Dynamic display of load, displacement, deformation and real-time testing curve on the screen.
Capability of mechanics testing on various metal materials. e.g. Metal tension, compression, bend, shear, etc.
Capability of mechanics testing on various nonmetal materials. e.g. Wire tension, plastic bending, cable peeling, etc.
Domestically pioneered open-testing-method settings. Engineers may set up testing projects then operators may employ the projects for testing, greatly reduced the difficulty of the operations and the requirement in the skills and trainings of the operator.
Domestically pioneered process-oriented design of testing control. Provides users with intuitive testing control procedures and a wide range of instruction types. Also supports dynamic instruction parameter assignment.
Support for displaying a single curve of a specimen or the overlay of multiple curves.
Closed loop control of channels such as load, displacement, deformation, etc. Smooth switching in between.
Domestically pioneered highly efficient three-level operation model of testing data processing. Supports open testing data processing, appending custom testing data items and re-inspection of processed testing data.
Domestically pioneered open-testing-method settings. Engineers may set up testing projects then operators may employ the projects for testing, greatly reduced the difficulty of the operations and the requirement in the skills and trainings of the operator.
Domestically pioneered highly efficient three-level operation model of testing data processing. Supports open testing data processing, appending custom testing data items and re-inspection of processed testing data.
Dynamic display of load, displacement, time and real-time testing curve on the screen.
Support for compression tests on various metal or non-metal materials to inspect their mechanics performances.
Domestically pioneered process-oriented design of testing control. Provides users with intuitive testing control procedures and a wide range of instruction types. Also supports dynamic instruction parameter assignment.
Closed loop control of channels such as load, displacement, etc. Smooth switching in between.
Constant loading speed test supported.
Capable of holding on maximum load or displacement.
Characteristic testing data can be marked on testing graphs.
Capable of statistical operations on testing data .
Automatic requesting for testing result data, also capable of launching an advanced analysis to inspect the data.
High quality, easy to use control software ensures consistency and enhances throughput.
Ergonomically designed, no requirement for the operator to work at elevated heights or handle excessive physical loads.
Automated specimen loading provides compliance with cycle times required by test methods, while maintaining operator safety.
Very rigid base and anvils ensures very low flexure under high test loads.
Guided mass system to ensure that the impact geometry is correct throughout the entire test.
Regulating impact energy by adjusting the lifting height and mass of the weights.
Easily interchangeable contact parts simplify maintenance and reduce cost of ownership.
Equipped with the specimen-carrying outfit, anti-falling of outfit for the specimen, centering outfit to guarantee quick, accurate and reliable tests.
Very robust construction stands up to the rigour of high energy testing to provide high reliability with a minimum of downtime.
The buffer is equipped to absorb the residual energy after breaking the specimen to protect the weight and anvil from destroying. Also install the safe outfit, such as safety net, safe pin for main tenance and hanger locking.
Responsive life-time technical support
Optional liquid low temperature chamber.
Optional automatic specimen feeding system.
Internal electric and mechanical safety devices allow for supervised operation by students. Instrumentation to measure the water, air and exhaust temperatures, and flow rates of the cooling water, air and fuel. A hand held gas analyser supplied measures flue gas O2 content and also displays combustion efficiency, excess air, and CO2 content.
A frame mounted burner training unit comprising a 450 dia x 1000m cylindrical water-cooled stainless steel chamber in which either an oil or gas burner can be fired, and the flame observed through four 100mm dia windows.
Oil or Gas Burners up to 150kW can be used in the chamber.
Features:
High speed data acquisition card ensures the fast responding of dynamic controls and the precision of data sampling.
High frequency rapid closed- loop control featuring a complete set of dynamic controlling characteristics.
Stable sampling and controlling frequencies guarantees the precision of data and controls.
Closed loop control of channels such as load, displacement, deformation, etc. Smooth switching in between.
Electric components comply with the requirements of the EMC safety standard.
CPU + DSP dual core controlling unit. Slot structured bus, convenient to extend, demonstrating excellent dynamic performance.
Max capacity 1000 Nm
Max thread of friction torque 800 Nm
Torque measurement range 20 Nm ~1000 Nm
Torque accuracy ±1%
Torque resolution ±500000 yard,whole resolution unchanged
Max clamp force 300 kN
Clamp force accuracy ±0.5%
Clamp force measurement range 3 kN ~300 kN
Clamp force resolution ±500000 yard,whole resolution unchanged
Torsional angle accuracy ±1%
Torsional angle measurement resolution 0.025°
Max torsion speed 15 r/min
Torsion speed accuracy ±1%
Torsion direction Positive and negative two directions
Max test length of fasteners 300mm
Power supply 2.5Kw/ AC220v/50Hz
Frame dimensions 2000mm×600mm×1200mm
Weight 860kg
Safe: specimen bending directly into sealed test table, safe to operate.
Dust-proof: unique dust resistant unit protects ball screw from oxide coating.
Two-way hydraulic cylinder enables fast loading, unloading and withdrawing.
Effortless: requiring only one operator, who clicks the buttons to perform tests.
Equipped with waste collecting cart, reduces working effort.
Small footprint saves space for testing.
One-step forming: this product bends specimen in one step during tests. Then applies side loads to form interference bend on the specimen to eliminate remaining deformation, accomplishing a bending angle of 180.
The lever arm type machine has been specifically designed for long-time Creep and Stress Rupture test applications that involve maintaining constant loads for extended periods of time.
Through the mechanical advantage of the lever arm loading system, constant loads may be maintained with a high degree of accuracy for long durations, using dead weights, without the continuous operation and dependency of a mechanically powered drive.
Remote communication control function saves your operators invigilation during testing process; alarm message can be transmitted to your mobile phone to inform you test situation by equipping with special dial number device.
This model may be configured for either room temperature or elevated temperature operation. A variety of temperature rated test fixtures and extension measurement device for the measurement of elongation on creep test applications are also available. The lever arm Creep and Stress Rupture machines are an economical alternative to traditional electro-mechanical or hydraulically loading universal testing machines which have higher initial purchase prices and greater long term operating costs.
Numerous high temperature pull rods, specimen holders, furnace systems and extensometers available for creep and stress Relaxation applications. Many of which are also adaptable to hot tensile testing applications on universal testing machines.
Comparing a framed structure with a column-based structure, the framed structure has better stiffness that is over 2.5 times greater than the column-based structure.
Pre-installed with reaction frame, provides more convenience for the load transducer to calibrate.
Real-time drawing of curves of remaining load with time, or temperature with time.
Closed test space design reduces the temperature shift resulted from the air flow at the air-conditioner vent, improves the temperature uniformity and stability in the test space.
Splitting the sampling stage into four sub-stages and applies different sampling cycles in consideration of the logarithm characteristic of time, improving the reliability of data greatly.
Algorithm to predict specimens stress relaxation performance after 1000 hours (or any specified value in hours), with the option of single or double logarithm. Capable of predicting with standard specimen data or real-time collected data (Suggested). Integrated with an extensive specimen library to improve the precision and reliability of testing results.
Support for 100-hour tests. Test time can be assigned at will. E.g. 24-hour test.
The machine uses high precision load sensors, high resolution several mining system in data collection, can make the load, deformation and displacement quantity, time and data processing and display, as well as load, deformation and displacement automatic high speed closed-loop PID controlled. Test software running on windows platform, the domestic initiative of the test control routing design, high grade 3 operation test data processing model, automatic save test data, can also be tested after suspend of sudden power off, the test conditions and the test results can be automatic inventory, dynamic display the test data and the test curve, can be printed. Measurement and control system chooses SMT components, produced by automatic mounted system production, quality is stable, long-term reliable operation.
This slow strain rate (SSRT) constant corrosion (SCC) testing machine is mainly used for inspection, research of metal material static lasting tensile, creep, stress corrosion and the mechanical property test, etc can be used in NaOH, NO3, H2S, CL- solution, methanol, N2O4, NH3, wet air and water, and other media environment of metal stress corrosion damage characteristic test.
Features:
Automatic requesting for testing result data, also capable of launching an advanced analysis to inspect the data.
The machine Supports more than 20 days of continuous testing.
Four specimen can be tensile test at one time.
Characteristic testing data can be marked on testing graphs.
Capable of statistical operations on testing data (average, standard deviation, coefficient of variance).
Open testing report, support custom testing template, automatic generation of testing report, which can be printed, previewed or saved as files.
Integrated with software limit protection, hardware travel limit protection and full scale overload protection.
As many as 20 layers of sensor linear compensation, elevates the precision of the instruments to the next level.
Support saving, instant retrieving and inspection of testing results.
Domestically pioneered highly efficient three-level operation model of testing data processing. Supports open testing data processing, appending custom testing data items and re-inspection of processed testing data.
Rounding off of numerical testing data complies with Rules of Rounding Off for Numerical Values, supports rounding off in sections and custom rounding off.
Capable of re-analyzing test data and curves, and partial zooming of testing curves at will.
Event data can be saved, test can continue to be interrupted when the power supply test.
This product features a brand new structural design, optimizes and upgrades on the base of last generation. Remote communication ports are installed to make it easier for remote controlling operation on a computer. Impact height may be configured at will, fulfilling all requirements for optical cable impact tests under 1000 mm.
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Protective Relay Trainer.
High Voltage Equipment
Power Systems Simulators with Power Plant Module, Transmission Module, Transformers and Transmission Lines Trainer
Substation Protective Relay Trainer, Load Module and SCADA Module.
Multi Tube Manometer allows up to 16 pressures to be monitored simultaneously either relative to atmospheric pressure or another pressure, via the common reservoir. In order to increase the device sensitivity the device may be inclined at a known angle.
Multi Tube Manometers are highly useful for capturing pressure distributions from multiple pressure ports on bodies subjected to air flow past them. The adjustable inclination of Multi Tube Manometer helps in enhancing the contrast in the distribution.
A Multi Tube Manometer with a common reservoir, that may be used to give a graphic display of pressure distribution on multi-point pressure tapings.
Mercury is used only for high speed flows like that in Supersonic wind tunnels. The inclination also increases the reading value thus increasing the accuracy of the measurement. Water or Methyl Alcohol and Mercury can be used as the fluid in these kinds of manometers.
The test section can be fitted with two interchangeable variable incidence model carriers, one with a cylindrical section and the other with a low velocity sub-sonic aerofoil. The cylinder has a single static tapping which can be used to plot the pressure profile around the cylinder. Two Dimensional Wind Tunnel is designed for use with either Air Flow Bench or Fan Test Stand. The wind tunnel has a high aspect ratio clear acrylic test section 250 mm high and 65 mm deep. Pressures can be measured using Multitube Manometer or the Multiple Pressure transducer Module which provides 0-10 Volt analogue outputs for connection to a computer or data logging system. The aerofoil has 14 static pressure tappings allowing the pressure profile around the nose and along both the upper and lower cambered surfaces to be measured.
Experimental Capability:
Pressure profile around an aerofoil section and derivation of lift and drag forces and coefficients
Pressure profile around a transverse cylinder and derivation of drag force coefficient
Variation of lift and drag forces and coefficients, and liftdrag ratio with aerofoil incidence
Direct measurement of lift and drag on an aerofoil
Direct measurement of drag on a transverse cylinder.
The boiler, with its attendant mains water make up tank, feed pump, steam main, blowdown, drain and feedwater connections is housed in a self-contained unit. Steam Boiler Bench consists of a sturdy framework and panels of all steel construction, fitted with a student work surface, interconnecting back panel and adjustable feet. Adjacent and connected to the framework is an electric steam boiler of 36 kW rated output. The student desk unit contains a control box with an electric power supply isolator and instrumentation to read steam and water temperatures and also to display the electrical energy consumed in kWh. All piping and wiring required to connect the boiler to the steam benches is supplied. The heat input to the boiler is provided by specially designed electrical resistance immersion elements run at a low power density in order to give a long operational life.
Experimental Capability:
To assess the heat loss from a boiler at a given steam output pressure
To determine the boiler evaporation capacity and equivalent evaporation
Boiler efficiency trial.
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The whole set is manufactured to a very high standard and is supplied with all necessary accessories including thermometers with reading lenses, measuring vessels and a general purpose set of four burners for town and coke oven gas, natural and methane gas, butane, propane, acetylene, ethylene and propylene. The two main items of equipment in the apparatus are the Boys non-recording gas calorimeter fitted with appropriate burners in the base, and a precision, Hyde type gas meter with a capacity of 2.0 litres/rev consisting of a specially designed measuring drum housed in a gas-tight casing and sealed with water.
Experimental Capability:
To determine the Gas Volume Factor of gaseous fuels.
To determine the Calorific Value C.V. of gaseous fuels.
Average Difference in Temperature.
To determine the Gas Temperature
Average Water Inlet Outlet Temperature.
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The engine is directly coupled to the dynamometer using an inertia matched drive shaft. All rotating parts are protected by fixed guards. The test bed incorporates a robust mounting frame to which both the engine and dynamometer are fitted. The drive shaft guard is interlocked with the Emergency Stop circuit to prevent the engine from use when the guard is removed or open. The frame is fitted with wheels to allow the test bed to be easily moved.
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HUB that allows communication and control via PC of the measurement modules and brushless motors.
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