![\"\"](\"https://timetestingmachine.com/media/posts/149/PQW-1500-1-2.jpg\")
The testing machine is mainly used for rotating bending fatigue test of light alloy wheels of motorcycles and mopeds.
\nGB/ T38183-2019 Spoke plate wheels for motorcycles and mopeds
\nQC/T211-T1996 Test methods for light alloy wheels on motorcycles and mopeds.
\nQC/T211-1996 Test method for light alloy wheels of motorcycles and mopeds.
\nGB/T6147-92 Technical requirements for testing packaging, packaging marking, storage and transportation.
\nThe testing machine is mainly composed of a load frame, a parameter measurement and display unit, a strong current control unit, and test accessories.
\nThe main machine adopts vertical welding structure design and manufacture, and the sample is convenient to install. The rotary driving power adopts frequency conversion speed regulating motor to drive the rotation and rotate to realize stepless speed regulating. The loading mechanism of worm gear driven by the stepping motor exerts bending moment on the rotating spindle. There is an automatic centering mechanism at the bottom of the spindle to ensure that the wheel is installed in the middle of the rotating disc. The specimen mounting surface is designed with a protective cover to achieve safety protection. Detect the bending of the spindle during the test, so as to realize the emergency automatic stop when the wheel is damaged.
\nConfigure the strong current control box to complete the drive control of the motor.
\nMicrocomputer control unit, the configuration of industrial control computer, the computer built-in signal amplification A/D conversion integrated board, tocomplete the sensor signal amplification and signal analog-to-digital conversion, computer software for WINDOWS platform software, with dynamic display, storage, output test report and other functions.
\n![\"\"](\"https://timetestingmachine.com/media/posts/149/PQW-1500-3.png\")
JLS-700 light alloy wheel radial impact testing machine is mainly used for radial impact test of motorcycle and light alloy wheel of motorcycle.
\n![\"\"](\"https://timetestingmachine.com/media/posts/148/JLS-1600.png\")
Implementation standard: QC/T211 motorcycle and moped light alloy wheel test method.
\nGB/T6147-92 test packaging, packaging marks, storage and transportation technical requirements.
\n", "image": "https://timetestingmachine.com/media/posts/148/JLS-1600.jpg", "author": { "name": "TIME Testing Macihne" }, "tags": [ "Impact Testing Machine" ], "date_published": "2026-05-09T16:24:53+08:00", "date_modified": "2026-05-09T16:25:25+08:00" }, { "id": "https://timetestingmachine.com/pjw-10-wheel-radial-load-fatigue-testing-machine-4.html", "url": "https://timetestingmachine.com/pjw-10-wheel-radial-load-fatigue-testing-machine-4.html", "title": "PJW-10 Wheel Radial Load Fatigue Testing Machine", "summary": "The testing machine is mainly used for radial load fatigue test of light alloy wheels of motorcycles and mopeds. Contact Us The testing machine is mainly used for radial load fatigue test of light alloy wheels of motorcycles and mopeds. The testing machine is mainly composed of a main machine, a microcomputer control unit, a strong current control unit, and test accessories. The host adopts welding structure design and manufacturing, horizontal loading design, large drum adopts international standard design, design diameter of 1707mm, as far as possible to simulate the road state, variable frequency speed regulation motor drive drum stepless…", "content_html": "
\n![\"\"](\"https://timetestingmachine.com/media/posts/147/PJW-10-2.jpg\") | \n\n The testing machine is mainly used for radial load fatigue test of light alloy wheels of motorcycles and mopeds. \n\n | \n
The testing machine is mainly used for radial load fatigue test of light alloy wheels of motorcycles and mopeds.
\nThe testing machine is mainly composed of a main machine, a microcomputer control unit, a strong current control unit, and test accessories.
\nThe host adopts welding structure design and manufacturing, horizontal loading design, large drum adopts international standard design, design diameter of 1707mm, as far as possible to simulate the road state, variable frequency speed regulation motor drive drum stepless speed regulation, to achieve different driving speed test, loading bracket with low damping linear element transmission, Japan Panasonic servo motor drive closed loop control, The load sensor completes the measurement of the applied load, so as to realize the closed-loop control of the fatigue test load and the emergency shutdown function of fatigue damage.
\nThe fatigue type precision electric cylinder is used as the power source to apply the load to the wheel. Selected Taiwan TBI high-precision grinding ball screw, NSK bearing and Japan Panasonic servo motor composed of the golden power combination, to ensure the accuracy of loading and almost unlimited long service life. The electric cylinder is a new loading unit developed in recent years. Compared with the electro-hydraulic servo loading, it has the characteristics of compact structure, low energy consumption and easy maintenance. Our company combined dynamic cylinder design and use experience, independent design and manufacture of electric cylinder, excellent performance, stable and reliable. The front end of the electric cylinder is equipped with load sensor and built-in displacement sensor to measure and control the loading force and displacement. The structure of the electric cylinder is shown in Figure 2.
\n![\"\"](\"https://timetestingmachine.com/media/posts/147/Figure-2-electric-cylinder.png\")
Figure 2 electric cylinder
\n\n
It is designed with a safety device, which can alarm and stop automatically when there are other circumstances such as tire blowout and wheel damage.
\nThe strong current control box is configured to complete the drive control of the motor.
\nThe microcomputer control unit completes the signal amplification of the sensor and the analog-to-digital conversion of the signal.
\nThe computer software is WINDOWS platform software, with dynamic display, storage, output test report and other functions.
\nPrinter configuration according to user requirements, free software upgrade.
\nIt is designed with safety device, which can alarm and stop automatically when tire burst, wheel damage and other circumstances occur.
\nThe strong current control box is configured to complete the drive control of the motor. Microcomputer control unit, the configuration of industrial control computer, the computer built-in signal amplification A/D conversion integrated board, to complete the sensor signal amplification and signal analog-to-digital conversion, computer software for WINDOWS platform software, with dynamic display, storage, output test report and other functions. Printer configuration according to user requirements, free software upgrade.
\n![\"\"](\"https://timetestingmachine.com/media/posts/147/PJW-10-1.png\")
\n![\"\"](\"https://timetestingmachine.com/media/posts/146/WAW-C-series2.png\") | \n\nWAW-C Series Hydraulic Universal Testing Machine\n
| \n
WAW-C Series Computerized Electro-hydraulic Servo Universal Testing Machine is newly designed for tensile, compression and bending test of metal materials, steel rebar and non-metal materials. It has lots of patents and good structure （Disc motor drive crossbeam lift,Japan technology）.It adopts two column and two screws structure, high stiffness. It uses high accuracy load cell to measure testing force, encoder to measure displacement of work bench, electric extensometer to measure extension. Close loop control software can auto get test tensile strength Rm, yield strength ReH/ ReL, max. testing force Fm, non-proportional extension Rp0.2, elongation rate A%, extension at max. testing force Agt, modulus of elasticity E, etc testing results. In testing standard, it conforms to international standards. The software based on Windows system is able to make automatic calculating of test result, i.e. tensile strength, up/low yield strength, Non proportional stress point etc.. Report creation function makes it very simple to make testing report in needed format. This machine is widely used in different areas and facilities.
\nGB/ASTM/ ISO
\nIt is widely used in different steel works, engineering areas, quality control department, universities and institutes as well as other areas and works.
\nGrinding hydraulic cylinder is patent technology will never oil leakage.Loop control system is more precise and stable.Italy ATOS servo valve，Japan NACHI pump.Disc motor.All fucntions can be operated with computer.
\n| \n Max. capacity (KN) \n | \n\n 300 \n | \n\n 600 \n | \n\n 1000 \n | \n
| \n Measuring range of force \n | \n\n 2%-100% of Fs \n | \n\n 2%-100% of Fs \n | \n\n 2%-100% of Fs \n | \n
| \n Relative error of force reading \n | \n\n ≤±0.5% \n | \n\n ≤±0.5% \n | \n\n ≤±0.5% \n | \n
| \n Relative error of deformation reading \n | \n\n ≤±0.5% \n | \n\n ≤±0.5% \n | \n\n ≤±0.5% \n | \n
| \n Measuring range of deformation \n | \n\n 0.2%-100% of Fs \n | \n\n 0.2%-100% of Fs \n | \n\n 0.2%-100% of Fs \n | \n
| \n Clamping method \n | \n\n Hydraulic clamping \n | \n||
| \n Measurement device of deformation \n | \n\n Extensometer \n | \n||
| \n Adjustment mechanism of test space \n | \n\n Disc motor drive crossbeam directly \n | \n||
| \n Safety protection device \n | \n\n Limitation switches \n | \n||
| \n Overload protection \n | \n\n 2%-5% of load \n | \n||
| \n Round specimen clamping range(mm) \n | \n\n Φ10-Φ32 \n | \n\n Φ13-Φ40 \n | \n\n Φ12-Φ60 \n | \n
| \n Flat specimen clamping range(mm) \n | \n\n 0-15 \n | \n\n 0-30 \n | \n\n 0-55 \n | \n
| \n Flat specimen clamping width(mm) \n | \n\n 76 \n | \n\n 80 \n | \n\n 70 \n | \n
| \n Max. tension test space (mm) \n | \n\n 600 \n | \n\n 600 \n | \n\n 600 \n | \n
| \n Max. compression test space (mm) \n | \n\n 500 \n | \n\n 500 \n | \n\n 500 \n | \n
| \n Cabinet dimensions (mm) \n | \n\n 1100*700*930 \n | \n\n 1100*700*930 \n | \n\n 1100*700*930 \n | \n
| \n Load frame dimensions (including piston stroke) (mm) \n | \n\n 1000*600*2330 \n | \n\n 1180*750*2633 \n | \n\n 1200*780*2870 \n | \n
| \n Motor power of oil pump (KW) \n | \n\n 3 \n | \n\n 3 \n | \n\n 3 \n | \n
| \n Motor power of lower jaws (KW) \n | \n\n 0.55 \n | \n\n 0.55 \n | \n\n 0.55 \n | \n
| \n Load frame weight (KG) \n | \n\n 2300 \n | \n\n 3000 \n | \n\n 4200 \n | \n
| \n Column net distance (mm) \n | \n\n 530 \n | \n\n 650 \n | \n\n 650 \n | \n
| \n Compression platen size (mm) \n | \n\n φ125 \n | \n\n φ125 \n | \n\n φ160 \n | \n
| \n Span of bending roller (mm) \n | \n\n 350 \n | \n\n 600 \n | \n\n 800 \n | \n
| \n Width of bending roller (mm) \n | \n\n 140 \n | \n\n 140 \n | \n\n 140 \n | \n
| \n Allowable camber (mm) \n | \n\n 100 \n | \n\n 100 \n | \n\n 150 \n | \n
| \n Max. piston stroke (mm) \n | \n\n 250 \n | \n\n 250 \n | \n\n 250 \n | \n
| \n Piston max. speed (mm/min) \n | \n\n Approx. 70 \n | \n\n Approx.70 \n | \n\n Approx. 50 \n | \n
| \n Crosshead max. speed (mm/min) \n | \n\n Approx 150 \n | \n\n Approx 150 \n | \n\n Approx 150 \n | \n
| \n Software \n | \n\n TIME-SHIJIN software \n | \n
\n![\"\"](\"https://timetestingmachine.com/media/posts/145/TPJ-2.png\") | \n\nTPJ-2 Mechanical Spring Fatigue Testing Machine\n
| \n
TIME TPJ-2 mechanical spring fatigue testing machine is mainly used for fatigue life tests of various helical springs and cylindrical shock absorbers used in automobiles, motorcycles and other motor vehicles. Special fixtures can also be made to adapt to the fatigue tests of special samples.
The testing machine has a fully enclosed structure, is aesthetically pleasing and safe to use. See the picture below (controlled by a touch screen).
1) Resistance Test Range: 0 - 2000N (The number of spring tests can be increased according to the spring load)
Stroke ≤ 20mm, maximum measurable force 2000N
2) Specimen Test Stroke: 60mm Adjustable
3) Specimen Test Frequency: 1 - 5.0Hz Adjustable
4) Specimen Test Space: ≤ 200mm Adjustable
5)Specimen Movement Direction: Vertical
6) Maximum Outer Diameter of Specimen: Φ100mm (Jigs can be designed for special specimens)
7)Counter Capacity: 10 million times
8) Power Supply (Three-phase four-wire system): 380VAC 50Hz
9) Motor Power: 1.5kW
1) Within the room temperature range of 10°C - 35°C, relative humidity no more than 80%;
2) Installed horizontally on a stable base;
3) In a vibration-free environment;
4) No corrosive media around;
5) In an environment free from obvious electromagnetic interference;
6) The working range of the test frequency is ≤ 5.0Hz, with a fluctuation error not exceeding ±2%.
\n
\n![\"\"](\"https://timetestingmachine.com/media/posts/144/WAW-1000E.png\") | \n\nWAW-1000E Computer Control Servo Hydraulic Universal Testing Machine\n
| \n
WAW-1000E microcomputer control electric hydraulic servo universal test machine is using hydraulic power source drive, electric hydraulic servo control technology, computer data acquisition and processing, can realize closed loop control and automatic detection of high precision material test equipment, by the test machine host, oil source (hydraulic power source), measurement and control display system, test fixture four parts, the maximum test force 1000kN, test machine accuracy level of 0.5.
\nTechnical Specifications
\n| \n Oder number \n | \n\n Item, item, name, for \n | \n\n Ginseng, number \n | \n
| \n 1 \n | \n\n Maximum test force: kN \n | \n\n 1000 \n | \n
| \n 2 \n | \n\n Relative error of the test force indication value \n | \n\n ± 0.5% of the value \n | \n
| \n 3 \n | \n\n Test force measurement range \n | \n\n About 1%~100% of the maximum test force \n | \n
| \n 4 \n | \n\n Equal-speed stress control range (N/mm2·S-1) \n | \n\n 2~60 \n | \n
| \n 5 \n | \n\n Constant velocity strain control range \n | \n\n 0.00025/s~0.0025/s \n | \n
| \n 6 \n | \n\n Equal-speed displacement control range (mm / min) \n | \n\n 0.5~50 \n | \n
| \n 7 \n | \n\n The clamping way \n | \n\n Built-in hydraulic clamping \n | \n
| \n 8 \n | \n\n Round sample clamp diameter range mm \n | \n\n Φ 8～Φ 45 \n | \n
| \n 9 \n | \n\n Flat sample clamp thickness range mm \n | \n\n 0~40 \n | \n
| \n 10 \n | \n\n Flat sample clamp width mm \n | \n\n 100 \n | \n
| \n 11 \n | \n\n Maximum tensile test space is mm \n | \n\n 700 \n | \n
| \n 12 \n | \n\n Maximum compression test space is mm \n | \n\n 700 \n | \n
| \n 13 \n | \n\n Overall size of the control cabinet is mm \n | \n\n 850*1200*1400 \n | \n
| \n 14 \n | \n\n Main frame overall size mm \n | \n\n 1120*730*2435 \n | \n
| \n 15 \n | \n\n power of motor kW \n | \n\n 2.5 \n | \n
| \n 16 \n | \n\n Host quality kg \n | \n\n 3500 \n | \n
| \n 17 \n | \n\n Net spacing of columns (mm) \n | \n\n 580 \n | \n
| \n 18 \n | \n\n Upper and lower plate size mm \n | \n\n 202*202 \n | \n
| \n 19 \n | \n\n Bend branch stick spacing mm \n | \n\n 400 \n | \n
| \n 20 \n | \n\n Bending branch stick width mm \n | \n\n 140 \n | \n
| \n 21 \n | \n\n Allowable bending degree of mm \n | \n\n 100 \n | \n
| \n 22 \n | \n\n Maximum piston stroke of mm \n | \n\n 200 \n | \n
| \n 23 \n | \n\n Max. movement speed of the piston is mm / min \n | \n\n About 80 \n | \n
| \n 24 \n | \n\n Test space adjustment speed mm / min \n | \n\n About 150 \n | \n
\n
", "image": "https://timetestingmachine.com/media/posts/144/WAW-1000E.jpg", "author": { "name": "TIME Testing Macihne" }, "tags": [ "Hydraulic Universal Testing Machine" ], "date_published": "2026-05-09T16:24:52+08:00", "date_modified": "2026-05-09T16:30:23+08:00" }, { "id": "https://timetestingmachine.com/yaw-2000d-compression-testing-machine-3.html", "url": "https://timetestingmachine.com/yaw-2000d-compression-testing-machine-3.html", "title": "YAW-2000D Compression Testing Machine", "summary": "YAW-2000D computer controlled servo hydraulic compression testing machine is consisted of load frame, servo oil source, control cabinet, computer etc. It adopts hydraulic load, oil pressure transducer to measure load, auto control the testing process by PC-hydraulic servo system. PC screen display the test data and curve, with data analysis, storage and print function. Contact Us YAW-2000D computer controlled servo hydraulic compression testing machine is consisted of load frame, servo oil source, control cabinet, computer etc. It adopts hydraulic load, oil pressure transducer to measure load, auto control the testing process by PC-hydraulic servo system. PC screen display the test…", "content_html": "
\n![\"\"](\"https://timetestingmachine.com/media/posts/143/YAW-2000D.png\") | \n\n YAW-2000D computer controlled servo hydraulic compression testing machine is consisted of load frame, servo oil source, control cabinet, computer etc. It adopts hydraulic load, oil pressure transducer to measure load, auto control the testing process by PC-hydraulic servo system. PC screen display the test data and curve, with data analysis, storage and print function. \n\n\n | \n
YAW-2000D computer controlled servo hydraulic compression testing machine is consisted of load frame, servo oil source, control cabinet, computer etc. It adopts hydraulic load, oil pressure transducer to measure load, auto control the testing process by PC-hydraulic servo system. PC screen display the test data and curve, with data analysis, storage and print function.
\nThe load frame is twin leading screw tower structure; crosshead is connected with leading screw through screw nut. Downside of leading screw is fixed on base by snap ring and screw nut. Motor mounted on crosshead, chain wheel and chain rotate nut, reverse the direction of motor to drive crosshead up and down. Upper platen is joined on crosshead through bolts; press block fixed the oil cylinder at center of base. The piston and working table are connected by bolts; lower platen and sphere base are fixed on working bench by fitting pin. When oil enters into oil cylinder, piston will be pushed up, so as to raise working table and lower platen, then to load force on specimen.
\nIn accordance with or exceed the requirements of the GB/T5224-2003.
\nIt is mainly used to various materials compression test. Such as cement, concrete, brick of diverse materials, rubber tray, concrete component, metal component anti-compress strength.
\nGrinding hydraulic cylinder is patent technology will never oil leakage.Loop control system is more precise and stable.Italy ATOS servo valve.All fucntions can be operated with computer.
\n| \n Max. capacity (KN) \n | \n\n 2000 \n | \n
| \n Measuring range \n | \n\n 4%-100% of FS \n | \n
| \n Relative error of reading \n | \n\n ≤±1% \n | \n
| \n Max. distance between two platen (mm) \n | \n\n 500 \n | \n
| \n Compression platen size (mm) \n | \n\n 250*250 \n | \n
| \n Max. piston stroke (mm) \n | \n\n 200 \n | \n
| \n Max. piston speed (mm/min) \n | \n\n 35 \n | \n
| \n Column clearance (mm) \n | \n\n 540 \n | \n
| \n Oil pump motor power (KW) \n | \n\n 1.5 \n | \n
| \n Moving motor power(KW) \n | \n\n 0.75 \n | \n
| \n Load frame dimensions (mm) \n | \n\n 1050*650*1980 \n | \n
| \n Cabinet dimensions (mm) \n | \n\n 1100*700*930 \n | \n
| \n Load frame weight (KG) \n | \n\n 3500 \n | \n
| \n Control cabinet weight (KG) \n | \n\n 300 \n | \n
", "image": "https://timetestingmachine.com/media/posts/143/YAW-2000D800.jpg", "author": { "name": "TIME Testing Macihne" }, "tags": [ "Compression Testing Machine" ], "date_published": "2026-05-09T16:24:52+08:00", "date_modified": "2026-05-09T16:30:28+08:00" }, { "id": "https://timetestingmachine.com/time-lw-series-computer-control-horizontal-tensile-testing-machine-2.html", "url": "https://timetestingmachine.com/time-lw-series-computer-control-horizontal-tensile-testing-machine-2.html", "title": "TIME-LW Series Computer Control Horizontal Tensile Testing Machine", "summary": "TIME-LW Series Computerized Horizontal Tensile Testing Machine is newly designed for wire, rope, chain, steel, achor ect long sample tensile test. It has lots of patents and good structure.It has high stiffness. It uses high accuracy load cell to measure testing force, encoder to measure displacement of work bench. Contact Us TIME-LW Series Computerized Horizontal Tensile Testing Machine is newly designed for wire , rope, chain, steel, achor ect long sample tensile test. It has lots of patents and good structure.It has high stiffness. It uses high accuracy load cell to measure testing force, encoder to measure displacement of work…", "content_html": "
\n![\"\"](\"https://timetestingmachine.com/media/posts/142/TIME-LW300.png\") | \n\n TIME-LW Series Computerized Horizontal Tensile Testing Machine is newly designed for wire, rope, chain, steel, achor ect long sample tensile test. It has lots of patents and good structure.It has high stiffness. It uses high accuracy load cell to measure testing force, encoder to measure displacement of work bench. \n\n | \n
TIME-LW Series Computerized Horizontal Tensile Testing Machine is newly designed for wire , rope, chain, steel, achor ect long sample tensile test. It has lots of patents and good structure.It has high stiffness. It uses high accuracy load cell to measure testing force, encoder to measure displacement of work bench. Close loop control software. In testing standard, it conforms to international standards. The software based on Windows system is able to make automatic calculating of test result, i.e. tensile strength, up/low yield strength, Non proportional stress point etc.. Report creation function makes it very simple to make testing report in needed format. This machine is widely used in different areas and facilities.
\nGB/ASTM/ ISO
\nIt is widely used in different steel works, engineering areas, quality control department, universities and institutes as well as other areas and works.
\nHigh stiffness.Loop control system is more precise and stable.Italy ATOS servo valve，Japan NACHI pump.wireless manual box.All fucntions can be operated with computer.
\n| \n Max. capacity (KN) \n | \n\n 300/600/100 \n | \n\n 2000/3000/4000 \n | \n\n 5000/10000 \n | \n
| \n Measuring range of force \n | \n\n 2%-100% of Fs \n | \n||
| \n Relative error of force reading \n | \n\n ≤±1% \n | \n||
| \n Relative error of deformation reading \n | \n\n ≤±0.5% \n | \n\n ≤±0.5% \n | \n\n ≤±0.5% \n | \n
| \n Measuring range of deformation \n | \n\n 2%-100% of Fs \n | \n||
| \n Clamping method \n | \n\n Hydraulic clamping \n | \n||
| \n Safety protection device \n | \n\n Limitation switches \n | \n||
| \n Overload protection \n | \n\n 2%-5% of load \n | \n||
| \n Max. tension test space (mm) \n | \n\n 2000~20000mm(can be customized) \n | \n||
| \n Cabinet dimensions (mm) \n | \n\n 1100*700*930 \n | \n||
| \n Load frame dimensions (including piston stroke) (mm) \n | \n\n 15000*1400*900 \n | \n\n 12000*1600*1000 \n | \n\n 12000*1400*1500 \n | \n
| \n Load frame weight (KG) \n | \n\n 9000 \n | \n\n 26000 \n | \n\n 38000 \n | \n
| \n Software \n | \n\n TIME-SHIJIN software \n | \n
\n![\"\"](\"https://timetestingmachine.com/media/posts/141/WDW-5E.png\") | \n\n WDW-E Series is a new kind of electronic universal testing machine produced by TIME-Shijin Group, which adopts the most advanced and reliable ball screw electric mechanical load frame structure. The driving system adopts AC servo timing system and motor from Panasonic Co.Ltd.of Japan. \n\n | \n
WDW-E Series is a new kind of electronic universal testing machine produced by TIME-Shijin Group, which adopts the most advanced and reliable ball screw electric mechanical load frame structure. The driving system adopts AC servo timing system and motor from Panasonic Co.Ltd.of Japan. The PC controlling system is able to realize the close-loop control of the parameters such as loading force, specimen deformation, and crosshead stroke etc. The system realizes the screen display, online diagram drawing, testing curve changing, pile curve collation and auto analysis of test results, creation of test report. Especially, the application of the control mode can be manual control or computer programming control which makes the cyclic tests become available. By switching simply of different accessories, WDW series Universal testing machine can make tests on most of materials and components to suit your needs.
\nIn accordance with or exceed the requirements of the following standards: ISO 7500-1, ASTM E4, EN10002-2, BS 1610, DIN 51221, ISO6892.
\nIt is mainly for doing tension, compression, bending, shearing, etc. test of metal and non-metal materials. It can be used in all kinds of industries.
\n| \n Max. capacity (KN) \n | \n\n 5 \n | \n\n 10/20 \n | \n\n 50 \n | \n
| \n Accuracy \n | \n\n ±0.5% \n | \n||
| \n Measuring range \n | \n\n 0.4%-100% of FS \n | \n||
| \n Relative error of reading \n | \n\n ≤±0.5% \n | \n||
| \n Resolution of load \n | \n\n 1/500000 of max. test load \n | \n||
| \n Resolution of displacement(mm) \n | \n\n 0.001 \n | \n||
| \n Control speed(mm/min) \n | \n\n 0.005-500, stepless \n | \n||
| \n Relative error of moving speed \n | \n\n ≤±0.5% \n | \n||
| \n Resolution of moving speed control \n | \n\n <±0.5%mm/min: \n | \n||
| \n Gauge of standard extensometer(mm) \n | \n\n 50 \n | \n||
| \n Max. deformation measuring(mm) \n | \n\n 10 \n | \n||
| \n Deformation measuring range(mm) \n | \n\n 2%-100% of max. deformation \n | \n||
| \n Relative error of deformation reading \n | \n\n ≤±0.5% \n | \n||
| \n Accuracy of deformation measuring \n | \n\n ≤±0.5% (within 2%-100% of max. extensometer range) \n | \n||
| \n Accuracy of long travel extensometer value \n | \n\n ≤±0.5% \n | \n||
| \n Tension space(mm) \n | \n\n 700 \n | \n\n 800 \n | \n\n 600 \n | \n
| \n Compression space(mm) \n | \n\n 700 \n | \n\n 800 \n | \n\n 600 \n | \n
| \n Width of test spa ce(mm) \n | \n\n 400 \n | \n\n 370 \n | \n\n 575 \n | \n
| \n Resolution of ball screw \n | \n\n 16μm/300mm E Class \n | \n||
| \n Load frame dimensions(mm) \n | \n\n 610*480*1274 (L x W x H) \n | \n\n 686*525*1880 (L x W x H) \n | \n\n 945*654*2176 (L x W x H) \n | \n
| \n Load frame net weight(Kg) \n | \n\n 100 \n | \n\n 250 \n | \n\n 700 \n | \n
| \n Load frame type \n | \n\n Door type \n | \n||
| \n Load frame power \n | \n\n 0.4KW, AC220V±10%, 3 phases 5 lines \n | \n\n 0.75KW, AC220V±10%, 3 phases 5 lines \n | \n\n 1.5KW, AC220V±10%, 3 phases 5 lines \n | \n
| \n Ambient temperature \n | \n\n 10℃~35℃ \n | \n||
| \n Humidity \n | \n\n 20%-80% \n | \n
\n![\"\"](\"https://timetestingmachine.com/media/posts/140/TNS-DW01.png\") | \n\n TNS-DW series is suitable for the torsion test of metal, non metal and composite material, in accordance with \"GB10128-88\" torsion test requirements of metal at room temperature. Test torque and torsion angle values (after add special electronic torque meter the samples are small angle measurement, the experimental shear modulus G). \n\n | \n
TNS-DW series is suitable for the torsion test of metal, non metal and composite material, in accordance with \"GB10128-88\" torsion test requirements of metal at room temperature. Test torque and torsion angle values (after add special electronic torque meter the samples are small angle measurement, the experimental shear modulus G).
\nAll test operation through the test software of the testing machine. Realize the automatic acquisition, storage and processing of experimental data, the results can be output by printer. The machine adopts imported from Japan Panasonic AC servo motor and controller, compared with the DC servo motor with speed increased by 2 times the frequency response, positioning adjustment time is shortened 1/4, also has resonance suppression and control function, can realize high-speed positioning function.
\nTesting machine clamping chuck with quick change chuck, firm, reliable clamping, convenient replacement, chuck and the clearance between mating test clamp can prevent the impact on the test results of the process, improve the accuracy of test results; also can use automatic centering, automatic clamping structure.
\nTechnical Specification
\n| \n Max. capacity (Nm) \n | \n\n 100/200/500/1000/2000/5000 \n | \n
| \n Accuracy \n | \n\n ±0.5% \n | \n
| \n Measuring range \n | \n\n 1%-100% of FS \n | \n
| \n Relative error of reading \n | \n\n ≤±0.5% \n | \n
| \n Resolution of torque \n | \n\n 1/500000 of max. test load \n | \n
| \n Resolution of torque angle(mm) \n | \n\n 0.002° \n | \n
| \n Control speed range(°/min) \n | \n\n 0.18～720°/min，stepless regulation \n | \n
| \n Angle measuring range(mm) \n | \n\n 0～±10000° \n | \n
| \n Holding sample size \n | \n\n φ8～φ32mm（can be customized） \n | \n
| \n Torque space(mm) \n | \n\n 600 \n | \n
| \n Load frame power \n | \n\n AC220V±10%, 3 phases 5 lines \n | \n
| \n Ambient temperature \n | \n\n 10℃~35℃ \n | \n
| \n Humidity \n | \n\n 20%-80% \n | \n