Hydraulic Pressure Testing Machine A hydraulic pressure testing machine is a device used to test the strength and integrity of various components and systems by subjecting them to hydraulic pressure. These machines are commonly used in industries such as manufacturing, automotive, aerospace, and oil and gas. The purpose of a hydraulic pressure testing machine is to simulate real-world conditions and determine if a component or system can withstand the specified pressure without failure or leakage. The operation of a hydraulic pressure testing machine involves the following steps: Preparation: The component or system to be tested is securely mounted in the test chamber or fixture. Proper connections, seals, and safety measures are ensured. Pressure Setting: The desired pressure level is set on the control panel. The pressure control system adjusts the hydraulic power unit to achieve and maintain the specified pressure. Pressurization: The hydraulic power unit generates hydraulic pressure, which is then applied to the component or system under test. The pressure is gradually increased to the specified level and maintained for a specific duration, allowing for observation and evaluation. Testing and Monitoring: During the pressurization phase, the operator monitors the pressure readings on the control panel. Any abnormalities, leaks, or failures are observed and recorded. Pressure relief valves ensure the pressure does not exceed the specified limit, ensuring safety. Test Completion: Once the testing is complete, the pressure is gradually released, and the component or system is carefully inspected for any signs of damage or leakage. Test results are recorded for analysis and documentation. Hydraulic pressure testing machines can be customized to accommodate a wide range of testing requirements, including different pressure ranges, test durations, and specific testing standards. They are an essential tool in quality control, product development, and ensuring the reliability and safety of components and systems under high-pressure conditions.
WAW Series Computer Controlled Electro-hydraulic Servo Universal Testing Machine They are suitable to test various metallic & non-metallic materials for tension, compression, flexure, bending and shearing strength. It is simple, easy to operate and widely used in works, laboratories and high schools for material properties R&D and quality control. Equipped with computer as well as printer, it can display, record, process and print the test results and can draw test curves automatically in real time.
Main function and characteristic: This machine adopts hydrocylinder underneath type, the assembly key of oil-fountain-oil-pump motor setíóflooding valveíóchange-direction valve are the brand products, the computer measure display of amplifier is ourselves produce, in good interface. It can display test forceíótest force peak valueíóloading speed. It according with the requirements of the standard of< GB/T228-2002 Metallic materials- Tensile testing at ambient temperature>,it used do tensileíópressureíóbending and cutting for metal and non-metal materials. Main Technical Parameters: Max. test forceú¦ 1000kN Scope of test force measureú¦4-1000kN Accuracy of measure test forceú¦í+1% Journey of piston ú¦ 250mm Max. journey speed of pistonú¦50mm/min Displacement measure distinguishú¦ 0.01mm Deformation measurementú¦Four-shelves measure, each shelf full measuring span of 20%, í+0.5%FS Max.tensile spaceú¦750mm (Include piston journey) Max.pressure spaceú¦ 580mm Thickness of flat specimenú¦ 0-40 mmú+ Dia. Of round specimenú¦ ª¦13-ª+60mm Size of platenú¦ ª+160mm Distance of bending testing rollsú¦60mm-700mm Width of rollsú¦ 140mm Beam travels speed about: 120mm/min Mode of clampú¦Hydraulic pressure clamp Size of outlineú¦ 1000í-700í-2350mm
Application: For static and cuasi-static test (low frequency fatigue) for high loads in many types of tests. Specially indicated to switch test mode, thanks to its dual space design. Double test space frame: With high structural stiffness,4 columns and 2 screws with double testing space The upper space is intended for tensile tests, and the lower for compression, shear, bending, folding, etc. Manufactured according to Standards EN 10002-2; ASTM E4, ISO 7500-1; DIN 51221 and BS1610 guide. Mobile crossbar separates the two test zones and is positionable in height by means of two spindles driven by an integrated electric motor frame.
PRSM-4000 Hydraulic Universal Testing Machine,600 kN, 220-240V PRSM-4000/110 Hydraulic Universal Testing Machine, 600 kN, 110V PRSM-4001 Frame for 600 kN Hydraulic Universal Testing Machine PRSM-4002 Hydraulic Grips Jaw Faces Set for Round Specimens PRSM-4003 Hydraulic Grips Jaw Faces Set for Flat Specimens PRSM-0500 Extensometer for Universal Testing Machine, 50 mm Gauge Length (Accuracy 0.01 mm), PRSM-0510 Extensometer for Universal Testing Machine, 100 mm Gauge Length (Accuracy 0.01 mm) PRSM-0520 Extensometer for Universal Testing Machine, 50 mm Gauge Length (Accuracy 0.001 mm) PRSM-4000 Universal Hydraulic Tensile Test Machine is designed to test the ferrous materials for structural values such as yield strength and tensile strength. Apart from tensile tests, Universal Test Machines can also be used for compression tests up to the capacity of the machine. Maximum security is maintained on 600kN capacity Universal Test Machine by limit switch on the lower grip and piston as well as the safety check valves on the hydraulic system. Hydraulic power unit works silently.0-40 mm flat and 8-32 mm round samples can be tested with a user friendly hydraulic jaws that comply with standards. Load cell is used for load measurements. Strain measurement is done by the electronic displacement transducer built in the machine if required external extensometer fitted to the specimen also can be used for strain measurement. Strain measurements can be done directly from the extensometer fitted to the specimen. Tests can be done fully automatic by digital control unit or computer. Machine complete the test with the set pace rate and turns to start position automatically. PRSM-4000 Hydraulic Universal Testing Machine, features two test spaces for tension tests and compression tests. User can quickly change between tension and compression testing without having to remove heavy fixtures. This flexible design also helps to ensure safety, reduces operator effort and improves productivity. The distance between the grips can be set by motor driven hand set system. With open front hydraulic wedge grips user can load specimen easily.
Impact test bench is a kind of impact and impact test equipment with novel design, high degree of automation, simple operation and easy maintenance. It can perform the conventional impact test of half sine wave, back peak sawtooth wave, square wave and other waveforms.
Electro-hydraulic servo fatigue testing machine is customized according to the customer's program of oscillating sintering furnace, the mainframe is in the form of high-rigidity four-column structure installing the oscillating sintering furnace .The system is equipped with 200KN dynamic servo actuator, which can meet the requirements of the maximum frequency of 50HZ and the amplitude of 0.3mm. The testing machine is mainly used in various sizes of metal and non-metallic materials of tensile and pressure fatigue sintering mechanical property testing, but also for kinds of structural specimens of tensile and pressure fatigue testing. The max load stiffness is 5GN/m and elegant appearance. Flux is 60L/min, max pressure is 22MPaï¼?max frequency is 50Hz, amplitude is 0.3mm, max dynamic-static thrust is 200KN, max frequency is 50Hz, max displacement 150mm,minimum dynamic thrust is 20KN, max frequency 50Hz
The universal testing machine can test multi types mechanical strength of metal or non-metal material, it mainly can test tensile, compression, bending strength. Normally the max loading is 300kn, 600kn, 1000KN. Hydraulic driven, digital display, manual oil control, test report print output.
This testing machine adopts a column structure, uses hydraulic loading (computer directly controls the loading speed or rate), and the computer displays the test results. It is convenient to operate and the test readings are accurate and reliable. It can be used for general steel, bolts, anchoring agents and other metal materials. Tension, compression, bending and shear tests, as well as compression and bending tests for general materials, plastics, cement and concrete.
