laid down in British standards. 1610 : Part1 : 1992 and IS : 1828 : Part1 : 1991.Electronic Universal Testing Machine comply with Grade "A" of BS : 1610 : Part1 : 1992 and class 1 of IS-1828 - Part - 1:1991. An accuracy of +1% is guaranted from 2% to 100% of the capacity of the machine. Below 20% of the selected range, the maximum permissible error is 0.2% of the full load reading.

This versatile Jig can be used to test various types of Dot matrix Print heads. The features of the Jig is as given below.Can be used to test the continuity of the all the coils and print head cables simultaneouslyCan be used to check the resistance of each coil of the print head. Can be used to check the firing of individual pins of any print head. CONTINUITY TESTING To test the continuity place the toggle switch on the top of the Unit to the Continuity position. This Jig provides a universal 26-pin male berg connector to which a female berg cable can be connected. Any number of cables can be configured so as to match you print head requirement. The configuration of the Berg connector is 1 to 1 that means pin number 1 of the berg connector represents Pin 1 of print head and LED 1 on the Test Jig. Different cables can be made as per the printer head connector to directly connect the print head to this cable. Once the cable is connected and the Unit is Switched on, all the LEDs on the top of the Unit will light up corresponding to all the coils that are showing continuity. That means if it is a nine pin head then the first nine LEDs will light up, if the head is a 18 pin the first 18 LEDs will light up, if the 24 pin then all the 24 LEDs will light up. NOTE the LED only shows the continuity of the coils not whether the coil impedance is correct, that means even if the coil is electrically short then the LED will light up. For this you have to check the impedance using the digital resistance meter provided. RESISTANCE TESTING To test the Resistance place the toggle switch on the top of the Unit to the Resistance position. Now with the print head connected to the cable depress each micro toggle switch momentarily to display the resistance of that coil. That means if you want to measure the resistance of coil 1 then depress the micro toggle corresponding to 1, this will cause the display meter to display the resistance of that coil. FIRING TESTING To test the Firing place the toggle switch on the top of the Unit to the Continuity position. Now with the print head connected to the cable depress each micro toggle switch momentarily to activate the corresponding PIN. That means if you want to check the firing of PIN 1 then depress the micro toggle corresponding to 1, if you want to check the firing of Pin 2 then depress micro switch no 2 and so on.

Acme make Universal Testing Machine UNITEST Series are screw driven with precision Ball Screw with Zero Backlash with variable speed drive. Computerized Universal Testing Machine is suitable for studying mechanical behavior of various materials like polymers, metals, rubber, plastic, etc. Universal Testing Machines are easy to operate & they offer excellent performance & flexibility to meet the needs of modern testing equipments. & confirm to IS/BS/ASTM Standards. Moreover, Universal Testing Machines are available with options depending upon test requirements & Control mechanism. We are a renowned Manufacturer and Supplier of Electronic Universal Testing Machine from India. Features : Precision Servo Drive Motor with Zero Backlash Ball Screw given an advanced drive system with wide range of speed range.Provision for load cell interchange & automatic selection of load full scale & Units (Kn or N)Speed selection through data entryFacility for mounting different load cells & clamping devices to suit different testsSafety Interlock for overload & limit switch to ensure protection during testUniversal Application in R & D, Quality control, & Production for tests like Tensile, Compression, Bending, Peel, Flexure, Pullout, Tear, Shear, etc.Window based software for control of machine On line data acquisition to PC as well as data analysisEmergency Button StopLoading Accuracy : +/- 1.0 % of readingLoading Frame : Powder CoatedDisplay : LCD Monitor Software Features : On line data acquisition to PC as well as data analysisReal Time display of data, Tests, & curves & ZoomingOn line / off line generation of graph of load v/s length, load v/s displacement, load v/s elongation, Etc.Software password protectionAutomatic calculation of parameters like % of elongation, peak load, breaking load, displacement, peak elongation, tensile strength, proof stress, yield stress, Young̢۪s Modulus, etc.Printer Port for Printer InterfaceGraph & result PrintoutTest certificate print out Load Cells : We offer strain gauge type load cell in different capacities in th following ranges : 50N, 100N, 200N, 300N, 500N, 1Kn, 2Kn, 5Kn, 10Kn, 25Kn, 50Kn, 100Kn. Grips & Clamping Device : Different Types of Grips available as per requirement. Wedge type grips for flat & round specimensVise type gripsCompression platesBending FixturesShearing attachmentPullout testExtensometer

Universal Testing Machine Microprocessor based electronic panel precision strain gauge type pressure transducer of load measurement. Rotary encoder with rack for crosshead displacement indication with 0.1mm resolution.

HTB1 and other high tensile brass castings are used extensively for wear-resisting applications because of their strength. It is also used for marine propellers, pump impellers and valve bodies due to its high corrosion resistance. PRODUCT APPLICATION: Bushes& liners with graphite plugs ( self lubricating ) Bushes in textile & chemical industries. Bushes, sleeves & liners in forge industries. liners in machine tool industries. liners in presses & hammers.

Pull off Tester, Scale Inhibitor, Humidity Meter, Brinell Hardness Tester

Universal Testing Machine, Hardness Tester, Impact Teste

Computer Controlled Universal Testing Machine

Universal Air Brake Testing Machine, Part Cleaning Machin

Universal Testing Machines, Impact Hardest Testing Machine

Universal Testing Machine, Gear Deburring Machine, Cluster Gear Roll Teste