普通高频疲劳测试系统

在我们的测试中心我们大量的高频疲劳测试系统供您选择，以便来测试您的部件，在这些测试系统中，负荷从5KN到2.000KN，位移行程到达12mm，频率到达500Hz

液压伺服系统

我们的测试试验室拥有大量的可灵活运用的液压缸，载荷范围在10KN到500KN，加载力矩可达直达200.000Nm，运用这些液压缸，可以完成单轴，多轴以及道路模拟/工况载荷等多种试验。使用不同的配置以及不同的夹具构建，我们还可以实现其他多种加载形式，例如：扭矩，弯矩或综合载荷 例如：扭力/轴向测试等都可以完成。

同时，我们还拥有一个6自由度的振动台以测试汽车部件和系统，并且可以附加一个-40℃到150℃的温度箱。


气动伺服系统

我们的气动试验室由多台框架式以及单个作动缸组成，力值加在1 N 至 20 kN范围内，最高频率可达Our pneumatic test laboratory is equipped with several load frames and cylinder units. Forces from 1 N up to 20 kN, 最大行程150mm，最高频率可达50Hz。除了单轴试验，复合加载试验也同样可以完成。

旋转弯曲测试系统

使用旋转弯曲测试系统，部件例如发动机，齿轮部件，车轮，轮缘以及原材料样品，旋转弯曲载荷瞬间到达5Nm到350.000Nm

包括:
- 最大400Nm的4点弯试验系统
- 最大4000Nm的配重加载旋转弯曲设备
- 最大350,000Nm的旋转弯曲共振试验系统
- 双轴轮毂轴承 / 车轮法兰试验系统

旋转弯曲载荷也可以和轴向力或扭转载荷同时加载

在车轮测试系统中，乘用车和商用车的车轮可以由旋转弯曲试验机加载试验。此测试还可以在干燥和腐蚀条件下（例如5%稀释盐水）下进行。

 

扭转与弯曲共振试验系统

使用特殊的结构或一般的弯曲和扭转共振测试系统，许多部件例如曲轴，凸轮轴，驱动轴，联轴器和转子以及材料样品可以达到瞬间35.000Nm的负荷水平。

后桥/ 稳定杆试验系统

多种后桥以及稳定杆试验系统使用电磁力加载形成共振系统，可以对被试件加载弯曲以及扭转载荷，当然如果您还有特殊需求我们的液压伺服设备也是您的选择

轴承 / 车轮轴承试验系统

在轴承测试系统中，可以对轴承 / 车轮轴承加载侧向力和轴向力来完成试验。同时在试验中还可以加在工况载荷谱。


Spring test systems

Being a competence center for spring tests, we operate a big number of different spring test systems. Because of the resonance drive, we generate strokes up to 300 mm and speeds up to 10 m/s within continous operation. The test frequencies are between 7 Hz and 45 Hz depending on range and type of spring.
On servohydraulic systems we test springs with a service load test and with free selectable signals, even under corrosive conditions (e. g. 5 % NaCl-dilution) in high-grade steel chambers.
According to the state of technology, air springs only could be tested on servohydraulic systems. Now it is also possible to test air springs with uniaxial tests, block programs or RANTEC tests using resonance spring test systems.

Shaker

On several swing test systems automotive components as well as motor components are excited up to a force vector of 22 kN. Beside the swing test, it is also possible to load the components with sinus excitation, sweep, noise, shock or with a resonance lingering test.

Impressure test systems

As a drive system for impressure test systems, servohydraulic, servopneumatic as well as resonance driven systems are available. With resonance driven high-pressure test systems it is possible to generate pressures of more than 4.000 bar with frequencies up to 50 Hz.
Compared to usual, servohydraulic driven test systems, which operate with max. 10-12 Hz at an energy consumption of more than 100 kW, the resonance driven high-pressure test systems are characterized by a much higher test frequency and a much lower energy consumption of max. 4 kW.

On servohydraulic and servopneumatic test systems, service load tests and special signals can be generated. The test systems cover the following pressure ranges: 30 bar, 300 bar, 1.000 bar, 2.000 bar as well as 4.000 bar.

Railway wheel set test/ railway specific components

In the accredited and from the Federal Railway Authority approved test laboratory a multitude of test systems for tests on railway specific components is available. Using two rotating bending test systems, equipped as an electromotor driven resonance test system, rotating bending tests on wheelset axles and wheel discs up to a rotating bending moment of 250.000 Nm can be accomplished.
Via the integrated calibration device the relation between the induced bending moment and the local distensions can be established. With our high frequency pulsators POWER SWING, components like e. g. side rails or wheel tire segments can be tested regarding their load.

Burst tests

With a burst test system, components can be loaded up to 20.000 1/min. Both burst tests and circular speed characteristics can be accomplished. Brake discs, two mass fly wheels, rotors, drive components, etc. are typical components.

Environmental simulations

In order to meet the growing requirements of our customers or rather the complexity of test requirements, the SincoTec test laboratory equipes itself continously with new test devices. The upgrade comprises several conditioning devices (-40 up to 150°C), hot wind generators (up to 1.200°C), corrosion devices, impressure units, temperature chambers, etc. You can operate the devices at all test systems because of their mobility. Parallel to the dynamic induction of loads, the components are tested correspondent to the environmental stresses, which prevail during operation. So a realistic investigation can be guaranteed.