Stainless Steel Air Tank,Air Receiver Tank,Portable Good Air Tank,E Cylinder Air Tank Jiangsu Minnuo Machinery Manufacturing Co., Ltd. , https://www.minnuoindustry.com
Model & Specification WEW-100B Max Test Force (kN) 100 Measuring Range (kN) 4% - 100% F.S. Force Accuracy (%) ±1 Compression Jaw Distance (mm) 0 - 600 Tensile Jaw Distance (mm) 0 - 600 Bending Roll Distance (mm) 30 - 460 Round Sample Jaw Diameter (mm) 6 - 20 Flat Sample Thickness (mm) 0 - 15 Flat Plate Width (mm) ≤60 Shear Specimen Size (mm) 0 - 10 Effective Pillar Distance (mm) 435 Piston Stroke (mm) 150 Motor Power (kW) 2.2 + 0.55 Main Frame Dimensions (mm) 760 × 460 × 1965 Oil Control Cabinet Dimensions (mm) 1080 × 650 × 1200 Approximate Weight (kg) 1700 
**Product Specifications:**
1. **Introduction**
The WEW-100B is a universal testing machine designed with a PC display and manual hydraulic loading system. The main unit and controller are separately mounted for better stability and ease of use. It offers high accuracy, steady operation, and is ideal for conducting tensile, compression, bending, and shear tests on materials such as metal, cement, concrete, and plastics.
2. **Functionality**
This machine features a double-test space design with the cylinder located underneath. It supports a wide range of tests including tension, bending, compression, and shear, making it suitable for various industrial and research applications.
3. **Structure**
The main frame consists of an adjustable base, screw rod, movable crossbeam (with lower clamps), and a working frame that includes the oil tank, piston, platform, and upper crossbeam (with upper clamps). The high-pressure oil pump supplies oil to the working tank, enabling the piston to move and perform stretching or pressing tests. The test area is between the upper and movable crossbeams. A motor, gear, and chain drive work together to move the crossbeam smoothly.
4. **Software Features**
(1) Two-level user authorization management
(2) Real-time display of load, position, and tensile data
(3) Peak values of load, position, and tensile displayed during and after the test
(4) X-Y curve and user-defined curves like load-tensile, load-position, etc.
(5) Automatic saving of sensor data in DOC format
(6) Automatic saving of test results for statistical analysis and export to Excel or Access
(7) Single-page printing of test reports, including X-Y curves
(8) Predefined analysis options such as tensile strength, yield point, elongation, etc.
(9) Detailed instructions, settings, and error prevention features
(10) Support for multiple units: N, kgf, lb, mm, in, etc.
(11) Software-based calibration of hardware components
(12) Adjustable grips for different sample sizes in tension, bending, and compression tests