Hydraulically operated Brinell Hardness Testing Machine Model TKB-3000 Machine designed with a hydraulic power pack and control circuit for effortless loading I unloading operation. A dial guage in front measures depth of ball penetration. This facilitates production testing within tolerence limits by comparison method. Features The Brinell Hardness Tester, TKB-3000, is precision engineered conforming to IS : 228112005, BS : 240 and is most suitable for production testing. These machines are designed to measure hardness of castings, forgings, other metals and alloys of all kinds, hard or soft, whether, flat, round or irregular in shape. A separate hydraulic power pack placed at the bottom, makes the design more stable and easy serviceable.

Hydraulically operated Optical Brinell Hardness Testing Machine Model OPFB-3000 Features FTM has developed Brinell Hardness Testing Machine with optical device. Basic machine design and operation is similar to TKB- 3000, with built - in optical device with 14 X magnification provided in front to project diameter of ball impression on glass screen with a micrometer measuring system with 0.01 mm least count. In this machine the indentor swivells and projects diameter of ball impression immediately after unloading operation which avoids additional time for measurement of ball impression. This is a production testing machine. This is suitable for foundry, forging shops, heattreatment shops, engineering institutions etc.

Salient Features of Digital system : User friendly system 21 X 8 Line Display Keyboard Entry for Serial No, Batch No, Date Time Ball diameter / Load Selection: 2.5mm/187.5kgf, 5mm/250kgf, 5mm/750kgf, 10mm/500kgf, 10mm/1000kgf , 10mm/3000kgf Ball Type Selection : Tungsten /Steel User can set zero and move cursor for X and Y measurement Direct BHN reading after pressing BHN key. Optional conversion result facility for other scales(Vickers HV, Knoop HK, Tensile Strength KSI, Microficial WMN) Battery Backup Real Time clock Results displayed in BIG font For average option, up to 9 previous readings displayed while measurement Batch Facility – User can decide no. of samples in batch Batch wise reports and statistical reports on display as well as on printer User can scroll report on display with UP/DOWN key All Results reports are displayed and Printed on Printer. All Reports are transferred on Serial Port. RS232C Port Baud Rate is Programmable User can use and standard Communication Hyper terminal for capturing data Or FMI can supply capture software. 500 results are stored in the system. User can enable auto result store in memory

Front projection screen with Micrometer with Optical system List Count of 0.0005 mm.The illumination light goes off during the application of Load which reduces the operator's fatigue due to continuous light illumination as well as increases Bulb life.State of Art Load Damping system for a very smooth & Jerk free Loading & unloading of applied Load.

• Memory48600 groups impact times: 32 1
• Accuracy± 4HLD (760±30HLD) error of displayed value,4HLD (760 }30HLD) repeatability of displayed value

We are reckoned as one of the stupendous Hydraulic Computerized Universal Testing Machine Exporters from India. The materials used in the manufacturing of the Computerized Universal Testing Machine are of optimum quality that ensures high durability, tensile strength and resistivity to adverse conditions. The Computerized Universal Testing Machines are widely demanded in the market due to the unmatched quality and unsurpassable performance in respective applications. Additionally, customers are eased with the availability of the Computerized Universal Testing Machines loaded with all the advanced features. Features : Universal Testing Machine have a wide range of applications. Anumber of materials, metals in different form and shapes can be tested for variety of tests like Tension, Compression, Transverse, Bend, Shear, Brine Hardness etc. Special attachments are also available for testing of Flat Belts, Chain Links, Wire Ropes etc. Loading Frame : The base has a hydraulic cylinder at its center 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 tensilel compression clearance. On the piston, rests an assembly of upper, lower cross head and two columns. The individually lapped cylinder piston assembly ensures smooth axial force with minimum friction. Control Panel : Hydraulic circuit - it consists of hydraulic power pack which has a directly driven radial plunger pump which gives a continuous non pulsating flow of oil pressure up to 250 bar. a pressure compensated needle type flow control valve is provided to control the oil flow to cylinder there by achieving a desired piston speed. Infinitely variable speeds an be obtained with help of valves. Optionally this can be controlled from electronic control system. Loading Rate / Straining Rate Control : This is superfine controlling system which controls loading rate I straining rate as per commands from electronic machine control system. With UP / DOWN Keys on electronic control system loading ratel straining rate is adjusted. Fine UTM Software can send loading rate / straining rate to electronic control system. Load Measurement System : The oil pressure in the main cylinder is also transferred to an electronic pressure transducer which goes proportionate signal to computer electronic unit. both the motors for hydraulic operation and cross head motion are controlled by buttons on electronic control system and they have interlocks to prevent simultaneous working of motors. The electrical panel is housed in control panel. Displacement measurement is carried out by means of a rack and pinion on rotary encoder. Encoder signal is fed to electronic control system to get displacement. Operation : Tension test is conducted by gripping the test specimen in the upper and middle cross head. Compression, Bending, Transverse, Shear and Hardness tests are conducted between the middle and lower cross head by using appropriate fixtures. The rapid adjustment of middle cross head facilities easy fixing of tensile I Compression specimens of different lengths. Hydraulic controls are through hand operated valves, ergonomically placed for ease of control. Optionally valves can be controlled from electronic control system. Adequate safeties for over load and over travel are incorporated and emergency switch is provided. Accuracy & Calibration : Every machine is calibrated in accordance with procedure laid down in BS - 1610 - 1964 IS 1828 - 1991. 'FMI' Computerised Universal Testing Machines comply with grade A of BS 161()"1964 and Grade 1.0 of IS 1828 - 1991. An accuracy of + -1% guaranteed from 2% to 100% of capacity of the machine. in the computerised UTM, the computer is an integral part of the entire system and not just on ADD - ON feature. This puts a lot of power and versatility into the hands of the operator and makes the system much more self contained then usual, as it includes many functions usually only available as additional (often expensive) optional features.

Hydraulically operated Brinell Hardness Testing Machine Model TKB-3000 Machine designed with a hydraulic power pack and control circuit for effortless loading I unloading operation. A dial guage in front measures depth of ball penetration. This facilitates production testing within tolerence limits by comparison method. Features The Brinell Hardness Tester, TKB-3000, is precision engineered conforming to IS : 228112005, BS : 240 and is most suitable for production testing. These machines are designed to measure hardness of castings, forgings, other metals and alloys of all kinds, hard or soft, whether, flat, round or irregular in shape. A separate hydraulic power pack placed at the bottom, makes the design more stable and easy serviceable.

Hydraulically operated Optical Brinell Hardness Testing Machine Model OPFB-3000 Features FTM has developed Brinell Hardness Testing Machine with optical device. Basic machine design and operation is similar to TKB- 3000, with built - in optical device with 14 X magnification provided in front to project diameter of ball impression on glass screen with a micrometer measuring system with 0.01 mm least count. In this machine the indentor swivells and projects diameter of ball impression immediately after unloading operation which avoids additional time for measurement of ball impression. This is a production testing machine. This is suitable for foundry, forging shops, heattreatment shops, engineering institutions etc.

Salient Features of Digital system : User friendly system 21 X 8 Line Display Keyboard Entry for Serial No, Batch No, Date Time Ball diameter / Load Selection: 2.5mm/187.5kgf, 5mm/250kgf, 5mm/750kgf, 10mm/500kgf, 10mm/1000kgf , 10mm/3000kgf Ball Type Selection : Tungsten /Steel User can set zero and move cursor for X and Y measurement Direct BHN reading after pressing BHN key. Optional conversion result facility for other scales(Vickers HV, Knoop HK, Tensile Strength KSI, Microficial WMN) Battery Backup Real Time clock Results displayed in BIG font For average option, up to 9 previous readings displayed while measurement Batch Facility – User can decide no. of samples in batch Batch wise reports and statistical reports on display as well as on printer User can scroll report on display with UP/DOWN key All Results reports are displayed and Printed on Printer. All Reports are transferred on Serial Port. RS232C Port Baud Rate is Programmable User can use and standard Communication Hyper terminal for capturing data Or FMI can supply capture software. 500 results are stored in the system. User can enable auto result store in memory

Front projection screen with Micrometer with Optical system List Count of 0.0005 mm.The illumination light goes off during the application of Load which reduces the operator's fatigue due to continuous light illumination as well as increases Bulb life.State of Art Load Damping system for a very smooth & Jerk free Loading & unloading of applied Load.

• Memory48600 groups impact times: 32 1
• Accuracy± 4HLD (760±30HLD) error of displayed value,4HLD (760 }30HLD) repeatability of displayed value

We are reckoned as one of the stupendous Hydraulic Computerized Universal Testing Machine Exporters from India. The materials used in the manufacturing of the Computerized Universal Testing Machine are of optimum quality that ensures high durability, tensile strength and resistivity to adverse conditions. The Computerized Universal Testing Machines are widely demanded in the market due to the unmatched quality and unsurpassable performance in respective applications. Additionally, customers are eased with the availability of the Computerized Universal Testing Machines loaded with all the advanced features. Features : Universal Testing Machine have a wide range of applications. Anumber of materials, metals in different form and shapes can be tested for variety of tests like Tension, Compression, Transverse, Bend, Shear, Brine Hardness etc. Special attachments are also available for testing of Flat Belts, Chain Links, Wire Ropes etc. Loading Frame : The base has a hydraulic cylinder at its center 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 tensilel compression clearance. On the piston, rests an assembly of upper, lower cross head and two columns. The individually lapped cylinder piston assembly ensures smooth axial force with minimum friction. Control Panel : Hydraulic circuit - it consists of hydraulic power pack which has a directly driven radial plunger pump which gives a continuous non pulsating flow of oil pressure up to 250 bar. a pressure compensated needle type flow control valve is provided to control the oil flow to cylinder there by achieving a desired piston speed. Infinitely variable speeds an be obtained with help of valves. Optionally this can be controlled from electronic control system. Loading Rate / Straining Rate Control : This is superfine controlling system which controls loading rate I straining rate as per commands from electronic machine control system. With UP / DOWN Keys on electronic control system loading ratel straining rate is adjusted. Fine UTM Software can send loading rate / straining rate to electronic control system. Load Measurement System : The oil pressure in the main cylinder is also transferred to an electronic pressure transducer which goes proportionate signal to computer electronic unit. both the motors for hydraulic operation and cross head motion are controlled by buttons on electronic control system and they have interlocks to prevent simultaneous working of motors. The electrical panel is housed in control panel. Displacement measurement is carried out by means of a rack and pinion on rotary encoder. Encoder signal is fed to electronic control system to get displacement. Operation : Tension test is conducted by gripping the test specimen in the upper and middle cross head. Compression, Bending, Transverse, Shear and Hardness tests are conducted between the middle and lower cross head by using appropriate fixtures. The rapid adjustment of middle cross head facilities easy fixing of tensile I Compression specimens of different lengths. Hydraulic controls are through hand operated valves, ergonomically placed for ease of control. Optionally valves can be controlled from electronic control system. Adequate safeties for over load and over travel are incorporated and emergency switch is provided. Accuracy & Calibration : Every machine is calibrated in accordance with procedure laid down in BS - 1610 - 1964 IS 1828 - 1991. 'FMI' Computerised Universal Testing Machines comply with grade A of BS 161()"1964 and Grade 1.0 of IS 1828 - 1991. An accuracy of + -1% guaranteed from 2% to 100% of capacity of the machine. in the computerised UTM, the computer is an integral part of the entire system and not just on ADD - ON feature. This puts a lot of power and versatility into the hands of the operator and makes the system much more self contained then usual, as it includes many functions usually only available as additional (often expensive) optional features.