摆锤冲击试验仪标准配置：
*先进的微处理器控制
* 能量高达25J
* 速率从1.5 m/s 到3.8 m/s
* 高分辨率位置编码器
* 公制和英制单位测量
* 自校正程序以防偏差
* 电磁阀摆锤释放并带有声音预警信号
* 电子联动防护罩以防没有关闭时操作
* 水平装置
* 带有提升位置传感器
* 六角型工具
* 液晶显示读数
* 人性化键盘输入数据
* 模式选择器
* 内置结果打印机
* RS232输出口并配有特殊数据传输线
* 软件
摆锤冲击试验仪可选配件：
*试样夹持
*悬臂梁夹具
*简支梁夹具
*拉伸冲击夹具
*穿刺夹具
*冲击摆锤
*低温箱
Product Description
Advanced Pendulum Impact Tester determines the energy required to break or rupture specimens of plastics or ceramics. The apparatus conforms to all of the international test standards including ASTM D256, ISO 179 and 180 for Izod, Charpy Testing , ASTM D1822 for Tension Impact Testing and other recognised standards.
The design utilises advanced dedicated microprocessor technology for simplicity, ease of operation, high accuracy and repeatability of results.
This apparatus is extremely versatile and allows impact velocities from 1.5 m/s up to 3.7 m/s combined with variable weight hammers to give an impact energy range up to 50 Joules. A special impact energy diagnostic programme has been included to assist the operator to select the correct size of Hammer for the Standard and material being tested.
The SCADA Software enables the Tester to be controlled via the PC. SCADA allows the use of recipes to upload frequently used test parameters and combine them with a operating strategy which ensure the procedures are correctly carried out. The test parameters and operating results can be displayed on screen, printed and/or archived as standard CSV files in which can be viewed or manipulated in Excel.
The apparatus also offers a Self Calibration procedure for bearing resistance and windage.
Standard features include
Advanced dedicated microprocessor control, Touch membrane Alpha / Numeric keypad for data entry, LCD display for sequence logic menu auto prompt selection, Yes / no mode selector, RS232 output with data transfer lead, Specview � Scada� software to allow PC control of Tester and real-time viewing of results, Self-calibration procedure, Results downloaded to PC for spreadsheet analysis, Metric units of measure, Ability to store User Names and Material Types, Recipe Manager to store and upload data, High resolution positional encoder, Variable pendulum velocity, Solenoid pendulum release with audible pre-warning, Levelling device, Full safety guarding electrically inhibiting operation when not closed, Fully traceable certificate of calibration, Product user manual, CE mark of conformity.
Optional accessories available
Variable Weight Hammers for Izod, Charpy or Tension Impact, Izod, Charpy or Tension Impact Clamps & Vices, Special clamps, fixtures and hammers for component testing, Guard Enclosure, Low Temperature Chambers,
See also TSMP, Presses and CNC machine for sample preparation, also Notch Cutter for producing the notch in the samples.
Test Description
Izod Test
In this test the sample is notched and placed vertically in a vice with the notch positioned central to the top of the vice, facing the swing path of the pendulum. The pendulum, having a known energy, strikes the sample and the swing height of the pendulum after breaking the sample is measured and subtracted from the calibrated swing height. The result is the energy absorbed to break the sample.
Charpy Test
In this test the sample is placed on supporting rests, lengthways and at right angles to the swing path of the hammer. The test sample is usually notched mid way along its length and positioned so that the striking point of the pendulum hits the mid-point of the test sample opposite the notch. The pendulum, having a known energy, strikes the sample and the swing height of the pendulum after breaking the sample is measured and subtracted from the calibrated swing height. The result is the energy absorbed to break the sample.
Tension Impact Test
In this test the principle used is commonly called the �specimen-in-bed method�. The test sample, usually in the shape of a tensile bar, is positioned in a horizontal plane with one end supported to the base of the apparatus on one end supported by a movable clamp. When the pendulum is released it strikes the movable clamp and breaks the test piece along its horizontal axis, thus applying a pure tensile load to the test sample.
Component test
The component test examines the influences of both the design and the manufacturing processes of a particular component by measuring the impact energy in Joules, required to break a complete or part of a section of a finished component. If a particular component has a critical cross sectional area that needs to be tested then by entering this area into the microprocessor the energy in KJ/M� can be obtained.
Part Numbers
RR/IMT – Advanced Universal Impact Tester. IMT A075 – Izod Vice (also available Pneumatically operated), IMT A082 – Charpy Rest, IMT A089 – Tension Impact Fixture, IMT A054 – Izod ISO & ASTM Hammers, IMT A061 – Charpy ISO & ASTM Hammers, IMT A068 -Tension Impact Hammers.
Complies with Standard(s)
ISO 180, ISO 179, DIN 51222, BS 2782: Part 3: Method 359, BS 2782: Part 3: Method 350, ASTM D5942, ASTM D5941, ASTM D256, ASTM D1822