TYE-100SG-20C Computerized Fully Automatic Glass Fiber Reinforced Cement Flexural and Compressive Strength Testing Machine

Function and Usage: This machine is an integrated product combining mechanical, electrical and instrumentation components. It features an exquisite appearance, reinforced structure, compact design, with the computer installed on the machine box, making it convenient for use and maintenance, while saving floor space. It uses a low-noise high-pressure oil pump with low noise. It is comparable to imported products. It is mainly used for testing the compressive strength of 30*30*30mm standard cement/gypsum specimens and the flexural strength of 250*50*10 specimens. It can also be used for testing the compressive strength and flexural strength of other building materials. Optional equipment includes: concrete flexural testing device; two-lime soil compressive test with a 70.7*7.07 specimen; the entire testing process is controlled by a microcomputer, with real-time curve display of force values and time, allowing for comparison, constant loading rate, adjustable; the structure is compact, and the entire testing process can be completed with one click; a complete A4 report is printed, and it is connected to the central laboratory for data upload; it is the best updated and replaced product in China at present.

Technical parameters:
Maximum test force (KN): Pressure: 1 – 100; Tensile: 0.1 – 20 (customizable for non-standard ones)
Accuracy grade: Better than ±1 grade
Test force measurement range: 4% – 100% of the maximum test force
Applying test force error: ±5%
Loading speed: Standard 2.4 KN/second (constant load adjustable)
Distance between pressure plates: 180mm
Dimensions of upper and lower pressure plates: 100mm for upper, 185mm for lower
Total power of power supply: Three-phase four-wire 380V 50Hz
Weight of the main unit (kg): 371
Net size of the equipment (mm): 1280 * 530 * 1380
Outer packaging size (mm): 1400 * 620 * 1500 (one machine, one piece)
Note: Customized test machines are available. The equipment must be reliably grounded to prevent electric shock.