Testing Machines Dealers in Kalewadi, Pune

• Brand Name: FIE
• Voltage: 440 V
• Features: High output, Rugged design
• Machine Type: Computerized
• Phase: Three
• Model Name: UTE-TS 10
• Maximum Capacity: 100 kN
• Clearance Between Columns: 500 mm
• Ram Stroke: 150 mm
• Motor Power: 1.33 HP
• Width of Rollers: 160 mm
• Diameter of Rollers: 30 mm

• Usage: Industrial
• Type Of Testing Machines: Driver testing machine
• Minimum Order Quantity: 01 Piece

Our Impact Testing Machine is designed for conducting Izod & Charpy tests. We are a reputed Manufacturer and Supplier of Impact Testing Machines which are known for their reliability as well as efficiency. We provide Impact Testing Machines which are easy to operate and are available at market leading prices. Working Mechanism of Impact Testing Machine (Model IT-300 E) There are two starting positions in the Impact Testing Machine, one for Izod testing and one for Charpy tests. The material specimen to be tested is broken with the aid of a pendulum which is mounted on anti friction bearings. The energy absorbed is measured. Features Braking controls provided for stopping the pendulumSimple operationInterchangeable Stricker�s for IZod and Charpy positionSafety guards for operator safety

• 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.

We are ranked amongst the giant Manufacturers and Suppliers of Impact Testing Machine. We carry out our operations from Pune, Maharashtra, India. This pendulum Impact Tester, Model IT-30 is designed for conducting Izod and 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 impact tester is offered with 300J energy exclusively for Charpy test conforming to ASTM E- 23. This machine is geometrically checked in the works to the most 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. Two sets (Low & high energy-1 set (4 Nos.)Each) must agree with the normal values within the certain tolerance specified. Charpy Test : The charpy test piece rests on alloy steel 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 Test : The 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

INTRODUCTION In the cleaning industry, components and systems must be leak tested to ensure that cleaning leakages are below specified limits. THE THREE BASIC FUNCTIONS OF LEAK TESTING ARE 1) determining if there is leakage or not (detection), 2) measurement of leak rate and 3) leakage location. There are many methods and types of test equipment for solving these problems, but unfortunately there is no single technique that fits every situation. Each test method is suitable only for a specific leak rate or for fixed forms and technologies. In most instances where leak detection is used, explicit leak rate measurement is not required, but the system must be able to recognize if the leak rate is above or below a specified level. This reference limit depends on the maximum acceptable leak rate, consistent with the reasonable working life expectation for final products, and, especially in certain countries, on rules and regulations constraints 2 LEAK TESTING METHODS A leak can be defined as an unintended crack, hole or porosity in an enveloping wall or joint, which must contain or exclude different fluids and gases allowing the escape of closed medium. Critical leak spots in closed systems are usually connections, gaskets, welded and brazed joints, defects in material, etc. 2.1 WATER IMMERSION BUBBLE TEST METHOD The water-immersion bubble test, also called "bubble testing" or "dunking", is a traditional and relatively primitive technique of leak detection. It consists of immersing a charged or pressurized part, usually with high-pressure dry air or nitrogen, in a water tank and watching for escaping bubbles. The larger and more frequent the bubbles, the bigger the leakage. 2.2 SOAP SOLUTION BUBBLE TEST Instead of submersing the part in water, the pressurized unit to be tested is sprayed with a soap solution and the operator is able to see the bubbles formed by gas escaping from where the leak is. Soap solutions are available in many different types. Some have a brush applicator and others have a dabber (an absorbent ball attached to a stiff wire inside of the cap.) Some brands may even have a spray applicator to quickly cover large areas of tubing in a short amount of time. This is an advantage but is also messy and time consuming to clean up. Some soap solutions even have an antifreeze base to prevent them from freezing in the winter time. Others may have a lower density to make them even more sensitive to very tiny leaks. This method has a higher sensitivity than water immersion. 2.3 PRESSURE DECAY TEST This method consists of pressurizing the system with a high pressure gas, usually dry air or nitrogen. Then the part is isolated from the gas supply and, after a stabilizing period, its internal pressure is monitored over time. The pressure drop Δp is measured in the time Δt. If the pressure in the system drops fast, there is a large leak present in that component or section of the system. If the system’s pressure drops slowly, there is a small leak present. If the pressure remains the same, that component is leak-free. 2.4 VACUUM DECAY TEST OR PRESSURE RISE TEST A vacuum decay test or pressure rise test works in the opposite way of the pressure decay test. This method involves evacuating the part to suitably low pressures and, after stabilizing the pressure, measuring the increase in pressure caused by test media entering the part. Only parts that are able to withstand external pressure can be tested in this way(e.g. thin-walled plastic parts cannot be tested due to the danger of collapsing).

A hydraulic press is used for lifting or compressing large items. Hydraulic mechanism is used to generate the force which increase the power of a standard mechanical level. Hydraulic presses are widely used in a manufacturing environment. We offer Hydraulic Press-C-frame, H-Frame -4-Pillar,2 piller which have precision grounding base plate with diagonal T-slots. Developed in compliance with international quality standards, the heavy-duty H-frame of the press enables high force applications. Due to re-tooling time, the hydro pneumatic becomes flexible and delivers consistent performance in given environment. We also offer customization on our range as per the specifications of clients.

• Brand Name: Tejaswi
• Country of Origin: Made in India
• Type Of Testing Machines: Air Leak Tester
• Automation Grade: Manual
• Cycle Time: 10 sec
• Accuracy: 100 %
• Weight: 10 kg

• SIZE OF COMPONENT: 300 L * 350 W * 72W Ht mm
• SIZE OF MACHINE: 1900 L * 1500W * 2450 Ht mm

Component Testing Can Be Done On Dry Mode.Auto Manual Function (PLC Compatible).Micro-Porosity Detect Sensor "ATEQ" Make-France.Automanual punch marking for “OK” component.Excellent illumination system in water.Fixture changing facility for various type for component.

Springs, Strip Springs, Tension Springs, flat spiral springs

Single Phase DC Power Supply, Mobile Phone (2G) Trainer Kit-VSET-MC-01

Leakage Testing Machine, feeding systems

hardness testing machines, hardness tester, Micro Vickers Hardness Tester

Leakage Testing Machine

bearing testing machines

compressor testing machine, aggregate testing instruments

automatic leak testing machine, manual leak testing machine

Trimble Total Station Survey Instrument, Standard Spatula, GPS Machine

Testing Machine, micro controller based light testing unit

Leakage Testing Machines, EXPERIMENTAL STEAM POWER PLANT