Kolhapur, Maharashtra, India
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This machine is used to test the fatigue strength of materials and to draw S-N diagram by research institute, laboratories, material manufacturers and various industries. This is 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 located such that it experiences a uniform bending moment. The specimen is rotated at 4200 rpm by a motor. A complete cycle of reversed stresses in all fibres of the specimen is produced during each revolution.
The bending moment is applied with the lever system and can be easily changed by moving a weight over the lever. Total number of revolution at which the specimen fails are recorded by a mechanical counter. An interlocking system puts off the motor at specimen failure. Machine meets requirement of IS 5075-1969.
| SPECIFICATIONS | Mech.CS.FT |
| Max. bending moment (Kg. cm) | 200 |
| Bending moment adjustable (Kg.cm) | 25 - 200 |
| Ranges : 1 - Kg.cm II - Kg.cm | 25- 125 125-200 |
| Gripping dia of specimen (mm) | 12 |
| Testing dia of specimen (mm) | 8 |
| Rotating speed in RPM | 4200 |
| Accuracy of applied bending moment | 1% |
| Mechanical Counter: No. of digits Multiplying factor | 6 3 |
| Power required in HP | 0.5 |
| Main Supply | 3ph 440v 50hz |
| Overall size (mm) | 1000LX500WX600 H |
| Weight (Kg) | 120 |
It is found that measuring Brinell indentations can result in measurement errors between operators. This B.I.A.S. can virtually eliminate operator influence on test result. -The B.I.A.S virtually eliminates operator influence.
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.A.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. -Just place and click! Operating B.I.A.S is easy
An unlimited number of batches can be created each with its own test parameters and certificates. The operator can select test load and indenter size with arty name, address, certificate no. date batch no. and description, high and low limits for readings etc. The previous batches can be reopened for viewing and address change etc. -The B.I.A.S. can be configured to meet your needs
The B.I.A.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 systems error in measurement.
THE SOFTWAREFacility for Auto / semi Auto / Manual modes of operation.Well managed database saves readings with respect to batch and certificate.Report generation in the form of certificate and graph as per customer requirements.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 :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. Easy to transport anywhere and handy for use with easy setup.
We offer premium quality Horizontal Chain Rope Testing Machines that is made keeping in mind the needs of the customers. It is made by the use of advanced technology that ensures its better functioning.
Model : Mech.CS.CR Features :The machine operates by hydraulic transmission of load from the test specimen to a separately housed load indicator. The ones which are prone to wear and damage due to shock on rupture of test pieces are replaced by the transmission of load through levers and knife-edges. Hydrostatically lubricated piston applies the load. A main cylinder pressure is transmitted in the control panel to the pressure cell housed that directly converts pressure into load. KN shows absolute load applied on the test specimen digitally and rotary encoder shows displacement to display load in electronic panel.
Machine Consists of :
Mechatronic Control System is the trusted Manufacturer and Supplier of Mechanical Impact Testing Machines. These Mechanical Impact Testing Machines are known for their high performance and efficient results in varied applications.
Model : Mech.CS.IT-30 Used for :Technical Specifications :
| Models | MCS - IT 30 | MCS - IT 30 E |
|---|---|---|
| Maximum Capacity | 300 J/168 J | 300 J / 170 J |
| Minimum Scale Graduation | 2J | 0.5 J |
| Overall Size (Approx.) | 1.65 m (H) 1.1 m x 0.45 mx | 1.65 m x 0.45 mx 1.65 m (H) |
| Net Weight (Approx.) | 375 Kg. | 375 Kg. |
Mechatronic Control System's range of Universal Testing Machines are widely appreciated in different industries for the following features:
Operation of the machine is by hydraulic transmission of load from the test specimen to a separately housed load indicator. The system is ideal since it replaces transmission of load : through levers and knife edges, which are prone to wear and damage due to shock on rupture of test pieces. Load is applied by a hydrostatically lubricated ram. Main cylinder pressure is transmitted to the cylinder of the pendulum dynamometer system housed in the control panel. The cylinder of the dynamometer is also of self - lubricating design. The load transmitted to the cylinder of the dynamometer is transferred through a leverage to the pendulum. Displacement of the pendulum actuates the rack and pinion mechanism which operates the load indicator pointer and the autographic recorder. The deflection of the pendulum represent the absolute load applied on the test specimen. Return movement of the pendulum is effectively damped to absorb energy in the event of sudden breakage of the specimen.
Machine consists of:Straining Unit Control Panel Power Pack Hydraulic Controls Load Indicator System Automatic Continuous Roll Load - Elongation Recorder
Technical Data
Mechatronic Control Systemis a prominent manufacturer ofUniversal Testing Machinewhich is available in electronic and computerized functioning. This machine is used to test the tensile and compressive properties of material. The reason Universal Testing machine is named so because it can perform all the tests right fromcompression, bendingto tension and examine the material in all mechanical properties. We offer these in grade of 10T, 20T, 40T, 60T and 100T.
Accuracy & CalibrationAll Mechatronic Control System'sUniversal Testing Machinesare closely controlled for sensitivity, accuracy and calibration 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: 1964 and IS: 1828-1975. Mechatronic Control System's Universal Testing Machines Comply with grade "A" of BS : 1610 : 1964 and grade 1.0 of IS -1828-1975 An accuracy of + 1 % is guaranteed from 20% of the load range selected to full load. Bellow 20% of the selected range, the maximum permissible error is 0.2% of the full reading.
Principle of OperationsOperation of the universal testing machine is by hydraulic transmission of load from the test specimen to a separately housed load indicator. The system is ideal since it replaces transmission of load : through levers and knife edges, which are prone to wear and damage due to shock on rupture of test pieces. Load is applied by a hydrostatically lubricated ram. Main cylinder pressure is transmitted to the cylinder of the pendulum dynamometer system housed in the control panel. The cylinder of the dynamometer is also of self - lubricating design. The load transmitted to the cylinder of the dynamometer is transferred through a leverage to the pendulum. Displacement of the pendulum actuates the rack and pinion mechanism which operates the load indicator pointer and the autographic recorder. The deflection of the pendulum represent the absolute load applied on the test specimen. Return movement of the pendulum is effectively damped to absorb energy in the event of sudden breakage of the specimen.
Machine consists of:Straining Unit Control Panel Power Pack Hydraulic Controls Load Indicator System Automatic Continuous Roll Load - Elongation Recorder
Electronic ExtensometerMechatronic Control System offerselectronic extensometerEE 1 to measure material extension with a resolution of one micron. Strain gauge type extensometer to be used up to elastic limit to determine important parameters like 0.1%, 0.2% proof stress and Young's Modulus.
Technical Data
Mechatronic Control System is engaged in manufacturing Tensile Testing Machines in the range of 2T, 2.5T and 5T. Tensile testing machines are available in mechanical, electronic & computerized format and are suited for studying mechanical behavior of different material such as metals, polymers and elastomers. Mechatronic Control System manufacture TNE series machines tat are electro mechanical screw driven machines with precision screw and column construction. Tensile testing machine can be availed in variable speed drives and tow options. The model most preferred by our clients is the acme-threaded screw with DC motor drive and ball lead screw with servo drive.
TNE SERIESTNEseries machines are available with following options Depending upon test requirements and budget, best combination can be selected.
DRIVE - SD:Drive dd is with DC motor with thyrister drive to give speed ratio As per sample std. Requirement.
DRIVE - SD:Drive SD is with servo motor & PWM transister drive to give speed ratio As per sample std. Requirement.
Mechatronic Control Systems Vickers Hardness Tester is simple & accurate in design. It is suitable for measuring the hardness of precision metallic parts with wide testing range from soft to hard & their accurate results are widely acclaimed. These testers strictly conform to 15:1754-1968.
FeaturesApplied objective with 70x magnification Length of diagonal of indentation 742 micron = 0.742
Technical Data| Test Loads | 5, 10, 20, 30, 50kg. |
| 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.) | L585xW290xH860 |
| Weight (Approx) | 73kg. |
| Power Supply | 220V AC, 50 Hz, 1-Phase |
| 01 | Standard Test Block | 1 pc. |
| 02 | Diamond Penetrator | 1 pc. |
| 03 | Weights | 1 set. |
| 04 | Flat Anvil | 1 pc. |
| 05 | Vee-type Anvil (Small and Big) | 1 pc. each |
| 06 | Spanners | 1 pc. |
| 07 | Electric cord | 1 pc. |
| 08 | Instruction Manual | 1 book |
To accommodate the high precision loading system & an optical projection screen, the machine frame is designed sturdy. Specimen is placed on a testing table. The test cycle is fully automatic. The accurate load is applied on a diamond penetrator by means of a lever & weights. The load is removed automatically after a specific lapse of time. The objective is indexed with the test piece & the diamond indentation is projected on the measuring screen. The diagonals of the indentation can be measured by means of the micrometer screw of the projection screen.
| SPECIFICATIONS | UNIT | Mech.CS.VM50PC |
| Total Lands | kg. | 5, 10, 20, 30 & 50 |
| Max. Testing Height | mm | 200 |
| Scale least count | mm | 0.001 |
| Throat Depth | mm | 135 |
| Machine Dimensions (Approx.) | mm | L 585 x W 290 x H 860 |
| Net Weight (Approx.) | kg. | 70 |
| Power Supply | 220 V, 50 Hz, 1 Phase |
Option for data/storage and reports generation.
Statistical EvaluationSoftware for calculating standard deviation, mode medium, histogram etc.
| Basic machine design and operation similar to B-3000(H). In addition, an 'Optical Device' with 14x magnification provided in front to project dia of ball impression on glass screen with a micrometer measuring system with 0.01 mm accuracy. The indentor swivels and projects dia of ball impression immediately after unloading operation which avoids additional time for measurement of ball impression. This gives real rockwell number on production testing. Mechatronic Control System Hardness TestersModel B-3000(H), (O) & (J) are precision engineered to IS:2281- 1968, BS:240 and 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. |
| Available Models: Regular Computerized MachineSemi-automatic operationFully Automatic Machine means loading / unloading and results will get automatically. |
| The software: Facility for Auto / semi Auto / Manual modes of operation.Well managed database saves readings w.r.t. batch.Facility for calibration and check of calibration. Applications:To measure rockwell Hardness directly on machine where presently rockwell-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.Can be connected to Laptop or Desktop PC. Easy to carry anywhere and handy for use with easy setup. Scope of SupplyMachine containing CCD Camera, optics and illumination systems with connecting cable.External Video capture with USB 2 connectivity and driver software.Rockwell Impression Measurement System (B.I.M.S.) software.PC or LAPTOP and windows XP operating systems is to be procured by customer.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. Calibration FacilityThe systems includes calibration and check facilities to calibrate the systems and for checking of calibration. This eliminates any system error in measurement. SpecificationThe range of Measurement is from 1 mm to 6 mm of diameter with Resolution of 0.01 mm. | ||||||||||||||||||||||||||||||||||||||||||||||||||
Technical Data
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| Machine designed with a hydraulic power pack and control circuits for effortless loading unloading operations. A dial gauge in front measures depth of ball penetration. This facilitates production testing within tolerance limits by compression method Mechatronic Control System Hardness TestersModel B-3000(H), (O) & (J) are precision engineered to IS:2281- 1968, BS:240 and 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
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Mechatronic Control System Hardness Testers Models SE RAS, SE RASM, SE RAB-1, SE RAB-250, SE 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 Engg. Colleges, laboratories, toolroom, inspection departments, factories etc. These testers strictly conform to IS: 3804-1988, BS: 891 parts 1&2, ASTM:E18 for Rockwell Test, IS: 2281-1983, BS: 240, ASTM:E10 for rockwell Test & IS: 5073-1988, ASTM:E18 for Rockwell Superficial Test.
MODEL :Mech.CS.RAS:Automatic load selection with automatic zero setting dial gauge. Manual Operation.
MODEL :Mech.CS.RASM:Similar to 'Mech.CS.RAS1 but motorised model. Semiautomatic operation for production testing. Drive motor single phase 230V 50 cycles.
ROCKWELL/rockwell COMBINED SYSTEM MODELMech.CS. RAB-1:Automatic load selection with automatic zero setting dial gauge. Facility for rockwell Tests with 187.5 kgf. load with 2.5 mm ball indentor, additional load 250 kgf. with 5 mm ball Indentor for testing hardness of non- ferrous metals. Manual Operation.
MODEL :Mech.CS. RAB-250:Similar to 'Mech.CS.RAB-11 but bigger capacity Diamond Holder is guided in a set of two bail cage, which enables testing of small pins having dia. less than 6 mm (upto 3mni dia)
ROCKWELL/ROCKWELL SUPERFICIAL COMBINED SYSTEMMODEL :Mech.CS.TWIN:Manual load selection with automatic zero setting dial gauge. Manual Operation. Diamond Holder is guided in a set of two ball cage, which enables testing of small pins having dia. less than 6 mm. (upto 3 mm dia.)
SERIES RASN:Rockwell & Rockwell superficial tests consists of forcing an indentor (Diamond or Ball) into the surface of a test piece in two steps i.e. first with preliminary test force and thereafter with additional test force & the measuring depth of indentation after removal of additional test force (Remaining preliminary test force active) for measurement or hardness value. OPERATION : For Rockwell & Rockwell Superficial
OPERATION :For Rockwell & Rockwell Superficial Test :
In case of 'RASN' series machines for Rockwell or Rockwell Superficial Test a preliminary test force in first applied & then indicator is automatically set for zero. Quickly thereafter & additional test force is applied without removing the preliminary test force. When the penetration is stabilized, the additional test force is removed & the hardness number is shown directly on the indicator.
For rockwell TestThe operation is exactly same as above. However, the diameter of impression is measured out side of machine by rockwell microscope. rockwell Hardness number is found out by referring corresponding hardness tables showing hardness number against di. of indentation for specified ball diameter and test force.
MODEL RASNMechatronic Control Systems Hardness Testers Models RAS, This models is 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 Engg. Colleges, laboratories, tool room, inspection departments, factories etc. These testers strictly conform to IS: 3804-1988, BS: 891 parts 1&2, ASTM:E18 for Rockwell Test, IS: 2281-1983, BS: 240, ASTM:E10 for Rockwell Test & IS: 5073-1988, ASTM:E18 for Rockwell Superficial Test.
MODEL : RASAutomatic load selection with automatic zero setting dial gauge. Manual Operation.
TECHNICAL DATA
| MODEL | UNIT | Mech.CS.RAS | Mech.CS.RASM | Mech.CS. RAB-1 | Mech.CS. RAB-250 | Mech.CS.TWIN |
| Loads | Kgf. | 60,100, | 60, 100, | 60,100, 150, | 60, 100,150, | 15, 30,45, (Rockwell |
| 150. | 150. | 187.5, 250. | 187.5, 250 | Superficial) 60,100,150 (Rockwell) | ||
| Initial Load | Kgf. | 10 | 10 | 10 | 10 | 3(Rockwell Superficial) & 10 (Rockwell) |
| Max. Test Height | mm. | 230 | 230 | 230 | 295 | 295 |
| Depth of Throat | mm. | 133 | 133 | 133 | 150 | 150 |
| Max. Depth of elevating | mm. | 240 | 240 | 240 | 310 | 310 |
| screw below base | ||||||
| Size of Base (Approx) | mm. | 171x423 | 171x423 | 171x423 | 210x470 | 210x470 |
| Machine Height | mm. | 635 | 635 | 635 | 845 | 845 |
| Net. Weight (Approx) | Kg. | 75Kg. | 75 Kg. | 75 Kg. | 137 Kg | 126 Kg. |
Portable Rockwell Hardness Tester is developed to meet the demands of a light weight instrument which can be used to carry out by a universally recognized method of hardness testing.
Rockwell MethodThis hardness tester can be used in variety of applications and is readily adjustable to a wide range of sizes and shapes which are difficult to test in a standard table model hardness tester.The machine as designed for carrying out Rockwell tests comparable to table model hardness tester because, the basic things, such as shape of penetration, measurement and loads are same in both systems.
| 01 | Upper clamp | |
| 02 | Lower clamp | |
| 03 | Support anvil | |
| 04 | Adjusting screws | |
| 05 | Knurled Knob | |
| 06 | Penetrator | |
| 07 | Penetrator tightening screw | |
| 08 | Weight bar | |
| 09 | Loading Screw | |
| 10 | Handle | |
| 11 | Loading dial indicator | |
| 12 | Indicator seat support | |
| 13 | Indicator seat | |
| 14 | Penetration measuring indict |
The above photograph gives the general arrangement of the hardness tester.The system carries a weight bar (8) pivoted at central point. When the load is applied by the loading screw (9), at one end of this weigh bar, it is deflected and the other end of this bar carrying penetrator forces down into the test specimen. This deflection of weight bar which is proportional to the applied load is indication of the loading dial indicator (11). Besides this loading dial indicator, there is one penetration measuring indicator(14) which measures the actual penetration of the penetrator into the test specimen. The hardness value of the specimen is read directly on this indicator.The frame carries two adjusting screws and gear train. By rotating the knurled knob the distance between the penetrator and the support-anvil can be adjusted.
Method of TestSelect proper penetrator (6) depending upon the material to be tested.Take precaution so thet the penetrator does not project beyond the Upper clamp (1). For this, the loading screw (9) should be sufficiently taken back.Place the test specimen securely on suitable anvil (3)Clamp test specimen firmly between upper clamp (1) and support anvil (3) by rotating the knurled knob (5) on the lower clamp (2). DO NOT APPLY EXTRA PRESSURE.CHECK ZERO SETTING LOAD INDICATOR (11). Rotate bezel to bring pointer over small black dot for zero load.Apply 10 kgf (98.07 N). major load screw (9) in clockwise direction such that the pointer on the load indenter (11) comes on set position.Check zero setting of penetrator indicator (14). Rotate bezel to bring pointer to O on the black scale.For C scale use diamond penetrator against load of 150 kgf (1471 N) and for A scale use same diamond penetrator against a load of 60 kgf (588.4 N). For B scale use 1/16 ball penetrator against a load of 100 kgf (980.7 N).Take off major load by turning the loading screw in anticlockwise direction, such that only minor load of 10 kgf. (98.07) remains in action (pointer back to set position).Hardness value in Rockwell scale is directly indicated on the penetrator indicator (14). Read of number on black scale is diamond penetrator. Read off number on red scale is ball penetratorRelease load completely by taking back the loading screw (9)Turn the knurled knob (5) in anticlockwise direction to loosen clamp and thus the test specimen
Specification| Maximum test height | 110 mm |
| Throat capacity | 55 mm |
Flat Anvil 1 No.'V' Anvil 1 No.Test Blocks 2 Nos.1/16" Ball penetrator 1 No.
Mechatronic Control Systemis one of the leading manufacturer and exporter of Impact Testing Machines. We design and build different models of impact testing machines with utmost precision, with the help of state of the art technology.Impact testing machineis used to test the resistance of metal & alloys to external impacts.
GENERAL DESCRIPTIONThePendulum Impact TesterModel MCS-IT 30 is designed for conduction Izod & Charpy Test. The test methods confirm to BS:131:PART 4-1972 (Amended 15 Aug. 1993) & BSEN: 10045 - 2 : 1993.
The Pendulum is mounted on antifriction bearings. It has two starting positions, the upper one for Charpy and the lower one for Izod testing. On release, the Pendulum swing down to break the specimen and the energy absorbed in doing so is measured as the difference between the height of drop before rupture & height of raise after repture of the test specimenn and is read from the maximum pointer on the dail scale.
Charpy TestTheCharpy testpiece rests on alloy steel supports anvils fitted on the base of the machine rigidly held in position by alien screws. End stopper is provided for quickly & accurately locating the test piece centrally between the supports.
Izod TestTheIzod testpiece is clamped vertically in Izod support anvils, 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 & alien screw enable clamping of the test piece in correct height with the help of Izod setting gauge supplied.
Controls of PendulumThe Pendulum supported in the starting positions is by a self resetting latch. The release mechanism is operated by lever. The Pendulum release latch is operated only when this lever is operated.
Strikers & SupportersThere are strikers & one combined support available for fitting into the Pendulum & on to the base of the machine for Izod, Charpy test. Changing from one striker to another is achieved simply by fixing the new striker into its position.
| SPECIFICATIONS | Mech.CS.IT30 | Mech.CS.DIT30 |
| Maximum Capacity | 300 J/168 J | 300 J / 170 J |
| Minimum Scale Graduation | 2J | 0.5 J |
| Overall Size (Approx.) | 1.65 m (H) | 1.65 m x 0.45 mx |
| 1.1 m x 0.45 mx | 1.65 m (H) | |
| Net Weight (Approx.) | 375 Kg. | 375 Kg. |
Thependulum impact testermodel Mech.CS.-IT30 is designed for conducting izod, Charpy test. The test methods confirm toBS : 131 : part 4-1972 (amended 15 Aug. 1993)BSEN : 10045-2 : 1993 & ASTM : E-23-94a.The Pendulum is mounted on antifriction bearings. It has two starting positions, the upper one for Charpy & the lower one for izod testing. On release, the pendulum swings down to brake the specimen and the energy absorbed in doing so is measured as the difference between the height of drop before rupture and the height of rise after rupture of the test specimen and is read from the maximum pointer position on the dial scale.(It is read on Digital Panel in case of digital models)
Controls of Pendulum:The Pendulum supports in the starting positions is by a self resetting latch. The release mechanism is operated by lever. The pendulum release latch is operated only when this lever is operated
Strikers & Supports:There are two strikers and one combined support available for lifting in to the pendulum and on to the base of the machine for Izod., Charpy test, Changing from one striker to another is achieved simply by fixing the new striker into it's position.
Charpy TestTheCharpy testpiece rests on alloy 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 TestThe Izod test 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 and the Allen screw enable clamping of the test piece in correct height with the help of Izod setting gauge supplied.
OPTIONAL ACCESSORIES| MODELS | Mech.CS.DIT30 |
| Maximum Capacity | 300 J/170 J |
| Minimum Scale Graduation | 0.5J |
| Overall Size (Approx.) | 1.32m x 0.45 m x 1.05m (H) |
| Net Weight (Approx.) | 375 Kg. |
The pendulum Impact Tester Model Mech.CS.DITASTM is designed for conducting izod, Charpy test. The test methods confirm to BS : 131 : part 4-1972 (amended 15 Aug. 1993)BSEN : 10045-2 : 1993 & ASTM : E-23-94a.The Pendulum is mounted on antifriction bearings. It has two starting positions, the upper one for Charpy & the lower one for izod testing. On release, the pendulum swings down to brake the specimen and the energy absorbed in doing so is measured as the difference between the height of drop before rupture and the height of rise after rupture of the test specimen and is read from the maximum pointer position on the dial scale.(It is read on Digital Panel in case of digital models)
The Pendulum supports in the starting positions is by a self resetting latch. The release mechanism is operated by lever. The pendulum release latch is operated only when this lever is operated
Strikers & Supports:There are two strikers and one combined support available for lifting in to the pendulum and on to the base of the machine for Izod., Charpy test, Changing from one striker to another is achieved simply by fixing the new striker into it's position.
CHARPY TEST:The Charpy test piece rests on alloy 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.
MODEL Mech.CS.DITASTMThis impact tester offered with 300J 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 the NIST, USA. All two sets of the five specimen must agree with the normal values within certain tolerance specified.
OPTIONAL ACCESSORIES| Model | Mech.CS.DITASTM |
| Maximum capacity | 300J |
| Min ScaleGraduation | 2J |
| Overall Size(Appx) | 1.4m x 0.5 m x 1.9m (H) |
| Net Weight(Appx) | 450 kg |
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Mechatronic Control System is well-known for the manufacturing and supplying of Mechanical Universal Testing Machines. The hassle free functioning of these Mechanical Universal Testing Machines has raised their demand among the clients.
Model : Mech.CS.UTM Features :
