600 KN Hydraulic Universal Testing Machine , Bending Tensile Compression Tester，universal material testing machine in Dongguan, Guangdong, China
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Specifications
- Condition
- new
- The measuring range of test force
- 12 kN to 600 kN
- Test force display value accuracy
- ± 1%
- Displacement measurement resolution
- 0.01mm
- Deformation measurement accuracy
- ±0.5%
- Constant force, constant deformation, constant displacement control range
- 0.4% ~ 100% FS
- Pistons maximum speed
- 100mm / Min
- Maximum tensile test space
- 65cm (including The Piston Stroke)
- Maximum compression space
- 48cm (including The Piston Stroke).
- Flat specimen clamping thickness
- 0-15mm
- Round specimen clamping diameter
- Ø 13- Ø 26mm or Ø 26- Ø 40mm
- Pressure plate dimensions
- Ø 120mm
- Bending test spacing
- 35cm
- Branch roll width
- 14cm
- Fulcrum diameter
- Ø 50 mm
- Piston stroke
- 25cm
- Clamping method
- Hydraulic Clamping
- Sensor and amplifier
- oil pressure sensor, plug in a PC programmable
- Dimensions
- Host: 900×600×2250 mm Oil Source: 1400×700×850 mm
- Test force
- Max . 600 KN
- Highlight
- universal testing system, universal tensile tester
- Packaging details
- Strong Wooden Case
- Payment terms
- T/T, L/C, Western Union
- Supply ability
- 30 Sets Per Month
- Category
- Materials Testing in China
- Subcategory
- Universal testing machine
- Listing ID
- 88880400
Description
Tensile Compressive Bending Tester is the use of fuel tank mounted under the host and mainly used for tensile, compression, bending and shear tests of metal or non-metallic materials, suitable for metallurgy, construction, light industry, aviation, aerospace, materials, universities, research institutes and other fields.Test operations and data processing meet GB228-2002 "metal materials at room temperature tensile test method" requirements.
Host is the use of the fuel tank mounted under the host, the tensile space located at between of the upper crossbeam and lower crossbeam, and the compression, bending, shears test space located at between of the lower crossbeam and a host base. The host structure show as below
Lower crossbeam’s rising and falling is the use of the motor, cycloid reducer, chain gears, and lead screw nut drive, to adjust the space of tensile and compression.
A. Hydraulic principles
As shown below is adaptive load oil into the throttle governing system.