Electronic Extensometer Dealers

• Brand Name: SRI
• Material: Aluminium
• Color: Silver
• Application: Industrial Use
• Feature: Light Weight
• Width: 40-50mm
• Type: Electronic Extensometer
• Temperature Range: 10-50C
• Country of Origin: India
• Display: Digital

• Feature: Durable
• Specimen Diameter: 0.5 to 30mm
• Specimen Width: up to 30mm
• Resolution: 0.001 Mm
• Measuring Range: 3mm
• Output: 0.3 mV / V / mm. (approx)
• Body Material: Aluminium

Mechatronic Engineers offers electronic extensometer ME-EE 2 to measure material extension with a resolution of one micron. Strain gauge type extensometer is used up to the elastic limit to determine important parameters like 0.1%, 0.2% proof stress, and Young’s Modulus. This requires Mechatronic Engineer’s make Electronic Control Panel.

• Accuracy: :
• Class 1 as per IS 12872 / ISO 9513: Type
• :: Strain Gauge type
• Out-put: :
• 0.3 mV / V / mm. (approx): Excitation
• :: 10 V. DC Nominal.
• Measuring range: :
• 5 mm.: Nominal resistance of bridge
• :: 350 ohm
• Gauge length: :
• 25 mm/50mm by means of extender: Resolution
• :: 0.001 mm

Our company is engaged in offering Strain Gauge type Electronic Extensometer for the evaluation of 0.2% proof stress. We also manufacture Electronic Extensometer to comply with ASTM E-83 B2 Class and provide you with 0.1 micron (0.0001 mm) resolution and NABL calibration certificate. Features : Complied as per ASTM- E83- B2 Class Electronic Extensometer For 204060100 Ton Capacities Model : TECSOL-EEXT02-ASTM - E83- B2 ClassType : Strain gaugeGauge Length : 25, 50mmMaximum Extension : 2.2mmResolution : 0.1 micron (0.0001 mm).To be removed before specimen breakage

• Measuring Range (Extension): 0-2 mm, 0-5 mm, 0-10 mm
• Least Count: 0.001 mm
• Gauge Lenght (Adjustable): 25, 30, 45, 50, 25.4, 62.5, 70, 80, 160, 200, 300 mm
• Thickness or diameter of specimen: 1 to 50 mm round & flat Bars
• Excitation: ± 5 VDC
• Out Put (Approx): 20 mV full scale

Details : The electronic exensometer, Model EE-2, EE-5, EE-10 is manufactured as per IS:12872:2011 & ISO 9513:1999, ASTME-83 in class 1 accuracy. This equipment is basically used with Universal Testing Machines and any digital Panel for tension test, It is used for measuring young's modules, proof stress or yield stress.  

• Brand Name: Vertex
• Accuracy Class: 0.5/1%
• Body Material: Aluminum
• Measuring Range: 10mm & 25mm
• Input Resistance: 350 ohms
• Reference Excitation voltage: 10 V DC

• capacity: 20 elements

UTM: 40 Tons capacity Krystal make Computerized Universal Testing Machine for Tensile strength, Yield strength and Elongation with Electronic Extensometer Attachments.Impact: 300 Jules Krystal make Impact Testing machine.Hardness tester: 3000 Kgs Krystal make Brinell Hardness Testing machine.Sand testing: All the necessary sand testing equipments.IGC Testing facilities for Practice A,B,C,D & E methods.

AlE Offers Auto Instruments & Engineers make Electronic Extensometer AIE-EE2 to measure material extension with a Resolution of 1- Micron. Strain Gauge type Extensometer is to be used up to Elastic Limit to Determine Important Parameters Like 0.1 %, 0.2% Proof Stress & Young's Modulus, proof stress from 0.1 % to 1 % Selectable. Specifications :Gauge length 25 mm to 50 mm Maximum extension 2 mm Resolution 1 micron Specimen dia 0.5 to 30mm Specimen thickness up to 30 mm Specimen width up to 30 mm   Description :Serial port (RS-l31) communication is available with Windows based operating software Wide range of data entry for easy test setup Unit interchangeability for input and results as per standard. Extensive graphics, curve / tracing Results printing formats Output parameters include U. T. S. young's modulus, % elongation, yield stress, proff stress selectable from O. 1 %       to 1 % (when extensometer is used)Online graph facility Time graph also available.Batch testing facility. Prodf stress lines can be seen on monitor.Reductions in area.

• Brand Name: SreeKa
• Automation Grade: Automatic
• Body Material: Mild Steel
• Phase: Three Phase
• Voltage: 230 V
• Least Count: 0.001 mm
• Output: 20 mV
• Features: Excellent functionality, Less maintenance, Sturdy design

• Voltage(v): 2,4,6
• Range resolution: 0.001 mm

An extensometer is a device , is used to measure changes in the length of an object. Its name is derived from extension-meter.Resolution ranges up to 0.001 mm;Accuracy is 0.01 mm % or 0.05 mm % as per standards.The voltage required is 2-6V.It is useful for stress-strain measurements and tensile tests.

• Measuring Range (Extension): 0-2 mm
• Guage Length (Adjustable): 25, 30, 45 & 50 mm
• Excitation: + 5 VDC
• Out put (Approx): 20 mV full scale

Electronic Mechanical Extensometer (Model : EE-2) • The electronic exensometer, Model EE-2 is manufactured as per IS:12872:1990 & ISO 9513:1989 in class 1 accuracy. • This equipment is basically used with Universal Testing Machines for tension test, It is used for measuring young's modules, proof stress or yield stress. • EE-2 extensometer requires electronic signal conditioning PCB to interface it with UTM electronic panel.

Temperature range up to 12000C Full range of gage lenths from 10mm to 50mm Travel ranges from 5% to 50% of gage length Self supporting Ideal for tensile & low cycle fatigue applications

We are an experienced Manufacturer and Supplier of Mechanical & Electronic Mechanical Extensometer. Our entity is based in Pune, Maharashtra, India. We offer this machine in two models, namely EM-1 i.e. Mechanical Extensometer & EE-2 i.e. Electronic Mechanical Extensometer.  The EM-1 is used for measuring the elongation of the test specimen under load, to have its mechanical properties. Whereas, the EF-2 is used with the Universal Testing Machines for carrying out the tension test. It is used for measuring young's modulus, proof stress or yield stress. Mechanical Extensometer It is essential to measure the elongation of test specimen under load, to have it's mechanical properties. FIE Extensometer Model EM-1 is intended to serve the above purpose.   Construction & Application : This consists of two long knife edges at top, two dial indicators and lower knife edges to actuate the dials. The bars are pressed against the speciman by means of clamps So that the knife edges bite the specimen to avoid any slip. The upper edges are adjustable to provide different guages lengths for measurement. As deformation takes place the lower knife edges transfer the movement to the dial guages and the deformation of specimen is shown on dials, so that the change in length of specimen by 1/100mm, equals to one division of the graduation on dial.

The specimen is placed in the machine between the grips and an extensometer if required can automatically record the change in gauge length during the test. If an extensometer is not fitted, the machine itself can record the displacement between its cross heads on which the specimen is held. However, this method not only records the change in length of the specimen but also all other extending elastic components of the testing machine and its drive systems including any slipping of the specimen in the grips. Once the machine is started it begins to apply an increasing load on specimen. Throughout the tests the control system and its associated software record the load and extension or compression of the specimen.

In case of many brittle materials such as high carbon steels, alloy steels, light aluminium & magnesium alloys, it is difficult to get yield values. For such materials stress corresponding to a certain allowable amount of plastic deformation is termed as proof stress say 0.1% or 0.2% proof stress, The measuring range is upto 5mm & resolution is 0.001mm, Standard two fixed gauge lengths of 25 & 50 mm is provided. Different sizes gauge lengths can also be given at an additional cost, If this extensometer is ordered with a computerized UTM, then a special menu driven application software is provided, which accepts load & extension values, & evaluates proof stress values, The measurement accuracy satisfies all requirements of class-I as per IS:12872-1990.

• Measuring range: 5 mm.
• Accuracy: Class 1 as per IS 12872 / ISO 9513

This instrument is to be used on Tensile or Universal testing machines to find out Proof stress & Young’s modulus values. In case of many brittle materials such as high carbon steels, alloy steels, light aluminium & magnesium alloys, it is difficult to get yield values. For such materials stress corresponding to a certain allowable amount of plastic deformation is termed as proof stress say 0.1% or 0.2% proof stress. If this extensometer is ordered with a computerized UTM, then a special menu driven application software is provided, which accepts load & extension values, & evaluates proof stress values.

• Measuring Range: 0 to 3 mm
• Least Count: 1/100 mm
• Guage Length (Adjustable): 30 to 120 mm
• Thickness or diameter of specimen: 1 to 20 mm
• Dimensions - B x D x H: 120 x 50 x 150 mm Approx.
• Net Weight: 0.3 kg Approx.

Mechanical Extensometer It is essential to measure the elongation of test specimen under load, to have it's mechanical properties. FIE Extensometer Model EM-1 is intended to serve the above purpose. Construction & Application : This consists of two long knife edges at top, two dial indicators and lower knife edges to actuate the dials. The bars are pressed against the speciman by means of clamps So that the knife edges bite the specimen to avoid any slip. The upper edges are adjustable to provide different guages lengths for measurement. As deformation takes place the lower knife edges transfer the movement to the dial guages and the deformation of specimen is shown on dials, so that the change in length of specimen by 1/100mm, equals to one division of the graduation on dial.