Project Description
Servo control universal testing machine is easy to install, stable and reliable. The machine is a double space structure, the upper beam and the lower cross beam are the stretching space, the lower beam and the test stand are compressed space, and the test space is automatically adjusted by the sprocket and the screw driven up and down of the beam.
It has a set of servo control software to control machine operation. The test results are shown on the computer and printed easily.
Servo Control Universal Testing Machine
CE Certification
High Precision Sensor
Easy Operation
Computer Display
High Reliability, Zero Leakage
Automatic Data Processing
Servo Control Universal Testing Machine Specification
| 1 | Product Model | WAW-100B | - |
|---|---|---|---|
| 2 | Max Test Force | 100 | kn |
| 3 | Measure Range | 5-100 | % |
| 4 | Relative Error Value | ±1/±0.5 | % |
| 5 | Max Tensile Space | 480 | mm |
| 6 | Max Compression Space | 480 | mm |
| 7 | Piston Stroke | 150 | mm |
| 8 | Size of Upper and Lower Platen | Φ176, Φ176 | kw |
| 9 | Voltage | AC220/AC380V±10% 50Hz | - |
| 10 | Machine Size | 770*520*1850 | mm |
| 11 | Net Weight | 1600 | kg |
| 1 | Product Model | WAW-300B | - |
|---|---|---|---|
| 2 | Max Test Force | 300 | kn |
| 3 | Measure Range | 5-100 | % |
| 4 | Relative Error Value | ±1/±0.5 | % |
| 5 | Max Tensile Space | 480 | mm |
| 6 | Max Compression Space | 480 | mm |
| 7 | Piston Stroke | 150 | mm |
| 8 | Size of Upper and Lower Platen | Φ176, Φ176 | kw |
| 9 | Voltage | AC220/AC380V±10% 50Hz | - |
| 10 | Machine Size | 770*500*1900 | mm |
| 11 | Net Weight | 1800 | kg |
| 1 | Product Model | WAW-600B | - |
|---|---|---|---|
| 2 | Max Test Force | 600 | kn |
| 3 | Measure Range | 5-100 | % |
| 4 | Relative Error Value | ±1 | % |
| 5 | Max Tensile Space | 690 | mm |
| 6 | Max Compression Space | 620 | mm |
| 7 | Piston Stroke | 150 | mm |
| 8 | Size of Upper and Lower Platen | Φ220, Φ230 | kw |
| 9 | Voltage | AC220/AC380V±10% 50Hz | - |
| 10 | Machine Size | 830*550*2100 | mm |
| 11 | Net Weight | 2400 | kg |
| 1 | Product Model | WAW-1000B | - |
|---|---|---|---|
| 2 | Max Test Force | 1000 | kn |
| 3 | Measure Range | 5-100 | % |
| 4 | Relative Error Value | ±1 | % |
| 5 | Max Tensile Space | 690 | mm |
| 6 | Max Compression Space | 620 | mm |
| 7 | Piston Stroke | 150 | mm |
| 8 | Size of Upper and Lower Platen | Φ220, Φ230 | kw |
| 9 | Voltage | AC220/AC380V±10% 50Hz | - |
| 10 | Machine Size | 950*640*2200 | mm |
| 11 | Net Weight | 2600 | kg |
| 1 | Product Model | WAW-2000B | - |
|---|---|---|---|
| 2 | Max Test Force | 2000 | kn |
| 3 | Measure Range | 5-100 | % |
| 4 | Relative Error Value | ±1 | % |
| 5 | Max Tensile Space | 790 | mm |
| 6 | Max Compression Space | 720 | mm |
| 7 | Piston Stroke | 240 | mm |
| 8 | Size of Upper and Lower Platen | Φ220, Φ230 | kw |
| 9 | Voltage | AC220/AC380V±10% 50Hz | - |
| 10 | Machine Size | 1200*800*2760 | mm |
| 11 | Net Weight | 3500 | kg |
Servo Control Universal Testing Machine Details
English vision, turn on/off machine, load data auto save/print, oil motor control, leading screw adjusting, etc
Return valve and delivery valve
AC 220V/AC380V, 50HZ
Application
Non-metallic
tensile
compression
bending
shear
Metallic Materials
tensile strength
compression
etc
Who like to use
Construction engineering inspection unit
Quality supervision department
Colleges and Universities
Large-scale industrial and mining enterprises
Government sector
Research institute
Introduction of Tester
How To Operate Servo Control Universal Testing Machine
- Connect the power cord, press the “power” button, and the indicator light is on.
- According to the sample, select the measuring range, hang or remove the thallium on the swing bar, and adjust the buffer valve handle.
- According to the sample shape and size, the corresponding jaw into the upper and lower jaw seat.
- Roll the record paper on the barrel of the tracer. This item only takes time.
- Start the pump, unscrew the delivery valve, so that the test table up about 10 mm, and then turn off the delivery valve, if the test table is already in the rising position, you do not have to start the oil pump, only the delivery valve can be closed.
- One end of the specimen is clamped in the upper jaw, for example, the balance thallium should be adjusted when the sample is heavy.
- Start the pump, adjust the pointer, alignment, zero.
- Start the motor, lift the lower jaw to the proper height, and clip the other end of the sample in the lower jaw.
- Put down the pen of the push rod into the drawing preparation state (when necessary, and match the drawing proportion).
- According to the required loading speed, slowly unscrew the delivery valve for loading test.
- When the sample is broken, turn off the delivery valve and stop the oil pump.
- Pick up the drawing pen of the recording value.
- Turn on the return valve and release the driven needle back to zero after unloading.
- Take off the sample after fracture.
- Compression and bending tests can be carried out according to the above.
How To Test Concrete?
- After the specimen is taken out from the maintenance site, the test shall be carried out in time, and the surface of the test piece and the upper and lower pressure bearing surfaces shall be wiped clean.
- Place the test piece on the lower platen or shim plate of the testing machine. The bearing surface of the specimen shall be perpendicular to the top surface of the forming. The specimen should be the center and testing machine under the plate center alignment, start the test machine when the plate and specimen or steel plate close, adjust the tee, make contact balance.
- In the course of the experiment should be continuous and uniform loading, concrete strength grade “C30, the loading speed per second 0.3~0.5MPa; concrete grade of strength over C30 and C60”, from 0.5~0.8MPa per second; the concrete strength grade of greater than or equal to C60, from 0.8~1.0MPa per second.
- When the specimen is close to the beginning of a sharp deformation of the damage, the test machine shall stop adjusting the throttle until it is destroyed, and then record the damage load.
- concrete cube compressive strength should be calculated by pressing:
- Fcc=F/A Type:
- FCC: compressive strength of concrete cube specimen (MPa);
- F: specimen failure load (N);
- A: the specimen bearing area (m m).
- Concrete cube compressive strength calculation should be accurate to 0.1MPa.
- The determination of the strength value shall comply with the following provisions: the arithmetic mean of the three test values is used as the strength value of the group test (0.1MPa).
- The maximum or minimum value in the three measurements, if there is a difference of between 15% and the middle value, exceeds the maximum and minimum values, and takes the middle value as the compressive strength value of the set of specimens.
- The maximum or minimum values in the three measurements, such as the difference between the two and the intermediate values, exceed 15% of the mean value, the test data is invalid.
- (Concrete strength grade) C60, the strength value measured by nonstandard specimen should be multiplied by the dimension conversion factor, the value is 200mm * 200mm * 200mm, the specimen is 1.05; the 100mm * 100mm * 100mm specimen is 0.95.
- When the concrete strength is more than C60, should adopt the standard specimen; the use of non-standard specimen, determine the test size conversion coefficient should be.
