Cup drawing Display error 0.01mm
Max force 300kN
Clamp force 300kN
Clamping force relative error 2%
Test force range 2%100%
Test force display error 1%
Displacement resolution 0.002mm
Stamping stroke 120mm
Clamp stroke 40mm
Stamping speed 130mm/min
Plate maximum width 200mm
power 3.7kW/AC380V/50Hz
frame 930mmx1260mmx1400mm
weight About 1800kg
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.
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 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 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.
Features:
Dynamic display of load, displacement, time and real-time testing curve on the screen.
Constant loading speed test supported.
Capable of holding on maximum load or displacement.
Support for multi-language user-interface extendibility.
Closed loop control of channels such as load, displacement, etc. Smooth switching in between.
Features:
The test results can be obtained automatically after finishing test. Its excellence and advantage will be shown apparently in continuous impacting tests lab and abundant impacting tests manufacturers.
Fast and simple to change impact energy only by changing pendulum arms.
Reduced friction bearing shaft assembly and solid vibration-free base.
The instrument is controlled manually and semi-automatically and easy to operate.
Digital monitor allows test result through a pin-type printer.
Interchangeable anvils ensure constant striker center.
Panel: vacuum formed solid colour panel in which all controls, fan and instruments are mounted
Burner Tubes: 4 inter-changeable steel burner tubes in a range of diameters.
Stabiliser Cups: two brass conical cups to fit two of the burner tubes.
Airflow: Glass variable area flowmeter
Gas Flow: Glass variable area flowmeter to cover wide range of load speed combustible gases(e.g. Propane, Butane, Methane LPG).
Flame Speed System: Long, large diameter clear tube, with mains driven high-voltage spark igniter and two adapters each with flame traps.
The precise actuator collaborates with the intelligent Test Live computer testing software to ensure the completeness and precision of the test results. his product is integrated with a high-stiffness frame. The actuator cylinder comes out in 100mm, 150mm, 400mm and many other models. he crossbeam is hydraulically driven to adjust the test space. The rated load of the main frame ranges from 5 to 25kN or 50 to 1000kN.
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Automatically sustains when it reaches the specified value.
Capable of re-analyzing test data and curves, and partial zooming of testing curves at will.
Support Excel report templates and customized editing of test reports.
Support for data searching. Returns the corresponding data at y-axis when entered the coordinate at x-axis.
Support saving, instant retrieving and inspection of testing results.
Dynamic display of torque, rotation and real-time testing curve on the screen.
Integrated with travel limit protection and full-scale overload protection.
Capable of sustaining at the maximum torque, rotation .
Options for displaying curves including torque-rotation.
Support for setting a target value on torque, rotation and grip load at will.
Control over loading speed of torque and rotation, no stepping for loading speed.
Features:
Safe: specimen bending directly into sealed test table, safe to operate.
Dust-proof: unique dust resistant unit protects ball screw from oxide coating.
Effortless: requiring only one operator, who clicks the buttons to perform tests.
Two-way hydraulic cylinder enables fast loading, unloading and withdrawing.
Equipped with waste collecting cart, reduces working effort.
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°.
Small footprint saves space for testing.
Force range (kN) 1.6-80
Calibration accuracy class 0.5/1
Force accuracy Force: 2%-5%FS: 1% of reading
Force>5%FS: 0.5% of reading
Force fluctuation Force: 2%-5%FS: 1% of reading
Force>5%FS: 0.5% of reading
Force resolution (minimum weight set) 1N
Lever arm ratio 0.111111111
Lever automatic leveling range 0.1mm
Lower pull rod travel 200mm
Lower pull rod speed Slow speed (automatic leveling) 2.5mm/min
Fast speed: 50 mm/min
Leveling motor power 1.1kW
Dimension 11006602140(mm)
Furnace type Three-zone, open
Temperature range 200~1100C
Uniform temperature zone >150mm
Inside dimension 110350mm
Outside dimension 310450mm
Heating power 3kW
Temperature fluctuation 300~600C: 2C
600~900C: 3C
900~1100C: 4C
Features:
Automatically retrieves test data and inspects the stress relaxation performance of the specimen. (e.g. stress relaxation rate, relaxed stress, relaxation rate, etc.)
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.
Support for 100-hour tests. Test time can be assigned at will. E.g. 24-hour test.
Algorithm to predict specimen stress relaxation performance after 1000 hours (or any specified value in hours), with the option of single or double logarithm.
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.
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.
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.
Real-time drawing of curves of remaining load with time, or temperature with time.
Closed loop control of channels such as load, displacement, deformation, etc. Smooth switching in between.
As many as 20 layers of sensor linear compensation, elevates the precision of the instruments to the next level.
Pre-installed with reaction frame, provides more convenience for the load transducer to calibrate.
Features:
Automatic requesting for testing result data, also capable of launching an advanced analysis to inspect the data.
As many as 20 layers of sensor linear compensation, elevates the precision of the instruments to the next level.
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.
The machine Supports more than 20 days of continuous testing.
Four specimen can be tensile test at one time.
Dynamic display of load, displacement, deformation and real-time testing curve on the screen.
Closed loop control of channels such as load, displacement, deformation, etc. Smooth switching in between.
Event data can be saved, test can continue to be interrupted when the power supply test.
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 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.
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.
Support saving, instant retrieving and inspection of testing results.
Capable of re-analyzing test data and curves, and partial zooming of testing curves at will.
The mechanical components collaborate with the pioneered modular Test Live computer testing software to ensure the stability, precision and reliability of the whole system. This product is born with a refined structure that enables more steady loads and precise controls. It adopts the leading high-performance Controller, which is usually equipped on high-end material testing machines.
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The pressure through the nozzle can be controlled by a ball valve located on the discharge side of the nozzle. The Inlet, Throat and Outlet pressures are displayed on a pressure gauge via a three-way selector switch. Cavitation demonstration apparatus is a bench top unit designed for use on Hydraulics Bench. It consists of a tube through which water can be pumped by the hydraulic bench. The apparatus comprises of a clear acrylic nozzle mounted on a support plate. The throat pressure can be varied in either of two ways. The first way is to vary the discharge. Reduction of discharge causes a corresponding reduction of the pressure drop as the flow accelerates into the throat because the velocities are reduced, so that the pressure in the throat increases and cavitation ceases. The tube has an initial diameter of 25mm. It then has a linear contraction to a throat diameter of 5mm. This is followed by a 10mm length of parallel-sided tube, after which it flows through a linear diffuser until the diameter is back to 25mm. The contraction ratio (measured in terms of cross-section area) is therefore 25:1. The second way is to throttle the flow out of the apparatus using the ball valve. From a situation where there is no cavitation, increasing the discharge increases the pressure drop as the flow accelerates into the throat because the velocities are increased.
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For educational purposes the logical blocking system constitutes an indispensible protection/support by distinctly indicating and blocking non-allowed manoeuvres, ultimately preventing severe damage to the system.
The Power System Simulator comprises the complete chain of power distribution from generation, transformation, transmission, sub stations and distribution to consumers. Today, simulation plays an important roll in training people in various fields. With a simulator you can train people to make correct decisions under various operating conditions. All brought together in a highly elaborated SCADA environment.
Measurements and presentations are carried out by advanced microprocessor-based nodes, for instance digital bar graphs for synchronization procedures.
A wide selection of protective relays from world leader ABB can be chosen to satisfy any customer demand, this includes also ABB IED Relion (600) series which are compliant to the World Wide Power Industry. Power System Simulator is the only simulator for education that meets this requirement. The system comprises several advanced energy meters, each capable of displaying more than 30-parameters such as power factor and non-symmetrical loads.
The Water Pumps Assembly Testing Bench teaching unit is a modular group designed to perform complete functional tests on a series of 4 water pumps. Each pump is taken into consideration individually and with it the following characteristic data can be obtained:
Suction pressure
Power consumption
Delivery pressure
Speed
Flow rate
The unit consists of a small multi stage air compressor with a motor on a steel base, inlet and outlet ducts, sensors and software. Speed control is by a variac. Multi Stage Centrifugal Demonstration Unit is a bench top unit for studying the multi stage centrifugal air compressor characteristics with data analysis by computer.
Experiments:
Effect of speed on compressor performance.
Flow rate vs pressure.
Compressor input, output, and overall efficiency.
The steam bench includes a 2- pen chart recorder to provide a continuous recording of the process variables, namely temperature and pressure and gives students the opportunity to become familiar with the presentation of such data on a typical process recorder used in industry. Pressure and Temperature Steam Bench consists of a sturdy framework and panels of all steel construction, fitted with a student work surface, interconnecting back panel and adjustable feet.
Experimental Capability:
To compare the experimental observations with published data such as in steam tables.
To investigate the relationship between the temperature and pressure of saturated steam.
Features:
Compressor driven by an electric motor
Air pressure out of compressor
Single Stage Compressor
Adjustment of air pressures via valves
Airflow rate read by airflow flowmeter.
Motor spring balance
Wattmeter on the front panel for power measurement.
It comprises the calorimeter, a calorimeter vessel, an outer double walled water vessel, electric stirrer gear, combined motor control gear and ignition unit, a Beckman type thermometer, and a charging unit with pressure gauges to facilitate the charging of the calorimeter with oxygen. The equipment is self-contained with the control unit housed in an instrument case that forms the base. A Briquetting Press is available as an optional extra and an additional calorimeter can also be supplied. No spanners are required and in use the rubber joint is protected by water so it may be used over and over again. The particular features of the calorimeter are the method of sealing and the method of ensuring ignition. The body of the calorimeter is screwed into the base and a seal is made with a special rubber joint when the two parts are finger-tight only. In order to make ignition 100% sure, great care has been devoted to the method of anchoring the ignition wire and maintaining electrical contact and to the support of the crucible. All these parts are made to a high degree of precision and the results are very satisfactory.
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A comprehensive instrumentation package, data acquisition and computer control of facilities allows experimental analysis of engine performance parameters such as power, torque, speed and efficiency under various operating conditions, controlled and measured by a dynamometer and ancillary instrumentation. Multi-Cylinder Automotive Engine Test Bed has been developed to provide a facility for the practical demonstration of internal combustion engine technology. Display of all test parameters is via a remote PC screen, coolant & lubricant temperature is closed loop controlled to temperatures entered on the PC. Coded engine connections ensure correct connection of services & instrumentation when the engine is changed. A remote control console is provided to start/stop the engine with 10 turn potentiometers to control engine load & speed. Cussons offers two engine options that are sub-frame mounted to allow rapid engine changes.
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