I. Equipment Descriptions:

• Two columns construction, effective width between the columns: 

• Upper beam: Hydraulic cylinders lift and adjust the test space.

• The effective height of working table: 250mm, with a T groove, and the

• Frame stiffness: 4.47 x 108 N/m.
• Dimensions: 700mm(L)×580mm(W)×1935mm(H)
• Total net weight:About 1000kg
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• Located under the frame of the main beam;
• Maximum static test force: ±1500N;
• Maximum dynamic test force: ±500N;
• Actuator effective stroke: 100mm;
• Double pole piston structure. Sealing method: guide ring + servo seal ring (components all imported).
• Built-in LVDT displacement sensor, external electro hydraulic servo valve.
• The hydraulic buffer is designed to limit the amplitude of the actuator to avoid running out of control;
• Using guiding type end cover design, to ensure that the seal less damage during piston movement, so that the life of the seal longer, but also more to ensure the better coaxial;

• Load sensor: using 1500N Interface sensor, overload capacity 120%. On the working platform, the replacement of the high and low pressure load sensor is convenient, with a self locking nut.
• Displacement sensor: ±50mm, it has been installed inside the actuator rod.

• Temperature control range: -40 ~ 300ºC;
• Low temperature chamber dimensions: 800 x 500 x 520mm;
• Inner cavity dimensions of low temperature chamber: 350 * 200 * 350mmmm;
• Constant temperature precision: < ±ºC2;

• The operation is simple and convenient, and the appearance is good, and completely conforms to the principle of human computer science;
• The pressure of the hydraulic clamp can be directly displayed on the pressure gauge of the upper and lower fixtures;
• The pressure of the hydraulic clamp can be adjusted by the pressure regulating knob;
• The flow rate of the hydraulic clamp can be adjusted by the flow control knob;
• Hand control box can be used to control the actuator up, down and stop.

• Different shapes of specimen clamping can be done by replacing jaw;
• Fixed jaw by stretching the spring and spring hanging column on the clamp concrete, quick and easy replacement;
• Circular specimen clamping range Φ 3 ~ 10 Φ, strip shape specimen clamping range: 2 ~ 10 mm;
• Can meet the different requirements of the customer test experiment by replaced the fixture.

• Sheet metal closed frame structure;
• Under basement made of sleepers, good shock resistance;
• The pumping station overall noise is small, more suitable for indoor

• Effective height of operating panel:1000mm;
• Installation dimensions (reference) : :

• Total net weight:About 1000 KGS;

• Operation simple and convenient, good appearance, fully in line with the ergonomics principle;
• It can achieve high and low voltage switch easily;
• The oil temperature, pressure, liquid level real-time display;
• High temperature, low level and filter clogging alarm functions;
• Automatic shutdown function with alarm.

• It can provide instantaneous peak flow rate for servo actuator, absorb the pressure pulsation, fast response;
• Independent regulation and rapid unloading capacity, pressure regulation and unloading does not affect other channels' operation;
• Improve the shock resistance ability of the hydraulic system;
• High precision hydraulic oil filter to improve oil cleanliness;
• Equipped with water cooling unit, and water cooling unit displacement is 100 l/min, to ensure the normal operating temperature of hydraulic oil.

• Maximum flow rate 22L/min, maximum working pressure 21Mpa.
• Total power 30kW, 380V, AC.
• Pump station has been designed and produced in accordance with the standard modular, it is under mature technology, and with stable performance; Configuration of the relay pressure regulation module, and has been connected to the actuator.
• Japan NACHI company internal gear pump selection, the pump used involute internal gear meshing transmission, low noise, good durability and long life;
• The oil pump motor group is equipped with a vibration reducing device, which is used to reduce vibration and noise;
• Hydraulic system start-stop control by high and low pressure switch valve group (remote servo control).
• Fully enclosed standard servo fuel tank with temperature measurement, air filter, oil level display function;
• System configuration in-line water cooler installed in the system return pipe (cooling water users should bring along their own: pressure 0.7 Mpa) on the road.

• It is the relay station of the oil source and the actuator to ensure the stability of the system and the cleanliness of hydraulic oil;
• The configuration of the inlet and return oil accumulator, the filtering precision of 3μ precision filter (with blocking signal alarm device), with the line input, the output oil distribution pipeline channel, etc.;
• Piping system: High pressure hose from oil source to the oil separator and length of it can be determined per the user laboratory site; High pressure hose from oil separator to the actuator: its' length also can be determined per the user laboratory site

• Test software for soft materials, such as rubber, plastics, food, etc.;
• Rigid material testing software, applied to metal, engineering plastics, etc.;
• Concrete material test software, used in building materials such as cement block test;
• Cycle test;

• Full digital hydraulic servo controller based on PCI bus;
• Control mode: force, displacement all digital PID closed loop control, control mode can be smooth without interference switch;
• Frequency range: 0.01--100Hz;
• Main test waveforms: sine wave, triangle wave, Fang Bo, trapezoidal wave, custom waveform;
• The test signal measurement resolution: ≥ 1/100000, indicating accuracy of 0.005FS;
• Signal generator accuracy: 0.01%;
• Data acquisition frequency: 100KHz;
• Data processing: computer screen display test parameters, automatic description of the test curve, data processing methods of a variety of standards related to the requirements of the test.

• DIN 53513, at the resonant frequency under the condition of forced oscillation of elastomeric on the determination of viscoelastic properties
• ISO 6721/1, plastics. Determination of dynamic mechanical properties
• ISO 6721/4, plastics. Determination of dynamic mechanical properties
• ISO 6721/5, plastics. Determination of dynamic mechanical properties
• ISO 6721/6, plastics. Determination of dynamic mechanical properties
• ISO 4664, the determination of vulcanized rubber and thermoplastic rubber dynamic performance
• ASTM D4065, plastic dynamic mechanical property measurement and reporting procedures
• ASTM D4473 by dynamic mechanical process of thermosetting resin curing state measurement procedures

• Maximum dynamic test force: ±500N, amplitude volatility is not greater than ±1% FS of each phase.
• Maximum amplitude of actuator: ±50 mm, precision value goes from 2% ±1% FS
• Deformation measurement precision: precision value goes from 2% ±0.5%.
• Frequency range: 00.1~100 HZ.
• Main test waveforms: Sine wave, Pulse wave, Square wave, Sawtooth wave and External input waveform;
• Dynamic test maximum linear speed: 296 mm/s
• Number of fatigue: 2 x109 times (free set)
• Maximum test space (from top surface of actuators to down surface of load sensor): About 850 mm.
• The distance between the columns: 523 mm.
• Constant pressure servo pump specifications: Flow rate in 22L/min, 21 Mpa, motor power in 30KW.
• Customized test fixture designed according to the instructions of customers.

1. Experiment scheme can choose through force control or displacement control;
2. Data acquisition:Applied by the experimental software, it can display and save the sample's stress, displacement, cycle times and other related data.

V. Equipment standard configurations:

VI. User preparation conditions: