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Introduction:
The concrete compression test equipment mainly used for brick, stone, cement, concrete and other building materials, compressive strength test,also used to test the compressive performance of other materials.
Spatial adjustment method: Electric lift
Hydraulic System:
The hydraulic oil tank driven by high-pressure pump into the motor oil, flows through the unidirectional valve, high pressure filter, pressure valve, servo valve, into the cylinder. Computer control signals to the servo valve, Control direction and opening of the servo valve, to control the flow into the cylinder, achieve constant test force control.
Control system:
System including digital servo valve, high-precision sensors, controllers and software, high control precision and reliability. Meet GB, ISO, ASTM and other standards for cement, mortar, concrete and other materials testing requirements.
System has the following functions:
l Closed-loop control with force;
l Can achieved constant loading rate or constant stress loading rate;
l Adopt computer for electronic measurement, automatic test;
l Computer automatically calculates the results and print reports.(picture 1 picture 2)
l Test reports can be to self-design and exported to
Safety protection device:
When the test force more than 3% of the maximum test force, the overload protection, oil pump motor shut down.
Main performance technical specifications:
|
Max load |
2000kN |
3000kN |
|
Test Force Resolution |
0.1kN |
0.1kN |
|
Piston diameter |
φ250mm |
Φ290mm |
|
Piston stroke |
50mm |
50mm |
|
Maximum distance between pressure plates |
320mm |
|
|
Piston diameter × maximum stroke |
φ250mm×50mm |
|
|
Voltage |
380V or 220V |
|
|
Motor power |
0.75KW |
|
|
Hydraulic pump rated pressure |
40MPa |
|
|
bearing plate size |
φ250mm×φ220mm |
φ300mm×φ300mm |
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